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MBO or HBO internship: “Good food supports good science”
We hypothesize that the difficulties of long-term culturing of B. calyciflorus populations stems from the fact that food sources typically consist of just one single algal food source and we suspect that the biochemical content (e.g. sterols, amino acids, fatty acids, vitamins) of such food is too incomplete to ensure robust rotifer population growth. For this reason, we have selected a number of promising algal species that, when combined with each other, may provide a better food source. The idea is to test which algal combination is best in sustaining rotifer growth. -
Wageningen Campus Student Expedition - visit to NIOO
Expect a short tour to NIOO’s highlights! From the green(blue) roof to the golden toilet of the building, and from the research on bluegreen algae to animal personality or the living soil. -
Biodiversity Data Workshop: Boosting the Impact of Biodiversity Data
Are you a researcher studying biodiversity and do you collect and/or analyse biodiversity relevant data? And do you want to increase the impact of your work and data? Join our biodiversity data workshop! -
Art x Science
Art x Science -
Can Rewilding protect primary productivity from Climate Change?
Rewilding is a form of nature restoration that gives room for natural processes so as to regenerate self-sustaining resilient ecosystems. As such, rewilding might buffer ecosystems processes and functions against the impact of Climate Change. Primary productivity is a key ecosystem process underpinning the dynamics of ecosystems, yet we lack knowledge on whether rewilding might protect primary productivity against the threat of Climate Change. -
The effects of Rewilding on woody-plant regeneration and open-woodland mosaics
Rewilding is a form of nature restoration that gives room for natural processes so as to regenerate self-sustaining resilient ecosystems. Myriads of rewilding initiatives have emerged across the world over the last decades, yet many of the outcomes of rewilding have not been fully empirically ascertained. A particularly controversial outcome of rewilding concerns its potential impact on woody-plant regeneration, shrub encroachment and the maintenance of open-woodland mosaics with relatively high levels of structural heterogeneity. -
The impact of Rewilding on aboveground carbon sequestration
The relentless pace of Climate Change has triggered a race to devise effective ways to mitigate Climate Change by sequestering carbon from the atmosphere. Rewilding, a form of nature restoration that aims to restore ecosystems by enhancing natural processes, has the potential to contribute to these mitigation efforts via aboveground and/or belowground carbon sequestration (e.g. in the vegetation and the soil). Yet, we still lack estimates on how much carbon can be captured through rewilding in different ecosystem types and how this changes as rewilding progresses. -
Rewilding ecological interactions
Rewilding is a form of nature restoration that gives room for natural processes so as to regenerate self-sustaining resilient ecosystems. Most evaluations of rewilding success focus on common biodiversity metrics, paying less attention to species interactions and community assembly processes. On the other hand, the structure and intensity of species interactions determine the potential resilience of ecological communities against disturbances. Hence, understanding how rewilding affects and restores ecological interactions is a critical step towards evaluating rewiliding success. -
Pumping carbon into soils through Rewilding
The relentless pace of Climate Change has triggered a race to devise effective ways to mitigate Climate Change by sequestering carbon from the atmosphere. Rewilding, a form of nature restoration that aims to restore ecosystems by enhancing natural processes, has the potential to contribute to these mitigation efforts via aboveground and/or belowground carbon sequestration (e.g. in the vegetation and the soil). Yet, we still lack estimates on how much carbon can be captured through rewilding in different ecosystem types and how this changes as rewilding progresses. -
Living Lab B7 — With farmers, citizens, visitors and policy makers
Living Lab B7 wil de biodiversiteit in de Bollenstreek verbeteren. Dit doen we door inzichten over biodiversiteit te delen en ter plekke toe te passen. Co-creatie en kennisontwikkeling in de praktijk, samen met lokale partijen.