How effective environmental measures in agriculture are for biodiversity and wild bee populations depends on various factors and your perspective. This is shown by ag...
The cnidocytes -- or stinging cells -- that are characteristic of sea anemones, hydrae, corals and jellyfish, and make us careful of our feet while wading in the ocea...
A new project from two NAU scientists aims to predict the future -- specifically, the future of different amphibian species in the face of an unpredictable environmen...
In one of the first studies of its kind, researchers have gauged how biodiversity loss of birds and mammals will impact plants' chances of adapting to human-induced c...
Certain invasive, non-native species can disrupt lakes to the point of rapid ecosystem collapse, contaminating water for drinking, aquaculture and recreation, a new s...
Researchers from the University of Eastern Finland and the Zoological Museum of the University of Turku have published in the journal ZooKeys an official description ...
A new system for sampling fragments of DNA from marine organisms drifting in the ocean is set to create new opportunities for research on biodiversity and ways of sup...
Urbanisation is one of the most drastic forms of land-use change, and its negative consequences on biodiversity have been studied extensively in temperate countries s...
Using a novel modelling approach, new research published today in Nature Ecology and Evolution reveals the location and intensity of key threats to biodiversity on la...
Bumblebees largely contribute to the pollination of crops. However, they are threatened by land use changes due to climate change. Long-term simulations made by resea...