Hendy and Kerr (2005b) find that an emissions charge on agricultural methane and nitrous oxide of $25 per tonne of carbon dioxide (CO2) equivalent would be likely to reduce New Zealand’s net land-use related emissions for commitment period one in the order of 3%, with full accounting. The costs per farmer and as a percentage of profit would be very high. This paper considers the regional impacts of such a policy in New Zealand by allocating the emission charge across space according to the location of animals. We then combine our emissions charge information with data on the socio-economic characteristics of the affected areas. Obviously rural areas are heavily affected. In many respects, for example median income, ethnic mix, and percentag...
Pastoral farming can result in adverse environmental effects such as nitrogen leaching and greenhous...
We perform simulations using the integrated Land Use in Rural New Zealand (LURNZ) model to analyse t...
Farmers change slowly Avoid pain with clear signals Research...
Hendy and Kerr (2005b) find that an emissions charge on agricultural methane and nitrous oxide of $2...
Agricultural and forestry GHG emissions are a key feature of New Zealand’s emissions profile, and Ne...
The impacts of including the agricultural sector in the New Zealand Emissions Trading Scheme (ETS) d...
Agricultural and forestry GHG emissions are a key feature of New Zealand’s emissions profile, and Ne...
<div><p>Agriculture is important to New Zealand’s economy. Like other primary producers, New Zealand...
Using the simulation model Land Use in Rural New Zealand version 1 - climate (LURNZv1-climate), we s...
Agricultural and forestry GHG emissions are a key feature of New Zealand’s emissions profile, and Ne...
Agriculture is important to New Zealand's economy. Like other primary producers, New Zealand strives...
Stroombergen and Reisinger’s (2012) modelling suggests global pricing of all greenhouse gas (GHG) em...
Implementation of a New Zealand Emission Trading Scheme (NZ ETS) will begin in 2008, beginning with ...
Agricultural and forestry greenhouse gas (GHG) emissions are a key feature of New Zealand’s emission...
<p>Agricultural GHG mitigation policies are important if ambitious climate change goals are to be ac...
Pastoral farming can result in adverse environmental effects such as nitrogen leaching and greenhous...
We perform simulations using the integrated Land Use in Rural New Zealand (LURNZ) model to analyse t...
Farmers change slowly Avoid pain with clear signals Research...
Hendy and Kerr (2005b) find that an emissions charge on agricultural methane and nitrous oxide of $2...
Agricultural and forestry GHG emissions are a key feature of New Zealand’s emissions profile, and Ne...
The impacts of including the agricultural sector in the New Zealand Emissions Trading Scheme (ETS) d...
Agricultural and forestry GHG emissions are a key feature of New Zealand’s emissions profile, and Ne...
<div><p>Agriculture is important to New Zealand’s economy. Like other primary producers, New Zealand...
Using the simulation model Land Use in Rural New Zealand version 1 - climate (LURNZv1-climate), we s...
Agricultural and forestry GHG emissions are a key feature of New Zealand’s emissions profile, and Ne...
Agriculture is important to New Zealand's economy. Like other primary producers, New Zealand strives...
Stroombergen and Reisinger’s (2012) modelling suggests global pricing of all greenhouse gas (GHG) em...
Implementation of a New Zealand Emission Trading Scheme (NZ ETS) will begin in 2008, beginning with ...
Agricultural and forestry greenhouse gas (GHG) emissions are a key feature of New Zealand’s emission...
<p>Agricultural GHG mitigation policies are important if ambitious climate change goals are to be ac...
Pastoral farming can result in adverse environmental effects such as nitrogen leaching and greenhous...
We perform simulations using the integrated Land Use in Rural New Zealand (LURNZ) model to analyse t...
Farmers change slowly Avoid pain with clear signals Research...