Ecosystems are a complex web of interactions. These ecological networks are being reorganized by extinctions and colonization events caused by human impacts, such as climate change and habitat destruction. In a paper published this week in Nature Ecology & Evolution, researchers from McGill University and University of British Columbia have developed a new theory to understand how complex ecological networks will reorganize in the future.
To what extent are the world’s rivers protected?
In 2010, the Convention on Biological Diversity (CBD), an international treaty for the conservation of biodiversity, set a 17% target for the protection of ‘inland waters,’ including rivers. But there was a problem: there was no good way to measure progress toward that target.
Is biodiverse agriculture an anachronism? Or is it a vital part of a food-secure future?
Until today, a map from 1876 has been the backbone for our understanding of global biodiversity. Thanks to advances in modern technology and data on more than 20,000 species, scientists have now produced a next-generation map depicting the organization of life on Earth. Published online in Science Express, the new map provides fundamental information regarding the diversity of life on our planet and is of major significance for future biodiversity research.