The NAbSA Team, from IUCN’s Climate Change and Energy Transition Team, welcomed biodiversity experts and P4C project representatives to share their experiences and implementing practices in leveraging biodiversity for climate resilience. This inaugural Dialogue laid the foundations of biodiversity, and related concepts and tools were also presented to drive us through the impacts of species loss on ecosystem health – among others – and the importance of conservation strategies and Soluciones basadas en la naturaleza (SbN) that prioritize biodiversity in adaptation planning. Thank you to all presenters for their informative presentaciones and for sharing their respective approaches to ensuring biodiversity conservation:

• Dr. Thomas Brooks, IUCN Chief Scientist: “Biodiversity crisis and Nature Conservation”
• Annick Gillard-Bailetti, Plan International: “Conservation and sustainable management of coastal and marine ecosystems (COSME)”
• Amy Martens, Mennonite Central Committee: “Locally-led Indigenous Nature-based Solutions for Climate Change Adaptation in Zimbabwe (LiNCZ)”
• Veronica Lo, International Institute of Sustainable Development: Nature for Climate Adaptation Initiative’s Mejorar la biodiversidad: beneficios colaterales de las soluciones basadas en la naturaleza

For the French version of these presentations, please find it accessible aquí.

“La pérdida de biodiversidad, a un nivel globalmente significativo, está ocurriendo a nuestro alrededor”. Dr. Thomas Brooks, UICN

After brief opening remarks from Ali Raza Rizvi, Head of IUCN’s Climate Change & Energy Transition Team, and Kerry Max, Deputy Director of Global Affairs Canada’s Iniciativa de asociación para el clima (P4C), Dr. Brooks set the stage for this session by providing an introduction to the biodiversity crisis and nature conservation. Biodiversity is defined as the “variability among living organisms from all sources including, inter alia, terrestrial, marine and other aquatic ecosystems and the ecological complexes of which they are part; this includes diversity within species, between species and of ecosystems” (Artículo 2 del CDB). In addition to genetic biodiversity, the Lista Roja de Especies Amenazadas de la UICN measures species biodiversity, outlining their characteristics, dynamics and risks posed by various sources. IUCN’s Commission on Ecosystem Management (CEM) created the Lista Roja de Ecosistemas to consider biodiversity loss at the ecosystem-level, showcasing ecosystem assessments of various countries all over the world.

Biodiversity loss has devastating impacts on human life due to its destruction of key ecosystem services, but there is increasing evidence that nature conservation action can be taught and reverse losses of biodiversity, in alignment with the mission and vision of the Marco Mundial de Biodiversidad Kunming-Montreal (GBF). Actions that tackle and abate the drivers of biodiversity loss have proven to generally be successful, such as by abating threats from unsustainable arable agriculture offers the greatest opportunity for reducing species risk around the world. This conclusion was found with IUCN’s STAR Metric, a widely used resource to provide quantitative linkage between conservation, restoration, natural resource management or other types of work on the ground with the global goal of reducing biodiversity losses from the GBF and SDG 15.

“La conservación de la naturaleza para mitigar las amenazas y promover la restauración puede detener y revertir estas disminuciones en la pérdida de biodiversidad genética, de especies y de ecosistemas”. Dr. Thomas Brooks, UICN

Annick Gillard-Bailetti then took these global findings and lessons to the local level through Plan International’s COSME project. Located in the transboundary regions between Kenya and Tanzania, the biodiversity of these areas is unique, a mix of East African coastal forests, rivers, mangroves and coral reefs, including sacred lands and forests. However, climate change and human activity has damaged these critical hotspots. COSME seeks to utilise NbS to address these key threats to biodiversity through the promotion of sustainable livelihoods, especially for women, community-based forest management and mangrove restoration. Environmental DNA (eDNA), field surveys, GIS mapping technology and climate risk assessments are the core components of COSME’s approach to biodiversity measurement, ensuring comprehensive activities in the region. View details of COSME’s results aquí.

Amy Martens and colleagues from Bindura University’s Global Biodiversity Information Facility followed closely with their biodiversity surveys in Zimbabwe’s forests, wetlands and agricultural lands. Similarly to COSME, LiNCZ utilises eDNA of farmland, tree, and livestock, amongst other techniques, to determine the impact of NbS on local ecosystems to achieve their overall goal of enhancing indigenous-led, nature-positive, conflict sensitive and climate resilient livelihoods, particularly for women and girls, in 3 districts.

Veronica Lo then concluded the speaker portion of the Dialogue with a presentation of technical briefs and case studies to help familiarize NbS practitioners with the terms, biodiversity, ecosystems, and ecosystem services, and to help inform planning, designing, and implementing NbS that enhances biodiversity and ecosystem services (i.e. biodiversity co-benefits). View the first publication on enhancing biodiversity co-benefits aquí, y el segundo sobre estudios de casos relevantes aquí.