TY - JOUR
T1 - Should payments for environmental services be used to implement zero-deforestation supply chain policies? The case of soy in the Brazilian Cerrado
AU - Garrett, R. D.
AU - Grabs, J.
AU - Cammelli, F.
AU - Gollnow, F.
AU - Levy, S. A.
N1 - Funding Information:
FC and JG were supported by startup funds provided to RG through ETH Zürich, ERC Grant #949932 and SNF Grant #100017_192373, FG was supported by the NASA Land-Cover and Land-Use Change Program (80NSSC18K0315) to Boston University and SL and associated fieldwork was supported by National Science Foundation award #1739253 and the BU Global Development Policy Center. We are grateful for the support and participation of Anna Victoria Nogueira Garik (former BA/MS student at Boston University) in the field interviews within the Cerrado and to the farmers and experts for speaking with us.
Funding Information:
FC and JG were supported by startup funds provided to RG through ETH Zürich, ERC Grant #949932 and SNF Grant #100017_192373, FG was supported by the NASA Land-Cover and Land-Use Change Program (80NSSC18K0315) to Boston University and SL and associated fieldwork was supported by National Science Foundation award # 1739253 and the BU Global Development Policy Center. We are grateful for the support and participation of Anna Victoria Nogueira Garik (former BA/MS student at Boston University) in the field interviews within the Cerrado and to the farmers and experts for speaking with us.
Publisher Copyright:
© 2022 The Author(s)
PY - 2022/4
Y1 - 2022/4
N2 - Over the past decade public and private actors have been developing a variety of new policy approaches for addressing agriculturally-driven deforestation linked to international supply chains. While payments for environmental services (PES) have been advocated in many contexts as an efficient and pro-poor environmental policy to incentivize conservation, they have been the subject of intense scrutiny and criticism for leading to mixed and sometimes adverse environmental and social outcomes. It remains unclear whether such an approach is an improvement over existing approaches to govern sustainability in supply chains and especially as a mechanism for reducing ecosystem conversion. Here we conduct an ex-ante analysis to examine the potential outcomes of using a standalone PES scheme versus existing standalone market exclusion mechanisms (MEM) to govern commodity supply chains. The analysis develops a theoretical framework to examine the potential effectiveness, cost-effectiveness, equity, and legitimacy of the two approaches and then applies this framework using qualitative analysis of secondary and interview data. Using this theory-driven evaluation approach we examine the case of the Brazilian Cerrado, where a PES mechanism is currently being proposed to achieve zero-deforestation targets in soy supply chains. We find that both standalone approaches suffer from different strengths and challenges and would be better used in combination. We conclude that a mixture of strict market exclusion with positive incentives and enabling programs that are targeted at the poorest farmers would be more effective, cost-effective, equitable, and legitimate. However, in the future such supply chain focused soy deforestation control efforts in the Cerrado must be complemented by broader jurisdictional approaches to addressing deforestation and sustainable developement that include all land use actors, not just soy farmers. These more inclusive and balanced initiatives can help ensure that avoiding deforestation goes hand in hand with supporting sustainable livelihoods for a wider range of actors in the Cerrado.
AB - Over the past decade public and private actors have been developing a variety of new policy approaches for addressing agriculturally-driven deforestation linked to international supply chains. While payments for environmental services (PES) have been advocated in many contexts as an efficient and pro-poor environmental policy to incentivize conservation, they have been the subject of intense scrutiny and criticism for leading to mixed and sometimes adverse environmental and social outcomes. It remains unclear whether such an approach is an improvement over existing approaches to govern sustainability in supply chains and especially as a mechanism for reducing ecosystem conversion. Here we conduct an ex-ante analysis to examine the potential outcomes of using a standalone PES scheme versus existing standalone market exclusion mechanisms (MEM) to govern commodity supply chains. The analysis develops a theoretical framework to examine the potential effectiveness, cost-effectiveness, equity, and legitimacy of the two approaches and then applies this framework using qualitative analysis of secondary and interview data. Using this theory-driven evaluation approach we examine the case of the Brazilian Cerrado, where a PES mechanism is currently being proposed to achieve zero-deforestation targets in soy supply chains. We find that both standalone approaches suffer from different strengths and challenges and would be better used in combination. We conclude that a mixture of strict market exclusion with positive incentives and enabling programs that are targeted at the poorest farmers would be more effective, cost-effective, equitable, and legitimate. However, in the future such supply chain focused soy deforestation control efforts in the Cerrado must be complemented by broader jurisdictional approaches to addressing deforestation and sustainable developement that include all land use actors, not just soy farmers. These more inclusive and balanced initiatives can help ensure that avoiding deforestation goes hand in hand with supporting sustainable livelihoods for a wider range of actors in the Cerrado.
KW - Conservation policy
KW - Deforestation-risk commodities
KW - Environmental governance
KW - Sustainable supply chains
KW - Trade
UR - https://www.scopus.com/pages/publications/85123114907
UR - http://hdl.handle.net/20.500.14342/5011
U2 - 10.1016/j.worlddev.2022.105814
DO - 10.1016/j.worlddev.2022.105814
M3 - Article
AN - SCOPUS:85123114907
SN - 0305-750X
VL - 152
JO - World Development
JF - World Development
M1 - 105814
ER -