TAM 87D3-2527

Germplasm Overview
NameTAM 87D3-2527
AliasD3-2527 [view all 8]
GRIN IDPI 578055
TypeBreeding Germplasm
SpeciesGossypium hirsutum
In Collection[view all]
DescriptionSimilar to Stoneville 825 in plant height and phenology when grown under irrigation at College Station, Texas. Plants require about same length growing season as Stonevile 825. Leaves and stems pubescent. Mature bolls have storm resistance similar to most delta type cotton cultivars and not sufficient for commercial production in most of Texas. Fiber bundle strength 33% higher than Deltapine 50 and fiber length 4% longer when averaged over several years in Central and South Texas. Fiber properties similar to recent New Mexico Acala cultivars
Origin CountryUnited States
Origin DetailUnited States, Texas
PedigreePD 6992/79-XX-15 (a high strength line of unknown parentage)
Maternal ParentN/A
Paternal ParentN/A
Maternal Parent ofN/A
Paternal Parent ofN/A
Phenotypic Data[view all 76]
SSR Genotype Data[view all 104]
SNP Genotype DataN/A
MapN/A
DNA LibraryN/A
SequenceN/A
CommentsN/A
ReferenceSmith CW, Niles GA. Registration of Four Upland Cotton Germplasm Lines Having Improved Fiber Quality: TAM 86G3‐30, TAM 87D3‐24, TAM 87D3‐2527, and TAM 87G3‐27. Crop Science. 1994 Sep 1, 34(5):1413-1414.
Alias
Synonym
D3-2527
GP-601
NSSL 289225
PI 578055
SA 2217
SA-2217
TAM87D3-2527
NSL 289225
Image
File NameLegendDataset
SA-2217_CS12-2701_IMG_4550_L.jpg[SA-2217] leaf, College Station Plot# 2632, 2012NCGC digital imaging (College Station, 2012)
SA-2217_CS12-2701_MG_3358_LB.jpg[SA-2217] leaf close up of the back surface, College Station Plot# 2701, 2012NCGC digital imaging (College Station, 2012)
SA-2217_CS12-2701_MG_6898_B.jpg[SA-2217] green boll, College Station Plot# 2701, 2012NCGC digital imaging (College Station, 2012)
SA-2217_CS12-2701_MG_6899_BO.jpg[SA-2217] boll open, College Station Plot# 2701, 2012NCGC digital imaging (College Station, 2012)
SA-2217_CS12-2701_MG_6900_BN.jpg[SA-2217] boll showing nectaries, College Station Plot# 2701, 2012NCGC digital imaging (College Station, 2012)
Phenotypic Data
Phenotypic Data
Total 76 trait scores
Download Table
# Dataset Descriptor Value Environment Replication Plot
1NCGC germplasm evaluation, T14leaf gossypol glandsmediumMX_CLM_TCM_2014V-0151
2NCGC germplasm evaluation, T14leaf shapenormalMX_CLM_TCM_2014V-0151
3NCGC germplasm evaluation, T14leaf sizemediumMX_CLM_TCM_2014V-0151
4NCGC germplasm evaluation, T14lint colorwhiteMX_CLM_TCM_2014V-0151
5NCGC germplasm evaluation, T14locule number per boll4MX_CLM_TCM_2014V-0151
6NCGC germplasm evaluation, T14petal colorcreamMX_CLM_TCM_2014V-0151
7NCGC germplasm evaluation, T14petal spotnoneMX_CLM_TCM_2014V-0151
8NCGC germplasm evaluation, T14photoperiodopen bollsMX_CLM_TCM_2014V-0151
9NCGC germplasm evaluation, T14plant shapenormalMX_CLM_TCM_2014V-0151
10NCGC germplasm evaluation, T14plot maturityfloweringMX_CLM_TCM_2014V-0151
11NCGC germplasm evaluation, T14pollen colorcreamMX_CLM_TCM_2014V-0151
12NCGC germplasm evaluation, T14seed fuzz gradehighMX_CLM_TCM_2014V-0151
13NCGC germplasm evaluation, T14stem colorsun redMX_CLM_TCM_2014V-0151
14NCGC germplasm evaluation, T14stem gossypol glandsmediumMX_CLM_TCM_2014V-0151
15NCGC germplasm evaluation, T14trichome density on stemmoderateMX_CLM_TCM_2014V-0151
16NCGC germplasm evaluation, T14E1 (%)8.2MX_CLM_TCM_2014V-0151
17NCGC germplasm evaluation, T14FM (%)81MX_CLM_TCM_2014V-0151
18NCGC germplasm evaluation, T14FUI (%)82.8MX_CLM_TCM_2014V-0151
19NCGC germplasm evaluation, T14MIC (unit)4.6MX_CLM_TCM_2014V-0151
20NCGC germplasm evaluation, T14plant height (m)1.07MX_CLM_TCM_2014V-0151
21NCGC germplasm evaluation, T14SFC HVI (%)6.5MX_CLM_TCM_2014V-0151
22NCGC germplasm evaluation, T14T1 (g/tex)35MX_CLM_TCM_2014V-0151
23NCGC germplasm evaluation, T14UHML (inch)1.19MX_CLM_TCM_2014V-0151
24NCGC germplasm evaluation, T14leaf nectariestwoMX_CLM_TCM_2014V-0151
25NCGC germplasm evaluation, T14plot plant stand0.75MX_CLM_TCM_2014V-0151
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Ssr Genotype Data
Total 104 records
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# Dataset Marker Marker Type Genotype Marker_Allele
1NCGC_SNTD_SSR_genotype_2015gh052genetic_marker133|133gh052_133; gh052_133
2NCGC_SNTD_SSR_genotype_2015bnl2544genetic_marker216|216bnl2544_216; bnl2544_216
3NCGC_SNTD_SSR_genotype_2015dpl0618genetic_marker191|191dpl0618_191; dpl0618_191
4NCGC_SNTD_SSR_genotype_2015cir0202genetic_marker177|177cir0202_177; cir0202_177
5NCGC_SNTD_SSR_genotype_2015nau2277genetic_marker123|123nau2277_123; nau2277_123
6NCGC_SNTD_SSR_genotype_2015bnl3985genetic_marker169|198bnl3985_169; bnl3985_198
7NCGC_SNTD_SSR_genotype_2015cir0218genetic_marker165|175|179cir0218_165; cir0218_175; cir0218_179
8NCGC_SNTD_SSR_genotype_2015jespr0291genetic_marker161|167jespr0291_161; jespr0291_167
9NCGC_SNTD_SSR_genotype_2015tmb1648genetic_marker169|183tmb1648_169; tmb1648_183
10NCGC_SNTD_SSR_genotype_2015jespr0293genetic_marker87|92jespr0293_87; jespr0293_92
11NCGC_SNTD_SSR_genotype_2015dpl0405genetic_marker245|245dpl0405_245; dpl0405_245
12NCGC_SNTD_SSR_genotype_2015jespr0065genetic_marker165|165jespr0065_165; jespr0065_165
13NCGC_SNTD_SSR_genotype_2015gh537genetic_marker168|171gh537_168; gh537_171
14NCGC_SNTD_SSR_genotype_2015cir0169genetic_marker136|136cir0169_136; cir0169_136
15NCGC_SNTD_SSR_genotype_2015cir0081genetic_marker221|221cir0081_221; cir0081_221
16NCGC_SNTD_SSR_genotype_2015tmb2295genetic_marker216|262tmb2295_216; tmb2295_262
17NCGC_SNTD_SSR_genotype_2015bnl3545genetic_marker114|138|187bnl3545_114; bnl3545_138; bnl3545_187
18NCGC_SNTD_SSR_genotype_2015mghes0076genetic_marker192|203mghes0076_192; mghes0076_203
19NCGC_SNTD_SSR_genotype_2015cir0165genetic_marker207|219cir0165_207; cir0165_219
20NCGC_SNTD_SSR_genotype_2015dpl0039genetic_marker234|238dpl0039_234; dpl0039_238
21NCGC_SNTD_SSR_genotype_2015gh495genetic_marker80|80gh495_80; gh495_80
22NCGC_SNTD_SSR_genotype_2015mghes0029genetic_marker208|208mghes0029_208; mghes0029_208
23NCGC_SNTD_SSR_genotype_2015tmb2018genetic_marker232|232tmb2018_232; tmb2018_232
24NCGC_SNTD_SSR_genotype_2015jespr0220genetic_marker127|146jespr0220_127; jespr0220_146
25NCGC_SNTD_SSR_genotype_2015bnl4017genetic_marker221|225bnl4017_221; bnl4017_225
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Publications
YearPublication
1994Smith CW, Niles GA. Registration of Four Upland Cotton Germplasm Lines Having Improved Fiber Quality: TAM 86G3‐30, TAM 87D3‐24, TAM 87D3‐2527, and TAM 87G3‐27. Crop Science. 1994 Sep 1, 34(5):1413-1414.
Cross References
External references for this accession
DatabaseAccession
GRIN_RegistGP-601
GRINPI 578055
In Collection
In Collection
Name ID used in Collection External Database
NPGS Crop Science Registration (USA)GP-601
GRIN NPGS Cotton Collection (USA)PI 578055GRIN: