Add to ORKGA recent field experiment on established pastures at Esperance Downs Research Station has demonstrated a relationship between superphosphate application, pasture oestrogens and oestrogenic response in sheep. Results of the experiment indicate that on phosphate deficient soils carrying oestrogenic clovers, the levels of oestrogenic materials in the pasture are increased if superphosphate applications are below those recommended for healthy pasture growth
Phosphorus (P) is a key input necessary for high production in many temperate, grass-legume pasture ...
The possibility of improving the soil phosphorus status by a store dressing with rock phosphate has ...
The results of two field trials in which the efficiency of superphosphate phosphorus and rock phosph...
A grazing experiment with Polwarth ewes was carried out over seven years on a perennial ryegrass/sub...
Experiments were undertaken on four farms in southern New South Wales to assess the requirements for...
The performance of Brahman crossbred cows grazing annual grass plus Townsville stylo (Stylosanthes h...
Phosphate deficiency is very marked in Australian soils, particularly in the southern half of the co...
Pasture-based animal production systems, which occupy a significant proportion of the landscape in V...
PASTURE IMPROVEMENT has been based on topdressing with superphosphate, which supplies sulphur as wel...
In an experiment at the Agricultural Research Station, Temora, New South Wales, Merino breeding ewes...
BECAUSE Western Australian soils are low in phosphorus, frequent applications of superphosphate are ...
Limiting the use of phosphorous (P) in intensive agriculture is necessary to decrease losses to surf...
Sulphur deficiency has long been recognised as a potential problem of legume pastures in the higher ...
Growth of cattle was measured between Annual liveweight gain of steers at the low stocking 1974-75 a...
Early research found that sulphur (S) alone was required on less weathered Semi-Arid and Pallic soil...
Phosphorus (P) is a key input necessary for high production in many temperate, grass-legume pasture ...
The possibility of improving the soil phosphorus status by a store dressing with rock phosphate has ...
The results of two field trials in which the efficiency of superphosphate phosphorus and rock phosph...
A grazing experiment with Polwarth ewes was carried out over seven years on a perennial ryegrass/sub...
Experiments were undertaken on four farms in southern New South Wales to assess the requirements for...
The performance of Brahman crossbred cows grazing annual grass plus Townsville stylo (Stylosanthes h...
Phosphate deficiency is very marked in Australian soils, particularly in the southern half of the co...
Pasture-based animal production systems, which occupy a significant proportion of the landscape in V...
PASTURE IMPROVEMENT has been based on topdressing with superphosphate, which supplies sulphur as wel...
In an experiment at the Agricultural Research Station, Temora, New South Wales, Merino breeding ewes...
BECAUSE Western Australian soils are low in phosphorus, frequent applications of superphosphate are ...
Limiting the use of phosphorous (P) in intensive agriculture is necessary to decrease losses to surf...
Sulphur deficiency has long been recognised as a potential problem of legume pastures in the higher ...
Growth of cattle was measured between Annual liveweight gain of steers at the low stocking 1974-75 a...
Early research found that sulphur (S) alone was required on less weathered Semi-Arid and Pallic soil...
Phosphorus (P) is a key input necessary for high production in many temperate, grass-legume pasture ...
The possibility of improving the soil phosphorus status by a store dressing with rock phosphate has ...
The results of two field trials in which the efficiency of superphosphate phosphorus and rock phosph...