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Your query included: All accessions taxonomy genus name like Helianthus

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ACCESSIONPLANT NAMETAXONOMYORIGINGENEBANKIMAGEAVAILABILITYRECEIVEDSOURCE TYPESOURCE DATECOLLECTION SITECOORDINATESELEVATIONHABITATIMPROVEMENT LEVELNARRATIVE
0PI 706573'HA-DM17'Helianthus annuus L. North Dakota, United StatesNLGRPNot Available2024DEVELOPED HA-DM17 ((Pl37Pl37) is a BC1F3-derived BC1F4 confection maintainer selection from the cross of CONFSCLB1//CMS CONFSCLB1/Helianthus annuus accession PI 435417 developed for resistance to DM. CONFSCLB1 (PI 688028) is a confection BC1F3-derived BC1F4 maintainer selection from the cross of HA 441/ROM PH//HA 442/HA 441/4/CONF/5/CONF. The line was released by the USDA-ARS and the North Dakota Agricultural Experiment Station in 2006 and is susceptible to DM. The CMS CONFSCLB1 was developed by substituting the nuclear genome of CONFSCLB1 into the background of a wild annual species H. petiolaris (CMS PET1). The wild H. annuus accession (PI 435417) originally collected in Texas in 1976 was identified as resistant to new P. halstedii races in 2005. HA-DM17 was developed using the backcross breeding method and DNA marker assisted selection for the Pl37 gene introgressed from wild H. annuus PI 435417. The cross between CMS CONFSCLB1 and PI 435417 was made in 2015 and the selected resistant F1 plants were backcrossed to CONFSCLB1. In the BC1F2 population, a total of 188 plants were first screened using SNP marker C4_5738736 on chromosome 4 linked to Pl37. Thirty four plants were identified as homozygous at the marker locus and were further confirmed by an additional three markers, C4_5351853, C4_5672805, and C4_5675767 linked to Pl37. No segregation was observed in the DM testing of the selected BC1F2-drived BC1F3 families, further confirming the homozygous nature of the Pl37 locus. The selected BC1F3 families were grown in the field nursery at Glyndon, MN during the summer of 2023. The harvested BC1F4 seed formed HA-DM17 harboring the Pl37 gene verified by DM greenhouse testing in the spring of 2024. HA-DM17 is immune to the most predominant and virulent P. halstedii races, 700, 707, 714, 730, 734, 770, and 776. Plant height of HA DM17 was 157 cm compared to 132 cm for CONFSCLB1, and flowers in 65 days after planting compared to 75 days for CONFSCLB1.2170496PI 706573
1PI 702359'HA-DM15'Helianthus annuus L. North Dakota, United StatesNC72023DEVELOPEDHA-DM15 (Pl37Pl37) is a BC1F3-derived BC1F4 oilseed maintainer selection from the cross of HA 89//NMS HA 89/Helianthus annuus accession PI 435417 developed for resistance to DM. HA 89 (PI 599773) is an oilseed maintainer line susceptible to DM released by USDA and the Texas Agricultural Experiment Station in 1971, while the nuclear male sterile (NMS) HA 89 is a mutation of HA 89, genetically similar to HA 89, but possessing a single recessive male sterile gene ms9 released by USDA in 1990. The wild H. annuus accession (PI 435417) originally collected in Texas in 1976 was identified as resistant to new P. halstedii races in 2005. HA-DM15 was developed using the backcross breeding method and DNA marker-assisted selection for the Pl37 gene introgressed from wild H. annuus accession PI 435417. The cross between NMS HA 89 and PI 435417 was initially made in 2015 and the selected resistant F1 plants were backcrossed to HA 89. In the BC1F3 population with 140 families, three homozygous families with good seed set per head were selected based on DM tests using P. halstedii race 734 and DNA markers linked to the Pl37 gene mapped to sunflower chromosome 4. The BC1F3-derived HA-DM15 is homozygous for the Pl37 gene verified by DNA markers and immune to P. halstedii races, 700, 707, 714, 730, 734, 770, and 776 which are currently identified as the most prevalent and virulent races in the United States and Europe. Plant height of HA-DM15 was 171 cm compared to 135 cm for HA 89, and flowered in 70 days after planting compared to 68 days for HA 89 in the field nursery at Glyndon, MN during the summer of 2021.2141559PI 702359
2PI 702360'HA-DM16'Helianthus annuus L. North Dakota, United StatesNC72023DEVELOPEDHA-DM16 (Pl38Pl38) is an improved oilseed derivative of Rf PRA-417 (PI 596749) with resistance to downy mildew (DM). Rf PRA-417 is a BC1F2 bulk from an interspecific cross of cytoplasmic male sterile (CMS) HA 89*2/PRA-417 released as a male fertility restorer line in 1991. The CMS HA 89 was developed by substituting the nuclear genome of HA 89 into the background of a wild annual species H. petiolaris (CMS PET1). PRA-417 is a wild H. praecox subsp. runyonii accession. Initial DM screening with P. halstedii race 734 revealed that Rf PRA-417 was segregating for DM infection. Six resistant plants from the Rf PRA-417 population of 58 plants tested were selected and self-pollinated to the next generation. The progeny tests of the selected plants revealed that three, 19-06-3, 19-06-4, and 19-06-5 (BC1F3) were homozygously resistant to DM infection. The DM R gene Pl38 from the wild H. praecox PRA-417 has been genetically mapped to sunflower chromosome 2. The BC1F3-derived HA-DM16 is homozygous for the Pl38 gene verified by DNA markers and immune to the most prevalent and virulent P. halstedii races, 700, 707, 714, 730, 734, 770, and 776. Plant height of HA-DM16 was 158 cm compared to 135 cm for HA 89, and flowered in 68 days after planting the same as HA 89 in the field nursery at Glyndon, MN during the summer of 20212141560PI 702360
3PI 702361'HA-R20'Helianthus annuus L. North Dakota, United StatesNC72023DEVELOPEDHA-R20 is a F3-derived F4 restorer selection from the cross of HA-DM2 and HA-R8. HA-DM2 (PI 687022) is a confection restorer line resistant to rust and DM released by USDA Sunflower and Biology Research Unit and the North Dakota Agricultural Experiment Station in 2017. HA-DM2 harbors the R12 rust gene and DM PlArg gene mapped to linkage groups (LGs) 11 and 1 of the sunflower genome, respectively. HA-R8 (PI 607511) is an oilseed restorer line resistant to rust released by USDA and the North Dakota Agricultural Experiment Station in 2001. The rust R gene in HA-R8 was named R15 and mapped to LG8. HA-R20 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding of the rust R-genes R15 from HA-R8 and R12 from HA-DM2 and the DM R gene PlArg from HA-DM2. F1 hybrids were created by crossing HA-DM2 to HA-R8 in 2019. Homozygous pyramids with triple-gene combination, R12/R15/PlArg were selected using DNA markers from 188 F2 individuals and advanced to the F3 generation. The F3-derived HA-R20 were further evaluated for their reaction to rust and downy mildew infection and homozygosity for the both the rust R genes, R15 and R12, and DM R gene PlArg verified by DNA markers. HA-R20 is resistant to all known races of North American sunflower rust and all known races of the pathogen causing DM. Plant height of HA-R20 was 154 cm and flowered 64 days after planting in the field nursery at Glyndon, MN during the summer of 20212141561PI 702361
4PI 702362'HA-R21'Helianthus annuus L. North Dakota, United StatesNC72023DEVELOPEDHA-R21 is a F3-derived F4 maintainer selection from the cross of HA-DM3 and HA-R8. HA-DM3 (PI 687023) is a confection maintainer line resistant to rust and DM released by USDA Sunflower and Biology Research Unit and the North Dakota Agricultural Experiment Station in 2017. HA-DM3 carries the rust R gene R13a and DM R gene Pl17 mapped to sunflower LGs 13 and 4, respectively. HA-R8 (PI 607511) is an oilseed restorer line resistant to rust released by USDA and the North Dakota Agricultural Experiment Station in 2001. The rust R gene in HA-R8 was named R15 and mapped to LG8. HA-R21 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding of the rust R-genes R15 from HA-R8 and R13a from HA-DM3 and the DM R gene Pl17 from HA-DM3. F1 hybrids were created by crossing HA-DM3 to HA-R8 in 2019. Homozygous pyramid with triple-gene combination, R13a/R15/Pl17 were selected using DNA markers from 188 F2 individuals and advanced to the F3 generation. The F3-derived HA-R21 were further evaluated for their reaction to rust and downy mildew infection and is homozygous for the both the rust R genes, R15 and R13a, and DM R gene Pl17 verified by DNA markers. HA-R21 is resistant to all known races of North American sunflower rust and all known races of the pathogen causing DM. Plant height of HA-R21 was 151 cm and flowered 68 days after planting in the field nursery at Glyndon, MN during the summer of 2021. ARS GIVES NO WARRANTIES OR GUARANTEES2141562PI 702362
5PI 700004'HA-DM10'Helianthus annuus L. North Dakota, United StatesNC72022DEVELOPEDHA-DM10 (Pl8/Pl18) is a F3-derived F4 maintainer selection from the cross of HA-DM1 and RHA 340. HA-DM1 (PI 674793) is an oilseed maintainer line harboring the DM gene Pl18 mapped to LG2 of the sunflower genome. RHA 340 (PI 518778) is an oilseed restorer line harboring the DM gene Pl8 mapped on LG13. HA-DM10 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding the DM genes Pl8 from RHA 340 and Pl18 from HA-DM1. The F3-derived HA-DM10 is homozygous for both the DM genes Pl8 and Pl18 verified by DNA markers and is resistant to all known DM races.2137287PI 700004
6PI 700005'HA-DM11'Helianthus annuus L. North Dakota, United StatesNC72022DEVELOPEDHA-DM11 (Pl17/Pl18) is a F3-derived F4 maintainer selection from the cross of HA 458 and HA-DM1. HA 458 (PI 655009) is an oilseed maintainer line harboring the DM resistance gene Pl17 mapped to linkage group (LG) 4 of the sunflower genome. HA-DM1 (PI 674793) is an oilseed maintainer line harboring the DM gene Pl18 mapped to LG2 of the sunflower genome. HA-DM11 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding the DM genes Pl17 from HA 458 and Pl18 from HA-DM1. The F3-derived HA-DM11 is homozygous for both the DM genes Pl17 and Pl18 verified by DNA markers and is resistant to all known DM races. 2137288PI 700005
7PI 700006'HA-DM12'Helianthus annuus L. North Dakota, United StatesNC7Not Available2022DEVELOPEDHA-DM12 (Pl8/PlArg/R12) is a F3-derived F4 restorer selection from the cross of RHA 340 and RHA 464. RHA 340 (PI 518778) is an oilseed restorer line harboring the DM gene Pl8 mapped on LG13. RHA 464 (PI 655015) is an oilseed restorer line harboring the DM gene PlArg mapped to LG1 of the sunflower genome and the rust gene R12 mapped to LG11, respectively. HA-DM12 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding of the DM genes Pl8 from RHA 340 and PlArg from RHA464 and the rust gene R12 from RHA 464. The F3-derived HA-DM12 is homozygous for both the DM genes Pl8 and PlArg and the rust gene R12 verified by DNA markers and is resistant to all known DM races and all known races of North American sunflower rust.2137289PI 700006
8PI 700007'HA-DM13'Helianthus annuus L. North Dakota, United StatesNC7Not Available2022DEVELOPEDHA-DM13 (Pl17/PlArg/R12) is a F3-derived F4 maintainer selection from the cross of HA 458 and RHA 464. HA 458 (PI 655009) is an oilseed maintainer line harboring the DM resistance gene Pl17 mapped to linkage group (LG) 4 of the sunflower genome. RHA 464 (PI 655015) is an oilseed restorer line harboring the DM gene PlArg mapped to LG1 of the sunflower genome and the rust gene R12 mapped to LG11, respectively. HA-DM13 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding the DM genes Pl17 from HA 458 and PlArg from RHA464 and the rust gene R12 from RHA 464. The F3-derived HA-DM13 is homozygous for both the DM genes Pl17 and PlArg and the rust gene R12 verified by DNA markers and is resistant to all known DM races and all known races of North American sunflower rust.2137290PI 700007
9PI 700008'HA-DM14'Helianthus annuus L. North Dakota, United StatesNC7Not Available2022DEVELOPEDHA-DM14 (Pl18/PlArg/R12) is a F3-derived F4 maintainer selection from the cross of HA-DM1 and RHA 464. HA-DM1 (PI 674793) is an oilseed maintainer line harboring the DM gene Pl18 mapped to LG2 of the sunflower genome. RHA 464 (PI 655015) is an oilseed restorer line harboring the DM gene PlArg mapped to LG1 of the sunflower genome and the rust gene R12 mapped to LG11, respectively. HA-DM14 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding the DM genes Pl18 from HA-DM1 and PlArg from RHA464 and the rust gene R12 from RHA 464. The F3-derived HA-DM14 is homozygous for both the DM genes Pl18 and PlArg and the rust gene R12 verified by DNA markers and is resistant to all known DM races and all known races of North American sunflower rust.2137291PI 700008
10PI 700009'HA-DM9'Helianthus annuus L. North Dakota, United StatesNC72022DEVELOPEDHA-DM9 (Pl8/Pl17) is a F3-derived F4 maintainer selection from the cross of HA 458 and RHA 340. HA 458 (PI 655009) is an oilseed maintainer line harboring the DM resistance gene Pl17 mapped to linkage group (LG) 4 of the sunflower genome. RHA 340 (PI 518778) is an oilseed restorer line harboring the DM gene Pl8 mapped on LG13. HA-DM9 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding the DM genes Pl8 from RHA 340 and Pl17 from HA 458. The F3-derived HA-DM9 is homozygous for both the DM genes Pl8 and Pl17 verified by DNA markers and is resistant to all known DM races.2137292PI 700009
11PI 698192'HA-DM8'Helianthus annuus L. North Dakota, United StatesNC72021DEVELOPEDCultivarHA-DM8 is a BC2F5-derived BC2F6 oil-type maintainer selection from the cross of HA 89*2//NMS HA 89/Helianthus argophyllus accession PI 494576. HA 89 (PI 599773) is an oilseed maintainer line susceptible to DM released by USDA and the Texas Agricultural Experiment Station in 1971, while the nuclear male sterile (NMS) HA 89 (PI 559477) is a mutation of HA 89, genetically similar to HA 89, but possessing a single recessive male sterile gene ms9 released by USDA in 1992. The wild annual Helianthus argophyllus accession (PI 494576) originally collected in Texas in 1984 was identified as resistant to the most virulent DM race 777 in 2005. HA-DM8 was developed using the backcross breeding method and DNA marker-assisted selection for the Pl35 DM resistance gene introgressed from wild H. argophyllus accession PI 494576. The cross between NMS HA 89 and PI 494576 was initially made in 2012 and the selected resistant F1 plants were backcrossed twice to HA 89. A total of 62 HA-DM8 plants, along with the recurrent parent HA 89 were tested with P. halstedii race 734 in the greenhouse, and no susceptible plants were observed, indicating that the BC2F5-derived HA-DM8 is homozygous resistance to DM. Four SNP markers, NSA_002131, NSA_002798, NSA_002851, and NSA_009758 diagnostic for Pl35 were used to test the 62 resistant HA-DM8 plants. All HA-DM8 plants showed Pl35 marker alleles different from the recurrent parent HA 89, confirming the presence of the Pl35 gene in HA-DM8. HA-DM8 is immune to the most predominant and virulent DM races currently identified in the United States and Europe. Plant height of HA-DM8 was 109 cm compared to 95 cm for HA 89, and flowers in 90 days after planting compared to 85 days for HA 89 in the field nursery at Glyndon, MN during the summer of 2019.2113459PI 698192
12PI 698193'HA-R14'Helianthus annuus L. North Dakota, United StatesNC7Not Available2021DEVELOPEDCultivarHA-R14 is a F3-derived F4 maintainer selection from the cross of HA-R3 and RHA 464. HA-R3 (PI 650754) is an oilseed maintainer line resistant to rust released by USDA and the North Dakota Agricultural Experiment Station in 1985. The rust resistance gene (R gene) in HA-R3 was named R4 and mapped to linkage group (LG) 13 of the sunflower genome. RHA 464 (PI 655015) is an oilseed restorer line released by USDA-ARS and the North Dakota Agricultural Experiment Station in 2010 resistant to all North America rust and downy mildew (DM) races identified so far. The DM and rust resistance genes in RHA 464 were named PlArg and R12 and mapped to LGs 1 and 11 of the sunflower genome, respectively. HA-R14 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding of the rust R-genes R4 from HA-R3 and R12 from RHA 464 and the DM R gene PlArg from RHA 464. The F3-derived HA-R14 is homozygous for both the rust R genes, R4 and R12, and the DM R gene PlArg verified by DNA markers, and is resistant to all known races of North American sunflower rust and all known races of the pathogen causing DM. 2113460PI 698193
13PI 698194'HA-R15'Helianthus annuus L. North Dakota, United StatesNC7Not Available2021DEVELOPEDCultivarHA-R15 is a F3-derived F4 maintainer selection from the cross of HA-R2 and RHA 464. HA-R2 (PI 650753) is an oilseed maintainer line resistant to rust released by USDA and the North Dakota Agricultural Experiment Station in 1985. The rust resistance gene in HA-R2 was named R5 and mapped to LG2 of the sunflower genome. RHA 464 (PI 655015) is an oilseed restorer line released by USDA-ARS and the North Dakota Agricultural Experiment Station in 2010 resistant to all North America rust and downy mildew (DM) races identified so far. The DM and rust resistance genes in RHA 464 were named PlArg and R12 and mapped to LGs 1 and 11, respectively. HA-R15 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding of the rust R-genes R5 from HA-R2 and R12 from RHA 464 and the DM R gene PlArg from RHA 464. The F3-derived HA-R15 is homozygous for both the rust R genes, R5 and R12, and the DM R gene PlArg verified by DNA markers, and is resistant to all known races of North American sunflower rust and all known races of the pathogen causing DM.2113461PI 698194
14PI 698195'HA-R16'Helianthus annuus L. North Dakota, United StatesNC7Not Available2021DEVELOPEDCultivarHA-R16 is a F3-derived F4 restorer selection from the cross of RHA 397 and RHA 464. RHA 397 (PI 597374) is an oilseed restorer line resistant to rust released by USDA and the North Dakota Agricultural Experiment Station in 1997. The rust resistance gene in RHA 397 was named R13b and mapped to LG13 of the sunflower genome. RHA 464 (PI 655015) is an oilseed restorer line released by USDA-ARS and the North Dakota Agricultural Experiment Station in 2010 resistant to all North America rust and downy mildew (DM) races identified so far. The DM and rust resistance genes in RHA 464 were named PlArg and R12 and mapped to LGs 1 and 11, respectively. HA-R16 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding of the rust R genes R13b from RHA 397 and R12 from RHA 464 and the DM R gene PlArg from RHA 464. The F3-derived HA-R16 is homozygous for both the rust R genes, R13b and R12, and the DM R gene PlArg verified by DNA markers, and is resistant to all known races of North American sunflower rust and all known races of the pathogen causing DM.2113462PI 698195
15PI 698196'HA-R17'Helianthus annuus L. North Dakota, United StatesNC72021DEVELOPEDCultivarHA-R17 is a F3-derived F4 restorer selection from the cross of RHA 397 and HA-R8. RHA 397 (PI 597374) is an oilseed restorer line resistant to rust released by USDA and the North Dakota Agricultural Experiment Station in 1997. The rust resistance gene in RHA 397 was named R13b and mapped to LG13 of the sunflower genome. HA-R8 (PI 607511) is an oilseed restorer line resistant to rust released by USDA and the North Dakota Agricultural Experiment Station in 2001. The rust resistance gene in HA-R8 was named R15 and mapped to LG8. HA-R17 was developed by the pedigree breeding method and DNA marker-assisted selection for pyramiding of the rust R-genes R13b from RHA 397 and R15 from HA-R8. The F3-derived HA-R17 is homozygous for both the rust R genes, R13b and R15, verified by DNA markers, and is resistant to all known races of North American sunflower rust2113463PI 698196
16PI 698197'HA-R18'Helianthus annuus L. North Dakota, United StatesNC7Not Available2021DEVELOPEDCultivarHA-R18 is an oilseed maintainer selection from KP193. A total of 58 cultivated oilseed sunflower lines including KP193 introduced from the Agricultural Research Council, Grain Crops Institute, Potchefstroom, South Africa in 2012 were tested for their reaction to rust infection. The results indicated that KP193 had resistance to rust races, 336 and 777, respectively, but was segregating. The resistant seedlings (S0) selected from KP193 were transplanted and self-pollinated in the greenhouse. Of 32 plants from a single S1 head (14-76-1), four S1 plants were susceptible, while 24 S1 plants were resistant to rust and advanced to the S2 generation. Homozygous plants were selected from 24 S2 families tested using rust race 336. S3 seed selected from the homozygous resistant S2 families was planted in the summer field nursery in 2017, and the harvested S4 seed was bulked to form the germplasm HA-R18 originally selected from KP193. Of 11 rust races tested, HA-R18 exhibited resistant to eight including rust races, 336 and 777. Inheritance studies indicated that the rust resistance was controlled by a single dominant gene in HA-R18 named R17 mapped to chromosome 13 within a large gene cluster. Plant height of HA-R18 was 191 cm compared to 183 cm for the standard check hybrid 894, and flowers in 76 days after planting compared to 69 days for hybrid 894 in the field nursery at Glyndon, MN during the summer of 2017.2113464PI 698197
17PI 698198'HA-R19'Helianthus annuus L. North Dakota, United StatesNC7Not Available2021DEVELOPEDCultivarHA-R19 is an oilseed maintainer selection from KP199. A total of 58 cultivated oilseed sunflower lines including KP199 were introduced from the Agricultural Research Council, Grain Crops Institute, Potchefstroom, South Africa in 2012. Rust screening indicated that KP199 was resistant to rust races, 336 and 777, respectively, but was segregating for rust. The resistant seedlings (S0) identified from KP199 were transplanted and self-pollinated in the greenhouse. Interestingly, thirty-two of the S1 plants from a single S1 head (14-77-2) were all resistant to rust. To confirm the homozygous nature of the S1 plants, 11 S2 families (24 plants for each family) were tested using rust race 336. All S2 families exhibited homozygous resistance with no segregation. S3 seed selected from the homozygous resistant S2 families was planted in the summer field nursery in 2017, and the harvested S4 seed bulked to form the HA-R19 germplasm originally selected from KP199. Of the 11 rust races tested, HA-R19 exhibited resistant to nine including Prust races, 336 and 777. Inheritance studies indicated that the rust resistance was controlled by a single dominant gene in HA-R19 named R18 mapped to chromosome 13 within a large gene cluster. Plant height of HA-R18 was 189 cm compared to 183 cm for the standard check hybrid 894, and flowers in 70 days after planting compared to 69 days for hybrid 894 in the field nursery at Glyndon, MN during the summer of 2017.2113465PI 698198
18PI 691857HA 488Helianthus annuus L. North Dakota, United StatesNC72019DEVELOPEDGenetic materialHA 488 is a red sunflower seed weevil resistant F7-derived F9 maintainer oilseed sunflower germplasm. Red sunflower seed weevil resistance was evaluated in the field near Highmore, SD, in 2007 and 2008 with natural, consistent field infestations, and in Casselton, ND, in 2015, 2017, and 2018 with artificial infestation under head bags. Plants were harvested individually and assessed for damage by manual evaluation or by digital X-rays. The best linear unbiased estimate of percent damage for HA 488 per se was 6.6, over the five years, compared to 9.2 for the resistant parent, PI 431542, 32.3 for the susceptible parent, HA 441, and 18.9 for HA 467. HA 488 was statistically similar to the resistant parent, but statistically more resistant than HA 441 and HA 467. No significant genotype-by-environment interaction was detected.2097481PI 691857
19PI 691858HA 489Helianthus annuus L. North Dakota, United StatesNC72019DEVELOPEDGenetic materialHA 489 is a banded sunflower moth resistant, imidazolinone tolerant, high oleic F8-derived F10 maintainer oilseed sunflower germplasm. Banded sunflower moth resistance was evaluated in the field near Mapleton, ND, in 2011; and Casselton, ND, in 2013 and 2014. Plots were planted to synchronize with peak or near peak flights of banded sunflower moth, which naturally occur in consistent populations in this area. No insect management was employed. Plants were harvested individually and assessed for damage by manual evaluation or by digital X-rays. The best linear unbiased estimates of percent damage for HA 489 per se was 3.8, compared to 9.5 for HA 466, 10.6 for RHA 377, and 8.0 for PI 372259. While there was significant genotype-by-environment interaction, HA 489 was consistently the best performing numerically in each year of evaluation, compared to 18 other released maintainer and restorer lines. Further, a testcross of HA 489 with RHA 377 was evaluated in 2011 and compared to three USDA and two commercial hybrids. The testcross was the highest performing numerically, with 5.2 percent damage, compared to 6.2 for Mycogen 8H449CLDM, 9.0 for Pannar 7813NS, 9.5 for Hybrid HA 412HO/RHA 377, 14.8 for Hybrid HA 445/RHA 377, and 23.9 for Hybrid 894. Overall, the results show that HA 489 has superior resistance to banded sunflower moth that is transmissible to the hybrid.2097482PI 691858
20PI 691507HA-DM6Helianthus annuus L. North Dakota, United StatesNC7Not Available2019DEVELOPEDBreeding materialHA-DM6 is a BC2F3-derived BC2F4 confection maintainer selection from the cross of CONFSCLB1*2/CMS CONFSCLB1/Helianthus argophyllus accession PI 494576. CONFSCLB1 is a confection BC2F3-derived BC2F4 maintainer selection from the cross of HA 441/ROM PH//HA 442/HA 441/4/CONF/5/CONF. The line was released by the USDA-ARS and the North Dakota Agricultural Experiment Station in 2006 and is susceptible to downy mildew (caused by Plasmopara halstedii). The cytoplasmic male sterile (CMS) CONFSCLB1 was developed by substituting the nuclear genome of CONFSCLB1 into the background of a wild annual species H. petiolaris (CMS PET1). The wild annual Helianthus argophyllus accession (PI 494576) was originally collected in Texas in 1984, and is resistant to new virulent races of downy mildew. HA-DM6 was developed using the backcross breeding method and DNA marker-assisted selection for the Pl35 downy mildew resistance gene introgressed from wild H. argophyllus accession PI 494576. The cross between CMS CONFSCLB1 and PI 494576 was made in 2012 and the selected resistant F1 plants were backcrossed twice to CONFSCLB1. The BC2F3-derived HA-DM6 is homozygous for the Pl35 resistance gene verified by DNA markers and greenhouse downy mildew screening. HA-DM6 is immune to the most predominant and virulent races of downy mildew currently identified in the United States and Europe. Plant height of HA-DM6 was 174 cm compared to 178 cm for CONFSCLB1, and flowers in 88 days after planting compared to 81 days for CONFSCLB1 in the field nursery at Glyndon, MN during the summer of 2017. 2096610PI 691507
21PI 691508HA-DM7Helianthus annuus L. North Dakota, United StatesNC72019DEVELOPEDBreeding materialHA-DM7 is a BC2F3-derived BC2F4 oilseed maintainer selection from the cross of HA 89*2/NMS HA 89/Helianthus argophyllus accession PI 494578. HA 89 (PI 599773) is an inbred maintainer line susceptible to downy mildew (caused by Plasmopara halstedii) released by USDA and the Texas Agricultural Experiment Station in 1971. The nuclear male sterile (NMS) HA 89 (PI 559477) induced by streptomycin treatment of HA 89 possesses a single recessive ms9 male sterility gene released by the UDSA and the North Dakota Agricultural Experiment Station, Fargo, ND in 1990. The H. argophyllus accession (PI 494578) was originally collected in Texas in 1984, and is resistant to new virulent races of downy mildew. HA-DM7 was developed by the backcross breeding method and DNA marker-assisted selection for the Pl20 downy mildew resistance gene introgressed from wild H. argophyllus (PI 494578). The cross between NMS HA 89 and PI 494578 was made in 2012 and the selected resistant F1 plants were backcrossed twice to HA 89. The BC2F3-derived HA-DM7 is homozygous for the Pl20 gene verified by DNA markers and greenhouse downy mildew screening. HA-DM7 is immune to the most predominant and virulent races of downy mildew currently identified in the United States and Europe. Plant height of HA-DM7 was 149 cm compared to 121 cm for HA 89 and flowers 75 days after planting compared to 65 days for HA 89 in the field nursery at Glyndon, MN during the summer of 2017.2096611PI 691508
22PI 690442HA 487Helianthus annuus L. North Dakota, United StatesNC7FLOWER2019DEVELOPEDBreeding materialHA 487 is an imidazolinone tolerant, Sclerotinia head rot resistant, high oleic F8-derived F10 maintainer oilseed sunflower line. Fatty acid composition of the 2017 breeder’s seed increase was 27±1 g kg-1 palmitic, 33±2 g kg-1 stearic, 857±3 g kg-1 oleic, and 72±2 g kg-1 linoleic acid, and the plant height of the finished inbred germplasm in Chile, 2017, was 124 cm. All testcrosses with HA 487 as female had yield similar to four out of five commercial checks, and oil content similar to three of them. Hybrids with HA 487 also had lodging and height similar to the best check cultivars for those traits. Testcross hybrids reached 50% bloom 65 days after planting and matures 105 days after planting. HA 487 contributes resistance to Sclerotinia head rot to hybrids.2091791PI 690442
23PI 690443Duplicate of PI 689675Helianthus annuus L. North Dakota, United States Historic2019DEVELOPEDBreeding materialThe maintainer stock TOCO B1 is an F8-derived F12 germplasm. It is unbranched with normal cytoplasm and possesses seeds with white stripes. The genetic stock possesses high oleic acid with high levels of γ- and δ-tocopherol and no detectable traces of α- and β-tocopherol.2091792PI 690443
24PI 690444Duplicate of PI 689676Helianthus annuus L. North Dakota, United States Historic2019DEVELOPEDBreeding materialThe restorer stock TOCO R1 is an F8-derived F12 line. It possesses black seeds with gray stripes, have genes for fertility restoration of the PET1 cytoplasmic male sterility, and recessive branching. The genetic stock possesses a traditional, high linoleic acid level combined with high levels of γ- and δ-tocopherol and no detectable traces of α- and β-tocopherol.2091793PI 690444
25PI 690445Duplicate of PI 689677Helianthus annuus L. North Dakota, United States Historic2019DEVELOPEDBreeding materialThe restorer stock TOCO R2 is an F8-derived F12 line. It possesses black seeds with gray stripes, have genes for fertility restoration of the PET1 cytoplasmic male sterility, and recessive branching. The genetic stock possesses a traditional, high linoleic acid level combined with high levels of γ- and δ-tocopherol and no detectable traces of α- and β-tocopherol.2091794PI 690445
26PI 690015HA 482Helianthus annuus L. North Dakota, United StatesNC7FLOWER2019DEVELOPED1982894PI 690015
27PI 690016RHA 483Helianthus annuus L. North Dakota, United StatesNC7FLOWER2019DEVELOPED1982895PI 690016
28PI 690017RHA 484Helianthus annuus L. North Dakota, United StatesNC72019DEVELOPED1982896PI 690017
29PI 690018RHA 485Helianthus annuus L. North Dakota, United StatesNC7Not Available2019DEVELOPED1982897PI 690018
30PI 690019RHA 486Helianthus annuus L. North Dakota, United StatesNC7Not Available2019DEVELOPED1982898PI 690019
31PI 689675TOCO B1Helianthus annuus L. North Dakota, United StatesNC7FIELD2019DEVELOPEDPRE 03/08/2019CultivarTOCO B1 is a F8-derived F12 line. Seeds are black with white stripes and the plants are unbranched. Contains a high level of oleic acid with high gamma and delta tocopherols and no dectable traces of alpha and beta tocopherol. Plants are 95% self fertile.1975464PI 689675
32PI 689676TOCO R1Helianthus annuus L. North Dakota, United StatesNC7FIELD2019DEVELOPEDPRE 03/08/2019CultivarTOCO R1 is a F8-derived F12 line. Seeds are black with gray stipes with genes for fertility restoration of PET1 cytoplasmic male steritily and recessive branching. Contains a high level of linoleic acid combined with high gamma and delta tocopherol with no detectable traces of alpha and beta tocopherol. Plants are 95% self fertile.1975465PI 689676
33PI 689677TOCO R2Helianthus annuus L. North Dakota, United StatesNC72019DEVELOPEDPRE 03/08/2019CultivarTOCO R2 is a F8-derived F12 restorer line. Seeds are black with gray stripes with genes for fertility restoration of PET1 cytoplasmic male sterility and recessive branching. Contains a high level of linoleic acid combined with high gamma and delta tocopherol with no detectable traces of alpha and beta tocopherol. Plants are 95% self fertile.1975466PI 689677
34PI 688611AMP ATR 1588Helianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAMP ATR 1588 is a branched interspecific amphiploid genetic stock with a plant height of 208cm, flowering 105 days after planting, head diameter of 8.0cm, 1000-seedweight of 38.2 grams, sib-pollinated seed set 14.7%, and seed black1966492PI 688611
35PI 688612AMP DIV/GROHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialAMP DIV/GRO is a branched interspecific amphiploid genetic stock, with plant height 148 cm, flowering 103 days after planting, head diameter 10 cm, 1000 seed weight 25 grams, sib-pollinated seed set 31.1% and seeds are black.1966493PI 688612
36PI 688613AMP GROHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAMP GRO is an interspecific amphiploid genetic stock segregating for branching, with plant height 202 cm, flowering 107 days after planting, head diameter 12.3 cm, 1000 seed weight 16 grams, sib-pollinated seed set 16.5% and seeds black with gray stripes1966494PI 688613
37PI 688614AMP HIR 1537 (BC1)Helianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAMP HIR 1537(BC1) is a branched interspecific amphiploid genetic stock with a plant height of 164cm, flowering 73 days after planting, head diameter of 8.9cm, 1000-seedweight of 40 grams, sib-pollinated seed set 29.7%, and seed black or gray with black mottling1966495PI 688614
38PI 688615AMP HIR-1126Helianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAMP HIR-1126 is an interspecific amphiploid genetic stock segregating for branching, with plant height 142 cm, flowering 95 days after planting, head diameter 7.2 cm, 1000 seed weight 27 grams, sib-pollinated seed set 25.3% and seeds are brown.1966496PI 688615
39PI 688616AMP MAXHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialAMP MAX is an interspecific amphiploid genetic stock segregating for branching, with plant height 189 cm, flowering 94 days after planting, head diameter 12 cm, 1000 seed weight 18 grams, sib-pollinated seed set 24.5% and seeds are black.1966497PI 688616
40PI 688617AMP MAX 1113+1323Helianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAMP MAX 1113+1323 is a branched interspecific amphiploid genetic stock with a plant height of 186cm, flowering 79 days after planting, head diameter of 10.1crn, 1000-seed weight of 23 grams, sib-pollinated seed set 36.1%, and seed black with grey stripes1966498PI 688617
41PI 688618AMP MAX 1631Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialAMP MAX 1631 is a branched interspecific amphiploid genetic stock with a plant height of 228cm, flowering 105 days after planting, head diameter of 10.6crn, 1000-seedweight of 24.6 grams, sib-pollinated seed set 4.6%, and seed black or brown with black stripes1966499PI 688618
42PI 688619AMP MOL 1531Helianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAMP MOL 1531 is a branched interspecific amphiploid genetic stock with a plant height of 228cm, flowering 99 days after planting, head diameter of 13.6crn, 1000-seedweight of 28.9 grams, sib-pollinated seed set 3.2% and seed black1966500PI 688619
43PI 688620AMP NUTHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAMP NUT is a branched interspecific amphiploid genetic stock with plant height 201 cm, flowering 75 days after planting, head diameter 10 cm, 1000 seed weight 28 grams, sib-pollinated seed set 26.4% and seeds are brown.1966501PI 688620
44PI 688621AMP NUT 102+412Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialAMP NUT 102+412 is a branched interspecific amphiploid genetic stock with a plant height of 208cm, flowering 93 days after planting, head diameter of 9.6cm, 1000-seedweight of 38.5 grams, sib-pollinated seed set 45.2%, and seed black or black with grey stripes1966502PI 688621
45PI 688622AMP STRHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAMP STR is a branched interspecific amphiploid genetic stock with plant height 142 cm, flowering 95 days after planting, head diameter 7.2 cm, 1000 seed weight 27 grams, sib-pollinated seed set 25.3% and seeds are black.1966503PI 688622
46PI 688623AP ANGHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAP ANG is a single headed alloplasmic genetic stock with a plant height of 122 cm, flowers 69 days after planting, matures in 109 days, head diameter is 17 cm, 1000 seed weight is 52 grams, oil content is 45% and seeds are black with grey stripes.1966504PI 688623
47PI 688624AP ANOHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialAP ANO is a single headed alloplasmic genetic stock with a plant height of 125 cm, flowers 68 days after planting, matures in 109 days, head diameter is 20 cm, 1000 seed weight is 58 grams, oil content is 46% and seeds are black with grey stripes.1966505PI 688624
48PI 688625AP DIVHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAP DIV is a single headed alloplasmic genetic stock with a plant height of 123 cm, flowers 69 days after planting, matures in 107 days, head diameter is 17 cm, 1000 seed weight is 53 grams, oil content is 47% and seeds are black with grey stripes.1966506PI 688625
49PI 688626AP GROHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialAP GRO is a single headed alloplasmic genetic stock with a plant height of 123 cm, flowers 68 days after planting, matures in 109 days, head diameter is 18 cm, 1000 seed weight is 54 grams, oil content is 46% and seeds are black with grey stripes1966507PI 688626
50PI 688627AP MAXHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAP MAX is a single headed alloplasmic genetic stock with a plant height of 133 cm, flowers 67 days after planting, matures in 108 days, head diameter is 20 cm, 1000 seed weight is 55 grams, oil content is 47% and seeds are black with grey stripes1966508PI 688627
51PI 688628AP MOLHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAP MOL is a single headed alloplasmic genetic stock with a plant height of 128 cm, flowers 68 days after planting, matures in 110 days, head diameter is 17 cm, 1000 seed weight is 54 grams, oil content is 47% and seeds are black with gray stripes1966509PI 688628
52PI 688629AP NEGHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialAP NEG is a single headed alloplasmic genetic stock with a plant height of 123 cm, flowers 66 days after planting, matures in 108 days, head diameter is 20 cm, 1000 seed weight is 57 grams, oil content is 47% and seeds are black with grey stripes1966510PI 688629
53PI 688630AP NIVHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAP NIV is a single headed alloplasmic genetic stock with a plant height of 129 cm, flowers 67 days after planting, matures in 110 days, head diameter is 19 cm, 1000 seed weight is 64 grams, oil content is 46% and seeds are black with gray stripes.1966511PI 688630
54PI 688631AP PRAHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialAP PRA is a single headed alloplasmic genetic stock with a plant height of 127 cm, flowers 68 days after planting, matures in 111 days, head diameter is 19 cm, 1000 seed weight is 57 grams, oil content is 46% and seeds are black with gray stripes.1966512PI 688631
55PI 688632AP PRA-380Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialAP PRA-380 is a single headed alloplasmic genetic stock with a plant height of 128 cm, flowers 68 days after planting, matures in 110 days, head diameter is 21 cm, 1000 seed weight is 58 grams, oil content is 46% and seeds are black with grey stripes1966513PI 688632
56PI 688633BSR CAL 2376Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialBSR CAL 2376 is derived from 21 backcross progeny families, see pedigree, from H. californicus (PI 649941). It is segregating for branching; plant height is 70cm, 75 days to 50% flowering, 111 days to maturity, head diameter of 13.7cm and 1000-seed weight of 69 grams.1966514PI 688633
57PI 688634BSR DIV 830Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialBSR DIV 830 is derived from a backcross progeny family with Sclerotinia BSR resistance genes incorporated from H. grosseserratus (PI 613793) and H. divaricatus (PI 435675). It is segregating for branching; plant height is 75cm, 74 days to 50% flowering, 118 days to maturity, head diameter of 22.6cm and 1000-seed weight of 62 grams.1966515PI 688634
58PI 688635BSR MAX 1018+1314+1323Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialBSR MAX 1018+1314+1323 is a bulk of seven backcross progeny families, see pedigree, derived from H. maximiliani (MAX 1018, MAX 1314, MAX 1323, Agriculture and Agri-Food Canada). It is segregating for branching; plant height is 99cm, 78 days to 50% flowering, 121 days to maturity, head diameter of 13.7cm and 1000-seed weight of 41 grams.1966516PI 688635
59PI 688636BSR NUT 1008+1324Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialBSR NUT 1008+1324 is a bulk of three backcross progeny families, see pedigree, derived from H. nuttallii (NUT 1008 and NUT 1324 from Agriculture and Agri-Food Canada). It is segregating for branching; plant height is 105cm, 78 days to 50% flowering, 120 days to maturity, head diameter of 16.8cm and 1000-seed weight of 53 grams.1966517PI 688636
60PI 688637BSR STR 1623Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialBSR STR 1623 is derived from three backcross progeny families from H. strumosus (PI 468894), see pedigree. It is.segregating for branching; plant height is 69cm, 78 days to 50% flowering, 121 days to maturity, head diameter of 13.4cm and 1000-seed weight of 62 grams.1966518PI 688637
61PI 688638CMS GRO1Helianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialBC4F1 bulk. Capitula with defective anthers, narrow disk florets, corolla not swollen, short narrow ray flowers. Plants have normal vigor, are single headed, plant height is 81 cm, flowers 80 days after planting, head diameter is 16.4 cm and 1000-seed weight 79 grams. Open-pollinated seed set is 37% indicating normal female fertility, and seeds are black with gray stripes.1966519PI 688638
62PI 688639CMS GRO1-RVHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialBC4F1 bulk. Capitulum with defective anthers, narrow disk florets, corolla not swollen, short narrow ray flowers. Plants have reduced vigor, are single headed, plant height is 36 cm, flowers 83 days after planting, head diameter is36 cm and 1000 seed weight 46.9 grams. Open pollinated seed set is 37% indicating normal female fertility and seeds are black with gray stripes. 1966520PI 688639
63PI 688640CMS MAX3-RVHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialBC3F1 bulk. Capitulum with defective anthers, narrow disk florets, corolla not swollen, short narrow ray flowers. Plants have reduced vigor, are single headed, plant height is 66 cm, flowers 81 days after planting, head diameter is 10.6 cm and 1000 seed weight is 70.3 grams. Open pollinated seed set is 19% indicating normal female fretility and seeds are black with grey stripes. 1966521PI 688640
64PI 688641CMS TUB1-HA 89Helianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialCMS TUB1-HA89 is a cytoplasmic male-sterile BC2 bulk. Plants are single headed, plant height is 155cm, flowers 77 days after planting, head diameter is 17.6cm, 1000 seed weight is 66 grams, open pollinated seed set 86%, and the majority of seeds are white with black stripes, some are black with white stripes. CMS 514A H. tuberosus line was obtained by the breeder through a scientific excahnge with China in 20031966522PI 688641
65PI 688642HR MAX 1018+1323Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialHR MAX 1018+1323 is a bulk of three backcross progeny families with Sclerotinia HR resisance derived from H. maximiliani (MAX 1018 and MAX1323, Agricultrue and Agri-Food Canada), see pedigree. It is segregating for branching, plant height 105cm, 81 days to flowering, 132 days to maturity, head diameter of 16cm and 1000-seed weight of 48 grams1966523PI 688642
66PI 688643HR NUT 1324+1008Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialHR NUT 1324+1008 is a bulk of three backcross progeny families with Sclerotinia resistance derived from H. nuttallii (NUT 1324 and NUT 1008, Agriculture and Agri-Food, Canada), see pedigree. It is segregating for branching, plant height 127cm, 79 days to flowering, 131 days to maturity, head diameter of 19cm and 1000-seed weight of 48 grams1966524PI 688643
67PI 688644NDG1Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialNDG 1 is an F14 bulk homozygous for non-dormant trait (NDG1); single headed, plant height 94cm, flowering 84 days after planting, head diameter 11.3cm, 1000-seed weight 19 grams, open-pollinated seed set 32%, and seed black with brown stripes. Seeds germinate on the head 45 days after pollination.1966525PI 688644
68PI 688645Rf GIG2-ANGHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialRf GIG2-ANG is a single headed fertility restoration line with a plant height of 127 cm, flowers 82 days after planting, head diameter is 8.3 cm, 1000-seed weight is 43 grams, open-pollinated seed set 16%, and seeds are black with white stripes1966526PI 688645
69PI 688646Rf GIG2-ATRHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialRf GIG2-ATR is a single headed fertility restoration line with plant height of 51 cm, flowers 82 days after planting, head diameter is 3.8 cm, 1000 seed weight is 15 grams, open-pollinated seed set 9%, and seeds are black seed with white stripes1966527PI 688646
70PI 688647Rf GIG2-GROHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialRf GIG2-GRO is a single headed fertility restoration line with a plant height of 97 cm, flowers 79 days after planting, head diameter is 13.1 cm, 1000-seed weight is 57 grams, open-pollinated seed set 34%, and seeds are black with white stripes 1966528PI 688647
71PI 688648Rf GIG2-MAXHelianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDPRE 04/20/2018Genetic materialRf GIG2-MAX is a single headed fertility restoration line with a plant height of 35 cm, flowers 79 days after planting, head diameter is 2.6 cm, 1000-seed weight is 14.0 grams, open-pollinated seed set is 6%, and seeds are beige with black stripes1966529PI 688648
72PI 688649Rf TUB1-ANGHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialRf TUB1-ANG is an F4 bulk homozygous for the Rf6 fertility restoration gene for CMS TUB1-HA 89. Plants are predominantly branched, plant height is 83cm, flowers in 69 days after planting, head diameter is 8.8cm, 1000 seed weight is 39 grams, open pollinated seed set 56% and the seeds are black with white stripes.1966530PI 688649
73PI 688650SFB-CALHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-CAL is an iterspecific bulk population comprised of 30 random backcross families; 86 % single headed, plant height 97±14cm, days to flower 77±1.9 days, 115±3.4 days to maturity, head diameter 14±2cm, l000-seedweight 60±11 grams, and seed black with gray stripes.1966531PI 688650
74PI 688651SFB-DIVHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-DIV is an iterspecific bulk population comprised of 30 random backcross families; 74% single headed, plant height 116±22cm, 76±4.6 days to flower, 110±3.4 days to maturity, head diameter 19±6cm, 1000-seedweight 56±15 grams, and seed black with gray stripes1966532PI 688651
75PI 688652SFB-DIV/GROHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-DIV/GRO is an iterspecific bulk population comprised of 30 random backcross families; 82% single headed, plant height 90±32.2cm, 77±3.8 days to flower, 113±2.9 days to maturity, head diameter 14±7.3cm, 1000-seedweight 58±24.8 grams, and seed black with gray stripes1966533PI 688652
76PI 688653SFB-GIGHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-GIG is an iterspecific bulk population comprised of 30 random backcross families; 82% single headed, plant height 114±15cm, 77± 3.2 days to flower, 112±4.2 days to maturity, head diameter 19±5cm, 1000-seedweight 62±15 grams, and seed black with gray stripes1966534PI 688653
77PI 688654SFB-GRO 1Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-GRO 1 is an iterspecific bulk population comprised of 30 random backcross families; 70% single headed, plant height 107±17.8cm, 77±3.3 days to flower, 111±4.4 days to maturity, head diameter 16±4.2cm, 1000-seedweight 50±16 grams, and seed black with gray stripes1966535PI 688654
78PI 688655SFB-GRO 2Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-GR0 2 is an iterspecific bulk population comprised of 30 random backcross families; 86% single headed, plant height 122±13.8cm, 75± 2.0 days to flower, 1l0±5.2 days to maturity, head diameter 17±5cm, 1000-seedweight 53±16 grams, and seed black with gray stripes1966536PI 688655
79PI 688656SFB-HIRHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-HIR is an iterspecific bulk population comprised of 30 random backcross families; 96% single headed, plant height 138±63.9cm, 74±1.2 days to flower, 108±1.1 days to maturity, head diameter 17±1.7cm, 1000-seedweight 68±9 grams, and seed black with gray stripes.1966537PI 688656
80PI 688657SFB-MAX 1Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-MAX 1 is an iterspecific bulk population comprised of 30 random backcross families; 87% single headed, plant height 124±17cm, 78±3 days to flower, 121±4 days to maturity, head diameter 16±2cm, 1000-seedweight 39±14 grams, and seed black with gray stripes. MAX 1018, MAX 1314, and MAX 1323 were from Agriculture and Agri-Food Canada.1966538PI 688657
81PI 688658SFB-MAX 2Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-MAX 2 is an iterspecific bulk population comprised of 30 random backcross families; 76% single headed, plant height 109±14cm, 77±3.5 days to flower, 110±5 days to maturity, head diameter 17±13cm, 1000-seedweight 47±18 grams, and seed black with gray stripes1966539PI 688658
82PI 688659SFB-MAX 3Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-MAX 3 is an iterspecific bulk population comprised of 30 random backcross families; 89% single headed, plant height 102±10cm, 75±1.2 days to flower, 116±3.2 days to maturity, head diameter 17±3cm,1000-seedweight 47±14 grams, and seed black with gray stripes1966540PI 688659
83PI 688660SFB-NUT 1Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-NUT 1 is an iterspecific bulk population comprised of 30 random backcross families; 87% single headed, plant height 135±19cm, 79±2.2 days to flower, 118±3.8 days to maturity, head diameter 18±4cm, 1000-seedweight 42±12 grams, and seed seed black with gray stripes. NUT 1324 and NUT 1008 were from Agriculture and Agri-Food, Canada.1966541PI 688660
84PI 688661SFB-NUT 2Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-NUT 2 is an iterspecific bulk population comprised of 30 random backcross families; 78% single headed, plant height 86±24.5cm, 73±2.5 days to flower, 113±3.9 days to maturity, head diameter 15±5.8cm, 1000-seedweight 68±22 grams, and seed black with gray stripes1966542PI 688661
85PI 688662SFB-OCCHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-OCC is an iterspecific bulk population comprised of 30 random backcross families; 93% single headed, plant height 136±8.7cm, 75±1.6 days to flower, 110±3.4 days to maturity, head diameter 17±2cm, 1000-seedweight 69±7 grams, and seed black with gray stripes1966543PI 688662
86PI 688663SFB-SALHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-SAL is an iterspecific bulk population comprised of 30 random backcross families; 96% single headed, plant height 147±10.8cm, 75±1.4 days to flower, 112±4 days to maturity, head diameter 18±1.8 cm, 1000-seedweight 66±9 grams, and seed black with gray stripes1966544PI 688663
87PI 688664SFB-STRHelianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Breeding materialSFB-STR is an iterspecific bulk population comprised of 30 random backcross families; 90% single headed, plant height 84±17crn, 77±2.5 days, 115±3.9 days to maturity, head diameter 12±5 cm, 1000-seedweight 58±18 grams, and seed black with gray stripes1966545PI 688664
88PI 688665WC1Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialWC1 is an F7 bulk homozygous for white cotyledon. Plants are nonbranched, plant height is 66cm, flowering 76 days after planting, and a head diameter of 5.6cm. Seeds are beige with brown stripes, 1000-seed weight of 22 grams, and seed set is 70%1966546PI 688665
89PI 688666WC2Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDPRE 04/20/2018Genetic materialWC2 is an F7 bulk homozygous for white cotyledon. Plants are nonbranched, plant height is 59cm, flowering 68 days after planting, and a head diameter of 7.5cm. Seeds are black with grey stripes, 1000-seed weight of 41 grams, and seed set is 70%.1966547PI 688666
90PI 687022HA-DM2Helianthus annuus L. North Dakota, United StatesNC7Not Available2018DEVELOPEDBreeding materialHA-DM2 is a BC4F3-derived BC4F4 confection restorer selection from the cross of CONFSCL R5*5/RHA 464. CONFSCLR5 is a confection BC1F3-derived BC1F4 restorer selection from the cross of RO12-13//RHA 274/Dobritch/3/PSC 8/4/CONF/5/CONF released by USDA-ARS and the North Dakota Agricultural Experiment Station in 2006. CONFSCLR5 is susceptible to downy mildew and rust infection. RHA 464 (PI 665015) is an oilseed restorer line released by USDA-ARS and the North Dakota Agricultural Experiment Station in 2010 and is resistant to all North America downy mildew and rust races identified so far. The downy mildew and rust resistance genes in RHA 464 were named PlArg and R12 and mapped to linkage groups (LGs) 1 and 11 of the sunflower genome, respectively. HA-DM2 was developed by the backcross and pedigree breeding methods, with selection in each generation for downy mildew and rust resistance. In the BC4F2 generation, DNA markers linked to PlArg and R12, respectively, were used to select the homozygous BC4F2 individuals combining the two R-genes of PlArg and R12, with the selected homozygous double-resistant BC4F2 plants advanced to BC4F3 generation. Downy mildew and rust tests of the selected BC4F3 families in the greenhouse confirmed their homozygous nature. The homozygous BC4F3 seeds were grown in 16 rows of 20 plants at Glyndon, MN, in 2016, and the harvested BC4F4 seeds were bulked to form HA-DM2.1958035PI 687022
91PI 687023HA-DM3Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDBreeding materialHA-DM3 is a BC4F3-derived BC4F4 confection maintainer selection from the cross of HA-R6*5/HA 458. HA-R6 (PI 607509) is a confection maintainer line released by USDA-ARS and the North Dakota Agricultural Experiment Station in 2001 and is resistant to all North America (NA) rust races identified so far. The rust resistance gene (R-gene) in HA-R6 was named R13a and mapped to LG13 of the sunflower genome. HA 458 (PI 655009) is an oilseed maintainer line released by USDA-ARS and the North Dakota Agricultural Experiment Station in 2010 and is resistant to all NA downy mildew races identified so far. The downy mildew resistance gene in HA 458 was named Pl17 and mapped to LG4 of the sunflower genome. HA-DM3 was developed by the backcross and pedigree breeding methods, with selection in each generation for downy mildew resistance. In the BC4F2 generation, DNA markers linked to Pl17 and R13a, respectively, were used to select the homozygous BC4F2 individuals combining the two R-genes of Pl17 and R13a, with the selected homozygous double-resistant BC4F2 plants advanced to BC4F3 generation. Downy mildew and rust tests of the selected BC4F3 families in the greenhouse confirmed their homozygous nature. The homozygous BC4F3 seeds were grown in 16 rows of 20 plants at Glyndon, MN, in 2016, and the harvested BC4F4 seeds were bulked to form HA-DM3.1958036PI 687023
92PI 687024HA-DM4Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDBreeding materialHA-DM4 is a BC4F3-derived BC4F4 confection maintainer selection from the cross of HA-R6*5/HA-DM1. HA-R6 is HA-R6 (PI 607509) is a confection maintainer line released by USDA-ARS and the North Dakota Agricultural Experiment Station in 2001 resistant to all North America (NA) rust races identified so far. The rust resistance gene (R-gene) in HA-R6 was named R13a and mapped to LG13 of the sunflower genome. HA-DM1 (PI 674793) is an oilseed maintainer line released by USDA-ARS and the North Dakota Agricultural Experiment Station in 2015 and is resistant to all NA downy mildew races identified so far. The downy mildew resistance gene in HA-DM1 was named Pl18 and mapped to LG2 of the sunflower genome. HA-DM4 was developed by the backcross and pedigree breeding methods, with selection in each generation for downy mildew resistance. In the BC4F2 generation, DNA markers linked to Pl18 and R13a, respectively, were used to select the homozygous BC4F2 individuals combining the two R-genes of Pl18 and R13a, with the selected homozygous double-resistant BC4F2 plants advanced to BC4F3 generation. Downy mildew and rust tests of the selected BC4F3 families in the greenhouse confirmed their homozygous nature. The homozygous BC4F3 seeds were grown in the greenhouse, and the harvested BC4F4 seeds were bulked to form HA-DM4.1958037PI 687024
93PI 687025HA-DM5Helianthus annuus L. North Dakota, United StatesNC72018DEVELOPEDBreeding materialHA-DM5 is a BC2F3-derived BC2F4 confection maintainer selection from the cross of CONFSCLB1*2/CMS CONFSCLB1/Helianthus annuus accession PI 435414. CONFSCLB1 is a confection BC1F3-derived BC1F4 maintainer selection from the cross of HA 441/ROM PH//HA 442/HA 441/4/CONF/5/CONF. The line was released by the USDA-ARS and the North Dakota Agricultural Experiment Station in 2006 and is susceptible to downy mildew. The cytoplasmic male sterile (CMS) CONFSCLB1 was developed by substituting the nuclear genome of CONFSCLB1 into the background of a wild annual species H. petiolaris (CMS PET1). The wild annual H. annuus accession (PI 435414) was originally collected from Paris, Texas in 1978 and is resistant to new virulent races of downy mildew. HA-DM5 was developed using the backcross breeding method and DNA marker-assisted selection for the downy mildew resistance Pl19 gene introgressed from wild H. annuus PI 435414. The cross between CMS CONFSCLB1 and PI 435414 was made in 2013 and the selected resistant F1 plants were backcrossed twice to CONFSCLB1. The BC2F3-derived HA-DM5 is homozygous for the Pl19 gene verified by DNA markers and downy mildew greenhouse testing. HA-DM5 is immune to the most predominant and virulent races of downy mildew currently identified in the United States. Plant height of HA-DM5 was 171 cm compared to 149 cm for CONFSCLB1, and flowers in 77 days after planting compared to 79 days for CONFSCLB1 in the field nursery at Glyndon, MN during the summer of 2016.1958038PI 687025
94PI 685015'HA-BSR2'Helianthus annuus L. North Dakota, United StatesNC7Not Available2017DEVELOPEDBreeding materialHA-BSR2 is a BC2F5 derived BC2F6 oilseed sunflower maintainer line developed for Sclerotinia basal stalk rot (BSR) resistance. The selected line HA-BSR2 was tested for resistance to BSR in inoculated field nurseries across seven environments from 2012 to 2015 in North Dakota and Minnesota, and consistently showed high levels of BSR resistance across all environments. Average disease incidence of basal stalk rot for HA-BSR2 was 4.4%, compared to an average of 36.1% for Cargill 270 (susceptible hybrid), 31.0% for HA 89 (recurrent parent), 19.5% for HA 441 (resistant inbred), and 11.6% for Croplan 305 (resistant hybrid). A whole genome scan was performed using a genotyping-by-sequencing approach to detect the presence of H. petiolaris segments in HA-BSR2. Polymorphic single nucleotide polymorphism markers revealed the presence of introgressed chromosome segments in HA-BSR2 located on linkage group (LG) 8 of the sunflower genome. HA-BSR2 is also homozygously resistant to downy mildew derived from HA 458. HA-BSR2 reached 50% bloom 74 d, grew to 111 cm in height, and seed of HA-BSR2 averaged 85.7% oleic acid from plants grown in a field nursery at Glyndon, MN during the summer of 2015. 1954407PI 685015
95PI 685016'HA-BSR3'Helianthus annuus L. North Dakota, United StatesNC7Not Available2017DEVELOPEDBreeding materialHA-BSR3 is a BC2F5 derived BC2F6 oilseed sunflower maintainer line developed for Sclerotinia basal stalk rot (BSR) resistance. The selected line HA-BSR3 was tested for resistance to BSR in inoculated field nurseries across seven environments from 2012 to 2015 in North Dakota and Minnesota, and consistently showed high levels of BSR resistance across all environments. Average disease incidence of basal stalk rot for HA-BSR3 was 3.0%, compared to an average of 36.1% for Cargill 270 (susceptible hybrid), 31.0% for HA 89 (recurrent parent), 19.5% for HA 441 (resistant inbred), and 11.6% for Croplan 305 (resistant hybrid). A whole genome scan was performed using a genotyping-by-sequencing approach to detect the presence of H. argophyllus segments in HA-BSR3. Polymorphic single nucleotide polymorphism markers revealed the presence of introgressed chromosome segments in HA-BSR3 located on linkage groups (LGs) 8, 9, 10, and 11 of the sunflower genome. HA-BSR3 is also homozygously resistant to downy mildew derived from HA 458. HA-BSR3 reached 50% bloom 77 d, grew to 115 cm in height, and seed of HA-BSR3 averaged 67.1% oleic acid from plants grown in a field nursery at Glyndon, MN during the summer of 2015. 1954408PI 685016
96PI 685017'HA-BSR4'Helianthus annuus L. North Dakota, United StatesNC7Not Available2017DEVELOPEDBreeding materialHA-BSR4 is a BC2F5 derived BC2F6 oilseed sunflower maintainer line developed for Sclerotinia basal stalk rot (BSR) resistance. The selected line HA-BSR4 was tested for resistance to BSR in inoculated field nurseries across seven environments from 2012 to 2015 in North Dakota and Minnesota, and consistently showed high levels of BSR resistance across all environments. Average disease incidence of basal stalk rot for HA-BSR4 was 0.8%, compared to an average of 36.1% for Cargill 270 (susceptible hybrid), 31.0% for HA 89 (recurrent parent), 19.5% for HA 441 (resistant inbred), and 11.6% for Croplan 305 (resistant hybrid). A whole genome scan was performed using a genotyping-by-sequencing approach to detect the presence of H. argophyllus segments in HA-BSR4. Polymorphic single nucleotide polymorphism markers revealed the presence of introgressed chromosome segments in HA-BSR4 located on linkage groups (LGs) 8 and 10 of the sunflower genome. HA-BSR4 is also homozygously resistant to downy mildew derived from HA 458. HA-BSR4 reached 50% bloom 74 d, grew to 140 cm in height in a field nursery at Glyndon, MN during the summer of 2015. 1954409PI 685017
97PI 685018'HA-BSR5'Helianthus annuus L. North Dakota, United StatesNC72017DEVELOPEDBreeding materialHA-BSR5 is a BC2F5 derived BC2F6 oilseed sunflower maintainer line developed for Sclerotinia basal stalk rot (BSR) resistance. The selected line HA-BSR5 was tested for resistance to BSR in inoculated field nurseries across seven environments from 2012 to 2015 in North Dakota and Minnesota, and consistently showed high levels of BSR resistance across all environments. Average disease incidence of basal stalk rot for HA-BSR5 was 1.9%, compared to an average of 36.1% for Cargill 270 (susceptible hybrid), 31.0% for HA 89 (recurrent parent), 19.5% for HA 441 (resistant inbred), and 11.6% for Croplan 305 (resistant hybrid). A whole genome scan was performed using a genotyping-by-sequencing approach to detect the presence of H. argophyllus segments in HA-BSR5. Polymorphic single nucleotide polymorphism markers revealed the presence of introgressed chromosome segments in HA-BSR5 located on linkage groups (LGs) 3 and 10 of the sunflower genome. HA-BSR5 reached 50% bloom 75 d, and grew to 151 cm in height in a field nursery at Glyndon, MN during the summer of 2015. 1954410PI 685018
98PI 685019'HA-BSR6'Helianthus annuus L. North Dakota, United StatesNC72017DEVELOPEDBreeding materialHA-BSR6 is a BC2F5 derived BC2F6 oilseed sunflower maintainer line developed for Sclerotinia basal stalk rot (BSR) resistance. The selected line HA-BSR6 was tested for resistance to BSR in inoculated field nurseries across seven environments from 2012 to 2015 in North Dakota and Minnesota, and consistently showed high levels of BSR resistance across all environments. Average disease incidence of basal stalk rot for HA-BSR6 was 4.8%, compared to an average of 36.1% for Cargill 270 (susceptible hybrid), 31.0% for HA 89 (recurrent parent), 19.5% for HA 441 (resistant inbred), and 11.6% for Croplan 305 (resistant hybrid). A whole genome scan was performed using a genotyping-by-sequencing approach to detect the presence of H. petiolaris segments in HA-BSR6. Polymorphic single nucleotide polymorphism markers revealed the presence of introgressed chromosome segments in HA-BSR6 located on linkage groups (LG) 8 and 10 of the sunflower genome. HA-BSR6 is also homozygously resistant to downy mildew derived from HA 458. HA-BSR6 reached 50% bloom 73 d, and grew to 160 cm in height in a field nursery at Glyndon, MN during the summer of 2015. 1954411PI 685019
99PI 685020'HA-BSR7'Helianthus annuus L. North Dakota, United StatesNC7Not Available2017DEVELOPEDBreeding materialHA-BSR7 is a BC2F5 derived BC2F6 oilseed sunflower maintainer line developed for Sclerotinia basal stalk rot (BSR) resistance. The selected line HA-BSR7 was tested for resistance to BSR in inoculated field nurseries across seven environments from 2012 to 2015 in North Dakota and Minnesota, and consistently showed high levels of BSR resistance across all environments. Average disease incidence of basal stalk rot for HA-BSR7 was 1.2%, compared to an average of 36.1% for Cargill 270 (susceptible hybrid), 31.0% for HA 89 (recurrent parent), 19.5% for HA 441 (resistant inbred), and 11.6% for Croplan 305 (resistant hybrid). A whole genome scan was performed using a genotyping-by-sequencing approach to detect the presence of H. petiolaris segments in HA-BSR7. Polymorphic single nucleotide polymorphism markers revealed the presence of introgressed chromosome segments in HA-BSR7 located on linkage groups (LG) 1, 8, and 10 of the sunflower genome. HA-BSR7 is also homozygously resistant to downy mildew derived from HA 458. HA-BSR7 reached 50% bloom 87 d, and grew to 134 cm in height in a field nursery at Glyndon, MN during the summer of 2015. 1954412PI 685020
100PI 685021'HA-BSR8'Helianthus annuus L. North Dakota, United StatesNC72017DEVELOPEDBreeding materialHA-BSR8 is a BC2F5 derived BC2F6 oilseed sunflower maintainer line developed for Sclerotinia basal stalk rot (BSR) resistance. The selected line HA-BSR8 was tested for resistance to BSR in inoculated field nurseries across seven environments from 2012 to 2015 in North Dakota and Minnesota, and consistently showed high levels of BSR resistance across all environments. Average disease incidence of basal stalk rot for HA-BSR8 was 2.2%, compared to an average of 36.1% for Cargill 270 (susceptible hybrid), 31.0% for HA 89 (recurrent parent), 19.5% for HA 441 (resistant inbred), and 11.6% for Croplan 305 (resistant hybrid). A whole genome scan was performed using a genotyping-by-sequencing approach to detect the presence of H. petiolaris segments in HA-BSR8. Polymorphic single nucleotide polymorphism markers revealed the presence of introgressed chromosome segments in HA-BSR8 located on linkage groups (LG) 1 and 6 of the sunflower genome. HA-BSR8 is also homozygously resistant to downy mildew derived from HA 458. HA-BSR8 reached 50% bloom 83 d, and grew to 128 cm in height in a field nursery at Glyndon, MN during the summer of 2015. 1954413PI 685021
101PI 682129RHA 476Helianthus annuus L. North Dakota, United StatesNC72017DEVELOPEDPRE 05/05/2017Breeding material1950006PI 682129
102PI 682130RHA 477Helianthus annuus L. North Dakota, United StatesNC72017DEVELOPEDPRE 05/05/2017Breeding material1950007PI 682130
103PI 688028CONFSCL B1Helianthus annuus L. North Dakota, United StatesNC7FIELD2017DEVELOPEDPRE 05/05/2017Breeding materialCONFSCLB1 is a BC1F3-derived BC1F4 maintainer line selected from the cross HA 411/ROM PH//HA 442/3/HA 441/4/CONF/5/CONF. CONFSCLB1 is resistant to the imidazolinone herbicide imazamox. Partially inbred.1964592PI 688028
104PI 688029CONFSCL B2Helianthus annuus L. North Dakota, United StatesNC7FIELD2017DEVELOPEDPRE 05/05/2017Breeding materialCONFSCLB2 is a BC1F3-derived BC1F4 maintainer line selected from the cross HA 441/CONF//CONF. Partially inbred.1964593PI 688029
105PI 688030CONFSCL R1Helianthus annuus L. North Dakota, United StatesNC7FIELD2017DEVELOPEDPRE 05/05/2017Breeding materialCONFSCL R1 is a BC1F3-derived BC1F4 restorer selected from the cross RHA 440/PSC 8//CONF/3/CONF. CONFSCL R1 has genes for fertility restoration of the PET1 cytoplasmic male sterility and upper stem branching conditioned by a recessive gene. Partially inbred.1964594PI 688030
106PI 688031CONFSCL R2Helianthus annuus L. North Dakota, United StatesNC7SEED2017DEVELOPEDPRE 05/05/2017Breeding materialCONFSCLR2 is a BC1F3-derived BC1F4 restorer selection from the cross RO 12-13//RHA 274/Dobritch/3/PSC 8/4/CONF/5/CONF. CONFSCLR2 has genes for fertility restoration of the PET1 cytoplasmic male sterility and upper stem branching conditioned by a recessive gene. Partially inbred.1964595PI 688031
107PI 688032CONFSCL R3Helianthus annuus L. North Dakota, United StatesNC7FIELD2017DEVELOPEDPRE 05/05/2017Breeding materialCONFSCLR3 is a BC1F3-derived BC1F4 restorer selection from the cross RO 12-13//RHA 274/Dobritch/3/PSC 8/4/CONF/5/CONF. CONFSCLR3 has genes for fertility restoration of the PET1 cytoplasmic male sterility and upper stem branching conditioned by a recessive gene. Partially inbred.1964596PI 688032
108PI 688033CONFSCL R4Helianthus annuus L. North Dakota, United StatesNC7FIELD2017DEVELOPEDPRE 05/05/2017Breeding materialCONFSCLR4 is a BC1F3-derived BC1F4 restorer selection from the cross RO 12-13//RHA 274/Dobritch/3/PSC 8/4/CONF/5/CONF. CONFSCLR4 has genes for fertility restoration of the PET1 cytoplasmic male sterility and upper stem branching conditioned by a recessive gene. Partially inbred.1964597PI 688033
109PI 688034CONFSCL R5Helianthus annuus L. North Dakota, United StatesNC72017DEVELOPEDPRE 05/05/2017Breeding materialCONFSCLR5 is a BC1F3-derived BC1F4 restorer selection from the cross RO 12-13//RHA 274/Dobritch/3/PSC 8/4/CONF/5/CONF. CONFSCLR5 has genes for fertility restoration of the PET1 cytoplasmic male sterility and upper stem branching conditioned by a recessive gene. Partially inbred.1964598PI 688034
110PI 688035CONFSCL R6Helianthus annuus L. North Dakota, United StatesNC7FIELD2017DEVELOPEDPRE 05/05/2017Cultivated materialCONFSCLR6 is a BC1F3-derived BC1F4 restorer selection from the cross RO 12-13//RHA 274/Dobritch/3/PSC 8/4/CONF/5/CONF. CONFSCLR6 has genes for fertility restoration of the PET1 cytoplasmic male sterility and upper stem branching conditioned by a recessive gene. Partially inbred.1964599PI 688035
111PI 688036HA 469Helianthus annuus L. North Dakota, United StatesNC72017DEVELOPEDPRE 05/05/2017Cultivated materialHA 469 is an F6-derived F7 maintainer line advanced by pedigree selection. HA 469 is single-headed and averaged 807 g kg-1 oleic fatty acid in seed from plants grown in the Fargo, ND, field nursery during the summer of 2006. It has tolerance to the sulfonylurea herbicide tribenuron.1964600PI 688036
112PI 688037HA 481Helianthus annuus L. North Dakota, United StatesNC72017DEVELOPEDPRE 05/05/2017Cultivated materialHA 481 is an imidazolinone tolerant, high oleic F8-derived F9 maintainer oilseed sunflower line with moderate resistance to Phomopsis stalk canker and Sclerotinia head and basal stalk rots, selected from the cross HA 441/HA 444/4/HA 411/ROM PH/3/HA 425/87 CAEB//HA 434/HA 412. HA 481 reached 50 % bloom 70 days after planting.1964601PI 688037
113PI 688038RHA 470Helianthus annuus L. North Dakota, United StatesNC7SEED2017DEVELOPEDPRE 05/05/2017Cultivated materialRHA 470 is an F7-derived F8 restorer line advanced by pedigree selection, and has genes for fertility restoration of the PET1 cytoplasmic male sterility and upper-stem branching conditioned by a recessive gene. It has tolerance to the sulfonylurea herbicide tribenuron.1964602PI 688038
114PI 688039RHA 471Helianthus annuus L. North Dakota, United StatesNC7FIELD2017DEVELOPEDPRE 05/05/2017Cultivated materialRHA 471 is an F7-derived F8 restorer line advanced by pedigree selection, and has genes for fertility restoration of the PET1 cytoplasmic male sterility and upper-stem branching conditioned by a recessive gene. It has tolerance to the sulfonylurea herbicide tribenuron.1964603PI 688039
115PI 688040RHA 478Helianthus annuus L. North Dakota, United StatesNC7FIELD2017DEVELOPEDPRE 05/05/2017Cultivated materialRHA 478 is an imidazolinone tolerant, Sclerotinia head and basal stalk rot resistant, high oleic F8-derived F9 restorer oilseed sunflower line selected from the cross RHA 443/RHA 455. RHA 478 contains genes for recessive branching and restoration of PET1 male sterile cytoplasm. It reached 50 % bloom 67 days after planting.1964604PI 688040
116PI 688041RHA 479Helianthus annuus L. North Dakota, United StatesNC72017DEVELOPEDPRE 05/05/2017Cultivated materialRHA 479 is a Sclerotinia head rot and Phomopsis stalk canker resistant F8-derived F9 restorer oilseed sunflower line selected from the cross RO 12-13//RHA 274/DOB/3/PSC8/4/RHA 418/RHA 419/3/RO12-13//RHA 274/PRS5. RHA 479 contain genes for recessive branching and restoration of PET1 male sterile cytoplasm. RHA 479 reached 50 % bloom 71 days after planting.1964605PI 688041
117PI 688042RHA 480Helianthus annuus L. North Dakota, United StatesNC72017DEVELOPEDPRE 05/05/2017Cultivated materialRHA 480 is an imidazolinone tolerant, Phomopsis stalk canker resistant F8-derived F9 restorer oilseed sunflower line selected from the cross RHA 443/Olivko, with a linoleic oil profile. RHA 480 contains genes for recessive branching and restoration of PET1 male sterile cytoplasm. RHA 480 reached 50 % bloom 65 days after planting.1964606PI 688042
118PI 686834GB_UBC227Helianthus annuus L. British Columbia, CanadaNC72017DEVELOPEDPRE 01/10/2017Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1947835PI 686834
119PI 686835GB_UBC312Helianthus annuus L. British Columbia, CanadaNC72017DEVELOPEDPRE 01/10/2017Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1947836PI 686835
120PI 686836GB_UBC321Helianthus annuus L. British Columbia, CanadaNC72017DEVELOPEDPRE 01/10/2017Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1947837PI 686836
121PI 686837GB_UBC371Helianthus annuus L. British Columbia, CanadaNC72017DEVELOPEDPRE 01/10/2017Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1947838PI 686837
122PI 686838GB_UBC385Helianthus annuus L. British Columbia, CanadaNC72017DEVELOPEDPRE 01/10/2017Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. praecox ssp praecox accession PI 468851 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1947839PI 686838
123PI 695790DB_2139Helianthus annuus L. Oregon, United StatesNC72016COLLECTED09/02/2016south side of Hwy 20 at Squaw Creek, southwest of Harper, Malheur county 43.78772000, -117.69158000800Dry arroyo, with rocky, sandy soilWild materialD Burge 2016 collection1943462PI 695790
124PI 695791DB_2144Helianthus annuus L. Idaho, United StatesNC7Not Available2016COLLECTED09/03/2016west side of Pollock Rd, about 2.7 mi south of junction with Hwy 95, south of Riggins, Idaho county45.32358000, -116.35143000710Grassland on steep, east facing hillside, with rocky, eroding soil derived from serpentinite and shist parent materialWild materialD Burge 2016 collection1943463PI 695791
125PI 695792DB_2145Helianthus annuus L. Montana, United StatesNC7FIELD2016COLLECTED09/04/2016along Hwy 200 about 3 mi south of Hwy 28 south of Plains, Sanders county 47.41984000, -114.83398000770Grassland on hillside and flat, with sandy soil derived from sedimentary parent materialWild materialD Burge 2016 collection1943464PI 695792
126PI 695793DB_2148Helianthus petiolaris Nutt. subsp. petiolaris Montana, United StatesNC72016COLLECTED09/05/2016north side of Hwy 12 about 3 mi east of junct with Hwy 287 , Townsend, Broadwater county46.32146000, -111.458490001250Grassland on S-facing roadcut, with sandy soilWild materialD Burge 2016 collection1943465PI 695793
127PI 695794DB_2149Helianthus annuus L. Wyoming, United StatesNC7FIELD2016COLLECTED09/06/2016north side of Hwy 31 east of the Norwood River about 13.5 mi east of Hwy 20, Big Horn county 44.21046000, -107.735740001260Wetland on flat, with deep, loamy soilWild materialD Burge 2016 collection1943466PI 695794
128PI 695795DB_2150Helianthus petiolaris Nutt. subsp. petiolaris Wyoming, United StatesNC72016COLLECTED09/06/2016along Slip Rd about0.25 mi southwest of Mayoworth Rd northwest of Kaycee, Johnson county43.83739000, -106.843110001690Grassland on flat and dry arroyo, with sandy soil derived from sandstoneWild materialD Burge 2016 collection1943467PI 695795
129PI 695796DB_2152Helianthus petiolaris Nutt. subsp. petiolaris Nebraska, United StatesNC7SEED2016COLLECTED09/07/2016north side of Enders Reservoir, south from 733 Rd, southwest of Enders, Chase county40.43772000, -101.54966000960Grassland and riparian forest on flat, with deep sandy soilWild materialD Burge 2016 collection1943468PI 695796
130PI 695797DB_2159Helianthus petiolaris Nutt. subsp. petiolaris South Dakota, United StatesNC7PLANT2016COLLECTED09/14/2016along South Dakota St, east end of Harold Davidson airport, south of Vermillion, Clay county 42.76328000, -96.92435000350Grassland and weedy roadside waste area, with deep, sandy soilWild materialD Burge 2016 collection1943469PI 695797
131PI 695798DB_2161Helianthus petiolaris Nutt. subsp. petiolaris South Dakota, United StatesNC72016COLLECTED09/15/2016along Hwy 83, north of Sand Lake and 6.2 miles south of Mound City, Campbell county45.63502000, -100.06881000535Disturbed grassland at roadside, and margins of alfalfa field, with deep, sandy soilWild materialD Burge 2016 collection1943470PI 695798
132PI 695799DB_2162Helianthus annuus L. North Dakota, United StatesNC7FIELD2016COLLECTED09/15/2016along 25th Ave SW near railroad tracks, about 2 miles southeast of Hwy 200 and Hensler, Oliver county47.24250000, -101.04354000525Disturbed grassland along road and adjacent to railroad tracks, with deep, sandy soilWild materialD Burge 2016 collection1943471PI 695799
133PI 695800DB_2163Helianthus annuus L. North Dakota, United StatesNC7FIELD2016COLLECTED09/15/2016along 16th St NW, Hwy 1804, about 16 miles west of Garrison, McLean county47.64650000, -101.74759000605Agricultural field, with deep, loamy soilWild materialD Burge 2016 collection1943472PI 695800
134PI 695801DB_2164Helianthus petiolaris Nutt. subsp. petiolaris North Dakota, United StatesNC72016COLLECTED09/15/2016North of Hwy 53, about 0.5 mile east of 100th St SW, east of Douglas, Ward county47.86404000, -101.43272000650Agricultural field at roadside, tilled but left fallow, with deep, sandy soilWild materialD Burge 2016 collection1943473PI 695801
135PI 695802DB_2176Helianthus petiolaris Nutt. New Mexico, United StatesNC72016COLLECTED09/25/2016west of Ave Casa Grandes, about 0.75 mile west of Hwy 136, 5 miles south of Santa Teresa airport, Doña Ana county31.79408000, -106.692550001250Desert scrub on semi-stabilized dunes and dune swales, with deep soil derived from sandWild materialD Burge 2016 collection1943474PI 695802
136PI 678787HOLS1Helianthus annuus L. North Dakota, United StatesNC72016DEVELOPEDGenetic materialHOLS1 is a BC3F3-derived BC3F4 maintainer genetic stock selected from the cross HA 466/4/HA 466/3/RS1/HA 466//HA 466. HOLS1 contains genes for high oleic acid and low saturated fatty acids in the seed oil (35 ± 1g kg-1 palmitic acid, 30 ± 1 g kg-1stearic acid, 18 ± 1 g kg-1 C20 to C24 saturated fats, and 897 ± 2 g kg-1 percent oleic acid in 2013 nursery trials). RS1 (PI 616494) is a genetic stock with low saturated fatty acids and high linoleic acid in the seed oil. HA 466 (PI 667183) is a Sclerotinia head rot resistant, imidazolinone herbicide tolerant germplasm released by the USDA and the North Dakota Agricultural Experiment Station in 2006. HOLS1 has tolerance to imidazolinone herbicides.1942952PI 678787
137PI 678788HOLS2Helianthus annuus L. North Dakota, United StatesNC72016DEVELOPEDGenetic material HOLS2 is a BC3F3-derived BC3F4 maintainer genetic stock selected from the cross HA 466/4/HA 466/3/RS3/HA 466//HA 466. HOLS2 contains genes for high oleic acid and low saturated fatty acids in the seed oil (27 ± 1 g kg-1 palmitic acid, 28 ± 3 g kg-1 stearic acid, 16 ± 1 g kg-1 C20 to C24 saturated fats, and 895 ± 9 g kg-1 oleic acid in 2013 nursery trials). RS3 (PI 642702) is a genetic stock with low saturated fatty acids and high linoleic acid in the seed oil. HOLS2 has tolerance to imidazolinone herbicides.1942953PI 678788
138PI 678789HOLS3Helianthus annuus L. North Dakota, United StatesNC72016DEVELOPEDGenetic materialHOLS3 is a BC3F3-derived BC3F4 maintainer genetic stock selected from the cross HA 466/4/HA 466/3/RS5/HA 466//HA 466. HOLS3 contains genes for high oleic acid and low saturated fatty acids in the seed oil (36 ± 1 g kg-1 palmitic acid, 25 ± 1 g kg-1 stearic acid, 14 ± 1 g kg-1 C20 to C24 saturated fats, and 897 ± 4 g kg-1 oleic acid in 2013 nursery trials). RS5 (PI 660979) is a genetic stock with low saturated fatty acids and high linoleic acid in the seed oil. HOLS3 has tolerance to imidazolinone herbicides.1942954PI 678789
139PI 678790HOLS4Helianthus annuus L. North Dakota, United StatesNC72016DEVELOPEDGenetic materialHOLS4 is a F7-derived F8 maintainer genetic stock selected from the cross HA 466/PI 170414 + PI372259 bulk. PI 170414 is a landrace germplasm collected in Gelibolu, Canakkale, Turkey, and PI 372259 is a derivative of VNIIMK 6540, developed in the former Soviet Union. Both plant introductions were selected for their resistance to lepidopteran insect pests of sunflower, although resistance has never been confirmed in HOLS4. This genetic stock contains genes for high oleic and low saturated fats: 29 ± 1 g kg-1 palmitic acid, 15 ± 1 g kg-1 stearic acid, 10 ± 1g kg-1 C20 to C24 saturated fats, and 896 ± 4 g kg-1 oleic acid in 2013 nursery trials. HOLS4 has tolerance to imidazolinone herbicides.1942955PI 678790
140PI 678571HA-BSR1Helianthus annuus L. North Dakota, United StatesNC72016DEVELOPEDBreeding materialA sunflower (Helianthus annuus L.) germplasm HA-BSR1 was selected for Sclerotinia basal stack rot (BSR) resistance from an F7-derived recombinant inbred line (RIL) population developed from the cross HA 441/RHA 439. The cross of HA 441/RHA 439 was made in 2004, and the seed of a single head was used as the progenitor of the F2 population. The RIL population was advanced from the F2 through the F7 in the greenhouse by single-seed descent. Each F7 line was grown in one row of 25 plants at Fargo, ND, in 2010 and the harvested F8 seeds were bulked to form individual RILs. Both the parents, HA 441 and RHA 439, were moderately tolerant to Sclerotinia BSR. The selected RIL line, HA-BSR1 (RIL25) was tested for resistance to BSR along with the parents, and both susceptible and resistant checks in inoculated field screening nurseries across seven environments in North Dakota and Minnesota during 2012 to 2015. HA-BSR1 consistently showed high levels of BSR resistance across all environments with a mean disease incidence (DI) of 2%, which was significantly lower than the parents RHA 439 (DI 14%) and HA 441 (DI 21%) and the resistant hybrid check Croplan 305 (DI 10%). The susceptible checks, HA 89 (DI 31%) and Cargill 270 (DI 33%) had the highest DI across all environments. Genetic analysis of the HA-BSR1 line confirmed the presence of alleles associated with two major quantitative trait loci (QTL), QTLbsr-10.1 and QTLbsr-17.1 conferring resistance against Sclerotinia BSR identified in the RIL population. The resistance allele of QTLbsr-10.1 was contributed by the RHA 439 parent, while the resistance allele of QTLbsr-17.1 was contributed by HA 441, each explained 32 and 20% of the BSR variation in the RIL population, respectively. The combined effect of these two resistance alleles significantly reduced the BSR disease incidence in the HA-BSR1 line. 1942869PI 678571
141PI 686479GB_UBC001Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942313PI 686479
142PI 686480GB_UBC002Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942314PI 686480
143PI 686481GB_UBC003Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942315PI 686481
144PI 686482GB_UBC004Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942316PI 686482
145PI 686483GB_UBC006Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942317PI 686483
146PI 686484GB_UBC007Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942318PI 686484
147PI 686485GB_UBC008Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942319PI 686485
148PI 686486GB_UBC009Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942320PI 686486
149PI 686487GB_UBC010Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942321PI 686487
150PI 686488GB_UBC011Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942322PI 686488
151PI 686489GB_UBC012Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942323PI 686489
152PI 686490GB_UBC013Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942324PI 686490
153PI 686491GB_UBC014Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942325PI 686491
154PI 686492GB_UBC015Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942326PI 686492
155PI 686493GB_UBC016Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942327PI 686493
156PI 686494GB_UBC017Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942328PI 686494
157PI 686495GB_UBC018Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942329PI 686495
158PI 686496GB_UBC019Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942330PI 686496
159PI 686497GB_UBC020Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613783 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942331PI 686497
160PI 686498GB_UBC022Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942332PI 686498
161PI 686499GB_UBC023Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942333PI 686499
162PI 686500GB_UBC024Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942334PI 686500
163PI 686501GB_UBC025Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942335PI 686501
164PI 686502GB_UBC027Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942336PI 686502
165PI 686503GB_UBC028Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942337PI 686503
166PI 686504GB_UBC029Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942338PI 686504
167PI 686505GB_UBC031Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942339PI 686505
168PI 686506GB_UBC032Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942340PI 686506
169PI 686507GB_UBC033Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942341PI 686507
170PI 686508GB_UBC034Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942342PI 686508
171PI 686509GB_UBC035Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942343PI 686509
172PI 686510GB_UBC036Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942344PI 686510
173PI 686511GB_UBC037Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942345PI 686511
174PI 686512GB_UBC038Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942346PI 686512
175PI 686513GB_UBC039Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942347PI 686513
176PI 686514GB_UBC040Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413021 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942348PI 686514
177PI 686515GB_UBC041Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942349PI 686515
178PI 686516GB_UBC042Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942350PI 686516
179PI 686517GB_UBC043Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942351PI 686517
180PI 686518GB_UBC044Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942352PI 686518
181PI 686519GB_UBC045Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942353PI 686519
182PI 686520GB_UBC047Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942354PI 686520
183PI 686521GB_UBC048Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942355PI 686521
184PI 686522GB_UBC049Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942356PI 686522
185PI 686523GB_UBC051Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942357PI 686523
186PI 686524GB_UBC052Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942358PI 686524
187PI 686525GB_UBC053Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942359PI 686525
188PI 686526GB_UBC054Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942360PI 686526
189PI 686527GB_UBC056Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 272 (PI 599787) because BC1 plants were not fertile.1942361PI 686527
190PI 686528GB_UBC057Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 272 (PI 599787) because BC1 plants were not fertile.1942362PI 686528
191PI 686529GB_UBC058Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 272 (PI 599787) because BC1 plants were not fertile.1942363PI 686529
192PI 686530GB_UBC059Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele source not indicated.1942364PI 686530
193PI 686531GB_UBC060Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586809 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele source not indicated.1942365PI 686531
194PI 686532GB_UBC062Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942366PI 686532
195PI 686533GB_UBC063Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942367PI 686533
196PI 686534GB_UBC064Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942368PI 686534
197PI 686535GB_UBC065Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942369PI 686535
198PI 686536GB_UBC066Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942370PI 686536
199PI 686537GB_UBC069Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942371PI 686537
200PI 686538GB_UBC071Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942372PI 686538
201PI 686539GB_UBC072Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942373PI 686539
202PI 686540GB_UBC073Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942374PI 686540
203PI 686541GB_UBC075Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942375PI 686541
204PI 686542GB_UBC076Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942376PI 686542
205PI 686543GB_UBC077Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942377PI 686543
206PI 686544GB_UBC078Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942378PI 686544
207PI 686545GB_UBC079Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942379PI 686545
208PI 686546GB_UBC080Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 613752 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942380PI 686546
209PI 686547GB_UBC081Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942381PI 686547
210PI 686548GB_UBC082Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942382PI 686548
211PI 686549GB_UBC083Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942383PI 686549
212PI 686550GB_UBC084Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942384PI 686550
213PI 686551GB_UBC085Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942385PI 686551
214PI 686552GB_UBC086Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942386PI 686552
215PI 686553GB_UBC087Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942387PI 686553
216PI 686554GB_UBC088Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942388PI 686554
217PI 686555GB_UBC089Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942389PI 686555
218PI 686556GB_UBC090Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942390PI 686556
219PI 686557GB_UBC091Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942391PI 686557
220PI 686558GB_UBC092Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942392PI 686558
221PI 686559GB_UBC093Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942393PI 686559
222PI 686560GB_UBC094Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942394PI 686560
223PI 686561GB_UBC095Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942395PI 686561
224PI 686562GB_UBC096Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942396PI 686562
225PI 686563GB_UBC097Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942397PI 686563
226PI 686564GB_UBC098Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942398PI 686564
227PI 686565GB_UBC099Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942399PI 686565
228PI 686566GB_UBC100Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435368 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942400PI 686566
229PI 686567GB_UBC101Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942401PI 686567
230PI 686568GB_UBC103Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942402PI 686568
231PI 686569GB_UBC104Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942403PI 686569
232PI 686570GB_UBC105Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942404PI 686570
233PI 686571GB_UBC106Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942405PI 686571
234PI 686572GB_UBC107Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942406PI 686572
235PI 686573GB_UBC108Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942407PI 686573
236PI 686574GB_UBC109Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942408PI 686574
237PI 686575GB_UBC110Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942409PI 686575
238PI 686576GB_UBC111Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942410PI 686576
239PI 686577GB_UBC112Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942411PI 686577
240PI 686578GB_UBC113Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942412PI 686578
241PI 686579GB_UBC114Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942413PI 686579
242PI 686580GB_UBC116Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942414PI 686580
243PI 686581GB_UBC117Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942415PI 686581
244PI 686582GB_UBC118Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942416PI 686582
245PI 686583GB_UBC119Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942417PI 686583
246PI 686584GB_UBC120Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 468571 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942418PI 686584
247PI 686585GB_UBC121Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942419PI 686585
248PI 686586GB_UBC123Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942420PI 686586
249PI 686587GB_UBC125Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942421PI 686587
250PI 686588GB_UBC126Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942422PI 686588
251PI 686589GB_UBC127Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942423PI 686589
252PI 686590GB_UBC128Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942424PI 686590
253PI 686591GB_UBC129Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942425PI 686591
254PI 686592GB_UBC130Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942426PI 686592
255PI 686593GB_UBC131Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942427PI 686593
256PI 686594GB_UBC133Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942428PI 686594
257PI 686595GB_UBC135Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942429PI 686595
258PI 686596GB_UBC136Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435531 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942430PI 686596
259PI 686597GB_UBC137Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942431PI 686597
260PI 686598GB_UBC138Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942432PI 686598
261PI 686599GB_UBC140Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942433PI 686599
262PI 686600GB_UBC142Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942434PI 686600
263PI 686601GB_UBC143Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942435PI 686601
264PI 686602GB_UBC144Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942436PI 686602
265PI 686603GB_UBC145Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942437PI 686603
266PI 686604GB_UBC146Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942438PI 686604
267PI 686605GB_UBC147Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942439PI 686605
268PI 686606GB_UBC148Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942440PI 686606
269PI 686607GB_UBC149Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942441PI 686607
270PI 686608GB_UBC150Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942442PI 686608
271PI 686609GB_UBC152Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942443PI 686609
272PI 686610GB_UBC153Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942444PI 686610
273PI 686611GB_UBC154Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942445PI 686611
274PI 686612GB_UBC155Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942446PI 686612
275PI 686613GB_UBC156Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 649814 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942447PI 686613
276PI 686614GB_UBC157Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942448PI 686614
277PI 686615GB_UBC158Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942449PI 686615
278PI 686616GB_UBC159Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942450PI 686616
279PI 686617GB_UBC160Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942451PI 686617
280PI 686618GB_UBC162Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942452PI 686618
281PI 686619GB_UBC163Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942453PI 686619
282PI 686620GB_UBC164Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942454PI 686620
283PI 686621GB_UBC165Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942455PI 686621
284PI 686622GB_UBC166Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942456PI 686622
285PI 686623GB_UBC167Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942457PI 686623
286PI 686624GB_UBC168Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942458PI 686624
287PI 686625GB_UBC169Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942459PI 686625
288PI 686626GB_UBC173Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942460PI 686626
289PI 686627GB_UBC174Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942461PI 686627
290PI 686628GB_UBC175Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942462PI 686628
291PI 686629GB_UBC176Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 592312 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942463PI 686629
292PI 686630GB_UBC177Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435850 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942464PI 686630
293PI 686631GB_UBC180Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435850 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942465PI 686631
294PI 686632GB_UBC181Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435850 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942466PI 686632
295PI 686633GB_UBC182Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435850 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942467PI 686633
296PI 686634GB_UBC183Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435850 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942468PI 686634
297PI 686635GB_UBC184Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435850 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942469PI 686635
298PI 686636GB_UBC186Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435850 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942470PI 686636
299PI 686637GB_UBC188Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435850 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942471PI 686637
300PI 686638GB_UBC190Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435850 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942472PI 686638
301PI 686639GB_UBC191Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942473PI 686639
302PI 686640GB_UBC192Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942474PI 686640
303PI 686641GB_UBC193Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942475PI 686641
304PI 686642GB_UBC194Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942476PI 686642
305PI 686643GB_UBC195Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942477PI 686643
306PI 686644GB_UBC196Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942478PI 686644
307PI 686645GB_UBC197Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942479PI 686645
308PI 686646GB_UBC198Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942480PI 686646
309PI 686647GB_UBC199Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942481PI 686647
310PI 686648GB_UBC200Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942482PI 686648
311PI 686649GB_UBC201Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942483PI 686649
312PI 686650GB_UBC202Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942484PI 686650
313PI 686651GB_UBC204Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942485PI 686651
314PI 686652GB_UBC205Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942486PI 686652
315PI 686653GB_UBC206Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942487PI 686653
316PI 686654GB_UBC207Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942488PI 686654
317PI 686655GB_UBC209Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 435557 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942489PI 686655
318PI 686656GB_UBC211Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942490PI 686656
319PI 686657GB_UBC213Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942491PI 686657
320PI 686658GB_UBC214Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942492PI 686658
321PI 686659GB_UBC215Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942493PI 686659
322PI 686660GB_UBC216Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942494PI 686660
323PI 686661GB_UBC218Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942495PI 686661
324PI 686662GB_UBC219Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942496PI 686662
325PI 686663GB_UBC220Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942497PI 686663
326PI 686664GB_UBC222Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942498PI 686664
327PI 686665GB_UBC223Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942499PI 686665
328PI 686666GB_UBC225Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942500PI 686666
329PI 686667GB_UBC226Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942501PI 686667
330PI 686668GB_UBC228Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942502PI 686668
331PI 686669GB_UBC230Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413131 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942503PI 686669
332PI 686670GB_UBC231Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942504PI 686670
333PI 686671GB_UBC232Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942505PI 686671
334PI 686672GB_UBC233Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942506PI 686672
335PI 686673GB_UBC234Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942507PI 686673
336PI 686674GB_UBC235Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942508PI 686674
337PI 686675GB_UBC236Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942509PI 686675
338PI 686676GB_UBC237Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942510PI 686676
339PI 686677GB_UBC238Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942511PI 686677
340PI 686678GB_UBC239Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942512PI 686678
341PI 686679GB_UBC240Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942513PI 686679
342PI 686680GB_UBC242Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942514PI 686680
343PI 686681GB_UBC243Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942515PI 686681
344PI 686682GB_UBC244Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942516PI 686682
345PI 686683GB_UBC245Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942517PI 686683
346PI 686684GB_UBC248Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942518PI 686684
347PI 686685GB_UBC249Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942519PI 686685
348PI 686686GB_UBC250Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 413095 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942520PI 686686
349PI 686687GB_UBC251Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942521PI 686687
350PI 686688GB_UBC253Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942522PI 686688
351PI 686689GB_UBC254Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942523PI 686689
352PI 686690GB_UBC255Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942524PI 686690
353PI 686691GB_UBC256Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942525PI 686691
354PI 686692GB_UBC257Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942526PI 686692
355PI 686693GB_UBC258Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942527PI 686693
356PI 686694GB_UBC259Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942528PI 686694
357PI 686695GB_UBC260Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942529PI 686695
358PI 686696GB_UBC262Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942530PI 686696
359PI 686697GB_UBC263Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942531PI 686697
360PI 686698GB_UBC264Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942532PI 686698
361PI 686699GB_UBC265Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942533PI 686699
362PI 686700GB_UBC267Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942534PI 686700
363PI 686701GB_UBC268Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942535PI 686701
364PI 686702GB_UBC269Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942536PI 686702
365PI 686703GB_UBC270Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586819 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942537PI 686703
366PI 686704GB_UBC271Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. anomalus accession PI 468638 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942538PI 686704
367PI 686705GB_UBC272Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. anomalus accession PI 468638 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942539PI 686705
368PI 686706GB_UBC273Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. anomalus accession PI 468638 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942540PI 686706
369PI 686707GB_UBC274Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942541PI 686707
370PI 686708GB_UBC275Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942542PI 686708
371PI 686709GB_UBC276Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942543PI 686709
372PI 686710GB_UBC277Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942544PI 686710
373PI 686711GB_UBC278Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942545PI 686711
374PI 686712GB_UBC279Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942546PI 686712
375PI 686713GB_UBC280Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942547PI 686713
376PI 686714GB_UBC281Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942548PI 686714
377PI 686715GB_UBC282Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942549PI 686715
378PI 686716GB_UBC283Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942550PI 686716
379PI 686717GB_UBC284Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942551PI 686717
380PI 686718GB_UBC285Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942552PI 686718
381PI 686719GB_UBC286Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942553PI 686719
382PI 686720GB_UBC288Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942554PI 686720
383PI 686721GB_UBC289Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942555PI 686721
384PI 686722GB_UBC290Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942556PI 686722
385PI 686723GB_UBC291Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942557PI 686723
386PI 686724GB_UBC292Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942558PI 686724
387PI 686725GB_UBC293Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. argophyllus accession PI 435629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942559PI 686725
388PI 686726GB_UBC294Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942560PI 686726
389PI 686727GB_UBC295Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942561PI 686727
390PI 686728GB_UBC296Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942562PI 686728
391PI 686729GB_UBC297Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942563PI 686729
392PI 686730GB_UBC299Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942564PI 686730
393PI 686731GB_UBC301Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942565PI 686731
394PI 686732GB_UBC305Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942566PI 686732
395PI 686733GB_UBC306Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942567PI 686733
396PI 686734GB_UBC307Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942568PI 686734
397PI 686735GB_UBC308Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942569PI 686735
398PI 686736GB_UBC309Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942570PI 686736
399PI 686737GB_UBC310Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942571PI 686737
400PI 686738GB_UBC311Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942572PI 686738
401PI 686739GB_UBC313Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. annuus accession PI 586879 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942573PI 686739
402PI 686740GB_UBC314Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. bolanderi accession PI 435641 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942574PI 686740
403PI 686741GB_UBC315Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. bolanderi accession PI 435641 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942575PI 686741
404PI 686742GB_UBC316Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. bolanderi accession PI 435641 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942576PI 686742
405PI 686743GB_UBC317Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. bolanderi accession PI 435641 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942577PI 686743
406PI 686744GB_UBC318Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. bolanderi accession PI 435641 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942578PI 686744
407PI 686745GB_UBC319Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942579PI 686745
408PI 686746GB_UBC320Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942580PI 686746
409PI 686747GB_UBC322Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942581PI 686747
410PI 686748GB_UBC323Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942582PI 686748
411PI 686749GB_UBC324Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942583PI 686749
412PI 686750GB_UBC325Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942584PI 686750
413PI 686751GB_UBC327Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942585PI 686751
414PI 686752GB_UBC328Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942586PI 686752
415PI 686753GB_UBC329Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942587PI 686753
416PI 686754GB_UBC330Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942588PI 686754
417PI 686755GB_UBC331Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942589PI 686755
418PI 686756GB_UBC332Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942590PI 686756
419PI 686757GB_UBC334Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942591PI 686757
420PI 686758GB_UBC335Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. debilis ssp cucumerifolius accession PI 653609 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942592PI 686758
421PI 686759GB_UBC337Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. exilis accession PI 649895 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942593PI 686759
422PI 686760GB_UBC338Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. exilis accession PI 649895 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942594PI 686760
423PI 686761GB_UBC339Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. exilis accession PI 664629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942595PI 686761
424PI 686762GB_UBC340Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. exilis accession PI 664629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942596PI 686762
425PI 686763GB_UBC341Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. exilis accession PI 664629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942597PI 686763
426PI 686764GB_UBC342Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. exilis accession PI 664629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942598PI 686764
427PI 686765GB_UBC343Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. exilis accession PI 664629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942599PI 686765
428PI 686766GB_UBC344Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. exilis accession PI 664629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942600PI 686766
429PI 686767GB_UBC345Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. exilis accession PI 664629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942601PI 686767
430PI 686768GB_UBC346Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. exilis accession PI 664629 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942602PI 686768
431PI 686769GB_UBC347Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. anomalus accession PI 468638 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942603PI 686769
432PI 686770GB_UBC348Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. anomalus accession PI 468638 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942604PI 686770
433PI 686771GB_UBC349Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. anomalus accession PI 468638 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942605PI 686771
434PI 686772GB_UBC350Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialEquivalent to HA 89 (PI 599773)1942606PI 686772
435PI 686773GB_UBC351Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 597916 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942607PI 686773
436PI 686774GB_UBC352Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 597916 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942608PI 686774
437PI 686775GB_UBC353Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 597916 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942609PI 686775
438PI 686776GB_UBC354Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 597916 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942610PI 686776
439PI 686777GB_UBC355Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 597916 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942611PI 686777
440PI 686778GB_UBC356Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 597916 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942612PI 686778
441PI 686779GB_UBC357Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 597916 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942613PI 686779
442PI 686780GB_UBC358Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 597916 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942614PI 686780
443PI 686781GB_UBC359Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942615PI 686781
444PI 686782GB_UBC360Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942616PI 686782
445PI 686783GB_UBC361Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942617PI 686783
446PI 686784GB_UBC362Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942618PI 686784
447PI 686785GB_UBC363Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942619PI 686785
448PI 686786GB_UBC364Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942620PI 686786
449PI 686787GB_UBC365Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942621PI 686787
450PI 686788GB_UBC367Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942622PI 686788
451PI 686789GB_UBC368Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942623PI 686789
452PI 686790GB_UBC369Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942624PI 686790
453PI 686791GB_UBC370Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942625PI 686791
454PI 686792GB_UBC373Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942626PI 686792
455PI 686793GB_UBC374Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942627PI 686793
456PI 686794GB_UBC375Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942628PI 686794
457PI 686795GB_UBC377Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942629PI 686795
458PI 686796GB_UBC378Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. neglectus accession PI 435768 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942630PI 686796
459PI 686797GB_UBC379Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. niveus ssp canescens accession PI 650016 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942631PI 686797
460PI 686798GB_UBC380Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. niveus ssp canescens accession PI 650016 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942632PI 686798
461PI 686799GB_UBC383Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. praecox ssp praecox accession PI 468851 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942633PI 686799
462PI 686800GB_UBC384Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. praecox ssp praecox accession PI 468851 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942634PI 686800
463PI 686801GB_UBC386Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. petiolaris ssp petiolaris accession PI 435836 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942635PI 686801
464PI 686802GB_UBC389Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. petiolaris ssp petiolaris accession PI 435836 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942636PI 686802
465PI 686803GB_UBC390Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. petiolaris ssp petiolaris accession PI 435836 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele provided by the wild parent.1942637PI 686803
466PI 686804GB_UBC391Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. petiolaris ssp petiolaris accession PI 435836 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942638PI 686804
467PI 686805GB_UBC392Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. petiolaris ssp petiolaris accession PI 435836 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942639PI 686805
468PI 686806GB_UBC393Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. petiolaris ssp petiolaris accession PI 435836 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942640PI 686806
469PI 686807GB_UBC394Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. petiolaris ssp petiolarisi accession PI 435836 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942641PI 686807
470PI 686808GB_UBC395Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. petiolaris ssp petiolaris accession PI 435836 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 272 (PI 599787) because BC1 plants were not fertile.1942642PI 686808
471PI 686809GB_UBC396Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. petiolaris ssp petiolaris accession PI 435836 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 272 (PI 599787 because BC1 plants were not fertile.1942643PI 686809
472PI 686810GB_UBC397Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. petiolaris ssp petiolaris accession PI 435836 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 272 (PI 599787) because BC1 plants were not fertile.1942644PI 686810
473PI 686811GB_UBC399Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. petiolaris ssp petiolaris accession PI 435836 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 272 (PI 599787) because BC1 plants were not fertile.1942645PI 686811
474PI 686812GB_UBC400Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialEquivalent to HA 391 (PI 603987)1942646PI 686812
475PI 686813GB_UBC401Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwe3 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942647PI 686813
476PI 686814GB_UBC402Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwe3 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942648PI 686814
477PI 686815GB_UBC403Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwe3 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942649PI 686815
478PI 686816GB_UBC405Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwe3 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942650PI 686816
479PI 686817GB_UBC406Helianthus annuus L. British Columbia, CanadaNC7FIELD2016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwe3 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942651PI 686817
480PI 686818GB_UBC407Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwe3 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942652PI 686818
481PI 686819GB_UBC408Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwe3 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942653PI 686819
482PI 686820GB_UBC409Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942654PI 686820
483PI 686821GB_UBC410Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942655PI 686821
484PI 686822GB_UBC413Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942656PI 686822
485PI 686823GB_UBC414Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942657PI 686823
486PI 686824GB_UBC415Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942658PI 686824
487PI 686825GB_UBC416Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942659PI 686825
488PI 686826GB_UBC417Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 299 (PI 599767) because BC1 plants were not fertile.1942660PI 686826
489PI 686827GB_UBC418Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 299 (PI 599767) because BC1 plants were not fertile.1942661PI 686827
490PI 686828GB_UBC419Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 299 (PI 599767) because BC1 plants were not fertile.1942662PI 686828
491PI 686829GB_UBC421Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 299 (PI 599767) because BC1 plants were not fertile.1942663PI 686829
492PI 686830GB_UBC422Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 299 (PI 599767) because BC1 plants were not fertile.1942664PI 686830
493PI 686831GB_UBC423Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 299 (PI 599767) because BC1 plants were not fertile.1942665PI 686831
494PI 686832GB_UBC424Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942668PI 686832
495PI 686833GB_UBC426Helianthus annuus L. British Columbia, CanadaNC72016DEVELOPEDPRE 05/20/2016Breeding materialPrebred line developed from a cross between cultivated H. annuus line CMS HA 89 (PI 650572) and the wild H. winteri accession Hwb1 followed by back crossing with CMS HA 89 (or HA89 if F1 lacked pollen). Restorer allele introduced from RHA 391 (PI 603987) because BC1 plants were not fertile.1942669PI 686833
496PI 695755DB_1948Helianthus argophyllus Torr. & A. Gray Texas, United StatesNC72015COLLECTED11/25/2015along FM Rd 1150, just W of jct with Nixon Rd (Rd 215C), southwest of Luling, Guadalupe county29.60147000, -97.70881000140Weedy roadside on flat, with deep, sandy soil with Quercus and Juniperus.Wild materialD Burge 2015 collection1932184PI 695755
497PI 695756DB_1949Helianthus argophyllus Torr. & A. Gray Texas, United StatesNC72015COLLECTED11/25/2015along CR 104, ~3 mi northeast of Hwy 80, northeast of Leesville, Gonzales county29.45132000, -97.69540000104Weedy roadside on small hill crest, with deep, sandy soil with Quercus, Celtis, Sorghum, and Opuntia.Wild materialD Burge 2015 collection1932185PI 695756
498PI 695757DB_1950Helianthus argophyllus Torr. & A. Gray Texas, United StatesNC72015COLLECTED11/25/2015north side of Hwy 87, ~1.9 mi west of FM Rd 108, Smiley, Gonzales county29.27191000, -97.66967000100Weedy roadside vegetation on roadside, with deep, sandy soil with Opuntia, Quercus, Prosopis, Xanthium, and Rubus.Wild materialD Burge 2015 collection1932186PI 695757
499PI 695758DB_1951Helianthus annuus L. Texas, United StatesNC7PLANT2015COLLECTED11/25/2015south side of Hwy 87, at jct with Mueller Rd (FM Rd 106), between Westhoff and Cuero, Dewitt county29.11355000, -97.3983700090Grassland and weedy roadside on flat, with deep soil derived from limestone with Celtis, Acacia, and Sorghum.Wild materialD Burge 2015 collection1932187PI 695758