New Study Confirms FSC-Certified Forests Help Wildlife Thrive in the Congo Basin

a new study reveals compelling evidence that forests certified by the Forest Stewardship Council®(FSC®) in Gabon and the Republic of Congo harbour a higher abundance of larger mammals and critically endangered species, such as gorillas and elephants, compared to non-FSC certified forests. The research was led by Utrecht University with support from WWF and the Wildlife Conservation Society (WCS), and was published in Nature on 10 April 2024. It underscores the effectiveness of measures implemented in FSC-certified forest concessions to safeguard wildlife.

GW Expert Available: UN Committee Meets This Week on Treaty to End Global Plastic Pollution

Talks are underway this week to create a global treaty that would bring an end to plastic pollution. According to The Associated Press, a United Nations committee is meeting in Paris to work on what would be a landmark agreement that…

Years of monarch research shows how adding habitat will help conservation

A new peer-reviewed journal article provides an overview of Iowa State University research on the monarch butterfly, a synthesis of years of study that includes field observations, laboratory experiments and simulation modeling. The findings estimate that the state’s monarch conservation plan will increase the size of the monarch population by 10-25% per generation.

The history of insects living on the open ocean tracked with the history of the currents they ride

The open oceans are harsh and hostile environments where insects might not be expected to thrive. In fact, only one insect group, ocean skaters, or water striders, has adapted to life on the open seas.

How these insects evolved to conquer the high seas, however, was not known.

Now, a study of the genetics of skaters by scientists from the National University of Singapore (NUS) and Scripps Institution of Oceanography at UC San Diego provides a clue. The answer has to do with when major currents in the eastern Pacific Ocean came into existence with each species of skater evolving to match the unique conditions of those currents.