Breeding diploid perennial ryegrass for improved dry matter yield under nitrogen-limiting conditions has reduced the nitrogen (N) concentration of the herbage (Wilkins et al., 2003). Reduced N concentration in the ruminant diet is one potential way to reduce losses of N to the environment by reducing the amount of N that animals excrete. The underlying physiological basis of this increased N-use efficiency in ryegrass was investigated
In intensive dairy farming, perennial ryegrass is among the main forages used because of its rapid r...
Low ratio of readily fermentable carbohydrate to soluble protein concentrations in lucerne (Medicago...
A study was undertaken to determine the effects of differing levels of nitrogen (N) application (0 (...
Breeding diploid perennial ryegrass for improved dry matter yield under nitrogen-limiting conditions...
peer-reviewedThe high degradability of grass protein is an important factor in the low nitrogen (N) ...
Nitrogen (N) losses through grazing bovines are at the heart of the current debate on environment an...
The present paper summarizes the data of field and laboratory trials conducted at the Plant Research...
AbstractThe high degradability of grass protein is an important factor in the low nitrogen (N) utili...
A study was undertaken to determine the effects of three perennial ryegrass (Lolium perenne L.) cult...
This experiment is one of a series designed to investigate the efficiency of nitrogen (N) use in Hol...
Researchers at Institute of Biological, Environmental and Rural Sciences (IBERS), Aberystwyth Univer...
To increase ruminant production efficiency, the environmental impact of growing forage must be reduc...
Pasture mitigation strategies are needed to reduce the negative effects of nitrate (NO₃⁻) leaching f...
Eight varieties of perennial ryegrass (six new varieties and two old ones) grown at five levels of a...
Rations for lactating dairy cattle should supply adequate amounts of rumen undegradable protein with...
In intensive dairy farming, perennial ryegrass is among the main forages used because of its rapid r...
Low ratio of readily fermentable carbohydrate to soluble protein concentrations in lucerne (Medicago...
A study was undertaken to determine the effects of differing levels of nitrogen (N) application (0 (...
Breeding diploid perennial ryegrass for improved dry matter yield under nitrogen-limiting conditions...
peer-reviewedThe high degradability of grass protein is an important factor in the low nitrogen (N) ...
Nitrogen (N) losses through grazing bovines are at the heart of the current debate on environment an...
The present paper summarizes the data of field and laboratory trials conducted at the Plant Research...
AbstractThe high degradability of grass protein is an important factor in the low nitrogen (N) utili...
A study was undertaken to determine the effects of three perennial ryegrass (Lolium perenne L.) cult...
This experiment is one of a series designed to investigate the efficiency of nitrogen (N) use in Hol...
Researchers at Institute of Biological, Environmental and Rural Sciences (IBERS), Aberystwyth Univer...
To increase ruminant production efficiency, the environmental impact of growing forage must be reduc...
Pasture mitigation strategies are needed to reduce the negative effects of nitrate (NO₃⁻) leaching f...
Eight varieties of perennial ryegrass (six new varieties and two old ones) grown at five levels of a...
Rations for lactating dairy cattle should supply adequate amounts of rumen undegradable protein with...
In intensive dairy farming, perennial ryegrass is among the main forages used because of its rapid r...
Low ratio of readily fermentable carbohydrate to soluble protein concentrations in lucerne (Medicago...
A study was undertaken to determine the effects of differing levels of nitrogen (N) application (0 (...