Pasture legumes are the best long-term option to increase productivity of grass pastures for large areas of Australia, however there are no commercially available, summer-growing legume varieties that are well adapted to sandy and loamy textured soils in the frost prone sub-tropics. A recently completed eight-year project collected 40 accessions of legumes from old pasture evaluation trial sites that were sown more than 20 years ago, as well as two roadside locations. These accessions were compared to 10 commercial varieties and three previously shortlisted accessions across six trial sites (three districts and two soil types) in southern Queensland between 2016 – 2019, during drought years. The five highest yielding accessions of stylos we...
This review examines the prospect of improving perennial legume adaptation to grazed mixed pasture s...
In the 1980’s CSIRO and QDPI established a number of pasture legume evaluation trials throughout cla...
The application of phosphorus (P) fertilisers during legume establishment can substantially increase...
Early accidental introduction of Stylosanthes humilis into the N Australian savannas in the early 20...
Pasture legumes have been identified as the best long-term option to increase the productivity and r...
A total of 44 tropical pasture legume accessions from the Clitoria, Desmanthus, Macroptilium and Sty...
Production, regeneration and persistence of summer-growing pasture legumes were studied in plots (26...
Poor establishment is the most common reason for failure of pasture legumes sown into existing grass...
In 2010 a three year Meat and Livestock Australia funded Producer Demonstration Site (PDS) was estab...
[Extract] Nitrogen is the most limiting element in agricultural production and deficiency reduces th...
The beef industry has contributed significantly to the Queensland economy for more than 150 years. T...
Trials in the Condamine-Balonne basin, Australia, compared 11 promising perennial pasture grass acce...
In previous chapters of this volume, various authors describe the development of herbaceous legumes ...
Soil fertility decline in the northern grain belt has resulted in corresponding declines in grain yi...
Grasses, legumes, saltbushes and herbs were evaluated at 6 sites in southern inland Queensland to id...
This review examines the prospect of improving perennial legume adaptation to grazed mixed pasture s...
In the 1980’s CSIRO and QDPI established a number of pasture legume evaluation trials throughout cla...
The application of phosphorus (P) fertilisers during legume establishment can substantially increase...
Early accidental introduction of Stylosanthes humilis into the N Australian savannas in the early 20...
Pasture legumes have been identified as the best long-term option to increase the productivity and r...
A total of 44 tropical pasture legume accessions from the Clitoria, Desmanthus, Macroptilium and Sty...
Production, regeneration and persistence of summer-growing pasture legumes were studied in plots (26...
Poor establishment is the most common reason for failure of pasture legumes sown into existing grass...
In 2010 a three year Meat and Livestock Australia funded Producer Demonstration Site (PDS) was estab...
[Extract] Nitrogen is the most limiting element in agricultural production and deficiency reduces th...
The beef industry has contributed significantly to the Queensland economy for more than 150 years. T...
Trials in the Condamine-Balonne basin, Australia, compared 11 promising perennial pasture grass acce...
In previous chapters of this volume, various authors describe the development of herbaceous legumes ...
Soil fertility decline in the northern grain belt has resulted in corresponding declines in grain yi...
Grasses, legumes, saltbushes and herbs were evaluated at 6 sites in southern inland Queensland to id...
This review examines the prospect of improving perennial legume adaptation to grazed mixed pasture s...
In the 1980’s CSIRO and QDPI established a number of pasture legume evaluation trials throughout cla...
The application of phosphorus (P) fertilisers during legume establishment can substantially increase...