
Track 3-03: Managing the Policies, Trade-Offs and Incentives for Grasslands
Description
Increasing soil organic carbon (SOC) has potential to offset greenhouse gas emissions, but the scope for on-farm carbon sequestration is poorly understood. A pilot scheme was developed in Central West NSW, Australia to trial the use of a market-based instrument to encourage farmers to increase soil organic carbon levels. The pilot considered the relationship between land use, management practices and soil carbon levels; offered alternative contract designs to attract landholders; and developed monitoring and reporting protocols. The pilot was rolled-out in 2011 and 2012 and had 11 successful tenders with an average price of $A37 per t CO2-e. The results of this conservation tender will assist the design of future programs aimed at encouraging mitigation effort from the agricultural sector.
Citation
Lorimer-Ward, Kate; Badgery, Warwick B.; Crean, Jason; Murphy, Brian; Rawson, Andrew; Pearson, Leonie; Simmons, Aaron; Andersson, Karl; Warden, Elizabeth; Packer, Ian; Trengove, David; and Kovacs, Mary, "Bridging the Gap Between Science, Economics and Policy to Develop and Implement a Pilot Market Based Instrument for Soil Carbon" (2020). IGC Proceedings (1989-2023). 4.
https://uknowledge.uky.edu/igc/22/3-3/4
Bridging the Gap Between Science, Economics and Policy to Develop and Implement a Pilot Market Based Instrument for Soil Carbon
Increasing soil organic carbon (SOC) has potential to offset greenhouse gas emissions, but the scope for on-farm carbon sequestration is poorly understood. A pilot scheme was developed in Central West NSW, Australia to trial the use of a market-based instrument to encourage farmers to increase soil organic carbon levels. The pilot considered the relationship between land use, management practices and soil carbon levels; offered alternative contract designs to attract landholders; and developed monitoring and reporting protocols. The pilot was rolled-out in 2011 and 2012 and had 11 successful tenders with an average price of $A37 per t CO2-e. The results of this conservation tender will assist the design of future programs aimed at encouraging mitigation effort from the agricultural sector.