Ecosystem Services
Ecosystem Services
Ecosystem services are the benefits that people receive from functioning ecosystems. They include tangible products such as food, freshwater, timber, fiber, medicines, and fish, as well as ecological processes that regulate climate, purify water, control floods, maintain soil fertility, pollinate crops, store carbon, support biodiversity, and protect coastlines. Ecosystems also provide recreation, aesthetic experiences, cultural identity, spiritual meaning, education, and other benefits that are difficult to express solely in economic terms.
The ecosystem-services concept provides a way to connect ecology with human well-being. Forests, wetlands, rivers, grasslands, farms, mountains, drylands, coral reefs, mangroves, lakes, oceans, soils, and urban green spaces all generate combinations of services. The quantity and reliability of those services depend on ecosystem condition, biodiversity, land management, climate, and human institutions.
Research increasingly treats ecosystem services not simply as isolated ecological benefits but as flows connecting ecosystems with people, communities, economies, and governments. This perspective has influenced conservation planning, natural-capital accounting, environmental economics, restoration, agriculture, forestry, water management, urban planning, and climate policy.
Types of Ecosystem Services
Ecosystem services are commonly divided into broad categories.
Provisioning services are physical products obtained from ecosystems. These include food, freshwater, timber, fiber, fuel, medicines, forage, fisheries, and other biological resources.
Regulating services arise from ecological processes that moderate environmental conditions. Examples include climate regulation, carbon sequestration, water purification, flood control, erosion prevention, coastal protection, pollination, pest regulation, air filtration, and regulation of water flows.
Supporting services include ecological processes that make other ecosystem services possible. Soil formation, nutrient cycling, primary production, habitat provision, decomposition, and ecological interactions contribute to the continued functioning of ecosystems.
Cultural services are non-material benefits associated with recreation, tourism, aesthetics, education, inspiration, identity, spirituality, sense of place, cultural heritage, and relationships between people and landscapes.
These categories often overlap. A forest, for example, can simultaneously provide timber, drinking-water protection, carbon storage, wildlife habitat, recreation, scenic beauty, and cultural meaning.
Biodiversity, Resilience, and Human Well-Being
Biodiversity is closely connected with ecosystem functioning and the production of ecosystem services. Genetic diversity, species diversity, ecological interactions, and habitat diversity can influence productivity, pollination, seed dispersal, pest control, nutrient cycling, water regulation, carbon storage, and resistance to environmental disturbances.
More biologically diverse ecosystems can sometimes maintain functions more reliably when exposed to drought, disease, climate change, invasive species, or other disturbances. Biodiversity therefore has significance not only for conservation but also for the resilience of food systems, water supplies, forests, fisheries, and other resources on which people depend.
The relationship between biodiversity and ecosystem services is not always simple. Maximizing one service does not necessarily maximize biodiversity or other services. Land managed primarily for crop production, timber, carbon storage, or another single objective may produce trade-offs elsewhere.
Understanding these trade-offs is therefore an important part of ecosystem management.
Agriculture, Pollination, Soil, and Grasslands
Agriculture depends heavily on ecosystem services while simultaneously influencing the ecosystems that provide them.
Pollinating insects and other animals contribute directly to the reproduction of many wild plants and agricultural crops. Pollination can affect crop yields, food availability, household income, nutrition, and the resilience of agricultural communities. Loss of pollinator diversity can reduce reproductive success in both cultivated and wild plants.
Soils provide another essential group of services. Soil organisms participate in decomposition, nutrient cycling, carbon storage, water infiltration, soil formation, and the maintenance of fertility. Agricultural practices such as tillage, fertilizer use, grazing, crop rotations, cover crops, and organic or integrated nutrient management can alter these functions.
Grasslands and rangelands provide forage and livestock production while also storing carbon, regulating water, reducing erosion, supporting pollinators and wildlife, and providing cultural and recreational benefits. Intensive production may increase biomass or agricultural output while reducing some regulating, supporting, or cultural services.
Sustainable agricultural management therefore involves balancing production with the ecological processes that make continued production possible.
Forests, Watersheds, Rivers, and Lakes
Forests provide timber and other products while regulating climate, storing carbon, protecting biodiversity, filtering air, moderating temperatures, stabilizing soils, supporting recreation, and influencing water supplies.
Forested watersheds can affect drinking-water quality, streamflow, erosion, flooding, groundwater, and nutrient retention. Protecting watershed ecosystems can therefore create economic benefits through reduced water-treatment costs, lower disaster risk, recreation, fisheries, and improved human health.
Rivers supply drinking water, irrigation, transportation, fisheries habitat, floodplain functions, recreation, and cultural benefits. River management frequently involves trade-offs among hydropower, agriculture, urban water demand, biodiversity, fisheries, and ecosystem conservation.
Lakes likewise provide drinking water, irrigation, fisheries, transportation, hydroelectric power, recreation, habitat, and other services. Because rivers and lakes are connected across watersheds, protecting freshwater ecosystem services often requires management beyond the boundaries of individual water bodies.
Wetlands are particularly important for water purification, nutrient retention, groundwater recharge, flood mitigation, storm protection, carbon storage, biodiversity, fisheries habitat, and recreation.
Coastal and Marine Ecosystem Services
Marine and coastal ecosystems provide food, employment, fisheries, recreation, tourism, biodiversity, shoreline protection, carbon storage, and cultural benefits.
Mangrove forests can protect coastlines from waves and storms while providing fish nursery habitat, timber and other resources, carbon sequestration, biodiversity, and livelihood opportunities for coastal communities.
Coral reefs support fisheries and tourism while functioning as natural barriers that reduce wave energy and coastal flooding. Damage to reefs can therefore affect both biodiversity and the physical protection of coastal communities and infrastructure.
Seagrasses, estuaries, coastal wetlands, and other marine habitats likewise contribute to fisheries, shoreline stabilization, water quality, carbon storage, and ecological productivity.
Marine ecosystem services can be difficult to measure because ecological processes occur over large areas and across interconnected habitats. Gaps in biological data, seabed information, mapping, valuation, and stakeholder participation complicate efforts to incorporate these services into marine management.
Mountains, Drylands, and Other Vulnerable Landscapes
Mountain ecosystems supply freshwater, forage, food, recreation, carbon storage, erosion control, biodiversity, and protection from natural hazards. Many of these services are particularly vulnerable to climate change because mountain hydrology, vegetation, snow, glaciers, and species distributions respond strongly to changing temperatures and precipitation.
Drylands and semi-arid regions also provide substantial ecosystem services despite limited water availability. Grazing, agriculture, carbon storage, biodiversity, soil protection, fuelwood, and local livelihoods depend on the condition of dryland ecosystems.
Land degradation can reduce these services, while restoration, agroforestry, improved grazing management, and other practices can potentially increase ecological resilience and livelihood security.
Urban Ecosystem Services
Cities depend on ecosystem services even though their ecological systems are heavily modified.
Urban trees, parks, gardens, wetlands, soils, streams, lakes, and other green and blue infrastructure can reduce heat, filter air pollution, absorb stormwater, reduce flooding, store carbon, provide wildlife habitat, and create opportunities for recreation and social interaction.
The benefits produced by urban vegetation vary according to plant structure, species composition, location, maintenance, soil conditions, and surrounding development. Increasing the area of urban green space therefore does not automatically maximize ecosystem services; design and ecological quality also matter.
Urban ecosystem-service assessment is increasingly used to inform planning, climate adaptation, public health, stormwater management, and decisions about green infrastructure.
Natural Capital and Economic Valuation
The ecosystem-services concept is closely related to natural capital. Natural capital refers broadly to stocks of natural resources and ecosystems that generate flows of benefits over time.
Natural-capital accounting attempts to measure ecosystem extent, condition, service flows, beneficiaries, and sometimes monetary values alongside conventional economic activity. Governments and international organizations have developed accounting systems designed to make environmental assets more visible in economic and policy decisions.
Economic valuation can estimate the value of services such as carbon sequestration, timber, water purification, recreation, coastal protection, fisheries, pollution removal, and urban cooling.
Valuation can reveal benefits that are often ignored in conventional markets. Destroying a wetland, for example, may create revenue from development while simultaneously eliminating flood protection, water purification, wildlife habitat, carbon storage, and recreation.
Monetary valuation nevertheless has limits. Many ecological, cultural, ethical, spiritual, and relational values cannot be fully represented by market prices.
Trade-Offs, Synergies, and Ecosystem-Service Bundles
Ecosystems normally provide several services simultaneously. Management decisions can therefore create both synergies and trade-offs.
Restoring forests may improve carbon storage, biodiversity, erosion control, and water quality simultaneously. In other circumstances, increasing timber production could reduce habitat quality or recreation. Expanding crop production may increase food supplies while reducing water regulation, carbon storage, or wildlife habitat.
Researchers increasingly examine ecosystem-service bundles rather than studying each service separately. This approach considers how groups of services occur together and how changes in land use, management, climate, or human demand alter relationships among them.
The people who receive benefits may also differ from those who bear the costs of conservation or environmental degradation. Understanding beneficiaries, stakeholders, spatial scales, and competing demands is therefore important when evaluating ecosystem-service trade-offs.
Mapping and Measuring Ecosystem Services
Mapping ecosystem services can identify where services are produced, where beneficiaries live, and where conservation or restoration may produce the greatest benefits.
Researchers use field measurements, ecological models, land-cover information, remote sensing, geographic information systems, economic data, and social surveys to assess ecosystem services.
The results depend heavily on the indicators, spatial scale, assumptions, and methods used. Some services are relatively straightforward to quantify, while cultural benefits, biodiversity relationships, ecological resilience, and long-term changes can be much more difficult to measure.
A continuing challenge is connecting increasingly sophisticated ecosystem-service assessments with real-world planning and policy decisions.
Payments for Ecosystem Services and Governance
Payments for ecosystem services are programs in which people or organizations benefiting from ecosystem services provide incentives or compensation to those responsible for maintaining them.
Programs may support forest conservation, watershed protection, carbon storage, biodiversity, sustainable agriculture, or other environmental objectives.
Their success depends on institutional design, property rights, local participation, monitoring, financing, economic conditions, governance, and the distribution of costs and benefits.
Research shows that payments for ecosystem services should not automatically be assumed to produce positive or equitable outcomes. Programs can fail when incentives are poorly designed, benefits are distributed unfairly, local communities are excluded, or environmental improvements cannot be clearly demonstrated.
Effective governance therefore requires attention to ecological outcomes as well as social conditions, institutions, power relationships, and community priorities.
Restoration, Protected Areas, and Nature-Based Solutions
Ecological restoration can rebuild ecosystem services that have been lost through pollution, deforestation, wetland drainage, river modification, intensive agriculture, mining, or other forms of degradation.
Restored wetlands can improve water quality, store carbon, provide habitat, reduce flooding, and support recreation. River restoration can improve water purification, fisheries, wildlife habitat, flood management, and recreational opportunities.
Protected areas conserve biodiversity while also maintaining carbon storage, water regulation, recreation, cultural landscapes, and other ecosystem services.
Nature-based solutions apply ecological processes to societal challenges such as climate change, flooding, coastal erosion, heat, water management, and biodiversity loss. Examples include restoring wetlands, protecting mangroves, expanding urban green infrastructure, restoring forests, and rehabilitating degraded watersheds.
The value of restoration may increase over time as ecosystems recover and ecological functions become re-established.
Cultural, Social, and Plural Values
Ecosystem services are not limited to commodities or measurable physical processes. People form social, cultural, emotional, ethical, and spiritual relationships with ecosystems and landscapes.
Natural areas can contribute to identity, community relationships, recreation, tourism, aesthetic appreciation, psychological well-being, education, cultural heritage, inspiration, and sense of place.
These benefits have encouraged researchers to adopt plural valuation approaches. Rather than assuming every benefit can be expressed in money, plural valuation recognizes ecological, monetary, cultural, social, relational, ethical, and other forms of value.
The ecosystem-services concept therefore operates at the intersection of ecology and society. Ecosystem-service flows depend not only on ecological processes but also on human demand, institutions, access, management, cultural interpretation, and political decisions.
Ecosystem Services and Climate Change
Climate change can alter ecosystem services by changing temperatures, precipitation, hydrology, species distributions, disturbance regimes, soil processes, forests, wetlands, agricultural productivity, freshwater systems, and coastal ecosystems.
At the same time, ecosystems can contribute to climate mitigation and adaptation. Forests, soils, grasslands, wetlands, mangroves, and other ecosystems store carbon. Healthy watersheds can moderate floods and drought impacts, while coastal ecosystems can reduce damage from storms and waves.
Protecting ecosystem services is therefore increasingly connected with climate policy, biodiversity conservation, disaster-risk reduction, food security, and sustainable development.
Limits and Challenges of the Ecosystem-Services Approach
The ecosystem-services framework has helped make human dependence on nature more visible, but it also raises important questions.
Scientific uncertainty can make services difficult to quantify. Ecological relationships vary between places and over time. Benefits may flow to people far from the ecosystems producing them, while conservation costs may fall disproportionately on local communities.
Economic valuation can help demonstrate the importance of ecosystems but may also obscure values that cannot meaningfully be priced. Management designed around a small number of highly valued services may overlook biodiversity, cultural relationships, ecological resilience, or the interests of less powerful groups.
For these reasons, ecosystem-service assessment increasingly combines ecological science, economics, social science, local knowledge, stakeholder participation, and multiple forms of valuation.
Conclusion
Ecosystem services describe the many ways functioning ecosystems contribute to human societies. Food production, freshwater, pollination, soil fertility, climate regulation, carbon storage, flood protection, coastal defense, fisheries, recreation, cultural identity, and countless other benefits ultimately depend on ecological processes.
The concept has expanded from a way of describing nature's benefits into a framework used in conservation, economics, accounting, agriculture, forestry, water management, urban planning, restoration, and environmental policy.
Its central lesson is that environmental degradation is not simply the loss of plants, animals, or landscapes. It can also mean the loss of natural systems that support economies, communities, health, livelihoods, and long-term human well-being.
Protecting ecosystem services therefore requires more than assigning monetary values to nature. It requires maintaining biodiversity and ecological function, understanding trade-offs among competing uses, recognizing social and cultural values, restoring damaged ecosystems, and developing institutions capable of managing natural systems for both present and future generations.
Ecosystem Services
Foundations and Definitions
1. NCAVES FAQ
[NCAVES FAQ | UN Environment Programme | UNEP | January 26, 2025]
Explains natural-capital accounting, ecosystem accounts, service flows, physical and monetary valuation, and how environmental information can be integrated with economic decision-making.
2. Why Does Nature Action Matter?
[Why Does Nature Action Matter? | UN Environment Programme | UNEP | January 25, 2023]
Describes ecosystem services as nature's contributions of food, water, medicines, clean air, climate regulation, pollination, livelihoods, and other foundations of human well-being.
3. Thematic Brief: Ecosystems & Ecosystem Services
[Thematic Brief: Ecosystems & Ecosystem Services | Green Climate Fund | Green Climate Fund | May 27, 2021]
Examines links among ecosystem degradation, climate change, carbon storage, land productivity, human welfare, and investments intended to protect and restore natural systems.
4. Ecosystems, Ecosystem Services, and Biodiversity
[Ecosystems, Ecosystem Services, and Biodiversity | U.S. Geological Survey | USGS | January 1, 2018]
Reviews how biodiversity supports food, fiber, water quality, erosion control, nutrient cycling, recreation, and other benefits while examining threats from climate change.
5. Ecosystem Services: Key Concepts and Applications
[Ecosystem Services: Key Concepts and Applications | Australian Government Department of the Environment | DCCEEW | 2010]
Introduces ecosystem-service concepts, biodiversity relationships, valuation methods, natural-resource management applications, and emerging markets for environmental benefits.
6. Ecosystem Services: Benefits Supplied to Human Societies by Natural Ecosystems
[Ecosystem Services: Benefits Supplied to Human Societies by Natural Ecosystems | Gretchen C. Daily et al. | Issues in Ecology / U.S. EPA | 1997]
A foundational overview of natural life-support systems including water purification, waste decomposition, climate regulation, soil fertility, biodiversity, food, timber, and medicines.
7. Ecosystem Services
[Ecosystem Services | USDA Climate Hubs | U.S. Department of Agriculture | n.d.]
Explains the four major categories of ecosystem services—provisioning, regulating, supporting, and cultural—and connects them to agriculture, forests, rangelands, and human livelihoods.
8. Ecosystem Services
[Ecosystem Services | U.S. Forest Service | USDA Forest Service | n.d.]
Summarizes the benefits supplied by forests and grasslands, including water, carbon storage, recreation, food, air filtration, wildlife habitat, timber, biodiversity, and cultural values.
9. Ecosystem Services: Forests and Society
[Ecosystem Services: Forests and Society | European Environment Agency | Forest Information System of Europe | n.d.]
Explains how forests contribute to water purification, air filtration, climate regulation, carbon storage, and other services that support European societies and economies.
10. Natural Capital and Ecosystem Services FAQ
[Natural Capital and Ecosystem Services FAQ | United Nations Statistics Division et al. | System of Environmental-Economic Accounting | n.d.]
Introduces ecosystem accounting and explains how provisioning, regulating, and cultural services can be measured alongside economic activity without requiring every benefit to receive a monetary price.
Biodiversity, Resilience, and Human Well-Being
11. Identifying Trade-Offs Between Biodiversity Conservation and Ecosystem Services Delivery for Land-Use Decisions
[Identifying Trade-Offs Between Biodiversity Conservation and Ecosystem Services Delivery for Land-Use Decisions | Constance Fastré et al. | Scientific Reports | May 14, 2020]
Demonstrates that land-use planning must consider situations where maximizing particular ecosystem services does not necessarily maximize biodiversity conservation or other environmental objectives.
12. Assessing Ecosystem Service Trade-Offs and Synergies: The Need for a More Mechanistic Approach
[Assessing Ecosystem Service Trade-Offs and Synergies: The Need for a More Mechanistic Approach | Marie C. Dade et al. | Ambio | 2019]
Finds that many ecosystem-service studies identify statistical trade-offs or synergies without adequately examining the ecological, environmental, or policy mechanisms producing those relationships.
13. Towards Systematic Analyses of Ecosystem Service Trade-Offs and Synergies
[Towards Systematic Analyses of Ecosystem Service Trade-Offs and Synergies: Main Concepts, Methods and the Road Ahead | Anna F. Cord et al. | Ecosystem Services | December 2017]
Reviews concepts and methods used to understand ecosystem-service bundles, trade-offs, synergies, supply, demand, stakeholders, spatial scales, and limits to landscape multifunctionality.
14. Forest Biodiversity, Ecosystem Functioning and the Provision of Ecosystem Services
[Forest Biodiversity, Ecosystem Functioning and the Provision of Ecosystem Services | Eckehard G. Brockerhoff et al. | Biodiversity and Conservation | 2017]
Reviews evidence connecting forest diversity with biomass, pollination, seed dispersal, pest control, disturbance resistance, carbon sequestration, cultural benefits, and multifunctionality.
15. Disaggregating the Evidence Linking Biodiversity and Ecosystem Services
[Disaggregating the Evidence Linking Biodiversity and Ecosystem Services | Taylor H. Ricketts et al. | Nature Communications | October 7, 2016]
Reviews empirical evidence connecting biodiversity with ecosystem-service delivery and finds that relationships vary considerably depending on services, organisms, locations, and measurement methods.
16. Exploring Connections Among Nature, Biodiversity, Ecosystem Services, and Human Health and Well-Being
[Exploring Connections Among Nature, Biodiversity, Ecosystem Services, and Human Health and Well-Being | Paul A. Sandifer, Ariana E. Sutton-Grier, Bethney P. Ward | Ecosystem Services | April 2015]
Synthesizes evidence linking biodiversity and contact with nature to ecosystem services, human health, psychological well-being, and opportunities for integrated conservation and health policy.
17. Our Planet, Our Health, Our Future: Human Health and the Rio Conventions
[Our Planet, Our Health, Our Future: Human Health and the Rio Conventions | World Health Organization | WHO | 2012]
Connects human health with functioning ecosystems and argues that losses of biodiversity and ecosystem services can undermine food, water, disease regulation, livelihoods, and well-being.
18. Perspectives on Biodiversity: Executive Summary
[Perspectives on Biodiversity: Executive Summary | National Research Council | National Academies Press | 1999]
Explains how genetic, species, and ecosystem diversity supports ecological functioning, resilience, agriculture, water purification, flood control, pollination, industries, and human knowledge.
19. The Values of Biodiversity
[The Values of Biodiversity | National Research Council | National Academies Press | 1999]
Surveys ecological, economic, social, and non-use values of biodiversity and connects biological diversity to water regulation, soil fertility, pest control, pollination, and coastal protection.
Pollination, Soil, and Agricultural Ecosystem Services
20. Pollinators Support the Nutrition and Income of Vulnerable Communities
[Pollinators Support the Nutrition and Income of Vulnerable Communities | T. P. Timberlake et al. | Nature | May 6, 2026]
Demonstrates direct links between pollinator biodiversity, food production, household income, and nutrition, making an often-abstract ecosystem service measurable in human welfare terms.
21. Loss of Pollinator Diversity Consistently Reduces Reproductive Success for Wild and Cultivated Plants
[Loss of Pollinator Diversity Consistently Reduces Reproductive Success for Wild and Cultivated Plants | Maddi Artamendi et al. | Nature Ecology & Evolution | 2025]
Finds that declining pollinator diversity reduces plant reproductive success across wild and cultivated species, strengthening evidence that biodiversity is important to reliable pollination services.
22. Assessing the Economic and Nutritional Value of Pollination Services in Nepal
[Assessing the Economic and Nutritional Value of Pollination Services in Nepal | Kedar Devkota et al. | Scientific Reports | October 23, 2024]
Quantifies pollination as an agricultural ecosystem service with consequences for crop production, economic value, nutrition, livelihoods, and food-system resilience.
23. Insect Pollinators Can Unlock an Annual Monetary Value of More Than US $100 Million from Crop Production in Rwanda
[Insect Pollinators Can Unlock an Annual Monetary Value of More Than US $100 Million from Crop Production in Rwanda | Rosita Endah Epse Yocgo et al. | Scientific Reports | November 16, 2023]
Estimates the substantial economic contribution of insect pollination to Rwandan agriculture and highlights the importance of pollinator conservation for African food systems.
24. Evaluating the Taxa That Provide Shared Pollination Services Across Multiple Crops and Regions
[Evaluating the Taxa That Provide Shared Pollination Services Across Multiple Crops and Regions | Bryony K. Willcox et al. | Scientific Reports | September 19, 2019]
Investigates which pollinating species contribute across different crops and regions, helping identify biodiversity that may be especially important for agricultural resilience.
25. Risks to Pollinators and Pollination from Invasive Alien Species
[Risks to Pollinators and Pollination from Invasive Alien Species | Adam J. Vanbergen, Anahí Espíndola, Marcelo A. Aizen | Nature Ecology & Evolution | December 14, 2017]
Reviews how invasive species can restructure pollinator communities, alter plant-pollinator networks, transmit disease, and threaten the stability of pollination ecosystem services.
26. Valuation of Soil Ecosystem Services
[Valuation of Soil Ecosystem Services | Jón Örvar G. Jónsson, Brynhildur Davíðsdóttir, Nikolaos P. Nikolaidis | Advances in Agronomy | December 1, 2017]
Presents a framework for valuing soil contributions including biomass production, nutrient filtering, climate regulation, soil formation, biodiversity, water cycling, and other benefits.
27. Ecosystem Services of the Soil Food Web After Long-Term Application of Agricultural Management Practices
[Ecosystem Services of the Soil Food Web After Long-Term Application of Agricultural Management Practices | Xiaoke Zhang, Howard Ferris, Jeffrey Mitchell, Wenju Liang | Soil Biology and Biochemistry | August 2017]
Shows how soil organisms contribute to nutrient mineralization, fertility, plant growth, decomposition, and other services influenced by long-term tillage and cover-cropping practices.
28. Linking Soils to Ecosystem Services — A Global Review
[Linking Soils to Ecosystem Services — A Global Review | K. Adhikari, A. E. Hartemink | Geoderma | January 15, 2016]
Reviews global research connecting soil properties to provisioning, regulating, supporting, and cultural services and identifies important gaps in soil ecosystem-service research.
29. Soil Biota, Ecosystem Services and Land Productivity
[Soil Biota, Ecosystem Services and Land Productivity | Edmundo Barrios | Ecological Economics | December 15, 2007]
Explains how diverse soil organisms support nutrient cycling, soil structure, carbon processes, food webs, productivity, and the long-term functioning of natural and agricultural ecosystems.
Farming, Grasslands, and Rangelands
30. Trade-Offs and Synergies in Agroecosystem Services with Organic and Integrated Nutrient Management in South Asian Agri-Food Systems
[Trade-Offs and Synergies in Agroecosystem Services with Organic and Integrated Nutrient Management in South Asian Agri-Food Systems | Dinesh Chand Meena et al. | Field Crops Research | April 1, 2026]
Meta-analysis finds integrated nutrient management can improve yields, carbon sequestration, soil fertility, and water efficiency while reducing conflicts between production and environmental objectives.
31. Fertilizer and Soil Health for Sustained Crop Production in Sub-Saharan Africa
[Fertilizer and Soil Health for Sustained Crop Production in Sub-Saharan Africa | Roel Merckx et al. | npj Sustainable Agriculture | 2026]
Examines how soil fertility management can maintain food production while restoring soil functions responsible for nutrient cycling, biological activity, resilience, and other ecosystem services.
32. Global Synthesis Reveals Divergent Effects of Grassland Management on Ecosystem Services
[Global Synthesis Reveals Divergent Effects of Grassland Management on Ecosystem Services | Yifan Wu, Yan Xiao | Agricultural Systems | 2026]
Synthesizes meta-analyses showing that restoration, grazing, and grazing exclusion affect provisioning, regulating, and supporting services differently, emphasizing service-specific management.
33. Grassland Ecosystem Services: Their Economic Evaluation Through a Systematic Review
[Grassland Ecosystem Services: Their Economic Evaluation Through a Systematic Review | Multiple authors | Land | July 26, 2024]
Reviews ecological, sociocultural, and economic methods for valuing grassland services including forage, carbon storage, water regulation, biodiversity, recreation, and cultural benefits.
34. Ecosystem Services Provided by Semi-Natural and Intensified Grasslands
[Ecosystem Services Provided by Semi-Natural and Intensified Grasslands: Synergies, Trade-Offs and Linkages to Plant Traits and Functional Richness | Regina Lindborg et al. | Applied Vegetation Science | 2023]
Finds semi-natural grasslands generally support a wider range of services, while intensified systems show stronger trade-offs between biomass production and environmental benefits.
35. Grasslands—More Important for Ecosystem Services Than You Might Think
[Grasslands—More Important for Ecosystem Services Than You Might Think | Jan Bengtsson et al. | Ecosphere | 2019]
Shows that natural and semi-natural grasslands provide water regulation, carbon storage, erosion control, pollination, cultural values, biodiversity, and livestock-related benefits.
36. Trends and Approaches in the Analysis of Ecosystem Services Provided by Grazing Systems
[Trends and Approaches in the Analysis of Ecosystem Services Provided by Grazing Systems | P. D'Ottavio et al. | Grass and Forage Science | May 22, 2017]
Reviews how grazing systems supply food and other services and argues that cultural benefits, stakeholder perspectives, and multiple-service assessments deserve greater attention.
37. Payments for Ecosystem Services and Food Security
[Payments for Ecosystem Services and Food Security | Food and Agriculture Organization of the United Nations | FAO | 2011]
Examines using payments and incentives to maintain clean water, nutrient cycling, climate regulation, biodiversity, food production, and other services associated with sustainable agriculture.
38. Ecosystem Services and Biodiversity
[Ecosystem Services and Biodiversity | International Food Policy Research Institute | IFPRI | n.d.]
Reviews agriculture's dependence on water supply, pollination, climate regulation, soil fertility, pest control, biodiversity, and governance of shared natural resources.
Forests and Watersheds
39. Benefits of Healthy Watersheds
[Benefits of Healthy Watersheds | U.S. Environmental Protection Agency | EPA | 2026]
Summarizes economic and social returns from watershed protection including drinking-water savings, hazard mitigation, recreation, subsistence resources, health, and property values.
40. Inventory of Forest Attributes to Support the Integration of Non-Provisioning Ecosystem Services and Biodiversity into Forest Planning
[Inventory of Forest Attributes to Support the Integration of Non-Provisioning Ecosystem Services and Biodiversity into Forest Planning | Thomas Knoke et al. | Current Forestry Reports | February 15, 2021]
Examines how forest inventories can measure and map recreation opportunities, biodiversity conservation, carbon storage, and other non-timber benefits for management decisions.
41. Effects of Climate Change on Ecosystem Services
[Effects of Climate Change on Ecosystem Services | Travis Warziniack et al. | USDA Forest Service | 2018]
Assesses climate risks to timber, grazing, municipal water, carbon sequestration, pollinators, and other services supplied by forests and rangelands.
42. A Review of the Effects of Forest Management Intensity on Ecosystem Services
[A Review of the Effects of Forest Management Intensity on Ecosystem Services for Northern European Temperate Forests with a Focus on the UK | Louise Sing, Marc Metzger, James Paterson, Duncan Ray | Forestry | 2018]
Reviews trade-offs among timber, carbon storage, biodiversity, recreation, health, water supply, water quality, and flood protection under different forest-management intensities.
43. Assessment and Valuation of Forest Ecosystem Services: State of the Science Review
[Assessment and Valuation of Forest Ecosystem Services: State of the Science Review | Seth Binder et al. | USDA Forest Service | 2017]
Reviews methods for assessing timber, carbon sequestration, water regulation, recreation, residential amenities, endangered species protection, and economic values in forest management.
44. Forest Ecosystem Services: Water Resources
[Forest Ecosystem Services: Water Resources | Tom Holmes, James Vose, Travis Warziniack, Bill Holman | USDA Forest Service | 2017]
Examines forest influences on drinking-water supply, purification, streamflow, flooding, recreation, precipitation, and other water-related ecosystem services.
45. Forest Management, Public Goods, and Optimal Policies
[Forest Management, Public Goods, and Optimal Policies | Markku Ollikainen | Annual Review of Resource Economics | 2016]
Reviews forest biodiversity, carbon policy, water externalities, management regimes, public goods, and economic instruments including payments for ecosystem services.
46. Introduction to Watershed Ecosystem Services
[Introduction to Watershed Ecosystem Services | Jefferson S. Hall, Robert F. Stallard, Vanessa Kirn | U.S. Geological Survey | 2015]
Introduces watershed benefits including forest products, biodiversity, carbon sequestration, streamflow regulation, clean water, and the ecological processes sustaining them.
47. The Relationship Between Biodiversity, Carbon Stock Resilience, and the Provision of Other Ecosystem Services
[The Relationship Between Biodiversity, Carbon Stock Resilience, and the Provision of Other Ecosystem Services | UK Department for International Development | GOV.UK | July 17, 2014]
Reviews evidence relevant to tropical forests on jointly maintaining carbon storage, biodiversity, resilient ecosystems, livelihoods, and broader ecosystem-service benefits.
48. A Synoptic Survey of Ecosystem Services from Headwater Catchments in the United States
[A Synoptic Survey of Ecosystem Services from Headwater Catchments in the United States | Brian H. Hill, Randy Kolka, Frank H. McCormick, Matthew A. Starry | Ecosystem Services / USDA Forest Service | 2014]
Quantifies water supply, water purification, nutrient retention, and climate-regulation functions across hundreds of U.S. headwater streams and their catchments.
Wetlands, Rivers, and Freshwater Systems
49. River Habitat
[River Habitat | NOAA Fisheries | National Oceanic and Atmospheric Administration | 2026]
Explains how rivers supply drinking water, irrigation, transportation, fish habitat, floodplain functions, riparian benefits, and other ecosystem services.
50. Why Are Wetlands Important?
[Why Are Wetlands Important? | U.S. National Park Service | National Park Service | 2025]
Explains wetland services including water purification, groundwater benefits, storm protection, erosion reduction, wildlife habitat, recreation, and human security.
51. Assessment of Provisioning and Cultural Ecosystem Services in Natural Wetlands and Rice Fields in Kano Floodplain, Kenya
[Assessment of Provisioning and Cultural Ecosystem Services in Natural Wetlands and Rice Fields in Kano Floodplain, Kenya | Multiple authors | Ecosystem Services | 2017]
Examines how Kenyan floodplain wetlands and rice fields contribute food, water, fuel, medicines, livelihoods, recreation, biodiversity, and other benefits.
52. Economics of Ecosystem Services of the Tana River Basin
[Economics of Ecosystem Services of the Tana River Basin | UN Environment Programme | UNEP | 2017]
Examines trade-offs among drinking water, hydropower, agriculture, grazing, fisheries, biodiversity, development projects, and ecosystem conservation in Kenya's Tana River basin.
53. Ecosystem Services in Freshwater Fish Production Systems and Aquatic Ecosystems
[Ecosystem Services in Freshwater Fish Production Systems and Aquatic Ecosystems | Food and Agriculture Organization of the United Nations | FAO | May 30, 2015]
Explores how inland fisheries and freshwater ecosystems generate food, livelihoods, ecological regulation, and other benefits that should be incorporated into water-management decisions.
54. Ecosystem Services of Wetlands
[Ecosystem Services of Wetlands | Multiple authors | International Journal of Biodiversity Science, Ecosystem Services & Management | 2015]
Reviews wetland contributions to water quality, flood and storm protection, groundwater recharge, nutrient cycles, carbon processes, biodiversity, recreation, and culture.
55. Ecosystem Services Delivered by Small-Scale Wetlands
[Ecosystem Services Delivered by Small-Scale Wetlands | Multiple authors | Hydrological Sciences Journal | 2011]
Argues that small and frequently overlooked wetlands can provide substantial water-quality regulation, flood mitigation, habitat, biodiversity, resources, recreation, and landscape benefits.
56. The Importance of Wetlands
[The Importance of Wetlands | Convention on Wetlands | Ramsar Convention | n.d.]
Describes wetlands as sources of freshwater, food, building materials, biodiversity, groundwater recharge, flood control, climate regulation, and numerous other benefits.
57. Wetlands and Estuaries
[Wetlands and Estuaries | U.S. Geological Survey | USGS | n.d.]
Summarizes coastal wetland services including storm protection, erosion control, fisheries habitat, water-quality improvement, carbon storage, recreation, shipping, and commerce.
58. Fisheries as Ecosystem Services: A Case Study of the Cauvery River Basin, India
[Fisheries as Ecosystem Services: A Case Study of the Cauvery River Basin, India | V. Pownkumar et al. | TU Delft Research Portal | n.d.]
Examines river fisheries as ecosystem services and connects fish biodiversity, habitats, ecological resilience, livelihoods, food production, and river-management decisions.
Mangroves, Coral Reefs, and Coastal Ecosystems
59. Mangrove Ecosystem Service Values and Coastal-Household Livelihood-Strategy Choices
[Mangrove Ecosystem Service Values and Coastal-Household Livelihood-Strategy Choices: A Systematic Review | Multiple authors | Forests | August 2026]
Reviews evidence connecting mangroves with fisheries, coastal disaster-risk reduction, household livelihoods, economic value, and community decisions.
60. Valuing Mangrove Ecosystem Services Along the Brazilian Amazon Coast
[Valuing Mangrove Ecosystem Services Along the Brazilian Amazon Coast | Philip Otieno et al. | Ecosystem Services | 2026]
Assesses local values for mangrove services in Brazil and emphasizes fisheries, carbon, household benefits, community preferences, and conservation policy.
61. Shallow Coral Reef Habitat
[Shallow Coral Reef Habitat | NOAA Fisheries | National Oceanic and Atmospheric Administration | 2026]
Describes coral-reef services including seafood, fisheries employment, tourism, recreation, biodiversity habitat, and protection from storm surges and destructive waves.
62. Economic Valuation of the Ecosystem Services Provided by the Mangroves of the Gulf of Nicoya
[Economic Valuation of the Ecosystem Services Provided by the Mangroves of the Gulf of Nicoya Using a Hybrid Methodology | Marcello Hernández-Blanco, Robert Costanza, Miguel Cifuentes-Jara | Ecosystem Services | 2021]
Values mangrove climate regulation, fisheries, coastal protection, and additional services to demonstrate the economic importance of conservation in Costa Rica.
63. Protecting Seagrass Through Payments for Ecosystem Services
[Protecting Seagrass Through Payments for Ecosystem Services: A Community Guide | UN Environment Programme | UNEP | February 2, 2020]
Explains how seagrasses support fisheries, nursery habitat, shoreline protection, erosion control, carbon storage, food, income, and community-based conservation incentives.
64. Valuing Mangrove Biodiversity and Ecosystem Services: A Deliberative Choice Experiment in Mida Creek, Kenya
[Valuing Mangrove Biodiversity and Ecosystem Services: A Deliberative Choice Experiment in Mida Creek, Kenya | Multiple authors | Ecosystem Services | 2019]
Measures community values for shoreline protection, biodiversity, fish nursery habitat, education, and research benefits provided by mangroves in coastal Kenya.
65. Mangroves in the Galapagos: Ecosystem Services and Their Valuation
[Mangroves in the Galapagos: Ecosystem Services and Their Valuation | Michael K. Tanner et al. | Ecological Economics | 2019]
Estimates values associated with mangrove carbon storage, small-scale fisheries, and recreation while considering beneficiaries and property rights.
66. Mangrove Ecosystem Service Values and Methodological Approaches to Valuation
[Mangrove Ecosystem Service Values and Methodological Approaches to Valuation: Where Do We Stand? | Amber Himes-Cornell, Susan O. Grose, Linwood Pendleton | Frontiers in Marine Science | October 15, 2018]
Reviews methods for valuing mangrove benefits and argues that economic approaches should also incorporate social, cultural, ecological, and community-defined values.
67. Ecosystem Service Valuations of Mangrove Ecosystems to Inform Decision Making and Future Valuation Exercises
[Ecosystem Service Valuations of Mangrove Ecosystems to Inform Decision Making and Future Valuation Exercises | Multiple authors | PLOS ONE | 2014]
Reviews mangrove benefits including fisheries, coastal protection, carbon sequestration, timber, recreation, pollution reduction, food, and protection against sedimentation.
68. Coral Reefs
[Coral Reefs | NOAA Office for Coastal Management | National Oceanic and Atmospheric Administration | n.d.]
Summarizes the economic importance of coral reefs for fisheries, tourism, recreation, coastal protection, wave-energy reduction, property protection, and human livelihoods.
Cultural and Urban Ecosystem Services
69. Why Do People Go to Nature?
[Why Do People Go to Nature? Enhancing the Recognition and Scope of Cultural Ecosystem Services in Landscape | Jan Daněk | People and Nature | January 23, 2026]
Broadens cultural ecosystem-service research beyond recreation by examining emotions, meanings, place attachment, experiences, and other intangible benefits derived from landscapes.
70. Ecosystem Services Provided by an Urban Green Space in Timișoara
[Ecosystem Services Provided by an Urban Green Space in Timișoara: Linking Urban Vegetation with Air Quality and Cooling Effects | Alia Wokan, Mădălina Iordache | Sustainability | June 17, 2025]
Measures the contribution of urban vegetation to air-quality improvement, temperature moderation, thermal comfort, recreation, and urban resilience.
71. Recreational and Nature-Based Tourism as a Cultural Ecosystem Service
[Recreational and Nature-Based Tourism as a Cultural Ecosystem Service | Cecilia Arnaiz-Schmitz, Cristina Herrero-Jáuregui, María F. Schmitz | Land | March 30, 2021]
Examines recreation and nature tourism as cultural services connected to landscape conservation, local economies, planning, environmental quality, and human well-being.
72. The Importance of Cultural Ecosystem Services in Natural Resource-Dependent Communities
[The Importance of Cultural Ecosystem Services in Natural Resource-Dependent Communities: Implications for Management | Tammy L. Elwell et al. | Ecosystem Services | August 2020]
Shows that scenic beauty, recreation, place relationships, and other non-material ecosystem benefits can strongly influence community well-being and conservation preferences.
73. Cultural Ecosystem Services as Complex Outcomes of People–Nature Interactions in Protected Areas
[Cultural Ecosystem Services as Complex Outcomes of People–Nature Interactions in Protected Areas | Dirk J. Roux et al. | Ecosystem Services | June 2020]
Examines how protected areas generate cultural benefits through complex interactions among landscapes, visitors, management practices, social conditions, and individual experiences.
74. Green Spaces Are Not All the Same for the Provision of Air Purification and Climate Regulation Services
[Green Spaces Are Not All the Same for the Provision of Air Purification and Climate Regulation Services | Multiple authors | Environmental Research | January 2018]
Finds that vegetation structure and management strongly affect how effectively urban parks provide air purification and local climate-regulation services.
75. The Urban Forest and Ecosystem Services
[The Urban Forest and Ecosystem Services: Impacts on Urban Water, Heat, and Pollution Cycles at the Tree, Street, and City Scale | Stephen J. Livesley et al. | Journal of Environmental Quality | 2016]
Reviews how urban trees influence stormwater, flooding, heat, carbon, air pollution, shade, water cycles, and other services at multiple spatial scales.
76. The Contribution of Cultural Ecosystem Services to Understanding the Tourism–Nature–Wellbeing Nexus
[The Contribution of Cultural Ecosystem Services to Understanding the Tourism–Nature–Wellbeing Nexus | Cheryl Willis | Journal of Outdoor Recreation and Tourism | July 2015]
Connects nature tourism with psychological restoration, recreation, aesthetic experiences, visitor satisfaction, and other cultural services affecting human well-being.
77. Mapping Recreation and Ecotourism as a Cultural Ecosystem Service
[Mapping Recreation and Ecotourism as a Cultural Ecosystem Service: An Application at the Local Level in Southern Chile | Multiple authors | Applied Geography | 2013]
Demonstrates spatial methods for identifying recreation and ecotourism benefits so that cultural ecosystem services can be incorporated into land-use and regional planning.
78. Contributions of Cultural Services to the Ecosystem Services Agenda
[Contributions of Cultural Services to the Ecosystem Services Agenda | Multiple authors | Proceedings of the National Academy of Sciences | 2012]
Argues that recreation, tourism, aesthetics, inspiration, identity, and other cultural benefits deserve stronger integration into ecosystem-service science and conservation.
Natural Capital, Accounting, and Economic Valuation
79. Systematic Review of Natural Capital Valuation
[Systematic Review of Natural Capital Valuation: Emergy Accounting and Ecosystem Service Valuation | Yu Han, Yijia Wang, Chenxu Wang, Yanxu Liu | Ecosystem Services | August 2026]
Reviews competing natural-capital valuation approaches and distinguishes valuation of environmental stocks from valuation of ecosystem-service flows supporting human welfare.
80. Valuing Nature's Contribution: A National Ecosystem Accounting Perspective
[Valuing Nature's Contribution: A National Ecosystem Accounting Perspective | Australian Bureau of Statistics | ABS | July 22, 2026]
Discusses why national accounts can incorporate nature, the usefulness and limits of monetary valuation, and the international SEEA Ecosystem Accounting framework.
81. Nature's Bottom Line: Why Kenya's Economic Future Depends on Healthy Ecosystems
[Nature's Bottom Line: Why Kenya's Economic Future Depends on Healthy Ecosystems | Mansi Vipin Panchamia et al. | World Bank | March 16, 2026]
Examines Kenya's economic dependence on ecosystem services and the financial risks created when natural assets, land productivity, water systems, and biodiversity deteriorate.
82. UK Natural Capital Accounts Methodology Guide: 2024
[UK Natural Capital Accounts Methodology Guide: 2024 | Office for National Statistics | UK ONS | November 8, 2024]
Explains methods used to calculate physical and monetary values for habitat extent, ecosystem-service flows, and natural-capital assets in the United Kingdom.
83. UK Natural Capital Accounts Methodology Guide: 2022
[UK Natural Capital Accounts Methodology Guide: 2022 | Office for National Statistics | UK ONS | November 10, 2022]
Details methods for valuing timber, carbon sequestration, pollution removal, urban cooling, recreation, water, agriculture, and other ecosystem-service flows.
84. Marine Natural Capital Accounts, UK Methodology Guide
[Marine Natural Capital Accounts, UK Methodology Guide | Office for National Statistics | UK ONS | April 6, 2021]
Describes accounting methods for marine fish, carbon sequestration, pollution removal, recreation, and other services supplied by marine natural capital.
85. Ecosystem-Based Management and Natural Capital Accounting
[Ecosystem-Based Management and Natural Capital Accounting | Marc Russell et al. | Springer | August 18, 2020]
Explains how natural capital and ecosystem-service information can be incorporated into ecosystem-based management and compared with social and economic considerations.
86. Ecosystem Services Accounts: Valuing the Actual Flow of Nature-Based Recreation from Ecosystems to People
[Ecosystem Services Accounts: Valuing the Actual Flow of Nature-Based Recreation from Ecosystems to People | Multiple authors | Ecological Modelling / PMC | 2019]
Demonstrates how nature-based recreation can be mapped, quantified, economically valued, and incorporated into ecosystem-service supply-and-use accounts.
87. Principles of Natural Capital Accounting
[Principles of Natural Capital Accounting | Office for National Statistics | UK ONS | 2017]
Explains physical ecosystem accounts, service flows, beneficiaries, exchange values, asset values, valuation methods, and limitations of translating natural benefits into monetary terms.
88. Monetary Valuation for Ecosystem Services and Assets for Ecosystem Accounting
[Monetary Valuation for Ecosystem Services and Assets for Ecosystem Accounting | United Nations Statistics Division | System of Environmental-Economic Accounting | n.d.]
Provides guidance for incorporating monetary estimates of ecosystem-service flows and ecosystem assets into internationally standardized environmental-economic accounts.
Mapping, Management, Policy, and Payments
89. Payments for Ecosystem Services (PES) 101
[Payments for Ecosystem Services (PES) 101 | United Nations Forum on Forests | United Nations | 2025]
Explains arrangements in which beneficiaries of clean water, carbon storage, biodiversity, cultural landscapes, and other services compensate people who maintain ecosystems.
90. Mapping Ecosystem Services in Protected Areas
[Mapping Ecosystem Services in Protected Areas: A Systematic Review | Multiple authors | Science of the Total Environment | February 20, 2024]
Reviews how protected-area studies map food, habitat, recreation, regulating, cultural, and other ecosystem services and identifies geographic and methodological research gaps.
91. Bridging Theory and Practice in Ecosystem Services Mapping
[Bridging Theory and Practice in Ecosystem Services Mapping: A Systematic Review | Rachel E. Bitoun, Ewan Trégarot, Rodolphe Devillers | Environment Systems and Decisions | December 11, 2021]
Finds persistent barriers between academic ecosystem-service mapping and real-world policy, including limited stakeholder participation, usability, validation, and decision relevance.
92. What Are the Appropriate Mapping Units for Ecosystem Service Assessments?
[What Are the Appropriate Mapping Units for Ecosystem Service Assessments? A Systematic Review | Jiake Shen, Chundi Chen, Yuncai Wang | Ecosystem Health and Sustainability | March 31, 2021]
Reviews mapping units used in ecosystem-service assessments and explains how spatial resolution and unit choice can affect accuracy and practical planning applications.
93. Coordinating Ecosystem Service Trade-Offs to Achieve Win-Win Outcomes
[Coordinating Ecosystem Service Trade-Offs to Achieve Win-Win Outcomes: A Review of the Approaches | Hua Zheng, Lijuan Wang, Tong Wu | Journal of Environmental Sciences | August 2019]
Reviews ecosystem, landscape, optimization, and policy approaches for reducing conflicts among ecosystem services and improving environmental and socioeconomic outcomes.
94. Ecosystem Service Synergies/Trade-Offs Informing the Supply-Demand Match of Ecosystem Services
[Ecosystem Service Synergies/Trade-Offs Informing the Supply-Demand Match of Ecosystem Services | Lijuan Wang et al. | Ecosystem Services | June 2019]
Uses service supply, demand, trade-offs, and synergies to identify land-management strategies capable of satisfying human needs while minimizing environmental losses.
95. Ecosystem Service Preferences Across Multilevel Stakeholders in Co-Managed Forests
[Ecosystem Service Preferences Across Multilevel Stakeholders in Co-Managed Forests: Case of Aberdare Protected Forest Ecosystem in Kenya | Francisca Mutwa Kilonzi, Takahiro Ota | One Ecosystem | 2019]
Finds Kenyan stakeholders place particularly high importance on water, wildlife habitat, flood regulation, carbon uptake, and climate regulation within forest co-management.
96. How to Analyse Ecosystem Services in Landscapes
[How to Analyse Ecosystem Services in Landscapes — A Systematic Review | Multiple authors | Ecological Indicators | February 2017]
Reviews hundreds of ecosystem-service mapping cases and finds substantial variation in methods, terminology, indicators, scales, and empirical validation.
97. Mapping Ecosystem Services Across Scales and Continents
[Mapping Ecosystem Services Across Scales and Continents — A Review | Rebecka Malinga, Line J. Gordon, Graham Jewitt, Regina Lindborg | Ecosystem Services | June 2015]
Reviews spatial ecosystem-service assessments worldwide and examines geographic coverage, map resolution, scale, service categories, and usefulness for land-use decisions.
98. Review of Recent Literature on Mapping Ecosystem Services and Analysis of Methods Used
[Review of Recent Literature on Mapping Ecosystem Services and Analysis of Methods Used | Martin Götzl et al. | European Environment Information and Observation Network | July 1, 2013]
Compares European ecosystem-service mapping approaches and highlights major differences in scale, indicators, terminology, data sources, and methods used to measure service capacity.
Mountain Ecosystem Services
99. A Priority Conservation Strategy Based on a Multi-Scale Perspective of Ecosystem Services
[A Priority Conservation Strategy Based on a Multi-Scale Perspective of Ecosystem Services: A Case Study of the Taihang Mountains, China | Multiple authors | Ecological Indicators | March 2026]
Maps water yield, soil conservation, habitat quality, productivity, and food production to identify conservation areas capable of maintaining multiple ecosystem services simultaneously.
100. Exploring the Dynamic Relationships and Mechanisms Driving a Long-Term Sequence of Ecosystem Services in Mountains
[Exploring the Dynamic Relationships and Mechanisms Driving a Long-Term Sequence of Ecosystem Services in Mountains Based on Ecosystem Service Bundles | Multiple authors | Ecological Indicators | December 2025]
Uses long-term ecosystem-service bundles to examine how environmental and human drivers reshape relationships among services across mountainous landscapes.
101. Relationships Among Multiple Ecosystem Services in Mountainous Regions
[Relationships Among Multiple Ecosystem Services in Mountainous Regions: A Case Study of the Gaoligong Mountains | Multiple authors | Journal of Environmental Management | July 2025]
Finds synergies between carbon storage and habitat quality while identifying trade-offs involving water yield, productivity, elevation, and human disturbance.
102. Mountain Ecosystem Services Under a Changing Climate: A Global Perspective
[Mountain Ecosystem Services Under a Changing Climate: A Global Perspective | Sara Ioan, Francesca Roseo, Mattia Brambilla | Ecosystem Services | June 2025]
Reviews worldwide evidence showing that climate change is disrupting ecological processes underlying water supply, hazard protection, food production, recreation, biodiversity, and other mountain services.
103. Ecosystem Services in Mountain Pastures: A Complex Network of Site Conditions, Climate and Management
[Ecosystem Services in Mountain Pastures: A Complex Network of Site Conditions, Climate and Management | Multiple authors | Agriculture, Ecosystems & Environment | January 1, 2025]
Examines interactions among forage production, biodiversity, pollinator habitat, carbon storage, aesthetic value, soil fertility, climate, topography, and grazing management.
104. A Quantitative Review of Ecosystem Service Research in the Himalayan Mountainous Region
[A Quantitative Review of Ecosystem Service Research in the Himalayan Mountainous Region | Multiple authors | Environmental Challenges | December 2023]
Reviews Himalayan studies and finds provisioning services dominate the literature, particularly fuelwood, while regulating, supporting, and cultural services receive less attention.
105. Understanding Production Possibility Frontiers and Utility Values of Ecosystem Services in the Himalayas
[Understanding Production Possibility Frontiers and Utility Values of Ecosystem Services in the Himalayas: An Analysis of the Supply-Demand Divide | Kishor Aryal, Tek Maraseni, Armando Apan | Journal of Cleaner Production | October 15, 2023]
Shows that expanding crop production can reduce water, carbon, habitat, and soil-conservation benefits and demonstrates the importance of balancing service supply with community demand.
106. Mountain Landscapes: Protected Areas, Ecosystem Services, and Future Challenges
[Mountain Landscapes: Protected Areas, Ecosystem Services, and Future Challenges | Uta Schirpke, Genxu Wang, Emilio Padoa-Schioppa | Ecosystem Services | June 2021]
Reviews research showing that mountain protected areas maintain important ecosystem services but cannot by themselves offset climate change and surrounding land-use pressures.
107. Global Assessment of Mountain Ecosystem Services Using Earth Observation Data
[Global Assessment of Mountain Ecosystem Services Using Earth Observation Data | Adrienne Grêt-Regamey, Bettina Weibel | Ecosystem Services | December 2020]
Uses satellite observations to show mountains are globally important sources of freshwater, recreation, minerals, forage, hazard protection, carbon storage, and other services.
108. Ecosystem Services Research in Mountainous Regions: A Systematic Literature Review on Current Knowledge and Research Gaps
[Ecosystem Services Research in Mountainous Regions: A Systematic Literature Review on Current Knowledge and Research Gaps | Multiple authors | Science of the Total Environment | February 1, 2020]
Reviews global mountain ecosystem-service research, finding strong attention to water, climate regulation, food, forage, recreation, and erosion control but major geographic and methodological research gaps.
Drylands and Semi-Arid Ecosystems
109. Moringa-Based Traditional Agroforestry as a Climate-Smart Land Use System for Climate Resilience in the Drylands of Ethiopia
[Moringa-Based Traditional Agroforestry as a Climate-Smart Land Use System for Climate Resilience in the Drylands of Ethiopia | Z. Mekonnen | Discover Sustainability | June 20, 2026]
Examines traditional agroforestry as a way to combine food security, biodiversity, climate adaptation, livelihoods, and ecosystem-service provision in Ethiopian drylands.
110. Climate Change and Ecosystem Services in the Himalayan Mountain Ecosystem
[Climate Change and Ecosystem Services: Bridging Science, Policy, and Community Insights in Himalayan Mountain Ecosystem | Multiple authors | Environmental Development | March 2026]
Reviews evidence that climate change threatens mountain ecosystem services and argues for stronger links among scientific assessment, policy, and community knowledge.
111. Spatio-Temporal Variation of Ecosystem Service Values in Response to Land Use/Land Cover Changes
[Spatio-Temporal Variation of Ecosystem Service Values in Response to Land Use/Land Cover Changes: The Case of Baringo County, Kenya | Multiple authors | Modeling Earth Systems and Environment | February 9, 2026]
Documents major changes in ecosystem-service value associated with land-cover transformation in Kenya's semi-arid Baringo County between 2000 and 2024.
112. Consistent Ecosystem Service Bundles Emerge Across Global Mountain, Island and Delta Systems
[Consistent Ecosystem Service Bundles Emerge Across Global Mountain, Island and Delta Systems | M. Oliver Reader et al. | Ecosystem Services | April 2024]
Identifies recurring global bundles associated with food production, biological productivity, biodiversity intactness, and soil-related functions.
113. Dryland Ecosystem Services and Human Wellbeing in a Changing Environment and Society
[Dryland Ecosystem Services and Human Wellbeing in a Changing Environment and Society | Nan Lu et al. | Springer | February 14, 2024]
Reviews relationships among dryland ecosystem functioning, water scarcity, vegetation, livelihoods, land degradation, climate change, and human well-being.
114. Native and Non-Native Species for Dryland Afforestation
[Native and Non-Native Species for Dryland Afforestation: Bridging Ecosystem Integrity and Livelihood Support | Multiple authors | Annals of Forest Science | December 11, 2019]
Proposes selecting dryland trees according to drought tolerance, ecosystem integrity, livelihood benefits, and the ability to provide multiple ecological services.
115. Challenges and Opportunities in Linking Carbon Sequestration, Livelihoods and Ecosystem Service Provision in Drylands
[Challenges and Opportunities in Linking Carbon Sequestration, Livelihoods and Ecosystem Service Provision in Drylands | Mark S. Reed et al. | Environmental Science & Policy | 2012]
Examines how dryland carbon projects can produce additional benefits for soils, vegetation, biodiversity, poverty reduction, and local livelihoods.
Restoration and Protected Areas
116. Valuation of Ecosystem Services in Iranian Protected Forests
[Valuation of Ecosystem Services in Iranian Protected Forests: An Economic Approach to Achieve Sustainable Development | Multiple authors | Sustainable Futures | December 2025]
Values carbon sequestration, oxygen production, wildlife habitat, grazing, firewood, agriculture, and other benefits from an Iranian protected forest.
117. Integrated Valuation of Instrumental and Relational Values of Marine Protected Areas in the United Arab Emirates
[Integrated Valuation of Instrumental and Relational Values of Marine Protected Areas in the United Arab Emirates | Jasper O. Kenter et al. | Ecosystem Services | December 2025]
Combines monetary valuation with measures of relational well-being to capture benefits of marine conservation that conventional economic analysis may overlook.
118. Prioritization and Valuation of Ecosystem Services in Protected Areas
[Prioritization and Valuation of Ecosystem Services in Protected Areas | Multiple authors | Journal for Nature Conservation | 2024]
Combines expert assessment and land-cover analysis to identify priority ecosystem services in Iranian national parks and wildlife refuges.
119. Land Use Trade-Offs in China's Protected Areas from the Perspective of Accounting Values of Ecosystem Services
[Land Use Trade-Offs in China's Protected Areas from the Perspective of Accounting Values of Ecosystem Services | Multiple authors | Journal of Environmental Management | August 1, 2022]
Examines how ecosystem-service accounting can improve decisions when conservation competes with agriculture, development, and other land uses.
120. The Ecosystem Service Value of Maintaining and Expanding Terrestrial Protected Areas in China
[The Ecosystem Service Value of Maintaining and Expanding Terrestrial Protected Areas in China | Multiple authors | Science of the Total Environment | August 10, 2021]
Estimates very large benefits from protected areas and ecological conservation zones and compares those benefits with the financial costs of conservation.
121. Valuing Recreational Services
[Valuing Recreational Services: A Review of Methods with Application to New South Wales National Parks | Marie-Chantale Pelletier, Elizabeth Heagney, Mladen Kovač | Ecosystem Services | August 2021]
Compares methods for valuing recreation in protected areas and demonstrates that estimated values can vary greatly depending on accounting methodology.
122. Large-Scale River Restoration Pays Off
[Large-Scale River Restoration Pays Off: A Case Study of Ecosystem Service Valuation for the Emscher Restoration Generation Project | Nadine V. Gerner et al. | Ecosystem Services | April 2018]
Values water purification, habitat, flood protection, recreation, education, aesthetics, and non-use benefits generated by restoration of Germany's Emscher River system.
123. Ecosystem Services' Values and Improved Revenue Collection for Regional Protected Areas
[Ecosystem Services' Values and Improved Revenue Collection for Regional Protected Areas | Mauro Masiero et al. | Ecosystem Services | 2018]
Uses economic valuation and spatial analysis to estimate public benefits from carbon storage, slope protection, recreation, and other services in European protected areas.
124. Valuing Forest Ecosystem Services and Disservices
[Valuing Forest Ecosystem Services and Disservices — Case Study of a Protected Area in India | K. N. Ninan, Andreas Kontoleon | Ecosystem Services | August 2016]
Calculates both benefits and costs associated with forests in Nagarhole National Park and compares intact forest with alternative land uses.
125. The Conservation Against Development Paradigm in Protected Areas
[The Conservation Against Development Paradigm in Protected Areas: Valuation of Ecosystem Services in the Doñana Social-Ecological System | Berta Martín-López et al. | Ecological Economics | June 15, 2011]
Uses multiple valuation approaches to examine the tension between conservation and economic development inside and around Spain's Doñana protected landscape.
Ecological Restoration and Nature-Based Solutions
126. Nature-Based Solutions, Ecosystem Services, and Human Well-Being in Global South Mangroves
[Nature-Based Solutions, Ecosystem Services, and Human Well-Being in Global South Mangroves: A Review | Dinda Prayunita et al. | Ecosystem Services | June 2026]
Reviews mangrove projects providing coastal protection, climate regulation, sediment stabilization, biodiversity conservation, livelihoods, and other benefits.
127. Coastal Wetland Protection and Restoration
[Coastal Wetland Protection and Restoration: Ecosystem Processes, Functions and Services | Jin-e Liu et al. | Frontiers in Environmental Science | May 20, 2026]
Reviews restoration research involving biodiversity, blue carbon, biological invasions, soil conditions, and ecosystem functions in coastal wetlands.
128. Impacts of Landscape Restoration and Long-Term Land Use Change on Ecosystem Services
[Impacts of Landscape Restoration and Long-Term Land Use Change on Ecosystem Services: Evidence from a Case Study in Ethiopia | Mulugeta Mokria et al. | Ecosystem Services | 2026]
Finds that restoration exclosures improve biodiversity and biomass while agroforestry can combine ecological restoration with food security and economic benefits.
129. Dynamic Economic Valuation of Coastal Wetland Restoration
[Dynamic Economic Valuation of Coastal Wetland Restoration: A Nature-Based Solution for Climate and Biodiversity | Multiple authors | Environmental Challenges | September 2025]
Models how carbon storage, biodiversity, and other benefits increase as restored coastal wetlands recover over decades.
130. Aligning Nature-Based Solutions with Ecosystem Services in the Urban Century
[Aligning Nature-Based Solutions with Ecosystem Services in the Urban Century | Roy P. Remme et al. | Ecosystem Services | April 2024]
Develops a framework linking urban nature-based solutions with measurable ecosystem-service flows and multiple social and environmental co-benefits.
131. Economic Appraisal of Ecosystem Services and Restoration Scenarios in a Tropical Coastal Ramsar Wetland in India
[Economic Appraisal of Ecosystem Services and Restoration Scenarios in a Tropical Coastal Ramsar Wetland in India | Michael Sinclair et al. | Ecosystem Services | February 2021]
Evaluates restoration options involving mangroves, fisheries, and water quality and compares public benefits with restoration costs.
132. Economic Valuation of River Restoration
[Economic Valuation of River Restoration: An Analysis of the Valuation Literature and Its Uses in Decision-Making | Multiple authors | Water Resources and Economics | January 2017]
Reviews river-restoration valuation studies involving fish populations, wildlife habitat, recreation, water quality, and other ecosystem services.
133. Applying Ecosystem Benefit Valuation to Inform Quarry Restoration Planning
[Applying Ecosystem Benefit Valuation to Inform Quarry Restoration Planning | Jost Wilker et al. | Ecosystem Services | August 2016]
Compares nature reserve, woodland, and agricultural restoration scenarios using ecological assessment and economic valuation of resulting benefits.
134. Valuing Ecosystem Services from Wetlands Restoration in the Mississippi Alluvial Valley
[Valuing Ecosystem Services from Wetlands Restoration in the Mississippi Alluvial Valley | W. Aaron Jenkins et al. | Ecological Economics | March 15, 2010]
Values greenhouse-gas mitigation, nitrogen removal, and waterfowl recreation generated when agricultural land is restored to forested wetlands.
135. Measuring the Total Economic Value of Restoring Ecosystem Services in an Impaired River Basin
[Measuring the Total Economic Value of Restoring Ecosystem Services in an Impaired River Basin: Results from a Contingent Valuation Survey | John Loomis et al. | Ecological Economics | April 2000]
Estimates public willingness to pay for wastewater dilution, water purification, erosion control, wildlife habitat, and recreation restored along the Platte River.
Urban, Forest, and Agricultural Services
136. Ecosystem Services and Disservices of Forests and Greenspaces
[Ecosystem Services and Disservices of Forests and Greenspaces: A Pan-European Representative Study of Societal Perceptions | Dennis Roitsch et al. | Ecosystem Services | April 2026]
Finds that Europeans generally place particularly high importance on regulating and cultural benefits from forests and green spaces.
137. Quantifying and Integrating Ecosystem Services in Forest Management Planning
[Quantifying and Integrating Ecosystem Services in Forest Management Planning | Emin Zeki Baskent, Ünal Satı Yılmaz | Ecosystem Services | February 2026]
Demonstrates how mapping and quantification can integrate multiple ecosystem services into participatory forest-management decisions.
138. Forest Ecosystem Services at Landscape Level — Why Forest Transition Matters
[Forest Ecosystem Services at Landscape Level — Why Forest Transition Matters? | Ferdinand Peters et al. | Forest Ecology and Management | April 15, 2023]
Shows that ecosystem-service outcomes depend not only on forest area but also on forest condition, landscape integrity, species composition, and stages of deforestation or recovery.
139. A Review of Studies Assessing Ecosystem Services Provided by Urban Green and Blue Infrastructure
[A Review of Studies Assessing Ecosystem Services Provided by Urban Green and Blue Infrastructure | Clara J. Veerkamp et al. | Ecosystem Services | December 2021]
Reviews hundreds of studies and finds large differences in which urban ecosystems, services, indicators, regions, and beneficiaries researchers measure.
140. Classifying and Valuing Ecosystem Services for Urban Planning
[Classifying and Valuing Ecosystem Services for Urban Planning | Erik Gómez-Baggethun, David N. Barton | Ecological Economics | February 2013]
Presents economic, sociocultural, and resilience approaches for incorporating urban ecosystem services and disservices into planning.
141. Ecosystem Services: Foundations, Opportunities, and Challenges for the Forest Products Sector
[Ecosystem Services: Foundations, Opportunities, and Challenges for the Forest Products Sector | Trista M. Patterson, Dana L. Coelho | Forest Ecology and Management | March 31, 2009]
Reviews ecosystem-service definitions, valuation, markets, policy, and implications for timber production and forest-sector management.
142. Ecosystem Services and Dis-Services to Agriculture
[Ecosystem Services and Dis-Services to Agriculture | Wei Zhang et al. | Ecological Economics | December 15, 2007]
Explains how farming depends on pollination, soil fertility, pest regulation, and other services while also experiencing ecological disservices such as pests and competition.
143. Ecosystem Services and Agriculture: Cultivating Agricultural Ecosystems for Diverse Benefits
[Ecosystem Services and Agriculture: Cultivating Agricultural Ecosystems for Diverse Benefits | Scott M. Swinton et al. | Ecological Economics | December 15, 2007]
Explains how farms can produce food while also supporting climate regulation, water quality, soil fertility, biodiversity, and cultural services.
144. Agriculture and Ecosystem Services
[Agriculture and Ecosystem Services | Geoffrey M. Heal, Arthur A. Small | Handbook of Agricultural Economics | 2002]
Frames agricultural landscapes as both producers and consumers of ecosystem services including carbon storage, water quality, wildlife habitat, and food production.
145. Ecosystem Services in Urban Areas
[Ecosystem Services in Urban Areas | Per Bolund, Sven Hunhammar | Ecological Economics | May 1999]
A classic analysis showing that urban forests, parks, wetlands, lakes, streams, and cultivated land provide air filtration, climate regulation, drainage, sewage treatment, recreation, and other benefits.
Urban Ecology, Soils, and Forest Assessment
146. Soil Ecosystem Services in Urban Areas and Methods for Their Assessment Using Remote Sensing
[Soil Ecosystem Services in Urban Areas and Methods for Their Assessment Using Remote Sensing | Ludwika Poreba, Ewa Glowienka, Grzegorz Siebielec | Frontiers in Environmental Science | January 20, 2026]
Reviews how urban soils support water regulation, biodiversity, food, climate regulation, and other benefits and how remote sensing can help monitor them.
147. Towards Ecosystem Service Assessment: Developing Biophysical Indicators for Forest Ecosystem Services
[Towards Ecosystem Service Assessment: Developing Biophysical Indicators for Forest Ecosystem Services | Multiple authors | Ecological Indicators | April 2022]
Proposes practical indicators for drinking water, timber, carbon regulation, air-pollution reduction, recreation, education, and related forest benefits.
148. The Urban Ecosystem Services Index
[The Urban Ecosystem Services Index as a New Indicator for Sustainable Urban Planning and Human Well-Being in Cities | Multiple authors | Ecological Indicators | 2022]
Develops an index for comparing the intensity and diversity of ecosystem services supplied by different forms of urban green space.
149. A Conceptual Framework to Untangle the Concept of Urban Ecosystem Services
[A Conceptual Framework to Untangle the Concept of Urban Ecosystem Services | Multiple authors | Landscape and Urban Planning | August 2020]
Clarifies competing definitions of urban ecosystem services and proposes a framework for using the concept more consistently in planning and sustainability research.
150. Understanding Biodiversity-Ecosystem Service Relationships in Urban Areas
[Understanding Biodiversity-Ecosystem Service Relationships in Urban Areas: A Comprehensive Literature Review | Nina Schwarz et al. | Ecosystem Services | October 2017]
Reviews evidence connecting urban biodiversity with ecosystem-service delivery and identifies major gaps in empirical knowledge.
151. A Proposed Framework for Assessing Ecosystem Goods and Services from Planted Forests
[A Proposed Framework for Assessing Ecosystem Goods and Services from Planted Forests | Himlal Baral, Manuel R. Guariguata, Rodney J. Keenan | Ecosystem Services | December 2016]
Provides a framework for evaluating timber, carbon, biodiversity, water, and other benefits generated by planted forests over time.
152. Agricultural Ecosystems and Their Services: The Vanguard of Sustainability?
[Agricultural Ecosystems and Their Services: The Vanguard of Sustainability? | Fabrice DeClerck et al. | Current Opinion in Environmental Sustainability | December 2016]
Argues that agriculture can be managed not merely for production but also to support ecosystem services essential to broader sustainability goals.
153. Soil “Ecosystem” Services and Natural Capital
[Soil “Ecosystem” Services and Natural Capital: Critical Appraisal of Research on Uncertain Ground | Philippe C. Baveye, Jacques Baveye, John Gowdy | Frontiers in Environmental Science | June 7, 2016]
Critically reviews soil ecosystem-service valuation and argues for scientifically grounded assessment that recognizes uncertainty and values beyond monetary pricing.
154. Advancing the Frontier of Urban Ecosystem Services Research
[Advancing the Frontier of Urban Ecosystem Services Research | Peleg Kremer et al. | Ecosystem Services | April 2015]
Discusses how urban ecosystem-service research can improve understanding of sustainability, biodiversity, resource use, human welfare, and urban governance.
155. Valuing Forest Ecosystem Services: What We Know and What We Don't
[Valuing Forest Ecosystem Services: What We Know and What We Don't | K. N. Ninan, Makoto Inoue | Ecological Economics | September 2013]
Reviews economic valuations of forests worldwide and highlights both their substantial estimated benefits and serious methodological uncertainties.
Rivers, Lakes, and Freshwater
156. The Global Value of Freshwater Lakes
[The Global Value of Freshwater Lakes | Multiple authors | Ecology Letters | February 24, 2024]
Estimates that lakes generate ecosystem services worth trillions of dollars annually and argues that their natural-asset value rivals major categories of human-created wealth.
157. Mapping Lake Ecosystem Services: A Systematic Review
[Mapping Lake Ecosystem Services: A Systematic Review | Multiple authors | Science of the Total Environment | November 15, 2022]
Finds that lake ecosystem-service mapping remains surprisingly limited and often lacks validation, climate-change analysis, and comprehensive assessment.
158. Ecosystem Services: A Systematic Literature Review and Future Dimension in Freshwater Ecosystems
[Ecosystem Services: A Systematic Literature Review and Future Dimension in Freshwater Ecosystems | Deeksha, Anoop Kumar Shukla | Applied Sciences | August 25, 2022]
Reviews freshwater ecosystem-service research and discusses assessment, management, human dependence, and future research priorities.
159. Lakes in the Era of Global Change
[Lakes in the Era of Global Change: Moving Beyond Single-Lake Thinking in Maintaining Biodiversity and Ecosystem Services | Jani Heino et al. | Biological Reviews | 2021]
Argues that lake conservation must operate at landscape and regional scales because ecological connectivity influences both biodiversity and ecosystem-service resilience.
160. Ecosystem Services of Earth's Largest Freshwater Lakes
[Ecosystem Services of Earth's Largest Freshwater Lakes | Robert W. Sterner et al. | Ecosystem Services | February 2020]
Quantifies fisheries, drinking water, irrigation, hydroelectricity, transportation, and recreation associated with the world's largest freshwater lakes.
161. Integrated Catchment Management and Ecosystem Services
[Integrated Catchment Management and Ecosystem Services: A Twenty-Five Year Overview | Pamela Kaval | Ecosystem Services | June 2019]
Reviews 25 years of watershed research and finds recreation, food, climate regulation, modeling, mapping, and valuation among the dominant themes.
162. A Review of Riverine Ecosystem Service Quantification
[A Review of Riverine Ecosystem Service Quantification: Research Gaps and Recommendations | David E. L. Hanna et al. | Journal of Applied Ecology | 2018]
Reviews dozens of river studies and finds limited stakeholder participation, incomplete assessment of service interactions, and uneven use of economic valuation.
163. A Global Meta-Analysis of the Value of Ecosystem Services Provided by Lakes
[A Global Meta-Analysis of the Value of Ecosystem Services Provided by Lakes | Arnaud Reynaud, Denis Lanzanova | Ecological Economics | July 2017]
Analyzes hundreds of lake valuations and examines how ecological conditions, geography, and interactions among services influence estimated economic values.
164. State of the World's Freshwater Ecosystems
[State of the World's Freshwater Ecosystems: Physical, Chemical, and Biological Changes | Multiple authors | Annual Review of Environment and Resources | November 21, 2011]
Reviews pressures on rivers and lakes while connecting freshwater biodiversity and ecological processes to drinking water, food, pollution control, and cultural benefits.
165. The Nature and Value of Ecosystem Services: An Overview Highlighting Hydrologic Services
[The Nature and Value of Ecosystem Services: An Overview Highlighting Hydrologic Services | Kate A. Brauman et al. | Annual Review of Environment and Resources | November 21, 2007]
Explains ecological processes underlying water supply, purification, flood control, and other hydrologic services while discussing valuation and environmental policy.
Payments, Natural Capital, and Governance
166. A Global Analysis of Key Design Factors for Sustainable Payment for Ecosystem Services Schemes
[A Global Analysis of Key Design Factors for Sustainable Payment for Ecosystem Services Schemes | Mona Nazari et al. | Ecosystem Services | June 2026]
Analyzes more than 160 PES cases and shows that successful program designs vary with ecosystem services, institutions, economic conditions, and regional context.
167. Are Payment for Ecosystem Services Fulfilling Their Promise?
[Are Payment for Ecosystem Services Fulfilling Their Promise? A Review of Mechanisms in Maritime Southeast Asia | Multiple authors | Ecological Solutions and Evidence | 2026]
Reviews active PES programs in Southeast Asia and examines the gap between widespread enthusiasm for payments and limited evidence of durable environmental and social outcomes.
168. Payments for Ecosystem Services Programs: A Global Review of Contributions Towards Sustainability
[Payments for Ecosystem Services Programs: A Global Review of Contributions Towards Sustainability | Multiple authors | Heliyon | January 15, 2024]
Reviews hundreds of studies to assess how PES design, implementation, institutions, incentives, and community conditions affect ecological and social outcomes.
169. Fifteen Years of Research on Payments for Ecosystem Services
[Fifteen Years of Research on Payments for Ecosystem Services: Piercing the Bubble of Success as Defined by a Northern-Driven Agenda | Multiple authors | Global Environmental Change | December 2023]
Reviews more than a thousand PES papers and questions assumptions about effectiveness, valuation, political context, and whose perspectives dominate the research.
170. Ecosystem Services as the Silver Bullet?
[Ecosystem Services as the Silver Bullet? A Systematic Review of How Ecosystem Services Assessments Impact Biodiversity Prioritisation in Policy | Multiple authors | Earth System Governance | April 2023]
Finds that ecosystem-service assessments frequently claim policy relevance but relatively few studies document clear effects on actual policy decisions.
171. Payments for Ecosystem Services as an Essential Approach to Improving Ecosystem Services
[Payments for Ecosystem Services as an Essential Approach to Improving Ecosystem Services: A Review | Haiming Yan et al. | Ecological Economics | November 2022]
Reviews definitions, economic theory, payment standards, and controversies surrounding programs that compensate landholders for maintaining ecosystem services.
172. How Natural Capital Delivers Ecosystem Services
[How Natural Capital Delivers Ecosystem Services: A Typology Derived from a Systematic Review | A. C. Smith et al. | Ecosystem Services | August 2017]
Reviews hundreds of studies to identify how vegetation, habitat, species traits, biodiversity, and abiotic conditions interact to generate ecosystem services.
173. Review of Decision Support Tools to Operationalize the Ecosystem Services Concept
[Review of Decision Support Tools to Operationalize the Ecosystem Services Concept | Adrienne Grêt-Regamey et al. | Ecosystem Services | August 2017]
Reviews dozens of decision-support tools used in agriculture, forestry, conservation, water management, and spatial planning.
174. Natural Capital and Ecosystem Services Informing Decisions: From Promise to Practice
[Natural Capital and Ecosystem Services Informing Decisions: From Promise to Practice | Anne D. Guerry et al. | Proceedings of the National Academy of Sciences | 2015]
Reviews progress in moving ecosystem-service science from awareness and valuation into practical government, business, conservation, and land-use decisions.
175. Ecosystem Services Assessment: A Review Under an Ecological-Economic and Systems Perspective
[Ecosystem Services Assessment: A Review Under an Ecological-Economic and Systems Perspective | Multiple authors | Ecological Modelling | October 10, 2014]
Integrates ecological, economic, natural-capital, accounting, cost, benefit, and systems perspectives into a broader framework for ecosystem-service assessment.
Social, Cultural, and Plural Values
176. A Theoretical Rethinking of Ecosystem Services from the Perspective of Social-Ecological Systems
[A Theoretical Rethinking of Ecosystem Services from the Perspective of Social-Ecological Systems | Multiple authors | iScience | May 16, 2025]
Reframes ecosystem services as products of interacting ecological supply, human demand, institutions, management, and flows within coupled social-ecological systems.
177. Conceptualizing Ecosystem Services Using Social-Ecological Networks
[Conceptualizing Ecosystem Services Using Social-Ecological Networks | Multiple authors | Trends in Ecology & Evolution | March 2022]
Shows how network analysis can represent links among ecosystems, people, institutions, service flows, stressors, and management choices.
178. Widening the Evaluative Space for Ecosystem Services
[Widening the Evaluative Space for Ecosystem Services: A Taxonomy of Plural Values and Valuation Methods | Paola Arias-Arévalo et al. | Environmental Values | February 2018]
Develops a framework for recognizing monetary, ecological, social, cultural, ethical, relational, and other ways people value ecosystems.
179. Ecosystem Services as a Boundary Concept
[Ecosystem Services as a Boundary Concept: Arguments from Social Ecology | Multiple authors | Sustainability | June 26, 2017]
Examines how the ecosystem-services concept connects ecology, economics, policy, and society while also generating conceptual tensions among disciplines.
180. Incorporating Sociocultural Phenomena into Ecosystem-Service Valuation
[Incorporating Sociocultural Phenomena into Ecosystem-Service Valuation: The Importance of Critical Pluralism | Sonia Ibarra et al. | BioScience | March 2017]
Argues that ecosystem assessments should include cultural meanings, social relationships, identity, ethics, and other values that monetary methods cannot adequately capture.
181. The Challenge of Valuing Ecosystem Services That Have No Material Benefits
[The Challenge of Valuing Ecosystem Services That Have No Material Benefits | Multiple authors | Global Environmental Change | 2017]
Examines difficulties in valuing spiritual, aesthetic, identity, existence, and other non-material relationships between people and ecosystems.
182. Shared Values and Deliberative Valuation
[Shared Values and Deliberative Valuation: Future Directions | Jasper O. Kenter et al. | Ecosystem Services | October 2016]
Explores how collective discussion can identify shared cultural and environmental values and improve the legitimacy of ecosystem-service decisions.
183. Value Pluralism and Economic Valuation — Defendable If Well Done
[Value Pluralism and Economic Valuation — Defendable If Well Done | Joachim H. Spangenberg, Josef Settele | Ecosystem Services | April 2016]
Examines philosophical limits of monetary valuation and argues that not every ecological or cultural value can meaningfully be represented as a market price.
184. Ecosystem Services—Current Challenges and Opportunities for Ecological Research
[Ecosystem Services—Current Challenges and Opportunities for Ecological Research | Klaus Birkhofer et al. | Frontiers in Ecology and Evolution | 2014]
Reviews ecological research needed to understand how biodiversity, ecosystem processes, management, landscapes, and human activities affect service delivery.
185. Getting the Measure of Ecosystem Services
[Getting the Measure of Ecosystem Services: A Social-Ecological Approach | Belinda Reyers et al. | Frontiers in Ecology and the Environment | June 2013]
Argues that ecosystem-service measurement must incorporate ecological processes, human beneficiaries, feedbacks, trade-offs, and changing social conditions.
Marine and Coastal Ecosystem Services
186. The Knowledge Status of Coastal and Marine Ecosystem Services
[The Knowledge Status of Coastal and Marine Ecosystem Services — Challenges, Limitations and Lessons Learned from the Application of the Ecosystem Services Approach in Management | Pedro Manuel Carrasco De La Cruz | Frontiers in Marine Science | 2021]
Reviews marine ecosystem-service research and identifies shortcomings in spatial data, valuation, stakeholder participation, modeling, management, and links to human well-being.
187. Reviewing the Ecosystem Services, Societal Goods, and Benefits of Marine Protected Areas
[Reviewing the Ecosystem Services, Societal Goods, and Benefits of Marine Protected Areas | Multiple authors | Frontiers in Marine Science | 2021]
Distinguishes ecological services from the economic, educational, emotional, recreational, and other benefits societies receive from marine protected areas.
188. The Challenge of Implementing the Marine Ecosystem Service Concept
[The Challenge of Implementing the Marine Ecosystem Service Concept | Multiple authors | Frontiers in Marine Science | 2018]
Explains why ecosystem-service assessment is harder in marine environments and identifies obstacles involving seabed data, ecological complexity, mapping, valuation, and policy application.
189. The Global Flood Protection Value of Coral Reefs
[The Global Flood Protection Value of Coral Reefs | Multiple authors | Nature Communications | 2018]
Demonstrates that coral reefs function as natural coastal defenses and can substantially reduce expected flood damages to people, infrastructure, and economic assets.
190. Current Status and Future Prospects for the Assessment of Marine and Coastal Ecosystem Services
[Current Status and Future Prospects for the Assessment of Marine and Coastal Ecosystem Services: A Systematic Review | Camino Liquete et al. | PLOS ONE | July 3, 2013]
Reviews marine and coastal ecosystem-service indicators and develops a classification intended to improve mapping, assessment, management, and conservation policy.
191. Economic Valuation of Ecosystem Services from Coral Reefs in the South Pacific
[Economic Valuation of Ecosystem Services from Coral Reefs in the South Pacific: Taking Stock of Recent Experience | Multiple authors | Journal of Environmental Management | February 15, 2013]
Reviews coral-reef valuation and considers how economic evidence can support fisheries, tourism, conservation, and coastal-management decisions in Pacific islands.
192. Economic Valuation of Ecosystem Services Provided by Oyster Reefs
[Economic Valuation of Ecosystem Services Provided by Oyster Reefs | Multiple authors | BioScience | October 2012]
Quantifies benefits associated with oyster reefs including fisheries production, water filtration, nitrogen removal, shoreline stabilization, and habitat creation.
193. Identification, Definition and Quantification of Goods and Services Provided by Marine Biodiversity
[Identification, Definition and Quantification of Goods and Services Provided by Marine Biodiversity: Implications for the Ecosystem Approach | N. J. Beaumont et al. | Marine Pollution Bulletin | March 2007]
Develops an early framework for identifying and assessing marine ecosystem goods and services and integrating them into ecosystem-based management.
194. Impacts of Biodiversity Loss on Ocean Ecosystem Services
[Impacts of Biodiversity Loss on Ocean Ecosystem Services | Boris Worm et al. | Science | November 3, 2006]
Links marine biodiversity loss to declining fisheries, reduced ecosystem stability, poorer water quality, and diminished capacity of oceans to provide benefits to people.
195. Nature-Based Solutions, Ecosystem Services and Coastal Protection
[Nature-Based Solutions, Ecosystem Services and Coastal Protection | Multiple authors | Ecosystem Services and Coastal Management Literature | Various]
Examines how reefs, wetlands, mangroves, dunes, and other habitats can reduce wave energy and flooding while supplying biodiversity, recreation, fisheries, and carbon benefits.
