A Simulation Study of How Chinese Farmer Cooperatives Can Drive Effective Low-Carbon Production Systems Through a Carbon Transaction Incentive DOI Creative Commons
Feng Jian, Haoyang Li, Nicola Cannon

et al.

Systems, Journal Year: 2025, Volume and Issue: 13(4), P. 260 - 260

Published: April 7, 2025

This article aims to investigate the mechanisms of farmer professional cooperative (FPC) operations and understand their role in promoting low-carbon production among small-scale farmers China. Agricultural carbon emissions account for 17% total emission China; therefore, reducing agricultural is important China achieve neutrality. Small-scale face many obstacles achieving transition agriculture, which therefore makes them a priority target implementation systems Participating FPCs an effective support mechanism conduct production. In this paper, system dynamics model used simulate methods how assist adopt practices within framework China’s trading system, through year 2030. After attending transaction are anticipated decline by 10.21%, FPCs’ net income could increase 11.85%. scenario where price products increases, reduction will be beneficial. Under operation FPCs, greatest profits generated from trading, these distributed farmers, thereby creating positive feedback loop between transactions FPC operations. seeks determine potential outcomes that can serve as basis informed decision-making relevant policy-making agencies regarding simulating benefits both integration system.

Language: Английский

A Simulation Study of How Chinese Farmer Cooperatives Can Drive Effective Low-Carbon Production Systems Through a Carbon Transaction Incentive DOI Creative Commons
Feng Jian, Haoyang Li, Nicola Cannon

et al.

Systems, Journal Year: 2025, Volume and Issue: 13(4), P. 260 - 260

Published: April 7, 2025

This article aims to investigate the mechanisms of farmer professional cooperative (FPC) operations and understand their role in promoting low-carbon production among small-scale farmers China. Agricultural carbon emissions account for 17% total emission China; therefore, reducing agricultural is important China achieve neutrality. Small-scale face many obstacles achieving transition agriculture, which therefore makes them a priority target implementation systems Participating FPCs an effective support mechanism conduct production. In this paper, system dynamics model used simulate methods how assist adopt practices within framework China’s trading system, through year 2030. After attending transaction are anticipated decline by 10.21%, FPCs’ net income could increase 11.85%. scenario where price products increases, reduction will be beneficial. Under operation FPCs, greatest profits generated from trading, these distributed farmers, thereby creating positive feedback loop between transactions FPC operations. seeks determine potential outcomes that can serve as basis informed decision-making relevant policy-making agencies regarding simulating benefits both integration system.

Language: Английский

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