News | 09 Nov, 2023
ReSea Project Launched to Strengthen Coastal Communities in Kenya
The Regenerative Seascapes Project for Planet, Nature and People (ReSea) was officially launched at an event in Dabaso Primary School, Watamu, Kilifi County, Kenya. ReSea is a 3-year, $30 million project, $7 million of which goes to Kenya, implemented by Mission Inclusion in partnership with the…
External event
Protecting Our Coasts: The Promise of Nature-Based Resilience
Coastal ecosystems, such as mangroves, seagrasses, reefs and wetlands, provide natural protection against storm surges and other coastal climate impacts. But these ecosystems are vulnerable to damage, and themselves need to be preserved. Ocean acidification, rising sea levels, changes in water…
Blog | 22 May, 2023
Linking science and policy to propel biodiversity action in Kenya
With the adoption of the Kunming-Montreal Global Biodiversity Framework (GBF) at the 15th Conference of Parties to the UN Convention on Biological Diversity (COP 15), countries such as…
Story | 22 Dec, 2022
Indigenous Women’s Insights – Stewarding the Earth
In November, all along the busy maze of pavilion buildings in Sharm el Sheik, an estimated 45,000 people snaked along corridors hoping to inform crucial discussions surrounding climate policy at the United Nations Framework Climate Change Convention’s 27th Conference of Parties (UNFCCC COP 27).…
Story | 10 Jan, 2019
Building the global momentum on marine/aquatic plastics litter
Along with over 18,000 participants from 180 countries representing government institutions, national agencies, academia and research, private sector, students, and plastic sector actors, IUCN joined the Sustainable Blue…
Story | 02 Jan, 2011
IUCN welcomes ‘Forests 2011’ - International Year of Forests
The world’s forests are essential to life in all its diversity and to attaining humanity’s biggest goals such as reducing poverty, curbing climate change and achieving sustainable development. Throughout 2011 IUCN will work towards making sure that forests deliver their maximum potential for…