Human-tiger conflict: Are the risks overestimated?

Wildlife conservationists are well aware of the potential conflicts that exist between the endangered species they seek to protect and the human populations which inhabit areas where the animals live. Carnivores, such as ...

Warming Baltic Sea: a red flag for global oceans

Climate change combined with pollution from farming and forestry could flip northern Europe's Baltic Sea from being a sponge for CO2 to a source of the planet-warming gas, scientists studying told AFP.

Protected areas save mangroves, reduce carbon emissions

Protected areas not only keep significant swaths of Indonesia's shrinking mangrove habitats intact, but also prevent emissions of carbon dioxide that would have been released had these mangroves been cleared, according to ...

Mangroves and seagrasses absorb microplastics

Mangroves and seagrasses grow in many places along the coasts of the world, and these 'blue forests' constitute an important environment for a large number of animals. Here, juvenile fish can hide until they are big enough ...

First ICESat-2 global data released: Ice, forests and more

More than a trillion new measurements of Earth's height—blanketing everything from glaciers in Greenland, to mangrove forests in Florida, to sea ice surrounding Antarctica—are now available to the public. With millions ...

New indicators for marine ecosystem protection developed

Together with an international team, Senckenberg scientists have developed new monitoring indicators for the protection of marine and coastal areas. In their study, published in the journal Scientific Data, they show that ...

Linking humans with blue carbon ecosystems

Social vulnerabilities of coastal communities and their reliance on blue carbon ecosystem services may be improved by addressing three major factors, according to a study led by Hokkaido University researchers.

The fingerprints of coastal carbon sinks

Did you know carbon comes in blue? Blue carbon refers to the carbon in oceans and coastal areas. These ecosystems are excellent carbon sinks - they can efficiently absorb and store carbon from the atmosphere.

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