Details for: PI 269793, Pisum sativum L., TELEPHONE

Summary Data

Taxonomy:

Pisum sativum L.

Top Name:

TELEPHONE

Origin:

Donated – England, United Kingdom

Maintained:

Western Regional PI Station

Received by NPGS:

25 Nov 1960

PI Assigned:

1960

Improvement Status:

Cultivar

Form Received:

Seed

Life Form:

Annual

Life Cycle:

Annual

Backup Location:

National Laboratory for Genetic Resources Preservation

Inventory Volume:

168
View original Plant Inventory data in pdf format

Availability

Form	Quantity	Note	Inventory	Cart
Seed	30 count		PI 269793 2003i SD

Images (3 total. Click on image for more.)

Core Passport Data

Taxonomy:

Pisum sativum L.

Top Name:

TELEPHONE

Origin:

Donated – England, United Kingdom

Maintained:

Western Regional PI Station

Received by NPGS:

25 Nov 1960

PI Assigned:

1960

Improvement Status:

Cultivar

Form Received:

Seed

Life Form:

Annual

Life Cycle:

Annual

Source History

Donated

25 November 1960.
England, United Kingdom
Comment: Genotype collection
Donor(s):

Unilever Limited

Accession Names and Identifiers

TELEPHONE

Type: Unverified name

Aa103

Type: Donor identifier

Unilever Limited Colworth H

G 3335

Type: Site identifier

Group: GENEVA

Ids used by the North Eastern Plant Intro. Station; N. Y.

Northeast Regional PI Station

Narrative

GOLDEN STRAWED

Pisum sativum L.

Genus:

Pisum

Family:

Fabaceae (alt. Leguminosae)

Subfamily:

Faboideae

Tribe:

Fabeae

Nomen number:

300472

Place of publication:

Sp. pl. 2:727. 1753

Protologue link:

https://biodiversitylibrary.org/page/358748

Typification:

View in Linnean Typification Project

Verified:

08/06/1986 by ARS Systematic Botanists.

Other conspecific taxa

Pisum sativum L. subsp. asiaticum Govorov (56 active accession[s])
Pisum sativum L. subsp. elatius (M. Bieb.) Asch. & Graebn. (105 active accession[s])
Pisum sativum L. subsp. elatius (M. Bieb.) Asch. & Graebn. var. brevipedunculatum P. H. Davis & Meikle (0 active accession[s])
Pisum sativum L. subsp. elatius (M. Bieb.) Asch. & Graebn. var. elatius (M. Bieb.) Alef. (9 active accession[s])
Pisum sativum L. subsp. elatius (M. Bieb.) Asch. & Graebn. var. pumilio Meikle (29 active accession[s])
Pisum sativum L. subsp. jomardii (Schrank) Kosterin (0 active accession[s])
Pisum sativum L. subsp. sativum (713 active accession[s])
Pisum sativum L. subsp. sativum var. arvense (L.) Poir. (78 active accession[s])
Pisum sativum L. subsp. sativum var. macrocarpum Ser. (1 active accession[s])
Pisum sativum L. subsp. sativum var. sativum (862 active accession[s])
Pisum sativum L. subsp. transcaucasicum Govorov (19 active accession[s])

Autonyms (not in current use), synonyms and invalid designations

Heterotypic Synonym(s)
Pisum sativum L. subsp. tibetanicum ined.

Common names

Language	Name	seq	Citation
English	pea	1	Wiersema, J. H. & B. León. 1999. World economic plants: a standard reference CRC Press, Boca Raton, FL.
Italian	pisello	2	International Seed Testing Association. 1982. A Multilingual Glossary of Common Plant-Names 1. Field crops, grasses and vegetables, ed. 2.
Swedish	ärt	2	Aldén, B., S. Ryman, & M. Hjertson. 2012. Svensk Kulturväxtdatabas, SKUD (Swedish Cultivated and Utility Plants Database; online resource)
Transcribed Chinese	wan dou	2	Wu Zheng-yi & P. H. Raven et al., eds. 1994-. Flora of China (English edition).
Transcribed Korean	wandu	2	Mun-Chan, B. et al. 1986. A checklist of the Korean cultivated plants. Kulturpflanze 34:118.

Annotations

Observations

Phenotype Data

Category	Descriptor	Description	Value	Sample Size	Study	Inventory	Availability
CHEMICAL	Molybdenum	Molybdenum concentration in the seed(ppm)	17.14		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
CHEMICAL	Boron	Boron concentration in the seed(ppm)	7.23		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
CHEMICAL	Nickel	Nickel concentration in the seed(ppm)	2.24		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
CHEMICAL	Copper	Copper concentration in the seed(ppm)	4.44		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
CHEMICAL	Manganese	Manganese concentration in the seed(ppm)	15.70		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
CHEMICAL	Zinc	Zinc concentration in the seed(ppm)	41.32		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
CHEMICAL	Iron	Iron concentration in the seed(ppm)	37.05		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
CHEMICAL	Phosphorus	Phosphorus concentration in the seed(ppm)	4826		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
CHEMICAL	Potassium	Potassium concentration in the seed(ppm)	11610		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
CHEMICAL	Magnesium	Mangnesium concentration in the seed(ppm)	1598		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
CHEMICAL	Calcium	Calcium concentration in the seed(ppm)	470		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
CHEMICAL	Protein percentage	Seed protein concentration (percentage) as calculated by the Leco nitrogen analyzer	20.79		click for an Excel(.xls) spread sheet of Dr. Clare Coyne's protein data.">PEA.PROTEIN.2003.COYNE	PI 269793 2003i SD
CHEMICAL	Protein percentage	Seed protein concentration (percentage) as calculated by the Leco nitrogen analyzer	28.59		Excel spread sheet of the Pisum protein data.">PEA.PROTEIN.1977.CANADA	PI 269793 92ne9 SD	Not Available
DISEASE	Fusarium Wilt Race 1	Resistance to Race 1 of Fusarium Wilt	R - RESISTANT		PEA.FUSWILT1.1996.MUEHLBAUER	PI 269793 1995i SD	Not Available
DISEASE	Fusarium Root Rot	Resistance to Fusarium Root Rot caused by Fusarium solani f. sp. pisi	4 - Pronounced brownish-black lesions at cotyledonary attachment area. Lesions extend upward to soil line and down into root system.	10	PEA.FUSROOTROT.1996.KRAFT	PI 269793 1995i SD	Not Available
DISEASE	Fusarium Root Rot	Resistance to Fusarium Root Rot caused by Fusarium solani f. sp. pisi	4 - Pronounced brownish-black lesions at cotyledonary attachment area. Lesions extend upward to soil line and down into root system.		PEA.FUSROOTROT.2001.COFFMAN	PI 269793 96i SD	Not Available
DISEASE	Ascochyta Blight	Percent damage caused by ascochyta. Maturity ratings: 0=still flowering, 1=flat pods; 2=semi-mature pods, 3=mature botto pods, 4=mature, 5=completely mature pods	60		PEA.ASCOCHYTA.1991.DUNNE	PI 269793 88i SD	Not Available
DISEASE	Fusarium Wilt Race 2	Percent resistant plants to Fusarium oxysporium f.sp. pisi race 2. Data was recorded 3-5 weeks after inoculation.	10		PEA.FUSWILT2.1996.MUEHLBAUER	PI 269793 1995i SD	Not Available
DISEASE	Fusarium Wilt Race 5	Reaction to Fusarium oxysporum f. pisi Race 5	S - Susceptible		PEA.FUSWILT5.1969.HAGLUND	PI 269793 92ne9 SD	Not Available
GROWTH	Plant Height, final	Plant height of a typical plant in centimeters from the ground to tip at maturity.	120		PEA.2009.GREENHOUSE	PI 269793 2003i SD
GROWTH	Plant Height, final	Plant height of a typical plant in centimeters from the ground to tip at maturity.	79		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Node Number to First Flower	A count from the second trifid bract as one, up to and including the first flowering node when 50% of the plants in a planting are flowering. Expressed as an average of five randomly chosen plants (in integers).	12		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Node Number to First Flower	A count from the second trifid bract as one, up to and including the first flowering node when 50% of the plants in a planting are flowering. Expressed as an average of five randomly chosen plants (in integers).	16		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Node Number to First Flower	A count from the second trifid bract as one, up to and including the first flowering node when 50% of the plants in a planting are flowering. Expressed as an average of five randomly chosen plants (in integers).	9		PEA.1996.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Flower Color	Flower color	M - Mixed	72	PEA.2003.SHOUSE	PI 269793 96i SD	Not Available
MORPHOLOGY	Flower Color	Flower color	M - Mixed		PEA.1996.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Flower Color	Flower color	P - Pigmented		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Flower Color	Flower color	P - Pigmented	30	PEA.MP3.PHENOTYPE.CF	PI 269793 2003i SD
MORPHOLOGY	Flower Color	Flower color	W - White		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Flowers per Peduncle	Maximum number of flowers per peduncle.	2		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Pod Length	Average length of pods from first reproductive node of five different plants at full pod stage recorded in centimeters. Expressed to one decimal place.	5.5		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Pod Length	Average length of pods from first reproductive node of five different plants at full pod stage recorded in centimeters. Expressed to one decimal place.	8		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Pod Width	Average width of pods from first reproductive node of five different largest pods (each from a different plant) measured at full pod stage recorded in centimeters. Expressed to one decimal place.	1		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Pod Width	Average width of pods from first reproductive node of five different largest pods (each from a different plant) measured at full pod stage recorded in centimeters. Expressed to one decimal place.	1		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Pod Color	Pod color, taken at first reproductive node at full pod stage.	G - Green		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Pod Color	Pod color, taken at first reproductive node at full pod stage.	G - Green		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Pod Shape	Pod shape measured at flat pod stage.	S - Straight		PEA.1996.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Pod Shape	Pod shape measured at flat pod stage.	S - Straight		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Pod Shape	Pod shape measured at flat pod stage.	S - Straight		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Pod Apex	Pod apex measured at flat pod stage.	B - Blunt		PEA.1996.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Pod Apex	Pod apex measured at flat pod stage.	B - Blunt		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Pod Apex	Pod apex measured at flat pod stage.	P - Pointed		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Pod Type	Pod type taken at full pod stage on first reproductive node.	NE - Non-edible		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Seeds per Pod	Fully develops on first reproductive node. Average number of seeds from five longest pods, each from five different plants. Expressed to one decimal place.	7		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Seeds per Pod	Fully develops on first reproductive node. Average number of seeds from five longest pods, each from five different plants. Expressed to one decimal place.	8		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Seed Surface	Seed surface	M - Mixed		Click for an Excel spread sheet of the 2002 Pisum data from Central Ferry farm in Washington state(.xls). ">PEA.2002.CFERRY	PI 269793 2003i SD
MORPHOLOGY	Seed Surface	Seed surface	R - Round		PEA.SEEDSURF.YR.WRPIS	PI 269793 1995i SD	Not Available
MORPHOLOGY	Seed Surface	Seed surface	R - Round		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
MORPHOLOGY	Seedcoat Color	Seedcoat color	N - Non-pigmented Green/White		PEA.SDCOATCOL.YR.WRPIS	PI 269793 1995i SD	Not Available
MORPHOLOGY	Seedcoat Color	Seedcoat color	N - Non-pigmented Green/White		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
MORPHOLOGY	Cotyledon Color	Cotyledon color, should be evaluated from unweathered, unbleached pods.	M - Mixed		Click for an Excel spread sheet of the 2002 Pisum data from Central Ferry farm in Washington state(.xls). ">PEA.2002.CFERRY	PI 269793 2003i SD
MORPHOLOGY	Cotyledon Color	Cotyledon color, should be evaluated from unweathered, unbleached pods.	Y - Yellow		PEA.COTYLCOLOR.YR.WRPIS	PI 269793 1995i SD	Not Available
MORPHOLOGY	Cotyledon Color	Cotyledon color, should be evaluated from unweathered, unbleached pods.	Y - Yellow		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
MORPHOLOGY	Hilum Color	Hilum color	C - Clear (100%)		Click for an Excel spread sheet of the 2002 Pisum data from Central Ferry farm in Washington state(.xls). ">PEA.2002.CFERRY	PI 269793 2003i SD
MORPHOLOGY	Hilum Color	Hilum color	M - Mixed	0	PEA.HILUMCOLOR.YR.WRPIS	PI 269793 1995i SD	Not Available
MORPHOLOGY	Leaflet Morphology	Leaflet morphology	N - Normal	72	PEA.2003.SHOUSE	PI 269793 96i SD	Not Available
MORPHOLOGY	Leaflet Morphology	Leaflet morphology	N - Normal		PEA.1996.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Leaflet Morphology	Leaflet morphology	N - Normal		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Leaflet Morphology	Leaflet morphology	N - Normal		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Stipules	Stipules	N - Normal	72	PEA.2003.SHOUSE	PI 269793 96i SD	Not Available
MORPHOLOGY	Stipules	Stipules	N - Normal		PEA.1996.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Stipules	Stipules	N - Normal		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Stipules	Stipules	N - Normal		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Stem Fasciation	Stem fasciation	M - Mixed		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Stem Fasciation	Stem fasciation	N - No	72	PEA.2003.SHOUSE	PI 269793 96i SD	Not Available
MORPHOLOGY	Stem Fasciation	Stem fasciation	N - No		PEA.1996.CFERRY	PI 269793 1995i SD	Not Available
MORPHOLOGY	Stem Fasciation	Stem fasciation	N - No		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Seed weight 100	Weight of 100 seeds in grams.	30		PEA.SEEDWEIGHT.WRPIS	PI 269793 2003i SD
MORPHOLOGY	Seed Pattern	Pattern of the seed color distribution	M - Mixed		Click for an Excel spread sheet of the 2002 Pisum data from Central Ferry farm in Washington state(.xls). ">PEA.2002.CFERRY	PI 269793 2003i SD
MORPHOLOGY	Seed Pattern	Pattern of the seed color distribution	S - Spots		PEA.SDPATTERN.YR.WRPIS	PI 269793 1995i SD	Not Available
MORPHOLOGY	Seed Pattern	Pattern of the seed color distribution	S - Spots		More information on Grusak's sampling and Experimental Design(a .doc file).">PEA.MINERALS.2002.GRUSAK	PI 269793 96i SD	Not Available
MORPHOLOGY	Seed Pattern Color	Color of the seed pattern	BL - Black		PEA.SDPATCOLOR.YR.WRPIS	PI 269793 1995i SD	Not Available
MORPHOLOGY	Pod Wall Neoplasia	Pod wall Neoplasia	no - No pod wall neoplasia		For more information on Grusak's method click here.">PEA.2003.GRUSAK	PI 269793 96i SD	Not Available
MORPHOLOGY	Seed dry weight partition	Seed dry weight partition = (average seed mass) * 100/((average seed mass) + (average pod wall DW/seed))	89.48		For more information on Grusak's method click here.">PEA.2003.GRUSAK	PI 269793 96i SD	Not Available
MORPHOLOGY	Seed Position per pod	Seed position per pod. A mean of five pods.	7.4		For more information on Grusak's method click here.">PEA.2003.GRUSAK	PI 269793 96i SD	Not Available
MORPHOLOGY	Pods per peduncle	Number of pods per peduncle if the same number occurs on several plants in the accession.	2		PEA.2009.GREENHOUSE	PI 269793 2003i SD
MORPHOLOGY	Stem basal branching	Number of basal branches at lower nodes of mature plant	1		PEA.2009.GREENHOUSE	PI 269793 2003i SD
OTHER	Image/picture1	A picture or image	seed		PEA.IMAGE.2007.SEED	PI 269793 2003i SD
OTHER	Image/picture1	A picture or image	seed area		PEA.IMAGE.2007.SEED.AREA	PI 269793 2003i SD
OTHER	Image/picture1	A picture or image	vegetative		PEA.IMAGE.2002.CFERRY	PI 269793 96i SD	Not Available
PHENOLOGY	Day of first bloom	Day of the year when flowering begins.	141		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
PHENOLOGY	Day of first bloom	Day of the year when flowering begins.	149		PEA.1996.CFERRY	PI 269793 1995i SD	Not Available
PHENOLOGY	Days to flower	Number of days from sowing seed to first observed flower	53		PEA.1995.CFERRY	PI 269793 1995i SD	Not Available
PHENOLOGY	Days to flower	Number of days from sowing seed to first observed flower	54		PEA.1996.CFERRY	PI 269793 1995i SD	Not Available
PHENOLOGY	Days to Maturity	Number of days from sowing to maturity/harvest	118	72	PEA.2003.SHOUSE	PI 269793 96i SD	Not Available
SUBSET	Core subset	A flag to indicate the accession is part of the core subset	Y - Yes, The accessions is part of the core		PEA.CORE.1994.WRPIS	PI 269793 88i SD	Not Available
SUBSET	MP3	MP3 (More Protein, More peas, More Profit) is a genetic diversity panel was selected from the USDA pea plant genetic resource collection based on yellow cotyledon and round seed surface. First selections were from the pea PSP collection, 212 accessions (Cheng et al., 2015). Second selections were 226 accessions highest seed protein concentration, reported from a two-year pea field study of 876 accessions (Jermyn & Slinkard, 1977). This subset has been sequenced using GBS single enzyme of Elshire et al (2011).	Y - Yes, The accession is part of the MP3 subset		PEA.MP3.HIGH.PROTEIN	PI 269793 2003i SD
SUBSET	MP3	MP3 (More Protein, More peas, More Profit) is a genetic diversity panel was selected from the USDA pea plant genetic resource collection based on yellow cotyledon and round seed surface. First selections were from the pea PSP collection, 212 accessions (Cheng et al., 2015). Second selections were 226 accessions highest seed protein concentration, reported from a two-year pea field study of 876 accessions (Jermyn & Slinkard, 1977). This subset has been sequenced using GBS single enzyme of Elshire et al (2011).	Y - Yes, The accession is part of the MP3 subset		PEA.MP3.PHENOTYPE.CF	PI 269793 2003i SD