Wageningen University & Research (WUR) is a leading Dutch academic institution focused on sustainable food systems, climate change, biodiversity, agriculture and environmental science.

It combines university education with applied and fundamental research to address global challenges in nutrition, health, water and circular bioeconomy. WUR partners with industry and governments worldwide.

Future Energy Scenarios 2025 provides independent pathways for Great Britain’s energy system to reach net zero by 2050. It models demand, supply, flexibility and emissions across electricity, gas and hydrogen, assessing costs, infrastructure needs, carbon budgets and policy choices under varying levels of electrification, hydrogen deployment and consumer engagement.

This report analyses global coal supply, demand, trade and prices to 2030. It assesses regional consumption trends across power and industry, production outlooks for major exporters, policy and decarbonisation impacts, and market risks. Forecasts highlight shifting Asian demand, plateauing global use, and implications for investment and energy security.

This benchmark series examines the gap between governments’ planned fossil fuel production and pathways consistent with international climate goals. It assesses alignment with temperature limits by reviewing national production plans and policy signals, providing a consistent framework to track progress and comparability across editions.

This article argues the global food system is the largest source of human-caused methane and deserves far more policy and funding attention. It maps key emission “hot spots”—ruminant livestock, food waste in landfills, biomass burning, and flooded rice fields—and outlines practical mitigation options from dietary shifts to landfill capture and improved rice management.

This series provides an overview of the artisanal and small-scale mining sector, examining its structure, operating context, and governance considerations. It explores economic, social, environmental, and regulatory dimensions to support informed analysis, comparison, and ongoing assessment of developments across the sector over time.

Orbae is an open-data platform by AdAstra Sustainability that quantifies greenhouse gas emissions from agricultural land-use change. It provides high-resolution, spatially explicit data to assess land conversion impacts across crops, regions and supply chains, supporting climate risk analysis, reporting and sustainable finance decision-making.

AdAstra Sustainability uses geospatial data science to reveal environmental impacts of agricultural supply chains and land conversion. Through its open data platform Orbae, it helps food manufacturers, commodity traders, NGOs and governments analyse high-resolution land use change emissions, support climate strategy and identify deforestation risks.

This report outlines practical tools to help mining and metals companies integrate circular economy principles. It explains business drivers, regulatory context, metrics, and case studies, supporting financial and non-financial business cases for improved resource efficiency, value retention, and responsible production.

The report analyses how WTO trade rules can support climate action. It assesses tools such as border carbon adjustments, standards, subsidies and technology policy, identifying legal gaps, development impacts and the need for coordinated reforms to align multilateral trade governance with climate objectives.

The report outlines an investor-led 10-year vision for a responsible, resilient mining sector. It sets goals to align capital, governance and stewardship with social and environmental standards, supporting mineral supply for the low-carbon transition while managing risk and long-term value.

The report analyses China’s first quantitative coal power decarbonisation plan, outlining emissions-reduction targets to 2027 via co-firing and carbon capture. It finds retrofitted coal increasingly uncompetitive versus renewables with storage, raising risks for new coal investments and strengthening the case for no-new-coal commitments.

This report analyses climate-driven food price inflation in the UK, linking global heat and drought shocks to rising import costs. It projects 25–34% cumulative food inflation by 2050, with disproportionate impacts on low-income households and increased poverty risks.

The report examines how traceability can support responsible critical mineral supply chains. It outlines policy drivers, system components, costs and limitations, and mineral-specific challenges, concluding that well-designed traceability can enhance due diligence, transparency and supply security when proportionate and risk-based.

This study estimates global climate change impacts on six staple crops using subnational data and observed adaptation. Yields fall by about 4.4% of recommended calories per 1 °C warming. Adaptation and income growth offset losses partially, but substantial global and regional yield declines remain.

The report links unprecedented climate extremes to sharp food price spikes, documenting recent global cases. It finds these shocks worsen inequality, food security, health outcomes, inflation volatility and political stability, and argues for stronger mitigation, adaptation, forecasting and social safety nets to manage rising systemic risks.