Crossroads blog | 22 Feb, 2022
To save the addax antelope, the oil sector and government must work together with conservationists
The addax desert antelope may be the world’s rarest hoofed mammal, with as few as 100 animals left in the wild. Despite oil exploration and extraction in and around their last remaining habitat, conservation efforts can still save the species from extinction if government agencies, big business…
Story | 23 Dec, 2019
Mobile Pastoralism and the World Heritage Convention
CEESP News: by Nigel Dudley of Equilibrium Research, and by Liza Zogib of DiversEarth, who is also Co-Chair of the CEESP Specialist Group on Religion, Spirituality, Environmental Conservation and Climate Justice
Story | 15 Nov, 2015
Report calls on aluminium industry to respect indigenous peoples' rights
Geneva, Switzerland, 16 November 2015 – While global demand for the world’s most popular metal – aluminium – continues to rise, it is critical that the aluminium industry address its environmental and social impacts, particularly in indigenous peoples’ territories, according to new report…
Legacy Article | 12 Sep, 2013
The Duke of Cambridge and IUCN unite for wildlife
As part of his latest conservation initiative, The Duke of Cambridge brings together an unprecedented collaboration between the Royal Foundation of The Duke and Duchess of Cambridge and Prince Harry, and seven of the world’s most influential conservation organizations, including IUCN.
Story | 23 May, 2011
Video in Arabic, Chinese, French, Hebrew and Spanish: Love. Not Loss.
This popular video is now available in six languages. Screen it at your next event and start people talking about how to 'communicate biodiversity'.
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…