Award will give research collaboration with iDiv an extra boost.  › more

Global change alters microbial life in soils - and thereby its ecological functions  › more

Researchers call for greater consideration of soil biodiversity and functions in international conservation strategies  › more

Most important German research award  › more

Species-rich plant communities help to naturally reduce herbivore impacts.  › more

Research group of iDiv and Jena University uses novel research method to study effect of insect decline on plant biodiversity  › more

Biodiversity experiment provides new insights into the relationship between plant traits and ecosystem functions  › more

Findings from experimental sites are reliable.  › more

Diversity of soil organisms has key role in the carbon cycle.  › more

Only few studies investigate soil biodiversity in tropical and subtropical regions.  › more

As a result of climate change, soil animals are getting smaller, and their numbers are falling due to intensive land use  › more

Scientists develop global map of future risk areas for plant diseasesBased on a media release by Pablo de Olavide University Sevilla Sevilla / Leipzig / Halle. Global warming will increase the…  › more

Global climate change could alter earthworm communities worldwide.  › more

Deutsche Forschungsgemeinschaft grants 5 million euros for novel approach to investigate mechanisms underlying biodiversity and ecosystem functions at Jena Experiment  › more

Open-access journal follows exceptionally fair approach  › more

Soil activity decreases nevertheless  › more

Research team evaluates global biodiversity data – with surprising resultsLeipzig. After conducting comprehensive studies, an international team of researchers led by Leipzig University and the iDiv…  › more

More living organisms on our bodies and in our homes could help in combatting diseases - if we let them live  › more

iDiv scientists explain research on tropical arthropods in journal for young readers  › more

Study from 39 grassland experiments published in Nature Ecology and Evolution  › more

Newly discovered dispersal strategy for mites  › more

Data on soil biodiversity is lacking from large regions of the world, new sDiv study finds.  › more

Study questions assumptions on mechanisms underlying warming feedback.  › more

Media release about the ‘Jena Experiment’  › more

... and even more so when tree logging and drought occur at the same time  › more

new study published in Nature Ecology & Evolution  › more

From 3-15 September, the 3rd iDiv Summer School 2017 on “Synthesising and modelling biodiversity data” took place.  › more

paper of iDiv summer school published  › more

In meadows with high plant species richness, nematode communities cope better with warming.  › more

Exploring different aspects of biodiversity  › more

The iDiv Ecotron will provide insights into interactions among species.  › more

An experiment shows how rising temperatures change interactions between species.  › more

In a commentary in Nature Ecology and Evolution, scientists from iDiv and Leipzig University call for initiatives to fill knowledge gaps  › more

This text is only available in German.  › more

2-day symposium, February 7th - 8th 2017 at the Volksbad, Jena, Germany.   › more

Smallholder-dominated agricultural landscapes are often assumed to harbour a relatively high biodiversity. A new study contradicts this view.   › more

New paper in „New Phytologist“  › more

Burrowing invaders conquest North American forests  › more

A tree experiment needs some support  › more

5 × 15 minutes biodiversity research  › more

new paper in Science Advances  › more

This text is only available in German.  › more

new international study published in Science Advances  › more

Milestone for new iDiv research platform  › more

Nowhere does deforestation occur more rapidly than in the tropics, where humans use the previously forested land for crop production and cattle ranching. If this land is abandoned again, however,…  › more

The grant for Nico Eisenhauer is awarded to study the effects of European earthworms in North America.   › more

Leipzig. Elevated concentrations of atmospheric carbon dioxide enhance photosynthesis and plant growth. Although these growth effects can be sustained in the long term, the magnitude of effects…  › more

Can biodiversity help protect ecosystems in unusual climatic events? Given the continued extinction of species and climate-change associated with increasingly extreme and sudden changes in the…  › more

The Jena Experiment, one of the longest running grassland biodiversity experiments worldwide has now been evaluated for the sixth time. In September, an evaluation committee visited the Jena…  › more

Anthropogenic environmental change is widely recognized as the key driver of biodiversity change globally  › more