Transparent supply chains can help halt deforestation and protect Earth’s most vulnerable ecosystems.
Amazon
Tropical forests are at the front line of sustainable development, where critical trade-offs need to be negotiated between climate mitigation, biodiversity conservation, food production and economic development. SEI research work on tropical forests ranges from ecological research to groundbreaking data-driven transparency tools linking impacts of deforestation to global companies and consumer markets.
A new publication presents a quantification of carbon emissions from agriculture- and forestry-related deforestation across the tropics.
A pan-tropical survey of emissions, coupled with supply-chain mapping, links emissions to consumer markets.
How can the impacts of water use on water cycles be better represented in life cycle impact assessments?
A restoration prioritization approach can reveal synergies and trade-offs with food production and increase cost-effectiveness for biodiversity conservation.
This article demonstrates the importance of using land data and hydrological models to support implementation of legislation to safeguard the environment.
New countries, new commodities, new indicators, and new levels of accuracy are now available on the Trase forest-risk supply chain transparency platform.
Transparent supply chains can help halt deforestation and protect Earth’s most vulnerable ecosystems.
Secondary forests can be vital to conserve biodiversity and trap carbon, but are still no substitute for undisturbed primary forest.
Secondary forest can never substitute undisturbed primary forest, but it can still be effective in protecting biodiversity and sequestering carbon.
A new study reveals that untouched, primary forests are the ecological gold standard, but regrowing tropical forests are key to biodiversity and carbon storage.
A global biodiversity collapse is imminent unless we take urgent, concerted action to reverse species loss in the tropics, according to a major study in Nature.
An international team warns that a failure to act quickly and decisively will risk unprecedented species loss in the most diverse parts of the planet.
Farm-level data from the eastern Brazilian Amazon shows that market proximity had a significant positive correlation with fertilizer adoption.
Thousands of fish and other freshwater fauna species living in small forest streams in tropical forest areas like the Amazon could be at risk.
This article presents evidence that current environmental legislation designed to protect streams and their biota in the Amazon is not fit for purpose