Natural Capital
- NOTOC**
Natural Capital
Natural capital is the stock of natural assets—including ecosystems, biodiversity, forests, soils, freshwater, oceans, minerals and other environmental resources—that generates benefits for people and economies. These benefits are commonly described as ecosystem services and include food production, clean water, climate regulation, carbon storage, flood protection, pollination, recreation, cultural values and many other contributions to human well-being.
The natural-capital concept expands conventional economic thinking by recognizing that economic activity ultimately depends on functioning ecological systems. Traditional measures such as gross domestic product can record income and production while failing to show whether forests, soils, fisheries, biodiversity or other productive natural assets are being depleted. Natural-capital approaches therefore seek to measure environmental assets alongside produced and human capital so that economic development can be assessed in terms of long-term wealth rather than short-term production alone.
Research on natural capital has developed from ecological economics, ecosystem-service science, environmental valuation and national accounting. It increasingly influences government policy, corporate decision-making, investment analysis, biodiversity conservation and international development.
Foundations of Natural Capital
Natural capital can be understood as the ecological equivalent of other forms of productive capital. Just as machinery, infrastructure and knowledge can generate economic benefits over time, ecosystems and natural resources produce continuing flows of valuable services.
Early natural-capital scholarship emphasized that maintaining essential stocks of natural assets is a basic requirement for sustainability. Some natural assets may be partly substitutable with technology or manufactured capital, but many ecological functions are difficult or impossible to replace once degraded beyond critical thresholds.
The global development of ecosystem-service valuation helped make these relationships more visible. Researchers have attempted to estimate the economic value generated by ecosystems while also emphasizing that monetary valuation represents only one way of understanding nature's importance. Ecological resilience, cultural significance, intrinsic value and distributional consequences may not be fully represented by market prices.
Natural capital therefore encompasses both measurable economic benefits and ecological systems whose importance can exceed their immediately quantifiable financial value.
Ecosystem Services and the Value of Nature
Natural capital generates ecosystem services through interactions among biodiversity, vegetation, soils, water, climate and other ecological processes. These services are often grouped into provisioning, regulating and cultural benefits.
Provisioning services include food, freshwater, timber, fibers and other materials derived from ecosystems. Regulating services include climate regulation, flood protection, erosion control, water purification, pollination and carbon sequestration. Cultural services include recreation, tourism, landscape values, education, heritage and spiritual relationships with nature.
Biodiversity contributes to the functioning and resilience of natural capital. Diverse ecological systems may be better able to withstand disturbances, maintain ecosystem functions and continue providing services under changing environmental conditions.
Natural-capital assessments consequently attempt to connect ecological condition with the benefits received by people. The condition of an ecosystem is important because degraded forests, wetlands, soils, rivers or marine systems may continue to exist physically while becoming less capable of delivering services.
Valuation can help governments and organizations compare environmental gains and losses with other economic considerations. However, valuation remains methodologically and ethically complex. Some ecosystem benefits have observable market prices, while others require indirect methods, non-monetary indicators or deliberative approaches.
Natural Capital Accounting
Natural-capital accounting seeks to incorporate environmental assets and ecosystem services into structured economic and statistical systems.
A central international framework is the United Nations System of Environmental-Economic Accounting, particularly SEEA Ecosystem Accounting. The framework enables countries to measure ecosystem extent, condition, ecosystem-service flows and, where appropriate, monetary values associated with ecosystem assets.
Ecosystem accounts can include forests, agricultural land, wetlands, rivers, coastal ecosystems, marine environments, urban green spaces and other ecological systems. They can also track specific services such as water supply, carbon sequestration, recreation, flood regulation and agricultural production.
Natural-capital accounting does not simply assign a financial price to nature. Physical accounts describing ecosystem area, condition and service flows are fundamental components of the system. Monetary accounts can then be added when suitable valuation methods exist.
The goal is to make environmental change visible within the same policy frameworks used to evaluate economic activity. If degradation of forests, soil, water or biodiversity reduces a nation's productive asset base, natural-capital accounting can reveal losses that conventional economic statistics may overlook.
Natural Capital and National Wealth
Natural capital forms an important component of national wealth, particularly in economies that depend heavily on agriculture, forestry, fisheries, minerals, water resources and nature-based tourism.
Comprehensive wealth accounting expands beyond GDP by examining produced capital, human capital and natural capital together. Development can then be evaluated according to whether the overall productive asset base available to future generations is increasing or declining.
The World Bank's Changing Wealth of Nations work has helped advance this approach internationally. Renewable natural assets such as forests, fisheries and mangroves can be considered alongside non-renewable assets such as minerals and fossil fuels.
This perspective has important implications for development policy. A country may experience rapid GDP growth while simultaneously depleting forests, soils, fisheries or mineral resources. If the income generated from depletion is not converted into other productive assets or accompanied by restoration, national wealth may deteriorate even while annual economic production rises.
Natural-capital accounting therefore provides an additional way to examine whether economic development is genuinely sustainable.
Government Policy and Decision-Making
Governments increasingly use natural-capital concepts in environmental regulation, infrastructure planning, cost-benefit analysis, land-use policy and public investment.
The United Kingdom has been particularly active in developing natural-capital accounts and incorporating environmental values into public policy. The Office for National Statistics produces accounts covering ecosystem services and natural assets, while government guidance has promoted the use of natural-capital approaches in policy appraisal.
England's Natural Capital Committee helped develop frameworks for identifying critical natural assets, improving environmental metrics and incorporating ecosystem services into government decisions. Its work addressed soils, marine environments, environmental net gain, corporate accounting and investment in ecosystem restoration.
Australia has developed national ecosystem accounts covering terrestrial, freshwater, coastal and marine environments. Canada has also expanded ecosystem accounting, including work involving agricultural landscapes, forests, wetlands, oceans, fisheries and carbon sequestration.
Natural-capital accounting is increasingly being adopted in developing economies as well. Countries including Kenya, Rwanda, Zambia, Ethiopia, Nigeria, Colombia and Indonesia have developed land, water, forest, mineral, ecosystem or other environmental accounts intended to inform economic planning.
Agriculture, Soils, Forests and Water
Agricultural landscapes depend heavily on natural capital. Soil fertility, water availability, pollination, erosion control, biodiversity and climate regulation all contribute to agricultural productivity.
Soils themselves can be considered stocks of natural capital. Their physical, chemical and biological characteristics support crop growth, regulate water, store carbon, recycle nutrients and provide habitat for diverse organisms.
Natural-capital accounting in agriculture attempts to measure these ecological contributions alongside conventional agricultural outputs. This can help identify cases in which short-term production increases are achieved at the expense of soil condition, water resources or biodiversity.
Forests provide another major example. Timber is only one of many benefits generated by forest ecosystems. Forests also regulate water, store carbon, provide wildlife habitat, support recreation, influence climate and protect soils.
Watershed-based natural-capital approaches can demonstrate how ecological restoration in one location produces economic benefits elsewhere. Investments in upstream soil conservation and watershed management, for example, may reduce sedimentation and water-treatment costs for downstream cities and utilities.
Oceans and Blue Natural Capital
Marine and coastal ecosystems constitute a major form of natural capital.
Oceans provide food, employment, transportation, recreation, climate regulation, carbon storage and tourism opportunities. Mangroves, seagrass beds, coral reefs, salt marshes and other coastal ecosystems can also protect communities from storms and erosion.
Blue natural capital applies natural-capital concepts to these marine and coastal systems. Accounting frameworks can measure ecosystem extent, environmental condition, fisheries production, carbon sequestration, tourism and other ocean-related services.
Governments and researchers are increasingly developing ocean accounts to integrate marine ecosystems with economic statistics. Canada, Australia, the United Kingdom and international organizations have expanded work in this area.
Emerging markets for blue natural capital also seek to mobilize private financing for marine conservation and restoration. Their effectiveness depends on credible ecological measurement, governance, equitable distribution of benefits and safeguards against overstating environmental outcomes.
Biodiversity and Natural Capital
Biodiversity is both a component of natural capital and an important contributor to ecosystem functioning.
Species diversity, genetic diversity and ecosystem diversity influence ecological processes that generate ecosystem services. Declining biodiversity can reduce ecosystem resilience and increase economic vulnerability, particularly where economies depend directly on agriculture, fisheries, forestry, tourism or natural-resource production.
The economic implications of biodiversity loss are increasingly receiving attention from governments and financial institutions. Research has begun examining how ecosystem degradation could affect national creditworthiness, economic productivity and sovereign financial risk.
At the same time, biodiversity finance has emerged as a rapidly developing field. Financial mechanisms include public conservation spending, blended finance, green and biodiversity bonds, payments for ecosystem services, conservation funds and investments in ecological restoration.
Natural-capital approaches can help determine whether such investments are actually improving ecosystem condition rather than simply generating financial claims associated with nature.
Natural Capital and Business
Businesses depend on natural capital through supply chains, land, water, energy, biological resources and ecosystem services.
Corporate natural-capital assessment seeks to identify these dependencies as well as the environmental impacts created by business operations. A company may depend on freshwater availability, productive soils or pollination while simultaneously contributing to pollution, habitat loss or ecosystem degradation.
The Natural Capital Protocol provides a standardized framework for organizations to identify, measure and value natural-capital impacts and dependencies. Its general process involves framing the decision, establishing the scope, measuring and valuing relevant relationships, and applying the results to organizational decisions.
Sector-specific guidance has been developed for industries such as agriculture, food production, forestry and finance.
The broader capitals approach also places natural capital alongside human, social and produced capital, recognizing that businesses create and depend upon multiple forms of value that cannot always be represented adequately by conventional financial statements.
Investment, Finance and Nature-Related Risk
Natural capital has become increasingly relevant to investors, banks, insurers and financial regulators.
Environmental degradation can create financial risks through declining agricultural productivity, water scarcity, disrupted supply chains, natural disasters, regulatory changes and loss of ecosystem services. Companies that depend heavily on natural resources may therefore face material financial exposure when ecosystems deteriorate.
The Taskforce on Nature-related Financial Disclosures has developed a framework for organizations to disclose nature-related dependencies, impacts, risks and opportunities. Its recommendations cover governance, strategy, risk management, metrics and targets.
The financial sector is also developing methodologies for identifying biodiversity-sensitive industries and assessing portfolio exposure to ecosystem degradation.
Natural-capital information can influence investment in two ways. It can reveal risks arising from environmental degradation, and it can identify opportunities associated with restoration, sustainable agriculture, forestry, water management, nature-based solutions and biodiversity conservation.
Nature Finance and Restoration
Global investment in ecosystem protection and restoration remains substantially below estimated needs.
International organizations have increasingly compared financial flows supporting nature-based solutions with much larger flows associated with environmentally damaging economic activity. Closing this gap requires not only increasing conservation finance but also redirecting incentives and investments that contribute to natural-capital depletion.
Nature-finance mechanisms include government spending, development finance, private investment, payments for ecosystem services, biodiversity finance, green bonds, blended finance and specialized investment funds.
The United Nations Environment Programme, United Nations Development Programme, International Finance Corporation, World Bank and other institutions have developed frameworks intended to increase investment in biodiversity and restoration.
A central challenge is ensuring that financial mechanisms produce measurable ecological improvements. Investment labeled as nature-positive must ultimately be connected to changes in ecosystem extent, condition, biodiversity or service provision.
Natural Capital and Macroeconomic Risk
Natural-capital degradation can create economy-wide risks rather than merely localized environmental problems.
Losses of forests, soil fertility, freshwater availability, fisheries and biodiversity can reduce productivity and increase economic volatility. Environmental shocks can affect businesses, households, government finances and financial institutions simultaneously.
The International Monetary Fund, World Bank, OECD and other organizations increasingly examine nature-related risks within broader economic and financial frameworks.
This represents an important shift in environmental policy. Biodiversity loss and ecosystem degradation are increasingly treated not only as conservation issues but also as potential sources of macroeconomic and financial instability.
Natural-capital accounting can contribute to these assessments by providing systematic information on the condition and economic importance of environmental assets.
Infrastructure, Cities and Land-Use Planning
Natural-capital approaches can also influence infrastructure and urban development.
Infrastructure decisions affect ecosystems through land conversion, habitat fragmentation, water use and pollution. Incorporating ecosystem services into infrastructure planning allows planners to compare development alternatives according to both conventional economic benefits and environmental consequences.
Urban natural capital includes parks, trees, wetlands, soils, rivers and other green and blue infrastructure. These assets can reduce heat, manage stormwater, improve air quality, provide recreational opportunities and support biodiversity.
Natural-capital analysis can therefore help planners identify development patterns that maintain ecological functions while meeting housing, transportation and economic objectives.
Spatial analysis is especially important because ecosystem benefits are not distributed evenly. The location of forests, wetlands, urban green space and other natural assets determines who receives their services and who bears the consequences when those assets are degraded.
Equity, Ownership and Governance
Natural capital raises important questions about ownership, access and distribution.
Many ecosystem services have characteristics of public goods or common resources. Clean air, climate regulation, biodiversity and watershed protection may benefit large populations even when the underlying land or resources are privately owned.
This creates challenges for conventional markets. Individuals or organizations controlling natural assets may have incentives to maximize private returns even when degradation imposes wider social costs.
Research has therefore explored institutional mechanisms such as environmental regulation, payments for ecosystem services, public investment, common-asset trusts and collective management.
Natural-capital policy also has distributional consequences. Decisions about land conservation, restoration, ecosystem markets or environmental restrictions can create different costs and benefits for landowners, Indigenous communities, rural populations, businesses and the wider public.
Effective natural-capital governance therefore requires attention not only to economic efficiency but also to fairness, ecological sustainability and participation in decision-making.
Limitations and Debates
Natural capital remains a useful but contested framework.
One concern is that describing nature as capital may encourage the assumption that every ecological asset can be assigned a monetary price or exchanged for another asset. Some ecological functions are irreplaceable, and severe environmental losses may not be meaningfully compensated through financial payments.
Valuation also involves uncertainty. Ecosystems are complex, ecological thresholds may be poorly understood and many cultural or intrinsic values cannot be reduced easily to monetary measures.
Another challenge is determining which ecosystem benefits should be measured and who should receive them. Values may differ among communities, cultures and generations.
Natural-capital accounting is therefore most informative when monetary valuation is combined with physical ecological indicators, biodiversity measures, social considerations and transparent acknowledgment of uncertainty.
The strongest applications treat natural capital not simply as a new financial commodity but as a framework for recognizing economic dependence on functioning ecological systems.
Conclusion
Natural capital provides a framework for understanding nature as part of the productive foundation of economies and societies. Forests, soils, freshwater, oceans, biodiversity and functioning ecosystems generate services that support food production, health, climate stability, infrastructure, employment and human well-being.
Natural-capital accounting seeks to make these contributions visible within economic statistics and public policy. International frameworks such as SEEA Ecosystem Accounting allow governments to track ecosystem extent, condition and service flows alongside conventional economic measures.
The concept is also moving rapidly into business and finance. Corporate natural-capital assessment, nature-related financial disclosure and biodiversity finance increasingly connect ecological change with investment decisions and financial risk.
Natural capital does not eliminate the need for conservation ethics, ecological science or environmental regulation. Nor does monetary valuation capture every reason for protecting nature. Its principal contribution is to reveal an economic reality that conventional accounting has frequently obscured: economies depend on natural assets, and the degradation of those assets can represent a genuine loss of wealth.
Protecting and restoring natural capital therefore involves more than environmental conservation. It is increasingly understood as an essential component of sustainable development, economic resilience and long-term prosperity.
- TOC**
Natural Capital: Foundations and Concepts
| Gretchen C. Daily and Mary Ruckelshaus | Nature | May 31, 2022
Reviews twenty-five years of progress in ecosystem valuation and considers how natural-capital information is increasingly being incorporated into practical decisions.
| Ian J. Bateman and Georgina M. Mace | Nature Sustainability | July 8, 2020
Presents an integrated natural capital framework linking ecological systems, ecosystem services, economic values, human well-being, sustainability and equity in decision-making.
| Robert Costanza | Ecosystem Services | 2020
Develops a framework for valuing natural capital and ecosystem services according to the complementary objectives of economic efficiency, fairness and ecological sustainability.
| Antoine Missemer | Ecological Economics | January 2018
Traces the intellectual history of natural capital and examines competing interpretations of the concept within ecological economics and mainstream environmental economics.
| A.C. Smith et al. | Ecosystem Services | August 2017
Systematically reviews hundreds of studies to identify how vegetation, biodiversity, habitats and abiotic conditions combine to generate ecosystem services from natural capital.
| Anne D. Guerry et al. | Proceedings of the National Academy of Sciences | June 15, 2015
Reviews progress in incorporating natural capital and ecosystem services into real-world decisions and identifies institutional, scientific and policy barriers that continue to limit their use.
| European Environment Agency | European Environment Agency | 2015
Explains how Europe's ecosystems constitute natural capital and how agriculture, fisheries, forestry, urbanization and other pressures affect the ecosystem services generated by those assets.
| Robert Costanza et al. | Nature | May 15, 1997
Landmark study estimating the global economic value of ecosystem services produced by natural capital and helping establish ecosystem-service valuation as a major field of environmental economics.
| Robert Costanza and Herman E. Daly | Conservation Biology | March 1992
Foundational discussion arguing that maintaining stocks of natural capital is a minimum condition for sustainability and examining substitution between natural and manufactured capital.
| United Nations Statistics Division | System of Environmental-Economic Accounting | n.d.
Explains natural capital, ecosystem services and related accounting concepts, including renewable and non-renewable natural assets and their contributions to human welfare.
Natural Capital Accounting and the SEEA
| Authors listed in article | One Ecosystem | 2024
Examines the growing movement to include ecosystem services and biodiversity in government and corporate economic reporting.
Reviews three decades of attempts to incorporate natural capital into national economic accounts and discusses data, valuation and institutional challenges.
| David Lindenmayer et al. | Ambio | 2019
Argues that incorporating biodiversity, resource use and ecosystems into national accounting can shift conservation from being treated as a cost toward being recognized as an investment.
| Authors listed in article | Ecological Modelling | October 10, 2014
Reviews ecosystem-service assessment methods and proposes an integrated ecological-economic framework for evaluating natural capital stocks, benefits, costs and impacts.
| Peter Bartelmus | Ecological Economics | April 15, 2009
Explores environmental accounting as a mechanism for measuring the economic cost of consuming and degrading natural capital.
| United Nations Statistics Division | System of Environmental-Economic Accounting | n.d.
Introduces the internationally adopted SEEA Ecosystem Accounting framework for measuring ecosystem extent, condition, ecosystem-service flows and monetary ecosystem assets.
| United Nations Statistics Division | System of Environmental-Economic Accounting | n.d.
Provides an accessible introduction to ecosystem accounting and explains how environmental information can be integrated with conventional economic accounts.
| European Commission | European Commission | n.d.
Describes European Union efforts to incorporate ecosystem extent, condition and ecosystem-service flows into standardized environmental-economic accounting.
| European Commission Joint Research Centre | INCA Platform | n.d.
Provides research and reports from the EU Integrated Natural Capital Accounting initiative covering ecosystem services, agriculture, cities, forests, tourism and regional development.
| European Commission Joint Research Centre | INCA Platform | n.d.
Collects scientific publications on natural-capital and ecosystem accounting, including ecosystem condition, urban heat mitigation and sustainability measurement.
National Wealth and Economic Development
| Steve Cunliffe and Dorothy Abade-Maseke | World Economic Forum | July 16, 2026
Examines Africa's natural landscapes as productive economic assets and explores investment structures combining conservation, tourism, carbon and biodiversity revenues.
| Matthew Agarwala et al. | Nature Ecology & Evolution | June 5, 2026
Models how biodiversity loss and ecosystem degradation could reduce national creditworthiness, connecting natural-capital decline directly with sovereign financial risk.
| World Bank | World Bank | 2025
Examines how natural-capital accounts can inform climate-change and biodiversity policy by connecting economic activity with ecosystems, emissions, land, water and natural assets.
| World Bank | World Bank | 2024
Measures national wealth using produced, human, renewable natural and non-renewable natural capital and shows why GDP alone cannot reveal whether development is sustainable.
Argues that natural-capital accounting should progress toward institutional arrangements that protect and manage ecological assets over the long term.
| Partha Dasgupta | HM Treasury | February 2, 2021
Landmark review reframing nature as an economic asset and arguing that economies must manage natural capital in the same way they manage other productive assets.
| World Bank | World Bank | 2021
Expands global wealth accounting to include additional natural-capital assets such as fisheries and mangroves while analyzing climate and low-carbon transition risks.
| World Bank | World Bank | January 30, 2018
Shows the particularly important contribution of natural capital to the total wealth of lower-income economies and emphasizes sustainable asset management.
| World Bank | World Bank Group | n.d.
Explains how forests, water, soils, fisheries, minerals and biodiversity form the natural-capital foundation of economic activity and sustainable development.
| World Bank | World Bank | n.d.
Explores comprehensive national wealth and explains why long-term development depends on maintaining a portfolio of natural, produced and intangible assets.
United Kingdom Natural Capital Accounting
| Office for National Statistics | Office for National Statistics | August 6, 2026
Documents the data, assumptions, valuation methods, limitations and quality standards used in producing the UK's natural-capital accounts.
| Office for National Statistics | Office for National Statistics | July 23, 2026
Provides an overview of the UK's natural-capital accounting program and explains why ecosystem services and environmental assets need to be represented in economic decision-making.
| Office for National Statistics | Office for National Statistics | July 8, 2026
Measures ecosystem services and natural assets associated with enclosed farmland and links agricultural landscapes with broader social and economic benefits.
| Department for Environment, Food & Rural Affairs | GOV.UK | February 2026
Detailed guidance explaining natural-capital stocks, ecosystem-service flows, valuation methods and practical decision-making applications.
| Office for National Statistics | Office for National Statistics | December 5, 2025
Estimates the annual and long-term asset value of ecosystem services provided by UK natural capital, including recreation, renewable energy and climate regulation.
| Office for National Statistics | Office for National Statistics | August 8, 2025
Provides natural-capital accounts for marine and coastal ecosystems, including their extent, condition and ecosystem-service values.
| Office for National Statistics | Office for National Statistics | November 8, 2024
Explains UK methods for measuring habitat extent, ecosystem-service flows and the asset value of natural capital.
| Department for Environment, Food & Rural Affairs | GOV.UK | January 22, 2020
Provides government tools, datasets and case studies for incorporating natural capital into policies, programs and investment decisions.
| Office for National Statistics | Office for National Statistics | 2018
Examines ecosystem services generated within urban areas and explores methods for assigning physical and monetary values to urban natural capital.
| Forestry England | Forestry England | n.d.
Describes how forests can be managed as natural capital providing timber, biodiversity, recreation, carbon storage and other ecosystem services.
Australia, Canada and International Applications
| Australian Bureau of Statistics | Australian Bureau of Statistics | July 22, 2026
Discusses the benefits, limitations and conceptual challenges of assigning monetary values to ecosystem services within national accounts.
| Australian Bureau of Statistics | Australian Bureau of Statistics | April 23, 2026
Presents national ecosystem accounts measuring the extent, condition and services of Australian terrestrial, freshwater, coastal and marine ecosystems.
Describes Australia's national ecosystem-accounting program and expansion of accounts covering freshwater, habitats, fisheries and other ecosystem services.
Explains how environmental-economic accounts make nature's contributions more visible in national planning and investment.
| Tasha Rabinowitz and Simon Trottier | Statistics Canada | January 21, 2026
Uses natural-capital accounting to measure Canadian ocean ecosystems, fisheries, carbon sequestration and nature-based tourism.
Introduces Australia's natural-capital accounting program and explains how environmental-economic accounts support government and business decisions.
| Statistics Canada | Statistics Canada | 2025
Describes Canada's implementation of the SEEA Ecosystem Accounting framework for tracking forests, wetlands, agricultural areas and other natural assets.
| Australian Bureau of Statistics | Australian Bureau of Statistics | 2024
Explains Australia's methodology for measuring ecosystem assets, ecosystem health, ecosystem services and their contributions to economic and social well-being.
| Julie Botzas-Coluni and Jessica Andrews | Statistics Canada | September 13, 2023
Develops an ecosystem-accounting framework for Canadian agricultural landscapes and the services those agroecosystems supply.
| Statistics Canada | Statistics Canada | n.d.
Connects natural capital with Canada's quality-of-life framework and provides links to national accounts for land, water and ecosystems.
Agriculture, Soil, Forests, Water and Cities
| Office for National Statistics | Office for National Statistics | July 8, 2026
Provides the official release and associated datasets for measuring the natural capital associated with UK enclosed farmland.
| Office for National Statistics | Office for National Statistics | 2026
Brings together UK environmental accounts covering the relationship between economic activity, ecosystems, resources, emissions and natural capital.
| Authors listed in article | Communications Earth & Environment | 2025
Uses natural-capital accounting in Colombia's Sinú Basin to quantify ecosystems' contributions to sediment retention, water supply and energy security.
| Manon Dardonville et al. | Ecosystem Services | April 2022
Assesses natural-capital dynamics and nine ecosystem services associated with agricultural production and agroecosystem functioning.
| Diana Emang | Universiti Putra Malaysia | 2022
Explains how forests function as natural capital and simultaneously produce provisioning, regulating, supporting and cultural ecosystem services.
| Authors listed in article | Landscape and Urban Planning | May 2016
Models how alternative urban-growth scenarios in Washington State affect stocks of natural capital and the ecosystem-service flows reaching different beneficiaries.
| Authors listed in article | Soil Biology and Biochemistry | 2013
Integrates ecological economics and soil science to show how soils function as stocks of natural capital generating essential ecosystem services.
| Estelle Dominati, Murray Patterson and Alec Mackay | Ecological Economics | July 15, 2010
Develops a framework identifying soils as natural capital and connects soil properties and ecological processes with provisioning, regulating and cultural ecosystem services.
| Natural Capital Alliance | Stanford University | n.d.
Shows how natural-capital modeling supported the Upper Tana-Nairobi Water Fund by quantifying economic benefits from upstream soil and watershed conservation.
| Patrick Mooney | University of British Columbia | n.d.
Provides a practical primer for incorporating ecosystem services and natural capital into urban landscape planning, design and environmental management.
Oceans and Blue Natural Capital
| Authors listed in article | Current Research in Environmental Sustainability | June 26, 2026
Examines opportunities and governance challenges associated with creating equitable markets for marine and coastal natural capital.
| Tasha Rabinowitz and Simon Trottier | Statistics Canada | January 21, 2026
Summarizes Canadian ocean and coastal natural-capital accounts covering ecosystem extent, warming, fisheries, carbon sequestration and tourism.
| Australian Bureau of Statistics | Australian Bureau of Statistics | 2026
Provides access to Australia's environmental accounts, including ecosystem accounts for the Great Barrier Reef and estimates for blue-carbon ecosystems.
| Office for National Statistics | Office for National Statistics | December 5, 2025
Includes marine and coastal ecosystem services as part of the broader UK accounting framework for the stock and value of natural assets.
| Statistics Canada | Statistics Canada | February 16, 2023
Explains how ecosystem accounts can include thematic natural-capital accounts for oceans, coastal environments, carbon, biodiversity and protected areas.
| World Bank | World Bank | 2021
Explores the economic importance of coastal and marine natural capital and its role in creating resilient and sustainable tourism economies.
| Marine Conservation Society | Marine Conservation Society | n.d.
Introduces marine natural capital and explains how ocean ecosystems support food production, climate regulation, recreation and sustainable blue economies.
| European Commission Joint Research Centre | INCA Platform | n.d.
Includes European reports applying ecosystem-accounting techniques to nature-based tourism and other natural-capital-dependent economic activities.
Biodiversity and the Value of Nature
| Yu Han et al. | Ecosystem Services | August 2026
Systematically reviews natural-capital valuation methods and compares emergy accounting with ecosystem-service valuation approaches.
| Vishal Chettry, Rakshak Kumar and Riccardo Testa | Scientific Reports | July 27, 2026
Examines natural capital and biodiversity in ecologically sensitive landscapes and emphasizes ecosystem resilience, land-use planning and conservation.
| Harrison Carter et al. | Nature Reviews Biodiversity | May 18, 2026
Reviews biodiversity finance mechanisms and the emerging financial structures intended to close the global funding gap for nature conservation and restoration.
| Authors listed in article | Environmental and Sustainability Indicators | September 2024
Examines ethical and practical arguments surrounding monetary valuation of natural capital and ecosystem services.
| Jessica Hinson et al. | People and Nature | March 14, 2022
Reviews how natural-capital and ecosystem-service concepts have been used to facilitate participatory environmental decision-making.
| Authors listed in article | Nature Sustainability | 2020
Investigates why ecosystem-service science often fails to influence decisions and identifies ways natural-capital assessments can become more relevant to beneficiaries and policymakers.
| United Nations Environment Programme | UNEP | May 25, 2016
Examines Africa's large natural-resource endowment and the economic losses associated with degradation, illegal extraction and poor natural-capital governance.
| Sergio Ulgiati, Amalia Zucaro and Pier Paolo Franzese | Ecological Economics | February 15, 2011
Questions how shared natural wealth should be valued and governed when ecosystem services function as common resources rather than private commodities.
| United Nations Environment Programme | UNEP | December 14, 2010
Explores biodiversity and ecosystems as natural capital and examines their growing importance in climate, development and investment policy.
| TEEB / United Nations Environment Programme | UNEP | December 14, 2010
Synthesizes the Economics of Ecosystems and Biodiversity initiative and argues for incorporating the value of natural capital into public and private decisions.
Natural Capital and Business
| Capitals Coalition | Capitals Coalition | January 14, 2021
Provides the Natural Capital Protocol, a standardized framework enabling organizations to identify, measure and value their impacts and dependencies on natural capital.
| Capitals Coalition | Capitals Coalition | July 23, 2018
Provides specialized guidance for identifying the natural-capital impacts and dependencies of forestry and forest-products businesses.
| Capitals Coalition | Capitals Coalition | n.d.
Places natural capital alongside human, social and produced capital within an integrated framework for understanding organizational value creation.
| Capitals Coalition | Capitals Coalition | n.d.
Provides sector-specific guidance for applying natural-capital assessments in food, beverages, apparel, forestry, biodiversity and finance.
| Capitals Coalition | Capitals Coalition | n.d.
Collects tools, methodologies and resources that businesses can use to measure and value natural-capital impacts and dependencies.
| Capitals Coalition | Capitals Coalition | n.d.
Provides training materials and practical resources designed to increase organizational capacity for natural-capital assessment and valuation.
| Capitals Coalition | Capitals Coalition | n.d.
Documents the collaborative development and business piloting of the Natural Capital Protocol and its relationship to earlier corporate ecosystem-valuation methods.
| Capitals Coalition | Capitals Coalition | n.d.
Guides organizations through biodiversity-inclusive natural-capital assessments using the Protocol's Frame, Scope, Measure and Value, and Apply stages.
| Capitals Coalition | Capitals Coalition | n.d.
Examines how businesses and other stakeholders can collaborate when several organizations depend on the same ecosystems, watersheds or other natural assets.
| Capitals Coalition | Capitals Coalition | n.d.
Establishes principles for combining natural, human, social and produced capital information within organizational assessments and decisions.
Natural Capital, Investment and Finance
| Taskforce on Nature-related Financial Disclosures | TNFD | November 6, 2025
Proposes improvements to the global nature-data infrastructure needed by investors and companies to evaluate natural-capital dependencies and risks.
| Taskforce on Nature-related Financial Disclosures | TNFD | February 2025
Provides a concise overview of TNFD's approach to nature-related financial risks, opportunities, dependencies and impacts.
| Taskforce on Nature-related Financial Disclosures | TNFD | 2025
Explores how standardized and accessible nature data could improve corporate and financial-sector assessment of ecosystem and biodiversity risks.
| CFA Institute | CFA Institute | July 2, 2024
Examines the growing integration of biodiversity and natural capital into investment decisions, disclosures and portfolio management.
| Taskforce on Nature-related Financial Disclosures | TNFD | September 2023
Establishes a global framework for companies and financial institutions to disclose nature-related dependencies, impacts, risks and opportunities.
| CFA Institute | CFA Institute | November 1, 2022
Presents recommendations for incorporating natural-capital risks, opportunities and valuation metrics into investment research and financial analysis.
| CFA Institute | CFA Institute Research & Policy Center | October 21, 2022
Introduces natural capital to investment professionals and explains how biodiversity, water, climate, ecosystems and natural resources can influence investment analysis.
| United Nations Environment Programme Finance Initiative | UNEP FI | 2012
Historic financial-sector declaration calling for natural capital to be incorporated into loans, investments, insurance, risk analysis and financial products.
| Taskforce on Nature-related Financial Disclosures | TNFD | n.d.
Details TNFD's governance, strategy, risk-management and metrics recommendations for incorporating nature into corporate and financial reporting.
| Taskforce on Nature-related Financial Disclosures | TNFD | n.d.
Provides the TNFD publication library covering nature-risk assessment, financial institutions, sector guidance, metrics and corporate reporting.
Natural Capital Finance and Nature-Positive Investment
| United Nations Environment Programme Finance Initiative | UNEP FI | March 2012
Examines why biodiversity, ecosystem services and natural capital can constitute material financial risks and opportunities for banks and investors.
| United Nations Environment Programme Finance Initiative | UNEP FI | n.d.
Argues that banks, insurers and investors should establish measurable biodiversity targets for sectors with significant dependencies and impacts on natural capital.
| United Nations Environment Programme Finance Initiative | UNEP FI | n.d.
Provides guidance for banks and insurers seeking to integrate nature, biodiversity and natural-capital risks into financial decision-making.
| United Nations Environment Programme Finance Initiative | UNEP FI | n.d.
Introduces the Finance Sector Supplement to the Natural Capital Protocol for assessing portfolio-level impacts and dependencies on nature.
| United Nations Environment Programme Finance Initiative | UNEP FI | n.d.
Provides a practical process for financial institutions to identify biodiversity-sensitive sectors, assess risks and establish nature-related targets.
| Taskforce on Nature-related Financial Disclosures | TNFD | n.d.
Provides the principal global framework and supporting resources for integrating nature-related dependencies, impacts, risks and opportunities into business and finance.
Natural Capital Valuation and Economic Theory
Reviews thousands of studies on ecosystem services and natural infrastructure, identifying rapid growth in valuation research along with substantial geographic and methodological gaps.
Traces environmental valuation from externality analysis through ecosystem services to modern natural-capital accountability focused on corporate impacts, dependencies and decision-making.
| Laura Andreina Matos Márquez et al. | Ecosystem Services | December 2023
Reviews methods used to value cultural ecosystem services and finds particularly strong use of non-monetary approaches for assessing nature's cultural and social benefits.
| Mette Termansen et al. | Current Opinion in Environmental Sustainability | October 2023
Proposes five steps for improving the practical use of nature valuation and stresses relevance, robustness and resource efficiency when incorporating nature's values into decisions.
Reviews ecosystem-service valuation across the Far Eastern Himalaya and examines how valuation research can inform conservation, development and natural-capital management decisions.
| Authors listed in article | Earth System Governance | April 2023
Reviews the extent to which ecosystem-service assessments actually influence biodiversity policy and identifies institutional and behavioral barriers between valuation research and policy implementation.
| Rebecca Spake et al. | Nature Sustainability | February 11, 2019
Develops a framework for determining where natural-capital management interventions should be spatially targeted to maximize ecosystem-service benefits under varying environmental conditions.
| Sarah Parks and John Gowdy | Ecosystem Services | March 2013
Examines what economics has learned from attempts to value nature and argues for valuation systems that better recognize social preferences, sustainability and ecological complexity.
| R. Kerry Turner et al. | Ecological Economics | 2003
Reviews environmental-valuation studies across major ecosystems and evaluates how effectively economic valuation contributes to practical environmental and natural-capital policy.
Ecosystem Accounting and Natural Capital Measurement
| United Nations Statistics Division | System of Environmental-Economic Accounting | March 17, 2023
Collects practical research on monetary valuation for ecosystem accounting, including spatial valuation, value transfer, ecosystem assets and policy applications.
| United Nations et al. | System of Environmental-Economic Accounting | July 13, 2022
Provides practical guidance on monetary valuation methods for ecosystem services and ecosystem assets within SEEA-based natural-capital accounts.
| Alessandra La Notte et al. | System of Environmental-Economic Accounting | June 8, 2022
Examines how measurable changes in ecosystem condition can be linked directly with changes in ecosystem-service flows within natural-capital accounts.
| United Nations et al. | System of Environmental-Economic Accounting | October 20, 2021
Presents the comprehensive international statistical framework for tracking ecosystem extent, condition, services, monetary assets and links between ecosystems and economic activity.
| J.K. Turpie et al. | System of Environmental-Economic Accounting | 2021
Uses South African ecosystem accounts to compare the economic benefits of land restoration with intervention costs in the Thukela catchment.
| Matthew Agarwala and Dimitri Zenghelis | System of Environmental-Economic Accounting | 2020
Explores how governments, treasuries and financial institutions can incorporate natural capital and comprehensive wealth into macroeconomic strategy.
Demonstrates how SEEA natural-capital accounts can help governments design biodiversity policies covering ecosystems, ecosystem services and species.
Shows how Indonesian ecosystem, peatland and land accounts helped integrate natural capital into the country's economic-growth and development-policy framework.
Explains key conceptual difficulties in valuing ecosystem services and natural assets when market prices do not directly exist.
| United Nations Statistics Division | System of Environmental-Economic Accounting | n.d.
Documents technical research on ecosystem condition, ecosystem services, spatial units, valuation, degradation and ecosystem-asset accounting underlying the SEEA Ecosystem Accounting framework.
England's Natural Capital Framework
| Natural Capital Committee | GOV.UK | January 17, 2020
Assesses the state of natural-capital policy near the end of the committee's mandate and calls for stronger implementation, measurement and accountability.
| Natural Capital Committee | GOV.UK | January 29, 2019
Reviews progress on natural-capital management and discusses priorities including soils, environmental metrics and delivery of the 25 Year Environment Plan.
| Natural Capital Committee | GOV.UK | January 31, 2018
Reviews government progress on natural-capital policy and emphasizes implementation of a comprehensive long-term environmental plan.
| Natural Capital Committee | GOV.UK | April 1, 2017
Explains when monetary valuation of natural capital is useful and sets principles for selecting appropriate valuation techniques for different decisions.
| Natural Capital Committee | GOV.UK | January 24, 2017
Assesses progress toward improving England's natural capital and recommends stronger integration with the government's long-term environmental strategy.
| Natural Capital Committee | GOV.UK | January 27, 2015
Makes the economic and policy case for protecting and improving natural capital to support long-term prosperity and human well-being.
| Natural Capital Committee | GOV.UK | January 26, 2015
Develops a corporate natural-capital accounting framework enabling organizations to measure environmental assets they own, manage or depend upon.
| Natural Capital Committee | GOV.UK | January 21, 2015
Reviews economic evidence on the costs and benefits of investing in natural capital across land, marine, urban and air-related environmental systems.
| Natural Capital Committee | GOV.UK | March 11, 2014
Shifts attention from measuring natural capital toward restoring degraded natural assets and incorporating restoration priorities into government policy.
| Natural Capital Committee | GOV.UK | April 1, 2013
Establishes an early framework for identifying, measuring and valuing England's natural capital and determining which natural assets are critical to human well-being.
Natural Capital in Government Decision-Making
| Natural Capital Committee | GOV.UK | November 24, 2020
Recommends methods for embedding natural capital, ecosystem services and environmental values into government appraisal under the UK's Green Book framework.
| Natural Capital Committee | GOV.UK | April 16, 2020
Examines how forests, soils, wetlands and other natural assets can contribute to net-zero climate policy while providing wider ecosystem benefits.
| Natural Capital Committee | GOV.UK | September 10, 2019
Applies natural-capital thinking to environmental net gain and argues that development impacts should be assessed across multiple ecosystem assets and services.
| Natural Capital Committee | GOV.UK | September 10, 2019
Calls for a baseline census of natural-capital stocks so future environmental gains and losses can be measured consistently.
| Natural Capital Committee | GOV.UK | May 14, 2019
Treats soils as a major natural-capital asset and recommends improved soil monitoring, indicators, governance and restoration.
| Natural Capital Committee | GOV.UK | May 14, 2019
Applies the natural-capital approach to marine management and connects healthy seas with ecosystem services, economic benefits and environmental policy.
| Natural Capital Committee | GOV.UK | September 1, 2015
Collects early technical papers addressing natural-capital definitions, measurement frameworks and corporate natural-capital accounting.
| Natural Capital Committee | GOV.UK | February 1, 2015
Explores how conventional government cost-benefit analysis can better account for environmental changes and natural-capital losses or improvements.
| Natural Capital Committee | GOV.UK | March 1, 2014
Identifies interdisciplinary research priorities needed to improve natural-capital measurement, valuation, restoration and policy implementation.
| Natural Capital Committee | GOV.UK | December 1, 2013
Examines methods for developing natural-capital indicators, monitoring environmental assets and identifying risks to the continued provision of ecosystem services.
Natural Capital Accounting Around the World
| World Bank | World Bank | February 2, 2026
Reviews Rwanda's use of land and water accounts to guide national planning, resource efficiency and environmentally sustainable development.
| World Bank | Global Program on Sustainability | December 2025
Shows how Zambia progressed from pilot natural-capital accounts toward routine use of land, forest, water and ecosystem-service information in policy.
| World Bank | World Bank | September 9, 2025
Reviews African efforts to integrate forests, wetlands, land and ecosystem services into national economic planning through natural-capital accounting.
| World Bank | Global Program on Sustainability | 2025
Describes Kenya's development of land, water, forest, ecosystem and energy accounts and their integration into economic and fiscal policy.
| World Bank | Global Program on Sustainability | 2025
Reviews Zambia's land, forest and water accounts and shows how natural-capital information is being linked with livelihoods, emissions and economic policy.
| World Bank | Global Program on Sustainability | 2025
Details Ethiopia's land and ecosystem accounts and work to quantify water, carbon, soil, timber, fuelwood and other ecosystem services.
| World Bank | Global Program on Sustainability | 2025
Describes Nigeria's efforts to institutionalize ecosystem, land and greenhouse-gas accounts within government planning and official statistics.
| World Bank | World Bank | August 14, 2023
Explains how World Bank climate-development assessments increasingly model natural capital, ecosystem degradation and nature-based solutions as economic variables.
| World Bank | World Bank | March 8, 2021
Describes natural-capital accounting in Morocco and Egypt, including fisheries and waste accounts designed to improve resource governance and sustainable growth.
| World Bank | World Bank | October 15, 2013
Explains Colombia's early participation in WAVES and efforts to incorporate lakes, forests and other natural assets into government decisions.
Financing Natural Capital and Restoration
| UNDP, Bank Negara Malaysia and World Bank | UNDP | June 9, 2026
Applies nature-risk assessment methods to Malaysia's financial system and examines corporate dependencies, impacts, risks and opportunities linked to natural capital.
| United Nations Environment Programme | UNEP | January 22, 2026
Finds that nature-negative financial flows vastly exceed investment in nature-based solutions and calculates the investment increase required to meet global restoration and biodiversity targets.
| United Nations Development Programme | UNDP | August 19, 2025
Examines international efforts to redirect capital away from natural-capital depletion and toward investments that regenerate ecosystems.
| United Nations Environment Programme | UNEP | 2025
Explains UNEP's strategy for shifting financial systems toward biodiversity protection, ecosystem restoration, regenerative agriculture and nature-positive investment.
| United Nations Environment Programme | UNEP | December 3, 2024
Measures global restoration finance and estimates the additional public and private investment required to achieve international ecosystem-restoration goals.
| United Nations Development Programme | UNDP | October 17, 2024
Provides a practical methodology for countries to develop biodiversity finance plans and mobilize public, private and innovative financing for natural capital.
| United Nations Environment Programme and ELD | UNEP | December 1, 2022
Quantifies global nature-based-solution investment and argues for rapidly increasing finance while reducing financial flows that degrade natural capital.
| International Finance Corporation | IFC | November 2022
Provides a framework for identifying investments that conserve, restore or sustainably manage biodiversity, ecosystem services and other forms of natural capital.
| United Nations Environment Programme | Finance for Nature | n.d.
Tracks public and private investment in nature-based solutions and compares those flows with the much larger volume of nature-negative financing.
| United Nations Development Programme | UNDP | n.d.
Describes biodiversity-finance strategies including payments for ecosystem services, green bonds, blended finance and investment in nature-positive economic activity.
Business, Markets and Natural Capital Investment
| OECD | OECD Publishing | August 26, 2026
Reviews payments for ecosystem services, nature markets, bonds, investment funds and other mechanisms for mobilizing capital toward biodiversity and ecosystem restoration.
| André Hoffmann | World Economic Forum | June 16, 2026
Examines how capital markets can better recognize natural-resource constraints and direct financing toward commercially viable climate- and nature-positive investments.
| OECD | OECD Publishing | May 21, 2026
Examines how policy, development finance and private investment can encourage nature-dependent industries to protect biodiversity and natural capital.
| World Economic Forum | World Economic Forum | March 17, 2026
Identifies more than fifty investible business opportunities capable of generating financial returns while reducing pressure on ecosystems and natural resources.
| International Finance Corporation | IFC | December 2025
Summarizes IFC's approach to biodiversity and nature finance and identifies investment activities designed to conserve natural resources and ecosystem services.
| International Finance Corporation | IFC | 2024
Explains how biodiversity considerations can be integrated into finance for conservation, restoration, infrastructure and nature-smart business models.
| Nadya Nikiforova | International Finance Corporation | 2023
Discusses how biodiversity loss creates financial and operational risks and how private investment can support regeneration of natural capital.
| World Economic Forum | World Economic Forum | July 14, 2020
Identifies fifteen major economic transitions that could protect natural capital while creating trillions of dollars in business value and millions of jobs.
| World Economic Forum | World Economic Forum | July 14, 2020
Recommends government policies for protecting, rebuilding and investing in natural capital while supporting employment, resilience and sustainable economic recovery.
| International Finance Corporation | IFC | 2020
Makes the business case for incorporating natural-capital impacts and dependencies into corporate strategy, investment and emerging-market development.
Natural Capital, Macroeconomics and Financial Risk
| OECD | OECD Publishing | August 26, 2026
Synthesizes evidence on closing the biodiversity-finance gap through improved incentives, stronger institutions, private investment and better nature-related information.
| IMF Staff | International Monetary Fund | October 1, 2024
Develops a framework showing how ecosystem degradation and biodiversity loss can transmit through economies, banks and financial systems.
| OECD | OECD Publishing | 2023
Examines Costa Rica's payment-for-ecosystem-services system and proposals for natural-capital credits and broader ecosystem-service finance.
| World Bank | World Bank | December 21, 2022
Examines how natural-capital data, ecosystem-service analysis and financial tools can help mobilize investment for nature.
| World Bank | World Bank | November 10, 2021
Reviews results from the WAVES partnership and lessons from nearly a decade of integrating natural-capital accounts into development policy.
| OECD | OECD Publishing | May 21, 2021
Explains why biodiversity is productive natural capital and provides policy recommendations for finance, economic and environmental ministries.
| Partha Dasgupta | Finance & Development / International Monetary Fund | 2021
Explains why biodiversity functions like a diversified portfolio of natural assets and why conventional economic incentives frequently encourage depletion rather than conservation.
| OECD | OECD Publishing | December 6, 2019
Reviews the business case for biodiversity action and discusses corporate natural-capital measurement, risk management, targets and accounting systems.
| OECD | OECD Publishing | 2014
Argues that Southeast Asian prosperity depends on maintaining natural capital and ecosystem services while improving resource governance and sustainable infrastructure.
| World Bank | World Bank | June 20, 2012
Documents international government and corporate commitments at Rio+20 to incorporate natural assets into economic and business accounting.
Agriculture, Land, Marine and Infrastructure Natural Capital
| Elizabeth Heagney et al. | Agricultural Systems | January 2026
Uses data covering approximately 230,000 hectares of Australian farmland to examine links between natural capital, agricultural productivity, profitability and financial resilience.
| James Radford et al. | Methods in Ecology and Evolution | 2026
Develops a farm-scale natural-capital accounting method covering ecosystem condition, biodiversity, carbon, pollination, forage, soil regulation and other agricultural ecosystem services.
| Erick O. Osewe et al. | AGRIS / FAO | 2025
Values provisioning and cultural ecosystem services associated with Kenya's Kakamega Forest and examines their importance to forest-dependent household livelihoods.
| Luke M. Brander et al. | Food and Agriculture Organization | 2023
Uses ecosystem-service valuation evidence to demonstrate the economic importance of forests as natural capital supporting resilience, climate regulation and green recovery.
| Aysha Fleming et al. | Ecological Economics | October 2022
Examines practical and institutional barriers preventing wider adoption of natural-capital accounting in agricultural and land-use decisions.
| Giles Atkinson and Paola Ovando | Environmental and Resource Economics | December 28, 2021
Examines who owns natural capital and who receives ecosystem-service benefits, using Scottish land ownership to highlight distributional dimensions of ecosystem accounting.
| Emily Stebbings et al. | Ecosystem Services | August 2021
Develops indicators for measuring the ability of marine natural capital to continue supplying economically and socially important benefits.
| Authors listed in article | Marine Policy | July 2021
Compares the ecosystem approach with the natural-capital approach and argues for integrated ecological, social and economic analysis in marine management.
| Robert Costanza et al. | Journal of Environmental Management | February 15, 2021
Proposes common-asset trusts as institutional mechanisms for managing natural capital and ecosystem services that exhibit public-good and commons characteristics.
| Lisa Mandle et al. | Conservation Letters | August 24, 2015
Identifies entry points for incorporating ecosystem services and natural capital into infrastructure planning so development and conservation objectives can be evaluated together.
Natural Capital Accounts, Tools and Country Applications
| Natural Capital Project | Stanford University | 2026
Examines opportunities to expand natural-capital accounting in the Philippines, including watershed ecosystem services and integration with national environmental-economic accounts.
| Natural Capital Project | Stanford University | 2024
Develops a watershed natural-capital accounting action plan using SEEA-compatible approaches for carbon, water, flood regulation and other ecosystem services.
| World Bank | World Bank | June 5, 2023
Connects landscape and seascape management with natural-capital accounting and ecosystem-service valuation as complementary tools for sustainable development.
| United Nations Statistics Division | System of Environmental-Economic Accounting | March 2021
Documents international adoption of ecosystem accounting and the shift toward treating nature's contributions as measurable economic assets rather than invisible externalities.
| Camille Anne Bann | World Bank | June 24, 2019
Explains how natural-capital accounting can support the Sustainable Development Goals by linking environmental assets, economic activity and development outcomes.
| Government of Rwanda | Government of Rwanda / World Bank | 2019
Develops natural-capital accounts for Rwanda's mineral resources, connecting extraction and resource flows with national wealth and economic accounting.
| World Bank | World Bank | 2019
Examines how Zambia can use natural-capital accounting to manage renewable resources, diversify its economy and protect assets supporting vulnerable communities.
| World Bank | WAVES | November 1, 2018
Reviews progress by WAVES countries in producing natural-capital accounts and incorporating environmental assets into national policy and economic decision-making.
| Natural Capital Project | Stanford University | n.d.
Provides open ecosystem-service datasets designed for natural-capital assessment using terrestrial, freshwater, marine and urban models.
| United Nations Statistics Division | NCAVES | n.d.
Collects country policy briefs and guidance on natural-capital accounting in Brazil, China, India, Mexico and South Africa, together with biodiversity and land-degradation applications.
