Forests are thought to be crucial in the fight against climate change—and with good reason.
A new report finds that migratory freshwater fish species have declined on a global scale by 76% since 1970, with the highest drops experienced in Europe.
Nature-based solutions for adapting to water-related climate risks
Countries are facing a pressing, complex and interlinked set of environmental crises. While significant government resources and capacities need to focus on managing the social and economic consequences brought on by efforts to manage the COVID-19 pandemic crisis, the global environmental challenges of climate change and biodiversity loss remain urgent. Recent major international reports (e.g.
The destruction of ecosystems through human practices such as deforestation is a factor behind the creation of the COVID-19 global pandemic. That is the view of the Samoa Conservation Society Executive Member, Tupaemanaia Dr.
A disturbing new climate change study predicts global temperature increases of up to 8 degrees Fahrenheit as atmospheric carbon concentrations double. Humanity, it’s clear, is close to missing the chance to avoid the worst ravages of fossil fuel pollution.
Rising tree deaths may be reducing the ability of many forests worldwide to lock up carbon by pulling in greenhouse gases from the air. To properly grasp what this means for carbon budgets, scientists need to solve the puzzle of why trees are dying—and how they respond to change.
Out of the Blue - The Value of Seagrasses to the Environment and to People
Seagrasses are one of the most valuable coastal and marine ecosystems on the planet, providing a range of critical environmental, economic and social benefits. They provide food and livelihoods to hundreds of millions of people, and they support rich biodiversity, with their sediments constituting one of the planet’s most efficient stores of carbon. However coastal development and population growth, rising pollution and climate change, are threatening the survival of this vital ecosystem.
New research has taken scientists closer to identifying corals that are less likely to bleach.
Planting huge numbers of trees to mitigate climate change is "not always the best strategy"—with some experimental sites in Scotland failing to increase carbon stocks, a new study has found.
As the global climate shifts, it’s important to know which species have adaptations to survive. Our research published today in PNAS found it largely depends on where they evolved.
