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Adaptation of species
During recent centuries, human activities have dramatically changed the habitats of wild animals, plants and micro-organisms. Ecologists at NIOO are interested in how species can adapt to these rapid changes, for example through (micro)evolution. The ability of organisms to do this has a major impact on biodiversity and the functioning of ecosystems. -
Interactive lunch seminar: code standardisation and code peer review
Interested in learning more about code standardisation and code peer review? Join our interactive OSC-W lunch seminar Bring your lunch and laptop! -
Open Dagen bij het NIOO
Het NIOO houdt regelmatig Open Dagen om te laten zien hoe we onderzoek doen. Op 7 oktober is het weer zover. -
The pandemic and the 'anthropause': European lessons for water managers
The COVID-19 pandemic presented scientists with a unique opportunity to study the effects of an ‘anthropause’: an abrupt reduction of, and/or alteration in, human activities. -
Research waste in ecology: urgent call for action
Only about 11 to 18 percent of ecological research reaches its full informative potential. Ignoring this problem is costly. The responsibility to solve it lies with funders, publishers, research institutions as well as with the researchers themselves. -
High time to open up ecological research
29/07/2020 An international team of ecologists found that only a quarter of the scientific papers in their field publicly shares computer code for analyses. -
Open Science prize for Antica Culina's SPI-Birds project
03/07/2020 In a special online session, Antica Culina from NIOO's department of Animal Ecology has received an award for using Open Science to make research more accessible. The Open Science Use Case Awards are part of the National Open Science Festival, which has had to be rescheduled because of the corona situation. -
Nuisance growth of aquatic plants: to mow or not to mow?
Massive growth of submerged aquatic plants can be a nuisance, especially in summer. It's up to water managers to limit the inconvenience for swimmers, boats and fishermen in a way that is both responsible and cost-effective. Michiel Verhofstad defended his PhD thesis this week on the 'root' causes of the problem, and how best to tackle it. -
Pharmaceutical residues increasingly disrupt aquatic life
It's a hidden global change: away from the public eye, residues of medicines in water have been causing increasing disruption. They can kill aquatic animals, and play havoc with their food web and reproductive cycle. An international team of researchers led by the NIOO makes an urgent case for better wastewater treatment and biodegradable pharmaceuticals.