Addressing the policy and business drivers of global freshwater biodiversity loss

While they are important, local or catchment-level conservation efforts are by themselves unlikely to bend the curve of dramatic global-scale biodiversity loss in rivers, lakes, and freshwater wetlands. Other interventions will also be required, especially those that address the underlying socio-economic drivers of freshwater ecosystem degradation. Such drivers often manifest through decisions made at national or international scales by policymakers and business leaders in sectors including water resource management, agriculture and food production, energy generation, and inland fisheries. Few analyses have traced the impacts of such decisions on freshwater ecosystems and biodiversity, and the evidence base provides scant insight into effective approaches for addressing these underlying drivers. We begin to address this strategic knowledge gap by describing key policy and business sectors that the conservation and science communities should engage to address the systemic drivers of global freshwater biodiversity loss. Drawing on diverse experiences of international policy and business discourses and applied freshwater sciences, we provide an overview of international sector-specific risks and opportunities for freshwater conservation and propose potential priorities for engagement. We reflect on actions the freshwater sciences community can take to respond to these risks and opportunities, and we suggest priorities to shape a more systemic, driver-focused approach to freshwater conservation research that can support the integration of freshwater biodiversity considerations into policy and business decisions.

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Publication Details

Journal
Environmental Reviews
Published
2025-01-01
DOI
https://doi.org/10.1139/er-2024-0139
Citations
3
Primary Topic
Fish Ecology and Management Studies
Type
article
Field-Weighted Citation Impact
6.94
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article

Addressing the policy and business drivers of global freshwater biodiversity loss

James Dalton, Ute Collier, Steven J. Cooke, David Tickner et al.
3 citations
Environmental Reviews
Fish Ecology and Management Studies
6.94
article

Addressing the policy and business drivers of global freshwater biodiversity loss

James Dalton, Ute Collier, Steven J. Cooke, David Tickner, William J. Young, Sui Chian Phang, Eugenio Barrios Ordóñez, Laurenne Schiller, Lifeng Li, Ian Harrison
article en
3 citations

Abstract

While they are important, local or catchment-level conservation efforts are by themselves unlikely to bend the curve of dramatic global-scale biodiversity loss in rivers, lakes, and freshwater wetlands. Other interventions will also be required, especially those that address the underlying socio-economic drivers of freshwater ecosystem degradation. Such drivers often manifest through decisions made at national or international scales by policymakers and business leaders in sectors including water resource management, agriculture and food production, energy generation, and inland fisheries. Few analyses have traced the impacts of such decisions on freshwater ecosystems and biodiversity, and the evidence base provides scant insight into effective approaches for addressing these underlying drivers. We begin to address this strategic knowledge gap by describing key policy and business sectors that the conservation and science communities should engage to address the systemic drivers of global freshwater biodiversity loss. Drawing on diverse experiences of international policy and business discourses and applied freshwater sciences, we provide an overview of international sector-specific risks and opportunities for freshwater conservation and propose potential priorities for engagement. We reflect on actions the freshwater sciences community can take to respond to these risks and opportunities, and we suggest priorities to shape a more systemic, driver-focused approach to freshwater conservation research that can support the integration of freshwater biodiversity considerations into policy and business decisions.

Environmental ReviewsVol. 33
Griffith University (AU), Dalhousie University (CA), Food and Agriculture Organization of the United Nations (IT), Agence internationale de l'énergie (FR), Environment Agency Abu Dhabi (AE), International Renewable Energy Agency (AE), Fundación para el Desarrollo de la Ecología (BO), WWF-UK (GB), International Union for Conservation of Nature (CH), Carleton University (CA)
Openalex Percentile: Top 4%
Fish Ecology and Management Studies
6.94
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