Global review and project survey of natural climate solutions across 137 countries finds implementation is constrained mainly by social-behavioural, knowledge, and government or organisational barriers, especially weak policy coordination and implementation capacity. Without targeted enabling measures, near-term mitigation will remain below biophysical potential.

This month’s sustainability roundup captures a shift from framework development to real-world application, where climate and nature risks are increasingly embedded across financial systems, legal accountability, and decision-making. It highlights how intensifying physical climate signals, evolving disclosures, and maturing litigation are converging with insights on sovereign risk, energy systems, and corporate strategy. Together, these developments show how sustainability is moving beyond principle—being tested, priced, and enforced across markets, regulation, and the real economy.

Report presents UK qualitative research on centre-right attitudes to energy efficiency and renewables, finding trust deficits and scepticism. Messaging aligned with values—avoiding waste, local control, and authenticity—resonates best, while economic or corporate framing underperforms. Emphasises credible messengers and community-based approaches.

This month’s sustainability roundup traces a rapidly evolving landscape in climate governance and industrial transition, highlighting the convergence of ISSB-aligned disclosure standards and emerging carbon trade measures alongside shifting cost curves in transport and critical minerals. It underscores how tighter emissions accounting and border policies are embedding carbon competitiveness into capital allocation, while advances in electrification, AI-driven power demand and expanding legal accountability are integrating climate and nature risk into mainstream financial decision-making.

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.

This article presents the Three Horizons of Decarbonisation framework, helping companies distinguish between short-term efficiency measures, operational transformation, and fundamental business model shifts. It explains how clear horizon identification improves capital allocation, stakeholder engagement, and the likelihood that net zero plans translate into meaningful action.

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.

The IEA’s Energy and AI report examines AI’s rising electricity demand and its capacity to improve energy efficiency, security and innovation. It assesses data centres, grids and end-uses, highlighting skills, infrastructure and policy needs to manage costs, emissions and resilience globally.

Forest Carbon and Climate Program (FCCP) at Michigan State University advances research, education and professional training on forest carbon, climate change and sustainable forest management.
FCCP delivers courses, events and applied insights supporting climate-smart forestry, carbon markets and land-use decision-making worldwide.

Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES) is a global body strengthening links between science and policy on biodiversity and ecosystem services. It delivers authoritative assessments, tools and capacity-building to inform decision-making, manage nature-related risks, and support sustainable development worldwide for governments, finance, business and civil society globally.

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.

Energy & Climate Intelligence Unit (ECIU) is a UK-based climate and energy policy organisation providing evidence-led analysis on net zero, energy transition, climate science, and public policy. ECIU produces briefings, data insights, and media commentary to inform decision-makers, investors, and the public.

This month’s sustainable finance article roundup examines a landscape increasingly shaped by geopolitics and climate risk, as near-term fragmentation, energy security, and affordability pressures collide with intensifying long-term threats from climate change, biodiversity loss, and water stress. The works featured analyse how these dynamics are reshaping capital allocation, disclosure, and resilience planning, demonstrating the growing need for sustainable finance to integrate geopolitical risk with real-economy transition.

RETScreen is a clean energy management software developed by Natural Resources Canada to assess renewable energy and energy efficiency projects. It supports feasibility analysis, financial evaluation, energy performance tracking and greenhouse gas emissions analysis using integrated global climate, cost and benchmark datasets.

Drawing on Australia’s first national study of board-level engagement with nature, this article shows how directors are treating nature as a material governance and financial issue. It highlights how boards are extending climate governance systems to manage nature-related risks, adopt frameworks like TNFD, and build resilience and long-term value despite policy uncertainty.

The report argues the Global South is rapidly adopting cleantech as its cheapest growth pathway, driven by low energy access, limited fossil resources and abundant renewables. Falling costs, electrification and Chinese supply underpin accelerating solar and wind deployment, with fossil fuel demand for electricity expected to peak by 2030.