This publication establishes a structured, rigorous standard for cross-referencing ecosystem types to the GET. It first reviews the need for reliable interoperability among ecosystem classifications and the role of the GET as a framework for synthesis. Second, it reviews the conceptual foundations of ecosystem classifications and introduces the structure of the GET. Third, the guidelines introduce key principles for cross-referencing the units of other ecosystem classifications to GET Ecosystem Functional Groups. In particular, it identifies the range of land and water classifications that may be suitable for crossreferencing to the GET. The next section describes the steps, methods and guidance for defining membership relationships to GET Ecosystem Functional Groups. Finally, it foreshadows emerging tools to assist users in crossreferencing tasks with example applications.
The Kunming-Montreal Global Biodiversity Framework, adopted in 2022, provides a framework for the effective implementation of the Convention on Biological Diversity (CBD) through four goals and 23 targets. Target 3 (known as the ‘30×30 target’) calls on Parties to conserve at least 30% of terrestrial, inland waters, and coastal and marine areas by 2030. These guidelines are designed to promote good practices relating to identifying, reporting, monitoring and strengthening OECMs. They are intended for use by a wide range of rightsholders and stakeholders to promote understanding of whether a site meets the CBD criteria for identifying an OECM, how to report OECM data at the national and global levels, and how to monitor and strengthen OECMs.
The IKI-BMUKN funded project Transboundary conservation and sustainable management of coastal and marine biodiversity in Kwale, Kenya and Tanga, Tanzania supports the conservation of marine and coastal biodiversity through community-based and gender-inclusive approaches. To reduce pressure on mangrove ecosystems, the project introduced sustainable apiculture as an alternative livelihood for local communities in Kwale and Tanga. The mentorship training takes place in two parts: The first part focuses on beehive construction, colony management and honey production. The second part is delivered when the honey is ready for harvest and builds skills in processing and value addition, including the use of beeswax for making products such as candles and ointments. Through mentoring and inclusive training design, women who were previously excluded due to cultural taboos have now become active participants in beekeeping. The project supports both environmental protection and local income generation.
This initiative is part of the Sparsa Solution, a Nepali non-profit organization that locally produces and distributes compostable menstrual pads with an absorbent core made from banana fiber. The Sparśa Ambassador Program trains young community members to deliver culturally sensitive menstrual health education in Chitwan, Nawalpur East, and Nawalpur West. Ambassadors—both male and female—are selected from their own communities and trained in MHM, SRHR, facilitation, and leadership. They design age-appropriate sessions for schools, using interactive activities, product demonstrations, and environmental messaging, and run dialogue-based discussions for adults to address myths, stigma, and sustainable product choices. Strong partnerships with schools, NGOs, and local authorities ensure legitimacy and reach. By combining youth leadership, tailored education, and local engagement, the programme improves knowledge, reduces stigma, promotes gender equality, and supports a shift toward eco-friendly menstrual products.
This initiative is part of the Sparśa Solution, a Nepali non-profit company that locally produces and distributes compostable menstrual pads with an absorbent core made from banana fibre. The solution focuses on defining what makes a good menstrual pad, combining research, prototyping, quality assurance, and continuous user feedback.
The process began with a nationwide study of 820 women and girls, whose insights shaped the pad prototypes. Pads were then developed in two phases: manually and later with machines, testing different material combinations to balance absorbency, comfort, and compostability. Internal testing protocols and certified laboratory analysis ensured hygiene and compliance with national and international standards.
Feedback from users, collected through simplified surveys in Nepali and English, provides the basis for ongoing refinement of both pad design and packaging. By linking social research with technical innovation, the solution delivers pads that are safe, eco-friendly, and culturally acceptable.
The Bogda Component of Xinjiang Tianshan World Natural Heritage Site exemplifies representative geomorphological features and ecosystems of Xinjiang Tianshan. As a quintessential arid landscape in Eurasia’s hinterland, it showcases remarkably distinct and complete vertical zonation of mountain natural landscapes within minimal distances. This includes: snow-capped peaks and glaciers, pristine forests and meadows, crystal-clear rivers and lakes, expansive deserts. It achieves a remarkable convergence of stark contrasts: heat and cold, aridity and humidity, desolation and beauty, grandeur and delicacy. To realize win-win protection and development, the site is steadily advancing its smart conservation management platform, providing foundational support for sustainable development.
Liziba Village has abundant natural resources and a good ecological environment, but excessive logging, illegal medicinal plant collection, and poaching have caused losses to villagers’ lives. In 2003, with the support of the Gansu Baishuijiang National Nature Reserve Administration and the local village committee, villagers spontaneously formed a forest protection team to expel illegal loggers and poachers and to educate and supervise fellow villagers. After the introduction of conservation agreements in 2007, illegal activities decreased and the ecological environment improved. The promotion of tea industry technologies and mechanized management increased tea farmers’ income. Villagers shifted from traditional forest-dependent livelihoods to diversified development, becoming protectors and managers of forest resources. This transformation boosted the community economy and living standards, and promoted harmonious coexistence between humans and nature.
In Côte d’Ivoire, most local communities are barely involved in the valorisation of genetic resources like medicinal plants – beyond providing them as raw or minimally processed material. They are unaware of what happens to these resources beyond local markets.
This is compounded by deep-rooted mistrust, which can lead to community representatives not attending meetings. Thus, their resources are often used without their participation or them benefitting.
Improving the inclusion of local communities in valorisation has been a key pillar of the ABS Capacity Development Initiative. New approaches have led to promising results. In northeastern Côte d’Ivoire, the ABS Initiative piloted a model and successful integrated communities into the value chain for traditional medicine. The approach included engaging traditional and administrative authorities at every level, actively involving village residents, and using tools like picture cards and role-playing games, all while supporting the organisation of traditional healers.
The situation is not new: a ministry is assigned responsibility for a socio-political issue but lacks the assertiveness, resources, or political backing to advance it effectively. More powerful ministries – such as those for economics, finance, or trade – often perceive the topic as marginal and economically insignificant, leading to disengagement. The responsible ministry frequently fails to recognise the broader socio-political relevance or how to engage more influential stakeholders to mainstream the topic and its implementation.
The approach to mainstreaming Access and Benefit Sharing (ABS) taken by the ABS Capacity Development Initiative (ABS Initiative) highlights solutions to overcome these challenges but also reveals their limitations. Mainstreaming can be seen as a process whereby ABS is systematically integrated into existing or future structures, laws, strategies, plans, policies and programmes of other ministries and stakeholders. However, the methods used to implement mainstreaming are of crucial importance.
The Sustainable Agriscapes for Future (SAF) project, led by IUCN and ITC, addresses ecosystem degradation in the Kharagpur Agriscape of Bihar, India through nature-based solutions. The Agriscape, reliant on forests and a lake, faces challenges such as deforestation, soil erosion, spread of invasive species, and unsustainable farming practices. Through spatial planning, the project delineated the Kharagpur Agriscape and developed Kharagpur Agriscape Plan aimed at conserving and enhancing natural ecosystems vital for supporting agriculture within the cluster. This included interventions such as women-led eco-nurseries, vermicomposting using using invasive water hyacinth, and community pastureland for fodder. These nature-based, community-centered solutions enhance soil health, reduce pressure on forests, and empower women and farmers. Capacity-building, alternative livelihoods, and improved ecosystem services underpin this replicable approach for sustainable rural development.
Located along the western coast of Taiwan, Chenglong Wetlands was originally farmland. Since 1986, multiple typhoons have caused levee breaches and seawater intrusion, leading to farmland abandonment and its gradual transformation into grassy wetlands. Through joint efforts by the government, academia, civil groups, and local communities, the wetlands have been preserved as habitats, for water purification, and for disaster prevention. Environmental education and art have further revitalized community culture, creating a landscape that blends human and natural elements.
The Nantou Branch of the Forestry and Nature Conservation Agency introduced the concept of Socio-ecological Production Landscapes and Seascapes (SEPLS) and organized resilience assessment workshops (RAWs) centered on community residents. These workshops assessed environmental, economic, and social resilience, clarified key local issues, and explored ways for economic activity and ecological conservation to coexist, embodying the spirit of a Satoumi community.
ITBA spanning 91,500 km², is one of Saudi Arabia’s largest and most ecologically diverse protected areas, encompassing sand dunes, wadis, steppes, plains, plateaus, and floodplains. Declared 2018 after decades of degradation, its vegetation cover was below 4%. The Reserve adopts a community-based approach for ecosystem restoration through developing sustainable rangeland management programs and active reforestation initiatives. ITBA has since shown remarkable recovery. Surveys identified 235 plant species, 10 mammals, 30 reptiles, 184 birds with nine globally threatened species. Restoration efforts include planting over 775,000 native trees, reintroducing of 460 wild animals including Arabian oryx, sand gazelle, ostrich, and houbara. Satellite monitoring shows vegetation density rising from 3.6% in 2020 to 9.4% in 2025, with wadis and depressions most productive. Rangeland condition has shifted toward recovery, benefiting biodiversity and over 12,000 herders who save SAR 17.6 million per season.
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