A novel methodological approach to inform deforestation policies and to assess potential effectiveness of supply chain zero-deforestation commitments.
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How spatial data and machine-learning techniques can connect Earth observation data to conventional economic tools to improve supply chain sustainability.
An enhanced approach to life cycle assessments of globally traded agricultural commodities that takes into account the specifics of individual supply chains.
The editorial to a special issue of Environmental Research Letters.
Evaluating Zero Deforestation Commitments (ZDCs) for global supply chains of Brazilian soy.
Calculating the biodiversity impact of soy production that can be attributed to consumers in different countries around the world.
Precise calculations of the carbon emissions and air pollution linked to a commodity shipment by sea are now possible with a new data-driven methodology.
New criteria for judging the likely effectiveness of commitments to keep deforestation out of supply chains.
A pan-tropical survey of emissions, coupled with supply-chain mapping, links emissions to consumer markets.
This chapter examines the causes and effects of trade and land-use telecouplings.
How do reforestation gains stack up against deforestation embedded in consumption?
This article presents a new method for accurately calculating GHG emissions from marine cargo shipping, and attributing them to countries, vessels and products.
How can better transparency boost sustainability governance in agricultural commodity supply chains?
This article examines the roles played by large interests and smallholders in creating agricultural frontiers, focusing on the Gran Chaco region.
This book chapter suggests how producer jurisdictions can play a more effective role in making agricultural commodity more sustainable.