Quantitative information on urine volume of dairy cows fed winter forages is required to accurately evaluate nitrate leaching risks on these diets. Thirty-two Friesian x Jersey non-lactating, pregnant dairy cows were fed either 10 kg DM of fodder beet with 5.6 kg DM of ryegrass baleage or 16.4 kg DM of kale with 6.4 kg of oat silage. Cows were fitted with a urine meter for 24 to 72 hours to record the frequency and volume of urine events. Daily urine volume (28 ± 3 L/cow/day), frequency (9 ± 0.89 events/cow/day), and event volume (3.2 ± 0.3 L/event) were not significantly different between fodder beet and kale treatments. This was despite respective differences in total apparent water (51 vs. 70 L/cow/day, ± 2, P<0.001) and nitrogen (N) int...
The intensification of New Zealand pastoral agriculture has led to the use of irrigation, fertiliser...
The effect of including a mixture of forbs in a standard perennial ryegrass-white clover pasture, wi...
Urine patches from ruminant livestock are risk areas for soil nitrogen (N) loss from grazed pastures...
Quantitative information on urine volume of dairy cows fed winter forages is required to accurately ...
Prediction of nitrogen (N) leaching from urine events using modelling tools such as OVERSEER is impo...
Nitrate leaching loss from urine patches is predicted using a number of variables including urine N ...
Dairy cow urine is the greatest contributor of nitrate leaching on agricultural systems. This is bec...
The opportunity to reduce nitrogen (N) losses to the environment from wintering systems for dairy co...
Environmental degradation has been attributed to inefficient nitrogen utilization from pastoral dair...
peer reviewedNitrogen (N) rejections are a problem of importance in cattle production. In pasture, t...
There is an increasing pressure on temperate pastoral dairy production systems to reduce environment...
The effect of feeding two different supplements (perennial ryegrass or plantain baleage) on urinary ...
Grazing of winter forage crops is a common management option used in the dairy industry of New Zeala...
Inefficient nitrogen (N) use from pastoral dairy production systems has resulted in environmental de...
Energy supplementation of pasture fed dairy cows has the potential to increase milk production while...
The intensification of New Zealand pastoral agriculture has led to the use of irrigation, fertiliser...
The effect of including a mixture of forbs in a standard perennial ryegrass-white clover pasture, wi...
Urine patches from ruminant livestock are risk areas for soil nitrogen (N) loss from grazed pastures...
Quantitative information on urine volume of dairy cows fed winter forages is required to accurately ...
Prediction of nitrogen (N) leaching from urine events using modelling tools such as OVERSEER is impo...
Nitrate leaching loss from urine patches is predicted using a number of variables including urine N ...
Dairy cow urine is the greatest contributor of nitrate leaching on agricultural systems. This is bec...
The opportunity to reduce nitrogen (N) losses to the environment from wintering systems for dairy co...
Environmental degradation has been attributed to inefficient nitrogen utilization from pastoral dair...
peer reviewedNitrogen (N) rejections are a problem of importance in cattle production. In pasture, t...
There is an increasing pressure on temperate pastoral dairy production systems to reduce environment...
The effect of feeding two different supplements (perennial ryegrass or plantain baleage) on urinary ...
Grazing of winter forage crops is a common management option used in the dairy industry of New Zeala...
Inefficient nitrogen (N) use from pastoral dairy production systems has resulted in environmental de...
Energy supplementation of pasture fed dairy cows has the potential to increase milk production while...
The intensification of New Zealand pastoral agriculture has led to the use of irrigation, fertiliser...
The effect of including a mixture of forbs in a standard perennial ryegrass-white clover pasture, wi...
Urine patches from ruminant livestock are risk areas for soil nitrogen (N) loss from grazed pastures...