Select the tab for the type of search. Each tab has everything you need to do to perform that type of search.

(Results of more than 500 will not return images.)

Search
This search will show only accessions that have material that may be requested, including those not seasonally available.
You may list accessions with separators (commas or semicolons, as shown below) or by entering them on separate lines, such as
PI 651794
PI 651649
PI 651650
When searching a range of accessions, use the Advanced Search tab with the Accession Identifier Range criterion.


Search
The more information you provide, the better the search will be.


Search Clear All
Scientific name (any part, no hybrid symbols)

Plant name


Genebank
Country of Origin


Other search criteria:



With genomic data With NCBI link With images Only non-Genetically Engineered

Search
If your results aren't what you expected, try using the Advanced Search tab and filling in more information.
Your query included: All accessions

View Observation Data

Selected item(s) below:


ACCESSIONPLANT NAMETAXONOMYORIGINGENEBANKIMAGEAVAILABILITYRECEIVEDSOURCE TYPESOURCE DATECOLLECTION SITECOORDINATESELEVATIONHABITATIMPROVEMENT LEVELNARRATIVE
0PI 634019N56Melilotus officinalis (L.) Lam. Nebraska, United StatesNC7FIELD2003DEVELOPEDBreeding materialThe finestem trait is conditioned by a homozygous recessive gene that gives rise to a hay-type sweetclover in which fineness of stem and leafiness are very pronounced. It is found in a strain of Melilotus alba but not in M. officinalis which is the predominant species grown in the Great Plains. The finestem gene was transferred from M. alba to M. officinalis by making an interspecific cross using M. officinalis lines as the female parent that were derived from the large-seeded introduction PI 178985. Although this line was derived after two additional backcrosses to M. officinalis and is homozygous for the finestem trait and low coumarin content, it does not have the large seed size of the M. officinalis parent and seed abortion resulting from the interspecific cross is still a problem in many plants. Therefore, some additional backcrosses to superior large-seeded M. officinalis lines are needed followed by selection for finestem, low coumarin content, large seed size and yellow flowers in the selfed progeny.1649718PI 634019
1PI 629289N54Melilotus albus Medik. Nebraska, United StatesNC7GREENHOUSE2002DEVELOPEDGenetic materialGenetic line with the eeGG genotype that is homozygous for susceptibility to stem canker (or gooseneck) disease (Ascochyta caulicola). Two pairs of interacting genes, E/e and G/g, affect the reaction of sweetclover plants to this disease. The dominant gene for susceptibility, G, is effective only when the epistatic gene E is not present. Also has the CuCubb genotype for coumarin content. Seed should be scarified before planting.1633272PI 629289
2PI 629290N55Melilotus albus Medik. Nebraska, United StatesNC7GREENHOUSE2002DEVELOPEDGenetic materialGenetic line with the EEGG genotype that is homozygous for resistance to stem canker (or gooseneck) disease (Ascochyta caulicola). Two pairs of interacting genes, E/e and G/g affect the reaction of sweetclover plants to this disease. The dominant gene for susceptibility, G, is effective only when the epistatic gene E is not present. Also has the CuCubb genotype for coumarin content. Seed should be scarified before planting.1633273PI 629290
3PI 557503N46Melilotus albus Medik. Nebraska, United StatesNC71991DONATED11/07/1991Genetic materialN46 (cucubb genotype) small, annual autogamous form of white-flowered sweetclover that is low in coumarin content and low in B-glucosidase activity. Cucu alleles govern coumarin content. B/b alleles govern B-glucosidase activity in sweetclover. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.1452475PI 557503
4PI 557504N47Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialN47 (cucuBB genotype) small, annual autogamous form of white-flowered sweetclover that is low in coumarin and high in B-glucosidase activity. Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity in sweetclover. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.1452476PI 557504
5PI 557505N48Melilotus albus Medik. Nebraska, United StatesNC71991DONATED11/07/1991Genetic materialN48 (CuCubb genotype) small, annual autogamous form of white-flowered sweetclover that is high in coumarin and low in B-glucosidase activity. Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity in sweetclover. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.1452477PI 557505
6PI 557506N49Melilotus albus Medik. Nebraska, United StatesNC71991DONATED11/07/1991Genetic materialN49 (CuCuBB genotype) small, annual autogamous form of white-flowered sweetclover that is high in coumarin and high in B-glucosidase activity. Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity in sweetclover. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.1452478PI 557506
7PI 557507N50Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialN50 (YYCC genotype) medium yellow seed and red seedling stem. Seed color in sweetclover is determined by combined effects of the presence or absence of green pigmentation in embryo and seed coat, controlled by Y/y alleles and of brown pigmentation in seed coat, conditioned by C/c alleles. The C/c alleles also control red vs. green seedling stem color. Seed should be scarified before planting. One of a set of 4 lines differing in seed color that represent all possible homozygous combinations of 2 allelic pairs, Y/y and C/c.1452479PI 557507
8PI 557508N51Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialN51 (YYcc genotype) light yellow seed and green seedling stem. Seed color in sweetclover is determined by combined effects of the presence or absence of green pigmentation in embryo and seed coat, controlled by Y/y alleles and of brown pigmentation in seed coat, conditioned by C/c alleles. The C/c alleles also control red vs. green seedling stem color. Seed should be scarified before planting. One of a set of 4 lines differing in seed color that represent all possible homozygous combinations of 2 allelic pairs, Y/y and C/c.1452480PI 557508
9PI 557509N52Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialN52 (yyCC genotype) dark green seed and red seedling stem. Seed color in sweetclover is determined by combined effects of the presence or absence of green pigmentation in embryo and seed coat, controlled by Y/y alleles and of brown pigmentation in seed coat, conditioned by C/c alleles. The C/c alleles also control red vs. green seedling stem color. Seed should be scarified before planting. One of a set of 4 lines differing in seed color that represent all possible homozygous combinations of 2 allelic pairs, Y/y and C/c.1452481PI 557509
10PI 557510N53Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialN53 (yycc genotype) silver green seed and green seedling stem. Seed color in sweetclover is determined by combined effects of the presence or absence of green pigmentation in embryo and seed coat, controlled by Y/y alleles and of brown pigmentation in seed coat, conditioned by C/c alleles. The C/c alleles also control red vs. green seedling stem color. Seed should be scarified before planting. One of a set of 4 lines differing in seed color that represent all possible homozygous combinations of 2 allelic pairs, Y/y and C/c.1452482PI 557510
11PI 557511N741Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialN741 (cucubb genotype) biennial form of white-flowered sweetclover low in coumarin content and low in B-glucosidase activity. The Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.1452483PI 557511
12PI 557512N743Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialN743 (cucuBB genotype) biennial form of white-flowered sweetclover low in coumarin content and high in B-glucosidase activity. The Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.1452484PI 557512
13PI 557513N745Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialN745 (CuCubb genotype) biennial form of white-flowered sweetclover high in coumarin content and low in B-glucosidase activity. The Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.1452485PI 557513
14PI 557514N747Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialN747 (CuCuBB genotype) biennial form of white-flowered sweetclover high in coumarin content and high in B-glucosidase activity. The Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.1452486PI 557514
15PI 557515U362Melilotus albus Medik. Nebraska, United StatesNC7GREENHOUSE1991DONATED11/07/1991Genetic materialPlants homozygous for the f (folded leaflet) gene, which is inherited as a simple recessive. Typical leaflets folded on the adaxial side from the tip to about half the length of the leaflet. Seed should be scarified before planting.1452487PI 557515
16PI 557516U363Melilotus albus Medik. Nebraska, United StatesNC7GREENHOUSE1991DONATED11/07/1991Genetic materialPlants homozygous for the el (elongated stem) gene, which is inherited as a simple recessive. Plants have longer than normal internodes, especially at the seedling stage, and branching and leaf production are markedly reduced. Seed should be scarified before planting.1452488PI 557516
17PI 557517U367Melilotus albus Medik. Nebraska, United StatesNC7PLANT1991DONATED11/07/1991Genetic materialPlants homozygous for the dsp (short-petiole dwarf) gene, which is inherited as a simple recessive. Plants are much shorter than normal. Leaves are attached to stem by very short petioles. Seed should be scarified before planting.1452489PI 557517
18PI 557518U369Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialPlants homozygous for the ch8 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced chlorophyll contents, but their chlorophyll a/b ratio is about that of normal leaves. Work on U369 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.1452490PI 557518
19PI 557519U370Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialPlants homozygous for the ch9 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced chlorophyll contents and elevated chlorophyll a/b ratios. Seed should be scarified before planting.1452491PI 557519
20PI 557520U371Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialPlants homozygous for the ch10 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced chlorophyll contents and elevated chlorophyll a/b ratios. Work on U371 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.1452492PI 557520
21PI 557521U372Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialPlants homozygous for the ch11 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced chlorophyll contents and elevated chlorophyll a/b ratios. Work on U372 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.1452493PI 557521
22PI 557522U373Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialPlants homozygous for the ch12 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced chlorophyll contents and somewhat reduced chlorophyll a/b ratios. Work on U373 has been reported in Biochem. Gen. 38:31. 1990. Seed should be scarified before planting.1452494PI 557522
23PI 557523U374Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialPlants homozygous for the ch5 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced levels of total chlorophyll and appear to have no chlorophyll b. Work on U374 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.1452495PI 557523
24PI 557524U389Melilotus albus Medik. Nebraska, United StatesNC71991DONATED11/07/1991Genetic materialPlants small, annual, white-flowered, and autogamous. Chamber-grown plants attain height of 35-50cm and produce ripe seed within about 8 weeks after planting. Numerous mutants isolated following treatment of U389 seed with ethyl methanesulfonate. Seed should be scarified before planting.1452496PI 557524
25PI 557525U390Melilotus albus Medik. Nebraska, United StatesNC71991DONATED11/07/1991Genetic materialPlants homozygous for dw (short-internode dwarf) gene, which is inherited as a simple recessive. Plants have about same number of nodes as their normal counterpart (line U389), but do not branch. Attain height of only 5-10cm compared to 35-50cm for U389 plants. Seed should be scarified before planting.1452497PI 557525
26PI 557526U391Melilotus albus Medik. Nebraska, United StatesNC7FIELD1991DONATED11/07/1991Genetic materialPlants homozygous for Mf (multifoliate leaf) gene, which is inherited as dominant. Leaves on single plant may have one to six leaflets rather than the normal three. Seed should be scarified before planting.1452498PI 557526
27PI 557527U392Melilotus albus Medik. Nebraska, United StatesNC7FIELD1991DONATED11/07/1991Genetic materialPlants homozygous for cl (curled leaf) gene, which is inherited as simple recessive. Plants characterized by curled leaflets and twisted or curved stems, petioles, and flower parts. Seed should be scarified before planting.1452499PI 557527
28PI 557528U393Melilotus albus Medik. Nebraska, United StatesNC7FIELD1991DONATED11/07/1991Genetic materialPlants homozygous for cb (cotyledonary branching) gene, which is inherited as simple recessive. A single branch develops in axil of each cotyledon, followed by development of branches from higher leaf axils. Seed should be scarified before planting.1452500PI 557528
29PI 557529U394Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialPlants homozygous for ch4 chlorophyll deficiency gene, which is inherited as simple recessive. Leaves have reduced chlorophyll contents and strongly elevated chlorophyll a/b ratios. Work on U394 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.1452501PI 557529
30PI 557530U396Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialPlants homozygous for ch6 chlorophyll deficiency gene, which is inherited as simple recessive. Leaves have reduced chlorophyll contents and slightly elevated chlorophyll a/b ratios. Work on U396 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.1452502PI 557530
31PI 557531U397Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialPlants homozygous for ch7 chlorophyll deficiency gene, which is inherited as simple recessive. Leaves have reduced chlorophyll contents with little or no alteration in the chlorophyll a/b ratio. Work on U397 has been reported in Biochem. Gen. 38:31. 1990. Seed should be scarified before planting.1452503PI 557531
32PI 557532U398Melilotus albus Medik. Nebraska, United StatesNC7Not Available1991DONATED11/07/1991Genetic materialPlants homozygous for ch5 chlorophyll deficiency gene and chv dark leaf venation gene; ch5 and chv are both simple recessives. Leaves have reduced levels of total chlorophyll, no chlorophyll b, and dark veins. Work on U398 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.1452504PI 557532
33PI 557533U500Melilotus albus Medik. Nebraska, United StatesNC71991DONATED11/07/1991Genetic materialPlants homozygous for ch5 chlorophyll deficiency gene and dw short-internode dwarf gene. Both mutations were isolated following treatment of U389 sweetclover seed with ethyl methanesulfonate. Seed should be scarified before planting.1452505PI 557533
34PI 549120N30Melilotus albus Medik. Nebraska, United StatesNC71991DEVELOPED10/01/2005Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N30 (yycccucubb) genotype has silver green seed, is low in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.1444056PI 549120
35PI 549121N31Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N31 (yycccucuBB) genotype has silver green seed, is low in coumarin content and high in Beta-glucosidase activity. Seed should be scarified before planting.1444057PI 549121
36PI 549122N32Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N32 (yyccCuCubb) genotype has silver green seed, is high in coumarin content and low in Beta-glucosidase activity. Seed should be scarified before planting.1444058PI 549122
37PI 549123N33Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N33 (yyccCuCuBB) genotype has silver green seed, is high in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.1444059PI 549123
38PI 549124N34Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N34 (yyCCcucubb) genotype has dark green seed, is low in coumarin and and Beta-glucosidase activity. Seed should be scarified before planting.1444060PI 549124
39PI 549125N35Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N35 (yyCCcucuBB) genotype has dark green seed, is low in coumarin and high in Beta-glucosidase activity. Seed should be scarified before planting.1444061PI 549125
40PI 549126N36Melilotus albus Medik. Nebraska, United StatesNC7GREENHOUSE1991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N36 (yyCCCuCubb) genotype has dark green seed, high in coumarin content and low in Beta-glucosidase activity. Seed should be scarified before planting.1444062PI 549126
41PI 549127N37Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N37 (yyCCCuCuBB) genotype has dark green seed, high in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.1444063PI 549127
42PI 549128N38Melilotus albus Medik. Nebraska, United StatesNC7SEED1991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N38 (YYcccucubb) genotype has light yellow seed, low in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.1444064PI 549128
43PI 549129N39Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N39 (YYcccucuBB) genotype has light yellow seed, low in coumarin content and high in Beta-glucosidase activity. Seed should be scarified before planting.1444065PI 549129
44PI 549130N40Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N40 (YYccCuCubb) genotype has light yellow seed, high in coumarin content and low in Beta-glucosidase activity. Seed should be scarified before planting.1444066PI 549130
45PI 549131N41Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N41 (YYccCuCuBB) genotype has light yellow seed, high in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.1444067PI 549131
46PI 549132N42Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N42 (YYCCcucubb) genotype has medium yellow seed, low in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.1444068PI 549132
47PI 549133N43Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N43 (YYCCcucuBB) genotype has medium yellow seed, low in coumarin content and high in Beta-glucosidase activity. Seed should be scarified before planting.1444069PI 549133
48PI 549134N44Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N44 (YYCCCuCubb) genotype has medium yellow seed, high in coumarin content and low in Beta-glucosidase activity. Seed should be scarified before planting.1444070PI 549134
49PI 549135N45Melilotus albus Medik. Nebraska, United StatesNC71991DONATED03/01/1991Genetic materialY/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N45 (YYCCCuCuBB) genotype has medium yellow seed, high in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.1444071PI 549135