Quantcast

New Cloud Study Helps Reconcile Climate Model Predictions with Empirical Data

New climate research results obtained by correcting satellite cloud change data spanning two decades are consistent with observed changes in storm tracks, climate conditions and results produced by global climate models.

NASA to Study Arctic Sea Ice Loss’s Climate Impact Like Never Before

With temperatures in the Arctic rising twice as fast as elsewhere, ARISE will be the first NASA airborne Arctic field campaign equipped to simultaneously measure the balance of of factors that determine climate warming.

Using satellite data researchers find effect of melting Arctic sea ice has greater impact on global warming than expected

Melting Arctic Sea Ice Causing More Warming Than Expected

Scientists have long modeled the expected warming due to the decreased albedo effect as melting Arctic sea ice exposes more open ocean. As early as the 1960’s climate researchers have predicted how this phenomenon will amplify global warming. Arctic ice melt, albedo and global warming Albedo is measured as a percentage, in this case the percentage of solar radiation a…

Read More→

Analogues from Earth’s Past Bode Ill for Coral Reefs, Marine Ecosystems

In a bid to anticipate the effects of a warming world, climate scientists around the world are scouring the geological record for modern-day analogues – periods of Earth history when the concentration of carbon dioxide (CO2) in the atmosphere reached or exceeded the 400 parts per million (ppm) we find today. Delving into climate, marine biology, ecosystems and the marine…

Read More→

Plants are hard at work absorbing carbon

New Study Shows Plants Absorb Carbon From Atmosphere Faster Than Perviously Thought

New research just published in the journal Nature say that plants, trees, and soil are absorbing carbon about 25 percent faster than scientists previously thought. A team of scientists headed-up by Lisa Welp-Smith of the Scripps Institution of Oceanography have developed a new, more accurate, method of determining how much plants absorb and release carbon. The study estimates that global…

Read More→