This paper quantifies advances of the Kansas Agricultural Experiment Station (KAES) wheat breeding program for two time periods: (1) 1911 to 2006 and (2) 1977 to 2006. Using multiple regression, increases in yields of wheat varieties grown in Kansas are quantified, holding growing conditions and other improvements in productivity constant. Differences in KAES variety yields and those released by other public and private breeders are quantified. During the ‘‘new age’’ of wheat breeding (1977–2006), wheat breeding alone is found to have increased yields by 6.182 bushels per acre, or an average increase of 0.206 bushels per year
Data from the WSU wheat variety test program along with spatially interpolated historic weather reco...
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties...
Progress in plant breeding programs is the result of creating and selecting new lines with novel all...
This paper quantifies advances of the Kansas Agricultural Experiment Station (KAES) wheat breeding p...
This paper addresses measurement issues involved in estimating the benefits from a university wheat ...
Citation: Gernert, Walter Byron. Increasing the wheat yield of Kansas. Senior thesis, Kansas State A...
Wheat (Triticum aestivum L.) yields in Kansas have increased due to wheat breeding and improved agro...
Report on a the results of a wheat breeding program iniatited by the Experiment Station thirty years...
CIMMYT has invested a large and significant amount of public expenditures in wheat breeding research...
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties...
Statistical analyses of small grain yields (oats and winter wheat) covering a long period of time ha...
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties ...
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties ...
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties...
In Kansas, seven to nine million acres of winter wheat are sown annually with grain yields averaging...
Data from the WSU wheat variety test program along with spatially interpolated historic weather reco...
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties...
Progress in plant breeding programs is the result of creating and selecting new lines with novel all...
This paper quantifies advances of the Kansas Agricultural Experiment Station (KAES) wheat breeding p...
This paper addresses measurement issues involved in estimating the benefits from a university wheat ...
Citation: Gernert, Walter Byron. Increasing the wheat yield of Kansas. Senior thesis, Kansas State A...
Wheat (Triticum aestivum L.) yields in Kansas have increased due to wheat breeding and improved agro...
Report on a the results of a wheat breeding program iniatited by the Experiment Station thirty years...
CIMMYT has invested a large and significant amount of public expenditures in wheat breeding research...
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties...
Statistical analyses of small grain yields (oats and winter wheat) covering a long period of time ha...
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties ...
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties ...
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties...
In Kansas, seven to nine million acres of winter wheat are sown annually with grain yields averaging...
Data from the WSU wheat variety test program along with spatially interpolated historic weather reco...
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties...
Progress in plant breeding programs is the result of creating and selecting new lines with novel all...