One possibility of increasing land productivity in Illinois is to double crop soybeans following wheat. This practice has been limited to the southern half of the state because of the shorter growing season in the northern half. A modification of double cropping known as relay cropping might allow the earlier establishment of soybeans in wheat or oats and extend the northern limit of double cropping in the state
The genus Glycine as currently delimited is divided into two subgenera Glycine and Soja. The subgenu...
Japanese cultivated soybeans (G.max (L.) Merrill) have been known as protein-rich. However, as the w...
In the process of soybean selection a number of hybrids were obtained through crossing of wild (Glyc...
Orf and Hymowitz (1976) using polyacrylamide gel electrophoresis revealed that the seed protein band...
The soybean (Glycine max [L.] Merrill) uses both combined nitrogen from the soil and symbiotically f...
During the past two years we have been comparing several cropping systems: relay intercropping of so...
A soybean germplasm data bank has been set up by members of the Department of Agronomy at the Univer...
The soybean genus Glycine is currently divided into two subgenera, Gly-cine and Soja (Hymowitz and N...
We would like to use the Soybean Genetics Newsletter as a means of making an annual report on the US...
Soybean has been under cultivation in low hills of Kumaon and Garhwal regions of the Himalayas and t...
During three years (1972 to 1974), studies were conducted on the technique of crossing as well as on...
One possibility of increasing land productivity in Illinois is to double crop soybeans following whe...
Newell and Hymowitz (1982) reported successful hybridization between the soybean (cv \u27Altona\u27)...
Tang and Loo (1940) first reported the induction of tetraploid soybeans by soaking day-old seedlings...
Introduction: Since Brillmayr (1929) published his first report on soybeans, there has been almost n...
The genus Glycine as currently delimited is divided into two subgenera Glycine and Soja. The subgenu...
Japanese cultivated soybeans (G.max (L.) Merrill) have been known as protein-rich. However, as the w...
In the process of soybean selection a number of hybrids were obtained through crossing of wild (Glyc...
Orf and Hymowitz (1976) using polyacrylamide gel electrophoresis revealed that the seed protein band...
The soybean (Glycine max [L.] Merrill) uses both combined nitrogen from the soil and symbiotically f...
During the past two years we have been comparing several cropping systems: relay intercropping of so...
A soybean germplasm data bank has been set up by members of the Department of Agronomy at the Univer...
The soybean genus Glycine is currently divided into two subgenera, Gly-cine and Soja (Hymowitz and N...
We would like to use the Soybean Genetics Newsletter as a means of making an annual report on the US...
Soybean has been under cultivation in low hills of Kumaon and Garhwal regions of the Himalayas and t...
During three years (1972 to 1974), studies were conducted on the technique of crossing as well as on...
One possibility of increasing land productivity in Illinois is to double crop soybeans following whe...
Newell and Hymowitz (1982) reported successful hybridization between the soybean (cv \u27Altona\u27)...
Tang and Loo (1940) first reported the induction of tetraploid soybeans by soaking day-old seedlings...
Introduction: Since Brillmayr (1929) published his first report on soybeans, there has been almost n...
The genus Glycine as currently delimited is divided into two subgenera Glycine and Soja. The subgenu...
Japanese cultivated soybeans (G.max (L.) Merrill) have been known as protein-rich. However, as the w...
In the process of soybean selection a number of hybrids were obtained through crossing of wild (Glyc...