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Action 1.2
  • Home
  • Target 1
  • Action 1.1

1.1. Integrate species data into spatial planning at landscape, freshwater-scape, and seascape scales.

Subactions

  • 1.1.1. Map and include in spatial plans representative retention targets for all ecosystem types.

    Primary tools and resources

    2017

    Guidelines for the application of IUCN Red List of Ecosystems categories and criteria

    The IUCN Red List of Ecosystems is a global framework for monitoring the status of ecosystems. It is part of the growing toolbox for assessing risks to biodiversity and aims to support conservation, resource use, and management decisions by identifying ecosystems most at risk of biodiversity loss. The basis of the IUCN Red List of Ecosystems is the IUCN Red List of Ecosystems Categories and Criteria, a set of eight categories and five criteria that provide a consistent method for assessing the risk of ecosystem collapse. These Guidelines assist correct implementation of the IUCN Red List of Ecosystems Categories and Criteria by providing information on the development of the protocol and a detailed overview of the scientific foundations supporting the categories and criteria.

    Solutions and case studies

    Strengthening Capacities in Coastal Spatial Planning

    The solution aims at sustainable development in coastal areas of the East Asian Seas region by reducing and preventing impacts of natural disasters, climate change and sea level rise. It provides references and capacity building for national and local authorities in coastal and marine spatial planning. National adaptation activities and best practices for capacity building and field application tailored to needs and priorities of each country are provided.

    Mapping and Valuing Ecosystem Services for Integrated Management

    Ecosystem services were mapped and valued in a participatory process that included designing spatially-explicit scenarios of future human uses throughout Belize’s coastal zone. To understand the implications of different development scenarios, the team used InVEST models to map future value of coastal protection, recreation, and fisheries services. The resulting Plan can help the people of Belize plot a wiser course for managing the incredibly valuable resources their ocean and coast provide.

    Grenadines Marine Resource Space-use Information System (MarSIS)

    The Grenadines MarSIS illustrates how a participatory geographic information system (PGIS) approach supported the development of demand-driven information on marine resources and spatial uses of the transboundary Grenada Bank. Stakeholder engagement not only increased understanding and provided useful and publicly accessible information, but also created ownership of information produced and validated the role of participation in research and governance.

    Implementation of Integrated Coastal and Marine Spatial Planning of Bontang

    The new integrated spatial plan of Bontang City has been adopted by the local parliament in 2012 and is being implemented in parts. It now includes both land and marine areas with its mangroves, coral reefs and seagrass beds located within four miles from the shoreline. It is the first example of the implementation of the Indonesian Law No 26/2007 on Spatial Planning and Law No 27/2007 on Coastal Area and Small Islands Management to be applied in coastal districts/cities in Indonesia.

    PROTECTED PRODUCTIVE LANDSCAPE (PPP*) bringing production closer to nature

    In many developing countries, the expansion of the agricultural frontier and its effects on natural ecosystems have led societies to discuss the need for curbing the growth of production activities. This creates a paradox given that these countries, in turn, require more production to rebuild their national economy. In this respect, ProYungas Foundation has developed the concept of “Protected Productive Landscape”, which derives from the Category V of the IUCN (“Protected Landscape”). But the novel part of this idea is that it puts production activities as the central point in the generation of economic, technical and political resources necessary for the preservation of the natural environment where these production activities take place. This concept places the production sector as the focal point of action, shifting it from the “problem side” to the “solution side”.  Currently, more than 300,000 hectares are being managed under this concept in critical ecosystems (Yungas and Chaco) in northern Argentina and Paraguay.

  • 1.1.2. Identify, map, and set retention targets for species of conservation importance (threatened, restricted range, and socio- economically important species).

    Primary tools and resources

    Connectivity 101: Ecological connectivity for people and planet

    Connectivity 101 is a free, self-paced course provided by the Wildlife Connect Initiative – a partnership of the World Wide Fund for Nature (WWF), Center for Large Landscape Conservation (CLLC), IUCN World Commission on Protected Areas – Connectivity Conservation Specialist Group (CCSG), and Convention on Migratory Species (CMS), designed with UNDP’s Learning for Nature.

    Connectivity 101 teaches the basics of ecological connectivity conservation. The course will present general and replicable best practices for connectivity conservation and context-sensitive case studies worldwide. The course will focus on an audience of conservation practitioners but will also be accessible to a general audience. A certificate will be awarded to those who complete the course. Currently, the course is offered in English. Translations to other UN languages may be available in the future.

    Solutions and case studies

    Mapping and Valuing Ecosystem Services for Integrated Management

    Ecosystem services were mapped and valued in a participatory process that included designing spatially-explicit scenarios of future human uses throughout Belize’s coastal zone. To understand the implications of different development scenarios, the team used InVEST models to map future value of coastal protection, recreation, and fisheries services. The resulting Plan can help the people of Belize plot a wiser course for managing the incredibly valuable resources their ocean and coast provide.

    Grenadines Marine Resource Space-use Information System (MarSIS)

    The Grenadines MarSIS illustrates how a participatory geographic information system (PGIS) approach supported the development of demand-driven information on marine resources and spatial uses of the transboundary Grenada Bank. Stakeholder engagement not only increased understanding and provided useful and publicly accessible information, but also created ownership of information produced and validated the role of participation in research and governance.

    Évaluation de la distribution spatiale d’une espèce d’holothurie (Holothuria fuscogilva) dans le lagon de Vairao (Tahiti).

    Surexploitées pour le marché asiatique, les holothuries blanches à mamelles (Holothuria fuscogilva) sont désormais reconnues vulnérables (liste rouge de l’UICN) et sont inscrites à la CITES (Annexe II). Pour participer à la conservation de cette espèce, il est primordial de comprendre le comportement de l’animal dans son milieu sauvage, sa distribution et son stock. L’étude se déroule à Vairao (côte sud-ouest de Tahiti), où est basée l’écloserie d’holothurie. Les évaluations sous-marines ont permis de localiser 10 sites propices à l’agrégation de l’espèce. Ces sites représentent 15% de la surface totale du lagon et sont catégorisés en 3 types de zones géomorphologiques : les abords de passe, les chenaux profonds et la pente interne du lagon. Les résultats démontrent une densité de 53 ind./Ha aux abords de passe, 41 ind./Ha dans les chenaux et 125 ind./Ha aux pentes internes, soit une densité moyenne comprise entre de 65 ind./ Ha (estimation basse) et 73 ind./Ha (estimation haute).

  • 1.1.3. Evaluate how well ecosystem and species targets are already covered by protected and conserved areas, and prioritise areas for meeting targets in the most efficient configuration, favouring sit

    Primary tools and resources

    2017

    Guidelines for the application of IUCN Red List of Ecosystems categories and criteria

    The IUCN Red List of Ecosystems is a global framework for monitoring the status of ecosystems. It is part of the growing toolbox for assessing risks to biodiversity and aims to support conservation, resource use, and management decisions by identifying ecosystems most at risk of biodiversity loss. The basis of the IUCN Red List of Ecosystems is the IUCN Red List of Ecosystems Categories and Criteria, a set of eight categories and five criteria that provide a consistent method for assessing the risk of ecosystem collapse. These Guidelines assist correct implementation of the IUCN Red List of Ecosystems Categories and Criteria by providing information on the development of the protocol and a detailed overview of the scientific foundations supporting the categories and criteria.

    Solutions and case studies

    Connectivity Across the Great Barrier Reef

    The world’s largest coral reef system, the Great Barrier reef, is an extremely biodiverse habitat. The corals that comprise the reef are the backbone of the ecosystem that many marine animals depend on. Ocean currents drive the population dynamics of corral and the entire reef system. Connection of fishing zones to no-take zones and connection between inshore and offshore habitats along with zones of high larvae dispersal would be the most effective way to conserve the delicate reef habitat. Without data on larvae dispersal, it was critical to determine the best spots for connectivity. The Great Barrier Reef Marine Park (GBRMP) was substantially rezoned and expanded in 2003, based on systematic planning principles. Eleven biophysical operating principles (BOPs) were devised to protect representative examples of each of the GBR’s 70 bioregions. The maintenance of connectivity was also an explicit goal of the marine park – both the total size of the no-take marine reserves and their individual locations were considered.

  • 1.1.4. Incorporate all species and ecosystem priorities in spatial planning between all government and business sectors.

    Primary tools and resources

    2017

    Guidelines for the application of IUCN Red List of Ecosystems categories and criteria

    The IUCN Red List of Ecosystems is a global framework for monitoring the status of ecosystems. It is part of the growing toolbox for assessing risks to biodiversity and aims to support conservation, resource use, and management decisions by identifying ecosystems most at risk of biodiversity loss. The basis of the IUCN Red List of Ecosystems is the IUCN Red List of Ecosystems Categories and Criteria, a set of eight categories and five criteria that provide a consistent method for assessing the risk of ecosystem collapse. These Guidelines assist correct implementation of the IUCN Red List of Ecosystems Categories and Criteria by providing information on the development of the protocol and a detailed overview of the scientific foundations supporting the categories and criteria.

    Solutions and case studies

    Mapping and Valuing Ecosystem Services for Integrated Management

    Ecosystem services were mapped and valued in a participatory process that included designing spatially-explicit scenarios of future human uses throughout Belize’s coastal zone. To understand the implications of different development scenarios, the team used InVEST models to map future value of coastal protection, recreation, and fisheries services. The resulting Plan can help the people of Belize plot a wiser course for managing the incredibly valuable resources their ocean and coast provide.

    Grenadines Marine Resource Space-use Information System (MarSIS)

    The Grenadines MarSIS illustrates how a participatory geographic information system (PGIS) approach supported the development of demand-driven information on marine resources and spatial uses of the transboundary Grenada Bank. Stakeholder engagement not only increased understanding and provided useful and publicly accessible information, but also created ownership of information produced and validated the role of participation in research and governance.

    Implementation of Integrated Coastal and Marine Spatial Planning of Bontang

    The new integrated spatial plan of Bontang City has been adopted by the local parliament in 2012 and is being implemented in parts. It now includes both land and marine areas with its mangroves, coral reefs and seagrass beds located within four miles from the shoreline. It is the first example of the implementation of the Indonesian Law No 26/2007 on Spatial Planning and Law No 27/2007 on Coastal Area and Small Islands Management to be applied in coastal districts/cities in Indonesia.

    GIS and Remote Sensing Technology for improved pasture management

    The Monitoring Manual for Summer and Winter Pastures (Etzold & Neudert 2013; Etzold et al. 2015) in the Greater Caucasus introduces a simple practical pasture assessment and monitoring tool for resource managers. Combined with basic socio-economic information (number of livestock, herding organization, grazing management) comprehensive recommendations for sustainable pasture management can be derived to maintain and enhance the condition of pastures in the future. The approach can be adapted to various ecological and socio-economic settings and was applied in all three South Caucasian countries, e.g. AM (Sisian, Gorayk), AZ (Ismayilli, Saatli, Gakh), GE (PA of Borjomi-Kharagauli, Lagodekhi, Tusheti and Vashlovani). Initially developed as a simple physical assessment approach a combination with remote sensing and GIS technology improves the overall assessment, in particular through more accurate data and assessment opportunities.

  • 1.1.5. Include species considerations in land, freshwater, and sea use guidelines for use in national development zoning schemes.

    Solutions and case studies

    Identification of visions for protected area management and quantification of their consequences in Utrechtse Heuvelrug and Kromme Rijn (Netherlands)

    The Kromme Rijn area is a dynamic cultural landscape, shaped by multiple uses and different elements of typical Dutch landscapes. Utrechtse Heuvelrug National Park within this landscape includes important forest areas and biodiversity values, but is also of historical and recreational significance. The region needs to be multifunctional given the dense population and many expectations towards the landscape, but different use interests are not always compatible.

    In order to develop new solutions, identify new directions for policy and help society move towards synergetic options, an „inclusive conservation“ approach is being applied. As a first step, different visions for the use and development of the landscape have been identified through stakeholder interviews. These will provide the basis for modelling the consequences of these different stakeholder vision. Finally, stakeholders will discuss the visions and their consequences, deciding on a joint vision and pathways towards it.

  • 1.1.6. Include key species considerations in Environmental and Social Impact Assessments (ESIAs) for infrastructure development projects.

    Solutions and case studies

    Mapping and Valuing Ecosystem Services for Integrated Management

    Ecosystem services were mapped and valued in a participatory process that included designing spatially-explicit scenarios of future human uses throughout Belize’s coastal zone. To understand the implications of different development scenarios, the team used InVEST models to map future value of coastal protection, recreation, and fisheries services. The resulting Plan can help the people of Belize plot a wiser course for managing the incredibly valuable resources their ocean and coast provide.

    PROTECTED PRODUCTIVE LANDSCAPE (PPP*) bringing production closer to nature

    In many developing countries, the expansion of the agricultural frontier and its effects on natural ecosystems have led societies to discuss the need for curbing the growth of production activities. This creates a paradox given that these countries, in turn, require more production to rebuild their national economy. In this respect, ProYungas Foundation has developed the concept of “Protected Productive Landscape”, which derives from the Category V of the IUCN (“Protected Landscape”). But the novel part of this idea is that it puts production activities as the central point in the generation of economic, technical and political resources necessary for the preservation of the natural environment where these production activities take place. This concept places the production sector as the focal point of action, shifting it from the “problem side” to the “solution side”.  Currently, more than 300,000 hectares are being managed under this concept in critical ecosystems (Yungas and Chaco) in northern Argentina and Paraguay.

  • 1.1.7. Apply the mitigation hierarchy to all infrastructure developments, with a focus on avoidance, to reduce their impact on habitats and species of conservation importance.

Primary tools and resources

View all

Connectivity 101: Ecological connectivity for people and planet

Connectivity 101 is a free, self-paced course provided by the Wildlife Connect Initiative – a partnership of the World Wide Fund for Nature (WWF), Center for Large Landscape Conservation (CLLC), IUCN World Commission on Protected Areas – Connectivity Conservation Specialist Group (CCSG), and Convention on Migratory Species (CMS), designed with UNDP’s Learning for Nature.

Connectivity 101 teaches the basics of ecological connectivity conservation. The course will present general and replicable best practices for connectivity conservation and context-sensitive case studies worldwide. The course will focus on an audience of conservation practitioners but will also be accessible to a general audience. A certificate will be awarded to those who complete the course. Currently, the course is offered in English. Translations to other UN languages may be available in the future.

Environmental and Social Impact Assessment (ESIA)

An ESIA is a statement about the likely impacts of a proposal and how the identified negative impacts can be mitigated and managed and how the positive impacts can be enhanced. The purpose of this review procedure is to ensure that the Initial Environmental Examination (IEE) and the Environmental Impact Assessment (EIA) reports provide adequate assessment and protection measures to manage environmental and social impacts. A systematic approach to review is needed to ensure that the environmental and social impact assessment reports comply with requirements, are consistent with standards of good practice, and provide good quality information to support decision making.

SANBI Mapping Biodiversity Priorities

This guide to practical, science-based approach to national biodiversity assessment and prioritisation has been produced by the South African National Biodiversity Institute (SANBI) and the UNEP World Conservation Monitoring Centre. The approach is based on the principles of Systematic Conservation Planning and is augmented by 10 operating principles. It sets out a practical, science-based approach to spatial biodiversity assessment and prioritisation and forms an excellent starting point to inform national spatial planning exercises, including detailed advice for low resource situations.

GEOBON Essential Biodiversity Variables (EBV)

The Group on Earth Biodiversity Observation Network (GEO BON) developed the concept of Essential Biodiversity Variables (EBVs) to advance the collection, sharing, and use of biodiversity information to aggregate, harmonise and interpret biodiversity observations collected by different methods such as in situ monitoring or remote sensing. EBVs can be visualised as biodiversity observations at one location over time, or in many locations, aggregated in a time series of maps. Essential variables to understand climate, biodiversity, and other environmental changes have already been developed (e.g. Essential Climate Variables, Essential Ocean Variables).

How to use

Details of the method, the EBVS already developed, and results are available at: https://geobon.org/ebvs/what-are-ebvs/

The World Database on Protected Areas (WDPA)

The WDPA is a comprehensive global database on terrestrial and marine protected areas and Other Effective Area-based Conservation Measures (OECMs). It is a joint project between the UN Environment Programme and IUCN, and is managed by the World Conservation Monitoring Centre (UNEP-WCMC). The WDPA is updated on a monthly basis and site data and maps are available through the Protected Planet platform. About 261,766 officially recognised protected areas are listed, covering over 15% of the of the earth’s land surface and 7.4% of the world’s oceans. Protected Planet contains interactive maps and has eight thematic areas. Every two years, UNEP-WCMC releases the Protected Planet Report on the status of the world’s protected areas and makes recommendations on how to meet international goals and targets.

How to use

  • To access the Protected Planet website and explore the World Database on Protected Areas (WDPA), World Database on OECMs, Global Database on Protected Area Management Effectiveness (GD-PAME), and associated information: https://www.protectedplanet.net
  • To contribute information on a site to the WDPA: https://www.protectedplanet.net/en/thematic-areas/wdpa?tab=WDPA

Important Shark and Ray Areas (ISRA)

ISRAs have been developed by the IUCN Species Survival Commission Shark Specialist Group to ensure that discrete portions of habitats critical to shark species are delineated and used in site-based conservation and management initiatives in global waters. ISRAs are identified through the application of four criteria, incorporating seven sub-criteria. The Criteria provide an objective framework for identifying areas crucial for the persistence of sharks and rays and, where required, their recovery.

Species Threat Abatement and Restoration (STAR) metric

The STAR metric assesses the potential of particular actions at a specific location to contribute to reduce species extinction risk / global targets for species. It measures the potential contribution of two kinds of action: threat abatement / reduction and habitat restoration using data on the distribution, threats, and extinction risk of threatened species contained in the IUCN Red List. It helps governments, the finance industry, investors, and companies to target their investments and activities to achieve conservation outcomes for threatened species. The STAR metric can be applied to any location. It is maintained under the authority of the IUCN Red List Committee.

IUCN Red List of Threatened Species

The IUCN Red List of Threatened Species (the Red List) is the globally recognised standard on assessing extinction risk. Red List assessments are used by the Convention on Biological Diversity, CITES, other inter-governmental agreements, national governments, and conservation planners.  The Red List assigns species into one of 8 categories based on 5 criteria, all with quantitative thresholds. The three highest categories of threat – Critically Endangered, Endangered, Vulnerable – are collectively considered ‘Threatened’. The Red List process has been formalized to support objectivity and scientific rigour. Red List assessments are carried out by SSC Red List Authorities, Red List Partners, IUCN staff, and regional and national agencies. In addition, Red List assessments provide a compendium of information on species, (taxonomy, geographic range, population, habitat and ecology, threats, conservation actions). The Red List operates at global, regional, and national levels. Guidelines for application at national or regional levels have been developed and the National Red List Working Group provides additional support.

Red List Authorities have been established for all major taxonomic groups included on the IUCN Red List. In most cases, the RLA is a sub-group within an IUCN SSC Specialist Group responsible for the species, groups of species or species within a specific geographic area. There are some exceptions; for example, BirdLife International is the designated RLA for all birds.

The process is guided by Rules of Procedure, supported by guidelines on application of the Red List Categories and Criteria, the Species Information Service (SIS) data entry and management system, and certification for assessors and RL trainers. All these materials can be downloaded, free, from the Red List website. A free, online training course for Red List assessors, is available.

Species can be assessed for the Red List at global, regional, and national levels. Guidelines for the Regional (and national) Application of the Categories and Criteria have been developed and support for development of national Red Lists is available from the National Red List Working Group.

How to use

  • To check the global Red List status of a species and access the supporting information, visit the species assessment page on the Red List website
  • To download the Red List Categories and Criteria, Guidelines, Rules of Procedure, and Guidelines for Application at Regional Level go the Red List resources
  • To initiate or to contribute to a global assessment, contact the Chair of the relevant IUCN SSC Specialist Group or Red List Authority, for birds, see BirdLife International
  • For taxonomic groups not listed, contact the relevant IUCN SSC Conservation Committee: Marine, Invertebrate, Plant, Fungi, Freshwater, Red List, Standards and Petitions.
  • To develop a National Red List for a species or group of species visit the National Red List Working Group
  • To obtain details or register for an online Red List training course: https://www.iucnredlist.org/resources/online

Integrated Biodiversity Assessment Tool (IBAT)

IBAT is a biodiversity impact assessment tool that enables companies and other users to screen the potential risks to biodiversity and key sites from proposed development. IBAT is

based on three global datasets, the IUCN Red List of Threatened Species, World Database on Protected Areas, and World Database of Key Biodiversity Areas]. IBAT provides data, tools, and guidance to assist organisations in acting on biodiversity-related risks and opportunities, and provide sustainable funding to support biodiversity datasets. IBAT has a GIS download service which is available through five plans, ranging from free to USD 35,000 /year, according to the level of access required. Data can be downloaded at global level or at more local levels. Biodiversity data reports can be generated as a pdf document, or as raw data in CSV format, and/or map files. IBAT report templates include a simple proximity report, a World Bank Group risk report, and a freshwater report.

International Finance Corporation (IFC) Standards on Social and Environmental Sustainability

The IFC Performance Standards (PS) provide standardised guidance on identifying risks and impacts of major infrastructure and development projects. The standards are designed to help avoid, mitigate, and manage the risks and impacts of such projects in a sustainable way, including stakeholder engagement and disclosure obligations. Application of the IFC Performance Standards is required by many multilateral donors, such as the World Bank, for projects they are financing.

PS 6  covers Biodiversity Conservation and Sustainable Management of Living Natural Resources, PS 1 Assessment and Management of Environmental and Social Risks and Impacts, and PS 7 Indigenous Peoples.

The IFC Performance Standards are available in several languages.

2020

IUCN Global Ecosystem Typology 2.0

Ecosystems are critically important components of Earth’s biological diversity and as the natural capital that sustains human life and well-being. Yet all of the world’s ecosystems show hallmarks of human influence, and many are under acute risks of collapse, with consequences for habitats of species, genetic diversity, ecosystem services, sustainable development and human well-being. The IUCN Global Ecosystem Typology is a hierarchical classification system that, in its upper levels, defines ecosystems by their convergent ecological functions and, in its lower levels, distinguishes ecosystems with contrasting assemblages of species engaged in those functions. This report describes the three upper levels of the hierarchy, which provide a framework for understanding and comparing the key ecological traits of functionally different ecosystems and their drivers. An understanding of these traits and drivers is essential to support ecosystem management.

2016

The IUCN Red List of Ecosystems (RLE)

This introductory guide draws on a number of key IUCN Red List of Ecosystems (RLE) papers, case studies and background documents to provide a practical introduction to the RLE. It targets those who wish to gain a deeper understanding of the RLE as a risk assessment tool and those who wish to learn more about its possible applications in implementing conservation action. This document draws heavily on Version 1 of the Guidelines for the application of the IUCN Red List of Ecosystems Criteria and Categories and provides an overview of the scientific foundations supporting the RLE categories and criteria.

View all

Other tools and resources

View all

Spatial planning for wind and solar developments and associated infrastructure

This technical note focuses on spatial planning for wind and solar development with respect to biodiversity. It is intended primarily for government planners responsible for the longterm sustainable roll out and/or expansion of renewable energy and associated infrastructure (e.g. grid infrastructure and facilities such as ports) at regional, national, and sub-national levels. For developers and lenders/investors, this technical note could also help illustrate how these actors could play a role in spatial planning in certain contexts (e.g. emerging markets, providing resources, and supporting governments to identify appropriate areas for development).

World Database on Key Biodiversity Areas

KBAs are sites ‘contributing significantly to the global persistence of biodiversity in terrestrial, freshwater, and marine ecosystems’. The KBA Partnership is composed of 13 leading international organizations including IUCN. It maintains a KBA Committee, KBA secretariat, a KBA Technical Working Group, a KBA Community, a KBA Consultative Forum, and the World Database of Key Biodiversity Areas. An independent KBA Standards and Appeals Committee is established under the authority of the elected SSC and WCPA Chairs. The KBA Global Standard lists the criteria for identification of KBAs. There are five criteria and 11 subcriteria all with quantitative thresholds. KBAs are identified on the basis of ecosystems or species.

KBAs can be identified by a KBA National Coordination Group (KBA NCG). If an individual or small group has an interest in proposing a KBA in a country with an existing KBA NCG they are encouraged to work with that KBA NCG to make the proposal. Where a KBA NCG has not yet been established, proposers are encouraged to consider helping form such a group but if that is not possible they can put together a proposal for a site and submit it directly. KBAs should be reviewed and updated nationally every 8-12 years to also confirm they still meet KBA status for the species or ecosystems that trigger KBA status for the site. The KBA identification process is inclusive, consultative and nationally driven. Anyone with appropriate data may propose a site as a KBA, although consultation with relevant stakeholders at the local and national level is required when identifying the site and needs to be documented in the proposal. A proposer must apply the KBA criteria to data on biodiversity elements (species and ecosystems) at the site and delineate the site clearly. The formal proposal is then made through a process that ensures independent review before a site is incorporated in the World Database of KBAs.

How to use

  • To download the KBA Standard, criteria, and guidelines, and for further information: https://www.keybiodiversityareas.org/home
  • To explore maps and site details on the World Database of KBAS: https://wdkba.keybiodiversityareas.org
  • For guidance on the role of KBA National Coordination Groups and how to establish them: https://www.keybiodiversityareas.org/working-with-kbas/programme/national-coordination-groups

Migratory Connectivity in the Ocean (MiCO)

Migratory Connectivity in the Ocean (MiCO) is a consortium developing an extensive open-access system with the end goal of connecting global processes with actionable knowledge on migratory connectivity to inform worldwide conservation and sustainable use efforts.

Important Marine Mammals Areas Atlas

Important Marine Mammal Areas (IMMAs) are defined as discrete portions of habitat, important to marine mammal species, that have the potential to be delineated and managed for conservation.

IMMAs are identified in order to prioritise their consideration for conservation measures by governments, intergovernmental organisations, conservation groups, and the general public.

The IMMA Initiative is the major activity of the Marine Mammal Protected Areas Task Force.

The AEWA Critical Sites Network (CSN) Tool

The Critical Site Network (CSN) Tool is an online resource for the conservation of 312 species of waterbirds and the important sites upon which they depend in Africa and Western Eurasia.

The tool makes it easy to obtain information on the sites critical for waterbird species by accessing several independent databases and analysing information at the biogeographical population level, so providing a comprehensive basis for management and decision making. It is designed to help a range of different users from site managers to national authorities and international organisations. The CSN Tool, one of the major achievements of the Wings Over Wetlands (WOW) project, is also an important example of the added value of cooperation between likeminded conservation organisations, international conventions and agreements, governments, UN agencies and other donors.

The CSN Tool supports both AEWA and the Ramsar Convention on Wetlands. It is also relevant to the EU Birds Directive and the Bern Convention’s Emerald Network.

Convention on the Conservation of Migratory Species of Wild Animals tools

Migratory Connectivity within the European African Migration System

CMS Atlases

This online Migration Atlas covers the huge geographical area represented by two continents, encompassing the flyways between Eurasia and Africa. Movements in time and space of 300 bird species are mapped and analysed drawing on data gathered by European Ringing Schemes over more than a century and collated by the EURING databank.

The National Red List Project

Regional and National Red Lists provide countries with key information about species status within their borders, which can be used directly for national conservation and planning policies supporting effective protection of biodiversity.

Importantly, National Red Lists can be used to assist member states and regions in measuring and reporting progress towards international commitments and multi-lateral agreements on biodiversity. For example, reporting on the Convention on Biological Diversity (CBD) targets through:

  • Enabling determination of the conservation status and trends of species
  • Enabling identification of species or ecosystems under greatest threat
  • Informing conservation planning and priority setting and therefore national biodiversity strategies and action plans (NBSAPs).
  • Informing the incorporation of biodiversity values into national and local development and planning processes
  • Raising awareness of biodiversity and threatened species

UN Biodiversity Lab

Providing decision makers with the best available spatial data to put nature at the center of sustainable development

IUCN WCC Resolution on Spatial Planning

Strengthening national spatial planning to ensure the global persistence of biodiversity

UNEP Mapping Biodiversity Priorities

A practical, science-based approach to national biodiversity assessment and prioritisation to inform strategy and action planning

This document sets out a practical, science-based approach to spatial biodiversity assessment and planning, which can be applied at the national level in any country. It is especially useful for countries that are both biodiversity-rich and resource-constrained, where difficult choices have to be made about how and where to focus conservation action. However, the approach is also useful in less biodiverse settings and where resources are more plentiful, and can also be applicable at sub-national and regional levels.

View all

Solutions and case studies

View all

Strengthening Capacities in Coastal Spatial Planning

The solution aims at sustainable development in coastal areas of the East Asian Seas region by reducing and preventing impacts of natural disasters, climate change and sea level rise. It provides references and capacity building for national and local authorities in coastal and marine spatial planning. National adaptation activities and best practices for capacity building and field application tailored to needs and priorities of each country are provided.

Mapping and Valuing Ecosystem Services for Integrated Management

Ecosystem services were mapped and valued in a participatory process that included designing spatially-explicit scenarios of future human uses throughout Belize’s coastal zone. To understand the implications of different development scenarios, the team used InVEST models to map future value of coastal protection, recreation, and fisheries services. The resulting Plan can help the people of Belize plot a wiser course for managing the incredibly valuable resources their ocean and coast provide.

Grenadines Marine Resource Space-use Information System (MarSIS)

The Grenadines MarSIS illustrates how a participatory geographic information system (PGIS) approach supported the development of demand-driven information on marine resources and spatial uses of the transboundary Grenada Bank. Stakeholder engagement not only increased understanding and provided useful and publicly accessible information, but also created ownership of information produced and validated the role of participation in research and governance.

Implementation of Integrated Coastal and Marine Spatial Planning of Bontang

The new integrated spatial plan of Bontang City has been adopted by the local parliament in 2012 and is being implemented in parts. It now includes both land and marine areas with its mangroves, coral reefs and seagrass beds located within four miles from the shoreline. It is the first example of the implementation of the Indonesian Law No 26/2007 on Spatial Planning and Law No 27/2007 on Coastal Area and Small Islands Management to be applied in coastal districts/cities in Indonesia.

Identification of visions for protected area management and quantification of their consequences in Utrechtse Heuvelrug and Kromme Rijn (Netherlands)

The Kromme Rijn area is a dynamic cultural landscape, shaped by multiple uses and different elements of typical Dutch landscapes. Utrechtse Heuvelrug National Park within this landscape includes important forest areas and biodiversity values, but is also of historical and recreational significance. The region needs to be multifunctional given the dense population and many expectations towards the landscape, but different use interests are not always compatible.

In order to develop new solutions, identify new directions for policy and help society move towards synergetic options, an „inclusive conservation“ approach is being applied. As a first step, different visions for the use and development of the landscape have been identified through stakeholder interviews. These will provide the basis for modelling the consequences of these different stakeholder vision. Finally, stakeholders will discuss the visions and their consequences, deciding on a joint vision and pathways towards it.

GIS and Remote Sensing Technology for improved pasture management

The Monitoring Manual for Summer and Winter Pastures (Etzold & Neudert 2013; Etzold et al. 2015) in the Greater Caucasus introduces a simple practical pasture assessment and monitoring tool for resource managers. Combined with basic socio-economic information (number of livestock, herding organization, grazing management) comprehensive recommendations for sustainable pasture management can be derived to maintain and enhance the condition of pastures in the future. The approach can be adapted to various ecological and socio-economic settings and was applied in all three South Caucasian countries, e.g. AM (Sisian, Gorayk), AZ (Ismayilli, Saatli, Gakh), GE (PA of Borjomi-Kharagauli, Lagodekhi, Tusheti and Vashlovani). Initially developed as a simple physical assessment approach a combination with remote sensing and GIS technology improves the overall assessment, in particular through more accurate data and assessment opportunities.

PROTECTED PRODUCTIVE LANDSCAPE (PPP*) bringing production closer to nature

In many developing countries, the expansion of the agricultural frontier and its effects on natural ecosystems have led societies to discuss the need for curbing the growth of production activities. This creates a paradox given that these countries, in turn, require more production to rebuild their national economy. In this respect, ProYungas Foundation has developed the concept of “Protected Productive Landscape”, which derives from the Category V of the IUCN (“Protected Landscape”). But the novel part of this idea is that it puts production activities as the central point in the generation of economic, technical and political resources necessary for the preservation of the natural environment where these production activities take place. This concept places the production sector as the focal point of action, shifting it from the “problem side” to the “solution side”.  Currently, more than 300,000 hectares are being managed under this concept in critical ecosystems (Yungas and Chaco) in northern Argentina and Paraguay.

Strengthening Forested Area Planning and Management in Non-State Forest areas in Kalimantan

The Strengthening Forest Area Planning and Management in Kalimantan (KalFor) project – a joint initiative implemented by Indonesia’s Directorate General of Forestry Planning and Environmental Management and the Ministry of Environment and Forestry, supported by UNDP Indonesia and funded by GEF – aims to preserve Kalimantan’s forests in Non-State Forest Areas.

KalFor addresses the challenge of aligning estate crop development with forest conservation, focusing on land management and biodiversity in the Heart of Borneo area while providing communities in these areas with alternative sustainable livelihood opportunities. It aims to reconcile development goals with commitments to reduce deforestation, biodiversity loss, and GHG emissions.

The strategy involves identifying key areas and testing forest management approaches to harmonize environmental and economic objectives in Kalimantan, with implications for similar challenges across Indonesia.

SMART: A digital monitoring system for effective management of protected areas

Nech Sar National Park is one of Ethiopia’s oldest protected areas, conserved for its diverse flora, fauna, and unique landscapes. However, unsustainable use of resources poses a significant threat to the park. The absence of standardised protocols and systems for recording illegal human activities and threats hinders the effective use and management of the park. The poor enforcement of planning, decision-making and resource allocation processes further fuels the issue.

To address these challenges, the BMZ-funded and GIZ-implemented Biodiversity and Forestry Programme introduced the Spatial Monitoring and Reporting Tool (SMART). SMART is a tool that simplifies and enhances data collection, analysis, and reporting in protected area management. It supports various conservation activities such as protection of biodiversity, law enforcement, natural resources utilisation, and tourism management. With its easy-to-use features, SMART offers powerful options for effective management and protection of natural resources.

Évaluation de la distribution spatiale d’une espèce d’holothurie (Holothuria fuscogilva) dans le lagon de Vairao (Tahiti).

Surexploitées pour le marché asiatique, les holothuries blanches à mamelles (Holothuria fuscogilva) sont désormais reconnues vulnérables (liste rouge de l’UICN) et sont inscrites à la CITES (Annexe II). Pour participer à la conservation de cette espèce, il est primordial de comprendre le comportement de l’animal dans son milieu sauvage, sa distribution et son stock. L’étude se déroule à Vairao (côte sud-ouest de Tahiti), où est basée l’écloserie d’holothurie. Les évaluations sous-marines ont permis de localiser 10 sites propices à l’agrégation de l’espèce. Ces sites représentent 15% de la surface totale du lagon et sont catégorisés en 3 types de zones géomorphologiques : les abords de passe, les chenaux profonds et la pente interne du lagon. Les résultats démontrent une densité de 53 ind./Ha aux abords de passe, 41 ind./Ha dans les chenaux et 125 ind./Ha aux pentes internes, soit une densité moyenne comprise entre de 65 ind./ Ha (estimation basse) et 73 ind./Ha (estimation haute).

Connectivity, ecosystem services and Nature-based Solutions in Land-use planning in Costa Rica

In Costa Rica, land management plans are a tool that local governments can use to generate regulations that complement protected areas and ecological corridors. These three  elements are complementary and must be developed in an integrated fashion to achieve a systematic approach to planning. Management plans implement ecological corridors through tools such as the establishment of specific areas for focal species; the preservation of agricultural areas that function as biological, conservation and sustainable tourism corridors; the creation of buffer zones; and the zoning of aquifer recharge zones for the protection of water resources. Through the University of Costa Rica’s Sustainable Urban Development Research Program (UCR-ProDUS in Spanish), land management plans for more than a dozen municipalities have been developed, including the protected areas Corcovado National Park, Piedras Blancas National Park, Ballena Marine National Park, Juan Castro Blanco Water National Park and Carara National Park.

Connectivity Across the Great Barrier Reef

The world’s largest coral reef system, the Great Barrier reef, is an extremely biodiverse habitat. The corals that comprise the reef are the backbone of the ecosystem that many marine animals depend on. Ocean currents drive the population dynamics of corral and the entire reef system. Connection of fishing zones to no-take zones and connection between inshore and offshore habitats along with zones of high larvae dispersal would be the most effective way to conserve the delicate reef habitat. Without data on larvae dispersal, it was critical to determine the best spots for connectivity. The Great Barrier Reef Marine Park (GBRMP) was substantially rezoned and expanded in 2003, based on systematic planning principles. Eleven biophysical operating principles (BOPs) were devised to protect representative examples of each of the GBR’s 70 bioregions. The maintenance of connectivity was also an explicit goal of the marine park – both the total size of the no-take marine reserves and their individual locations were considered.

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