Story | 27 Dec, 2021
China launches new guidelines for coastal ecosystems to enhance disaster risk reduction
In 2018, the highest decision-making body on financial and economic issues in China mandated competent authorities to implement coastal conservation and restoration projects through the use of Nature-based Solutions to keep resilient…
Story | 22 Dec, 2021
Nature-based Solutions for ecological conservation and restoration explored at CBD COP15 in China
Kunming, China (IUCN) – China’s Ministry of Natural Resources, together with IUCN, organised an event, “Nature-based Solutions for Ecological Conservation and Restoration,” as part of the Ecological Civilisation Forum during the Convention on…
Press release | 17 Nov, 2014
Global appetite for resources pushing new species to the brink – IUCN Red List
Pacific Bluefin Tuna, Chinese Pufferfish, American Eel, Chinese Cobra and an Australian butterfly are threatened with extinction
Story | 09 Jul, 2014
SOS Marine: Collaboration key to saving Bangladesh’s cetaceans from gillnets
The lives of Bangladesh's fishermen and its coastal cetaceans are intertwined. Regarded as their brethren at sea, fishermen often lament the death of these top predators through entanglement in gillnets. Finding mutually beneficial solutions, Brian Smith and colleague Rubaiyat Mowgli Mansur,…
Story | 04 Jul, 2012
Last few hours for discounts on Congress fees
2012 is a busy year for environmental decision-making, with many large-scale conventions taking place. But the IUCN World Conservation Congress is a unique event with a unique audience. It is the only global summit that represents every aspect of conservation, bringing together leaders of all…
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…