Rainforest carbon recovers faster than biodiversity

When tropical forests are cleared, they can take a century or more to re-absorb the carbon they once held, according to a new study. But their biodiversity is even slower to recover, and some species may never return.

Global study reveals new hotspots of fish biodiversity

Teeming with millions of species, tropical coral reefs have been long thought to be the areas of greatest biodiversity for fishes and other marine lifeā€”and thus most deserving of resources for conservation.

Size matters for fish in a changing climate

A changing climate could have a drastic impact on fish populations in the tropics, but according to new research it's likely to boost stocks in some cooler waters.

Leeches are DNA bloodhounds in the jungle

Copenhagen Zoo and University of Copenhagen have in collaboration developed a new and revolutionary, yet simple and cheap, method for tracking mammals in the rainforests of Southeast Asia. They collect leeches from tropical ...

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