Biodiverse coffee plantations provide co‐benefits without compromising yield

Abstract Introduction Coffee is a ubiquitous global commodity that is cultivated with a wide range of practices, each with different, yet poorly understood trade‐offs between management intensity, yield, and biodiversity. For example, monocultures prioritise coffee production, but do not necessarily deliver the highest coffee yields, nor the greatest profits. Understanding these trade‐offs is key to informing sustainable coffee production. Methods We synthesized the literature on these relationships, finding that agroforestry farming systems support greater biodiversity while often producing coffee yields that are comparable to monoculture systems. Results Over half of studies (57%) failed to detect a trade‐off between yield and biodiversity in agroforestry systems. Of the 16 cases that investigated pollinators and yield, 85% showed a positive relationship. Farm proximity to natural forests also improved both biodiversity outcomes and coffee yields. Conclusion Studies in our data set revealed that agroforestry systems can deliver additional ecosystem services including carbon sequestration and pest control, with economic benefits accrued through income diversification and improvements to coffee bean quality. Our results illustrate how agroforestry systems within the coffee sector can return positive socio‐ecological outcomes.

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Publication Details

Journal
Journal of Sustainable Agriculture and Environment
Published
2024-09-01
DOI
https://doi.org/10.1002/sae2.70005
Citations
12
Primary Topic
Cocoa and Sweet Potato Agronomy
Type
article
Field-Weighted Citation Impact
10.37

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article

Biodiverse coffee plantations provide co‐benefits without compromising yield

Ruth E. Bennett, Georgia E. Garrard, Amanda D. Rodewald, Ascelin Gordon et al.
12 citations
Journal of Sustainable Agriculture and Environment
Cocoa and Sweet Potato Agronomy
10.37
article

Biodiverse coffee plantations provide co‐benefits without compromising yield

Ruth E. Bennett, Georgia E. Garrard, Amanda D. Rodewald, Ascelin Gordon, Sarah Bekessy, Pia E. Lentini, Matthew J. Selinske, Dale R Wright
article en
12 citations

Abstract

Abstract Introduction Coffee is a ubiquitous global commodity that is cultivated with a wide range of practices, each with different, yet poorly understood trade‐offs between management intensity, yield, and biodiversity. For example, monocultures prioritise coffee production, but do not necessarily deliver the highest coffee yields, nor the greatest profits. Understanding these trade‐offs is key to informing sustainable coffee production. Methods We synthesized the literature on these relationships, finding that agroforestry farming systems support greater biodiversity while often producing coffee yields that are comparable to monoculture systems. Results Over half of studies (57%) failed to detect a trade‐off between yield and biodiversity in agroforestry systems. Of the 16 cases that investigated pollinators and yield, 85% showed a positive relationship. Farm proximity to natural forests also improved both biodiversity outcomes and coffee yields. Conclusion Studies in our data set revealed that agroforestry systems can deliver additional ecosystem services including carbon sequestration and pest control, with economic benefits accrued through income diversification and improvements to coffee bean quality. Our results illustrate how agroforestry systems within the coffee sector can return positive socio‐ecological outcomes.

Journal of Sustainable Agriculture and EnvironmentVol. 3(3)
Arthur Rylah Institute for Environmental Research (AU), The University of Melbourne (AU), Cornell University (US), Smithsonian Conservation Biology Institute (US), Melbourne School of Theology (AU), National Zoological Park (US), Zoos Victoria (AU), Louisiana Department of Natural Resources (US), Cornell Lab of Ornithology, Conservation Biology Institute, RMIT University (AU)
RMIT University, Australian Research Council
Zero hunger
Openalex Percentile: Top 2%
Cocoa and Sweet Potato Agronomy
10.37
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