Browsing by Author "Klein, Patricia E"
Now showing items 1-17 of 17
-
Mendes Oliveira Fonseca, Jales (2021-07-14)Many independent events led by public institutions significantly increased grain sorghum yield in the US, including the development of grain sorghum hybrids and the introgression of exotic germplasm. Nonetheless, the rates ...
-
Yim, Young-Sun; Moak, Patricia; Sanchez-Villeda, Hector; Musket, Theresa A; Close, Pamela; Klein, Patricia E; Mullet, John E; McMullen, Michael D; Fang, Zheiwei; Schaeffer, Mary L; Gardiner, Jack M; Coe, Edward H; Davis, Georgia L (BMC Genomics, 2007)
-
Crozier, Daniel Shaw (2023-06-06)For sorghum to continue to remain a competitive crop, continual increases in yield need to be made. However, other traits such as abiotic stress tolerance, biotic stress tolerance, and most recently herbicide tolerance ...
-
Crozier, Daniel Shaw (2023-06-06)For sorghum to continue to remain a competitive crop, continual increases in yield need to be made. However, other traits such as abiotic stress tolerance, biotic stress tolerance, and most recently herbicide tolerance ...
-
Mace, Emma S; Rami, Jean-Francois; Bouchet, Sophie; Klein, Patricia E; Klein, Robert R; Kilian, Andrzej; Wenzl, Peter; Xia, Ling; Halloran, Kirsten; Jordan, David R (BMC Plant Biology, 2009)
-
Morishige, Daryl T; Klein, Patricia E; Hilley, Josie L; Sahraeian, Sayed Mohammad Ebrahim; Sharma, Arun; Mullet, John E (BMC Genomics, 2013)
-
Dugas, Diana V; Monaco, Marcela K; Olsen, Andrew; Klein, Robert R; Kumari, Sunita; Ware, Doreen; Klein, Patricia E (BMC Genomics, 2011)
-
Young, Ellen Louise (2020-07-17)Roses (genus Rosa) are among the most popular ornamental plants. Traditional rose breeding is a slow and tedious process, but breeding efficiency can be improved by marker-assisted selection. Marker-assisted selection, ...
-
Lau, Jeekin (2021-04-16)Currently, there are only three high density single-nucleotide polymorphism (SNP) based linkage maps available in tetraploid garden and cut flower roses (Rosa spp.). Two populations, Rosa L. ‘ORAfantanov’ (Stormy Weather™) ...
-
Pugh, Nicholas Ace (2015-08-12)Popped sorghum (Sorghum bicolor, L. Moench) is becoming increasingly popular with niche consumers. However, sorghum has not undergone the years of intensive selective breeding that popcorn has. This study measured popping ...
-
Horne, David William (2019-07-24)Genotypic variance is necessary for trait improvement as limited diversity can reduce genetic gain in crop improvement. To maintain genetic diversity, a wealth of germplasm exists in the USDA-ARS sorghum [Sorghum bicolor ...
-
Anderson II, Steven Langlie (2016-04-04)Cultivar progression requires years of development prior to performance trials; reducing development time requirements as well as introgression of favorable alleles is crucial to the rapid improvement of cultivars. ...
-
Patil, Nikhil Yuvaraj (2016-12-06)The genetic basis of three key agronomic traits viz. anthracnose resistance, tolerance to salinity and plant height, which affect sorghum grain, forage, and biomass production was investigated. Modern genomic tools like ...
-
Bentley, Nolan Bradford (2020-05-28)Pecan (Carya illinoinensis) is a hickory tree grown for its edible seed (nut) as well as its ornamental and lumber qualities. Native to and primarily produced in Mexico and the United States, a majority of production is ...
-
Bentley, Nolan Bradford (2020-05-28)Pecan (Carya illinoinensis) is a hickory tree grown for its edible seed (nut) as well as its ornamental and lumber qualities. Native to and primarily produced in Mexico and the United States, a majority of production is ...
-
Zheng, Xiuting (2014-07-07)Reniform (Rotylenchulus reniformis) nematodes cost US cotton growers over 130 million dollars per year. Genetic resistance of the wild African species Gossypium longicalyx to reniform nematodes was previously transferred ...
-
Winans, Noah David (2022-08-25)Grain sorghum [Sorghum bicolor (L.) Moench] is an important crop native to Africa and grown in many subtropical and temperate regions worldwide. Its tropical origin means that most diverse sorghum is photoperiod sensitive ...