农业在澳大利亚政府减排基金中的作用

R. White
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引用次数: 1

摘要

2022年澳大利亚农业温室气体排放量为6780万吨二氧化碳当量(CO2-e),占总排放量的12.9%。反刍动物喷出的甲烷(CH4)占农业排放的42%。到2030年,澳大利亚政府的目标是将总排放量从2005年的水平减少43%。实现这一减排的主要政策工具是减排基金(ERF),其中农业有两个主要途径-通过抑制CH4排放来避免排放和通过批准的项目进行土壤碳封存(SCS)。尽管自2014年以来,农业承诺减排1520万吨,但到2022年4月,仅减排110万吨。给出了SCS在不同雨区的牧场和农田潜在减排的例子。抑制甲烷排放的方法尚未在商业上扩大规模,并在放牧动物中得到证实。对SCS的主要限制是澳大利亚降雨量的不可靠性,相对于C信用的价值,项目管理的高成本,以及维持批准的土地管理至少25年的机会成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Role of Agriculture in the Australian Government’s Emission Reduction Fund
Australia’s greenhouse gas emissions from agriculture in 2022 were 67.8 million (M) tonnes (t) of carbon dioxide equivalent (CO2-e), amounting to 12.9% of total emissions. Erupted methane (CH4) from ruminant animals comprised 42% of agricultural emissions. By 2030, the Australian Government aims to reduce total emissions by 43% from the 2005 level. The primary policy instrument for achieving this reduction is the Emissions Reduction Fund (ERF) in which there are two main pathways for agriculture – emission avoidance through suppression of CH4 emissions and soil carbon sequestration (SCS) through approved projects. Although agriculture since 2014 has promised 15.2 Mt of abatement, by April 2022 it has delivered only 1.1 Mt. Examples are given of potential abatement by SCS for pasture and cropping land in different rainfall zones. Methods of suppressing CH4 emissions have yet to be scaled up commercially and proven for grazing animals. The main constraints on SCS are the unreliability of Australian rainfall, the high cost of project management relative to the value of a C credit, and the opportunity cost of maintaining an approved land management for at least 25 years.
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