Roundup-Ready ® alfalfa was released in June of 2005, the first trait to be commercialized in alfalfa (Medicago sativa L.) using biotechnology. Traditional alfalfa varieties will likely be grown in close proximity to these new biotech varieties. While most users will probably not be sensitive to the presence of these varieties, other markets (particularly export and organic) will request hay that is free of the biotech traits. The acreage estimated to be sensitive to this trait is estimated to be less than 3-5 % in the US, but some regions, markets, and growers will be more sensitive than others. Methods to assure identity and preservation of non-biotech alfalfa include understanding the potential for gene flow, reducing feral alfalfa, and ...
Alfalfa use by dairy cattle has decreased in recent years because of excessive non-protein nitrogen ...
Studying transgene flow will enhance our understanding of the fate of crop alleles in nearby populat...
Guide containing recommendations for controlling gene flow between the genetically modified Roundup ...
Advances in biotechnology offer great opportunities for improvement of alfalfa varieties. The indust...
Alfalfa (Medicago sativa subsp. sativa L.) is the world's most important forage crop. The western Un...
A key question with regards to the introduction (and later suspension) of Roundup Ready trait in alf...
In conventional alfalfa varieties seed quality commonly encompasses the following three components: ...
It may not be entirely surprising that the release of a glyphosate tolerant alfalfa crop has been re...
When breeding tomorrow’s alfalfa varieties, most groups employ a model of combining traditional plan...
Plant products of biotechnology have been available in the market for some time now. These modified ...
Research in the genetic engineering of alfalfa is currently underway to improve alfalfa for traits s...
Cultivated alfalfa or lucerne (Medicago sativa spp. sativa) is the most important forage legume in t...
In late 1997 Forage Genetics International (FGI) and Monsanto began a joint project to develop Round...
Alfalfa is the highest quality, highest yielding and arguably the highest value forage crop in Kentu...
Alfalfa breeders continue to actively pursue the development of varieties that will bring more benef...
Alfalfa use by dairy cattle has decreased in recent years because of excessive non-protein nitrogen ...
Studying transgene flow will enhance our understanding of the fate of crop alleles in nearby populat...
Guide containing recommendations for controlling gene flow between the genetically modified Roundup ...
Advances in biotechnology offer great opportunities for improvement of alfalfa varieties. The indust...
Alfalfa (Medicago sativa subsp. sativa L.) is the world's most important forage crop. The western Un...
A key question with regards to the introduction (and later suspension) of Roundup Ready trait in alf...
In conventional alfalfa varieties seed quality commonly encompasses the following three components: ...
It may not be entirely surprising that the release of a glyphosate tolerant alfalfa crop has been re...
When breeding tomorrow’s alfalfa varieties, most groups employ a model of combining traditional plan...
Plant products of biotechnology have been available in the market for some time now. These modified ...
Research in the genetic engineering of alfalfa is currently underway to improve alfalfa for traits s...
Cultivated alfalfa or lucerne (Medicago sativa spp. sativa) is the most important forage legume in t...
In late 1997 Forage Genetics International (FGI) and Monsanto began a joint project to develop Round...
Alfalfa is the highest quality, highest yielding and arguably the highest value forage crop in Kentu...
Alfalfa breeders continue to actively pursue the development of varieties that will bring more benef...
Alfalfa use by dairy cattle has decreased in recent years because of excessive non-protein nitrogen ...
Studying transgene flow will enhance our understanding of the fate of crop alleles in nearby populat...
Guide containing recommendations for controlling gene flow between the genetically modified Roundup ...