Biodiversity Monitoring in Ghana - How the UN Biodiversity Lab is supporting evidence-based implementation of the Global Biodiversity Framework
January 30, 2026
Biodiversity
As Ghana advances the implementation of the Kunming-Montreal Global Biodiversity Framework (KMGBF), national institutions are increasingly required to demonstrate progress through credible, spatially explicit data. Yet for many stakeholders, biodiversity information has historically been fragmented across institutions, difficult to analyze spatially, and challenging to translate into policy-relevant evidence, particularly for national action and reporting under the Convention on Biological Diversity (CBD).
Through the UN Biodiversity Lab (UNBL) and its Essential Life Support Area (ELSA) Integrated Spatial Planning Tool, Ghanaian institutions, led by the Ministry of Science and Technology (MEST) and a national NGO, Conservation Alliance, in partnership with the UNDP Country Office and UNBL team, are beginning to overcome these challenges, strengthening national ownership of biodiversity data while enhancing monitoring, planning, and reporting processes linked to the National Biodiversity Strategy and Action Plan (NBSAP), the primary policy instrument for delivery of the CBD and KMGBF at the national level, and the Seventh National Report (7NR) to CBD on status of biodiversity in the country.
From fragmented datasets to spatial decision support tools
Participants from government agencies, research institutions, and civil society described a common experience prior to using UNBL: biodiversity data existed, but often lacked coherence, consistency, or accessibility for decision-making.
Yaw Osei-Owusu, a member of Ghana’s National Biodiversity Steering Committee, described the shift succinctly:
“UNBL is the gateway for effective and efficient development planning and budgetary processes at both the national and subnational levels in Ghana.”
— Yaw Osei-Owusu, National Biodiversity Steering Committee, Ghana
For government and other spatial planning institutions, the value of using UNBL lies in its ability to consolidate diverse datasets in a single, interpretable platform. For the purposes of supporting national action around the KMGBF, MEST and Conservation Alliance, have created a secure national workspace on UNBL for national collaboration and used this to consolidate national datasets relevant to GBF implementation as well as monitoring and reporting. These national datasets can now be visualized alongside over 1,000 global data layers at the click of a button, enabling technical experts and decision-makers to identify the most useful data for national planning and reporting needs, tag them by relevant target or policy, and perform further analytics.
“I am very impressed with the various datasets, especially the forest cover and land use datasets, which are very relevant to spatial planning.”
— Mohammed Munzamil, Senior GIS Officer, Land Use and Spatial Planning Authority, Ghana
By enabling users to visualise biodiversity priorities alongside land-use pressures, infrastructure, and administrative boundaries, UNBL helped institutions move from static datasets to actionable spatial insight.
Cross section of the final meeting for the UN Biodiversity Lab Global Biodiversity Framework Mapping Project in Ghana
Making GBF monitoring practical
A central objective of the UNBL engagement in Ghana has been to support national monitoring and reporting under the GBF, including preparation of the 7NR. Participants noted that UNBL helped bridge the gap between global biodiversity datasets and national reporting needs.
This capability was seen as especially important for ensuring consistency and transparency in reporting indicators. In addition to serving as a resource to access global datasets available to fill national data gaps recommended in the official metadata data of the GBF monitoring framework, UNBL also provides Ghanaians access to 10 metrics, such as land use cover, that can be calculated at the national or subnational levels.
“The most useful thing about using the UNBL Tool was interacting with various maps and it will help in monitoring the progress of achieving the national targets as well as reporting.”
— Yaw Osei-Owusu, National Biodiversity Steering Committee, Ghana
The use of common datasets and methodologies also strengthened confidence in the results, particularly where national data gaps exist.
Ghana ELSA_Action_Default_Final_Weights_BPF_500 map
Co-creating national priority maps
One of the most tangible outcomes of the UNBL process has been the co-creation of Ghana-specific biodiversity priority and opportunity maps, developed through stakeholder engagement and iterative analysis using the ELSA Integrated Spatial Planning Tool. Developed using gold-standard conservation planning science, the ELSA Tool enables users to run a spatial prioritization to identify where actions to protect nature, restore nature, sustainably manage nature, and green urban areas can best contribute to achievement of the GBF. The ELSA approach and ELSA Tool available on UNBL supports iterative spatial planning in response to rapidly changing national priorities and updated or enhanced spatial data mapping biodiversity, climate, and human well-being values. Participants emphasized that the ability to explore and compare multiple input layers to the spatial prioritization was central to this process.
“ELSA has enabled us to identify nationally consistent spatial biodiversity priorities using global datasets.”
— Foster Mensah, Director, Center for Remote Sensing and Geographic Information Services (CERSGIS), Ghana
These maps will now be used to inform discussions on NBSAP implementation, integrated spatial planning, and biodiversity mainstreaming across sectors, helping institutions align conservation objectives with development planning.
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Supporting spatial planning and future applications
Beyond reporting, participants highlighted how UNBL outputs are being integrated into forward-looking planning processes.
“It can guide in the preparation of spatial plans.”
— Mohammed Munzamil, Senior GIS Officer, Land Use and Spatial Planning Authority, Ghana
Participants of the sessions agree that, if biodiversity considerations are embedded successfully into spatial planning tools already used by government institutions, UNBL will help to ensure that GBF implementation is linked directly to national development pathways.
Land_use_cover_metric_for_Ghana_with_map
Building lasting national capacity
Across participants, a recurring theme was the role of UNBL in strengthening long-term national capacity. Rather than a one-off analytical exercise, institutions increasingly see the platform as a shared workspace for ongoing biodiversity monitoring, planning, and collaboration. As Ghana continues to implement the GBF and prepare its national reports, the experience demonstrates how accessible spatial tools, combined with national ownership and stakeholder collaboration, can transform biodiversity monitoring from a technical challenge into a strategic asset for sustainable development.
For more information on the use of UNBL in Ghana, please see the technical report and policy note about this work. For more information on UN Biodiversity Lab (UNBL) and its Essential Life Support Area (ELSA) Integrated Spatial Planning Tool which are freely available to all non-commercial users in any country, please see the overview of UNBL features and the ELSA page on UNBL.
Group photo of participants
“ELSA has enabled us to identify nationally consistent spatial biodiversity priorities using global datasets.” — Foster Mensah, Director, Center for Remote Sensing and Geographic Information Services (CERSGIS), Ghana