The Place-based Impact Estimator (PIE) is a geospatial tool by WWF that helps organisations identify optimal locations for nature-based investments. It balances objectives like carbon storage and biodiversity to help finance professionals select high-impact projects while managing environmental trade-offs.

This research compares Metals-as-a-Service (MaaS) and linear business models in onshore wind projects. It finds that MaaS improves risk-adjusted performance, increasing project internal rate of return to 19.94% and reducing levelised cost of energy by 15%. The analysis assesses financial viability and risk mitigation strategies for stakeholders.

A high-resolution geospatial monitoring system from Land & Carbon Lab and WRI that tracks global greenhouse gas emissions and removals across agriculture, forests, and soils to support corporate accounting and climate-smart land management.

This report examines the Australian community energy sector, highlighting growth to over 126 projects by 2023. It explores the tension between strong community motivations and significant economic headwinds, such as scale diseconomies and market volatility. Key findings emphasise technical expertise and de-risking strategies as essential for success.

This report analyses the growth of private investment in nature between 2016 and 2025, documenting a fivefold increase in annual capital deployment to $14 billion. It highlights the shift towards institutional-grade natural capital and recommends clearer policy drivers and standardised metrics to unlock investment and bridge the $700 billion finance gap.

The Asset-level physical climate risk register template, developed by the Investor Group on Climate Change (IGCC), enables consistent documentation of climate hazard assessments. It helps investors and managers track risks such as floods and wildfires at the individual asset level to support financial reporting and resilience planning.

MPP's Global Project Tracker maps the global pipeline of commercial-scale, net-zero-aligned clean industrial plants across materials, chemicals and fuels sectors.

Short-duration battery storage in the U.S. has grown 25x in five years, reaching 43,419 MW. This IEEFA report examines how that success is opening pathways for long-duration energy storage, driven by state mandates, data centre demand from AI companies, and advances in technologies including iron-air, liquid air, and carbon-oxygen systems.

This report assesses mine-closure strategies for artisanal and small-scale gold mining in Marmato, Colombia. Applying a systems-based valuation methodology, it highlights the economic and environmental benefits of progressive formalisation and closure, emphasising early risk reduction, physical stabilisation, and ecosystem rehabilitation to improve territorial safety.

This report examines how Ecosystem Service Valuation (ESV) can scale finance for Nature-based Solutions (NbS). By revealing the distribution of socio-economic benefits and costs across stakeholders, ESV provides a standardised framework to inform financial mechanisms and structure effective public-private partnerships.

This series outlines the Forever Wild Initiative’s approach to financing and managing large-scale wilderness landscapes through blended capital models, community co-design, and nature-based enterprises. It documents the development of equitable nature finance structures that integrate conservation, economic activity, and social outcomes across landscapes.

Sets out overarching principles and framework for high-integrity UK nature markets, covering credit generation, trading and storage. Emphasises transparency, additionality, governance, verification and registries to ensure credible environmental outcomes, prevent greenwashing, and support investment in nature recovery.

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.

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.

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 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.