Climate-driven habitat shifts are endangering North Atlantic right whales. Warming oceans have driven the critically…
Browsing: Climate Change
Climate change refers to the long-term alteration of Earth’s climate patterns—primarily driven by human activities such as burning fossil fuels, deforestation, and industrial emissions that increase greenhouse gases in the atmosphere. It affects global temperatures, weather systems, ocean currents, and ecosystems, leading to rising sea levels, more intense storms, droughts, wildfires, and biodiversity loss. Climate science combines atmospheric physics, oceanography, geology, and ecology to understand these shifts and predict future impacts. Ongoing research focuses on mitigation strategies like renewable energy, carbon capture, and reforestation, as well as adaptation efforts to protect communities, agriculture, and natural systems from escalating climate risks.
Trees across the U.S. routinely draw water from bedrock, making “rock moisture” a critical, overlooked…
The decline of sea ice in the Arctic has made the passage increasingly viable for…
New sediment core data show Antarctic sea ice and climate cycles tightly control algae blooms,…
Shapeshifting animals reveal evolution’s race to keep up with a rapidly warming world. Climate change…
Critical coastal events, happening once a century in recent times, to occur every year on…
Scientists studying tropical forests in Africa’s mountains were surprised to uncover how much carbon they…
Scientists have uncovered a fascinating new insight into what caused one of the most rapid…
We are collectively failing to conserve the world’s biodiversity and to mobilize natural solutions to…
The Reservoir Stands at Its Lowest Level Since the 1930s Lake Mead is the largest…
Glaciers and ice caps in two archipelagos in the Russian Arctic are losing enough meltwater…
Wildfires in the western United States have been spreading to higher elevations due to warmer…
Improving Projections, Predictions and Protection in the Face of Expected Sea Level Rise A new…
Depending on emission levels, up to 95% of today’s ocean climates could vanish by 2100,…
A new analysis of global datasets shows low-income countries are significantly more likely to be…
Shelled organisms helped buffer ocean acidification by consuming less alkalinity from seawater. Third recent Northwestern…
Nitrogen isotopes reveal that stratification of Arctic waters will prevent surface plankton from receiving enough…
Researchers created nanojars that trap carbonates and toxic anions, offering a new method to clean…