Human land-use is a primary cause of biodiversity loss. A recent study shows that human changes to ecosystems has pushed global biodiversity loss beyond safe limits, which could reduce nature’s resilience.
We have entered an era where humans have had a profound impact on the planet. In this new world that we have created, what species will endure and what others shall perish? How can we predict what species they will be?
While much research has pointed to a steady decline of the Sumatran orangutan as a consequence of habitat loss, a recent study shows population estimates are higher than previously thought. Are these higher estimates enough to preserve the species?
A team of scientists from the U.S. and Canada has expanded the conversation about climate change and its effects on the world's ecosystems. In a study they look at a critical consequence of climate change — the potential for entire ecological systems to transition into new systems — and begin a discussion of management strategies, including whether or not we should intervene.
While lion populations in West, Central, and East Africa have all been declining at alarming rates, one study finds that lion populations in fenced reserves, specifically in South Africa, have actually been on the rise.
Can the alliance between trees and fungi reduce climate change effects? A recent study looks at the role of fungi in increasing the ability of trees to take up the potent greenhouse gas, carbon dioxide.
Researchers in California noticed alarming changes to ecosystems. Starvation of Brown Pelicans, disappearance of seabirds, and sea lions deaths all happening in succession begged the question: what was happening in their habitat? A recent study suggests an unlikely answer: the anchovy.
Anyone with a smartphone can add to the collective understanding of science, including data that can help us understand changes in animal behavior. But how good is the data they collect and is it usable?