A study led by Forest Isbell (EEB/Cedar Creek) published in the online edition Nature, based on data collected at 46 grasslands in North America and Europe, demonstrates that Increasing plant diversity decreases the extent to which extremely wet or dry conditions disrupt grassland productivity. go to study
Ran Blekhman (GCD/EEB) and colleagues analyzed the composition of the human microbiome and host genetic variation for a study, published in Genome Biology, which found significant associations between host genetic variation and microbiome composition driven by host genetic variation in immunity-related pathways. go to study
Jennifer Powers (EEB) and colleagues recently published a study in the Proceedings of the National Academy of Sciences that shows lianas, a type of woody vine, dramatically reduce carbon sequestration by crowding out and killing trees. go to study
A new study co-authored by Craig Packer (EEB) shows that lion populations in much of Africa are in rapid decline. Published in Proceedings of the National Academy of Sciences, the study estimates that lion numbers in West and Central Africa are declining sharply and are projected to decline a further 50 percent in the next two decades without a major conservation effort. go to study
A new study led by Elizabeth Borer (EEB) and colleagues is featured in a special issue of the Journal of Ecology on how plants affect biogeochemical cycling. The study focuses on the degree to which foliar stoichiometry of grassland plants changes within individual species growing in communities of differing plant species richness and food-web compositio,n and the role of food-web complexity in controlling foliar stoichiometry. U of M researchers David Tilman, Eric Seabloom, Rebecca Montgomery, Linda Kinkel, Eric Lind and Eric Ogdahl are co-authors. go to study
Jennifer Powers is PI for a new Department of Energy-funded effort to describe how belowground processes mediate the response of seasonally dry tropical forests carbon dynamics to environmental change. Powers and colleagues from the University of Minnesota, Princeton and Oak Ridge National Lab will partner with collaborators who manage existing networks of data-rich forests in Costa Rica, Mexico, Puerto Rico and Colombia to conduct field observations across a range of dry forest sites, manipulative experiments, and model simulations that quantify sensitivity of ecosystem carbon cycling to external forces.
Researchers from the United States, Mexico, Puerto Rico, Colombia, Costa Rica associated with the project met in September for a workshop at Itasca Biological Station and Laboratories.