TīmeklisDOI: 10.1002/PLR2.20064 Corpus ID: 224981418; Registration of USDA‐N6004 soybean germplasm derived from Japanese cultivar Blue Side @article{Bagherzadi2024RegistrationOU, title={Registration of USDA‐N6004 soybean germplasm derived from Japanese cultivar Blue Side}, author={Laleh Bagherzadi … Tīmeklis(1)Xia Li, Thomas R. Sinclair*, Laleh Bagherzadi. Hydraulic conductivity changes in soybean plant-soil system with decreasing soil volumetric water content. Journal of Crop Improvement:2016, 30(6):713-723. (2)李霞,解迎革*,王国栋,薛绪掌,张敏,陈菲. 日光温室内负水头灌溉条件下茄子生长及生理 ...
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TīmeklisAssessing water-related plant traits to explain slow wilting in Soybean Pi TīmeklisLaleh Bagherzadi’s Post Laleh Bagherzadi Plant Physiologist at US Department of Agriculture (USDA) Agricultural Research Service (ARS) have a walk a beach
Registration of Soybean Germplasm Line DB0638‐70 with High …
Tīmeklis2024. gada 26. maijs · USDA-N7004 (Reg. no. GP-438, PI 692263) is a conventional late maturity group VII soybean [ Glycine max (L.) Merr.] germplasm with good yield … TīmeklisLaleh Bagherzadi; Thomas R. Sinclair; Maciej Zwieniecki [...] Thomas Rufty; Soybean [Glycine max (L.) Merr.] genotype PI 471938 expresses a slow-wilting phenotype in the field, and the progeny of ... TīmeklisDOI: 10.3198/JPR2024.03.0016CRG Corpus ID: 92546118; Registration of Soybean Germplasm Line DB0638‐70 with High Yield Potential and Diverse Genetic Background @article{Gillen2024RegistrationOS, title={Registration of Soybean Germplasm Line DB0638‐70 with High Yield Potential and Diverse Genetic Background}, … boring office equipment lakeland florida