The New Zealand dairy Industry has had rapid expansion over the past 20 years. The intensification of farm systems and change of land use towards dairying is recognised as an important contributor to a range of environmental problems. The build-up of nitrate in ground and surface waters is a headlining issue and has been confronted through government policy. Leaching limits for the Selwyn‐Waihora catchment area requires dairy farms to reduce nitrogen (N) losses by 30% by 2022, with discharge limits of <15kgN.ha⁻¹ by 2035. Meeting these N limits requires the urgent development of sustainable farm systems. In addition to this, over allocation or river and ground sourced water has reduced the options for irrigation in Canterbury to reliance on...
The most common form of pollution from New Zealand dairy farming is nitrogen, in the form of nitrate...
Agriculture remains a major sector of the New Zealand economy, with the vast majority of farm and fo...
A two-year dairy study was conducted under irrigation at Lincoln, Canterbury, comparing 1. Moderate ...
The New Zealand dairy Industry has had rapid expansion over the past 20 years. The intensification o...
In parts of New Zealand, economic drivers are causing intensification of dairying in order to mainta...
The New Zealand dairy industry has experienced rapid intensification during recent decades in respon...
Within the current New Zealand dairy systems nitrogen inputs and out-puts play an ever increasing ro...
This research study outlines the investigative process to determine relevant factors initiating a ch...
The New Zealand dairy industry has grown significantly over the past decade through increasing both ...
Historically production increases have been a result of increased stocking rate and nitrogen fertili...
Dairy farming has impacts on receiving water bodies that have increased in New Zealand during the pa...
The Canterbury Region of New Zealand has undergone rapid and significant land use intensification ov...
Agriculture remains a major sector of the New Zealand economy, with the vast majority of farm and fo...
The New Zealand Kellogg Rural Leaders Programme develops emerging agribusiness leaders to help shape...
A major challenge to the New Zealand’s growing dairy industry is to achieve an annual productivity g...
The most common form of pollution from New Zealand dairy farming is nitrogen, in the form of nitrate...
Agriculture remains a major sector of the New Zealand economy, with the vast majority of farm and fo...
A two-year dairy study was conducted under irrigation at Lincoln, Canterbury, comparing 1. Moderate ...
The New Zealand dairy Industry has had rapid expansion over the past 20 years. The intensification o...
In parts of New Zealand, economic drivers are causing intensification of dairying in order to mainta...
The New Zealand dairy industry has experienced rapid intensification during recent decades in respon...
Within the current New Zealand dairy systems nitrogen inputs and out-puts play an ever increasing ro...
This research study outlines the investigative process to determine relevant factors initiating a ch...
The New Zealand dairy industry has grown significantly over the past decade through increasing both ...
Historically production increases have been a result of increased stocking rate and nitrogen fertili...
Dairy farming has impacts on receiving water bodies that have increased in New Zealand during the pa...
The Canterbury Region of New Zealand has undergone rapid and significant land use intensification ov...
Agriculture remains a major sector of the New Zealand economy, with the vast majority of farm and fo...
The New Zealand Kellogg Rural Leaders Programme develops emerging agribusiness leaders to help shape...
A major challenge to the New Zealand’s growing dairy industry is to achieve an annual productivity g...
The most common form of pollution from New Zealand dairy farming is nitrogen, in the form of nitrate...
Agriculture remains a major sector of the New Zealand economy, with the vast majority of farm and fo...
A two-year dairy study was conducted under irrigation at Lincoln, Canterbury, comparing 1. Moderate ...