Faculty of Mathematics and Natural Sciences - Biogeography


Land Systems Version 2 & associated Biodiversity Loss

As part of our recent paper by Kehoe et al. (2017), we developed a global 1km land systems map that delineates between the major land use classes and includes low, medium, and intensive cropland and pasture. The map also includes natural areas suitable and not suitable for future cropland expansion.

Call for applications for a PhD position on Conservation Telecouplings

We are now accepting applications for a new PhD position in our lab. this PhD will focus on conceptualizing and analyzing conservation telecouplings, with a focus on South America. The PhD position will be in the context of our newly funded European PhD Training Network COUPLED (http://coupled-itn.eu). The focus of this graduate school will be on operationalizing the telecouplings concept in order to assess and solve sustainability challenges connected to land use. Recruiting has started, the application deadline is 24 November, 2017.

Carving up the tropics for dinner

We highlight the hot spots around the world that are most susceptible to agricultural development. We find up to a one third loss of terrestrial species and abundance in the tropics. Sub-Saharan Africa is particularly at-risk and has only half the protected area coverage of potentially high risk agricultural development areas as Latin America.

The global soybean boom drives deforestation in the Chaco

The South American dry Chaco is losing forests at an alarming rate. This new study provides more evidence that while cattle ranching appears to be the dominant proximate cause for deforestation, ultimately the global soybean boom may drive deforestation in the Chaco.