A recent study published in Science Advances suggests that plants may absorb more carbon dioxide (CO₂) than previously thought, potentially impacting climate change mitigation strategies. The research found that models accounting for key plant life processes consistently predicted stronger CO₂ uptake, with the most complex model estimating up to 20% more absorption than simpler versions.
Seismic waves, commonly associated with earthquakes, are also generated by the motion of ocean waves. As these waves rise and fall, they exert forces on the seafloor, producing a steady seismic signal detectable by seismographs.
A recent report by an international team of scientists warns that Earth’s “vital signs” are currently worse than at any point in human history, putting life on the planet at great risk.
Scientists at the Askö research base in southern Sweden are investigating the rapid rise in methane levels in the atmosphere. While carbon dioxide (CO2) is a well-known greenhouse gas, methane is a more potent one, and its increase is of concern for climate scientists.
Google has announced a series of updates and AI tools aimed at helping individuals and organizations reduce their carbon footprint and better prepare for the effects of climate change. These updates include:
The scientific consensus indicates that the Earth is likely to surpass the critical 1.5℃ warming threshold due to climate change. Moreover, research suggests that global warming may temporarily exceed the 2℃ threshold if atmospheric carbon dioxide (CO₂) levels surpass anticipated limits.
This year’s string of record-breaking disasters, from deadly wildfires and catastrophic floods to extreme ocean temperatures and dwindling Antarctic sea ice, underscores the acceleration of human-induced climate change.
Ecologists predict significant changes in the charred hills surrounding Okanagan Lake in British Columbia’s Interior following devastating wildfires.
Leaves in tropical forests across South America to Southeast Asia are reaching temperatures so high that they could cease to perform photosynthesis, warns a new study.
Increasingly severe and frequent wildfires, exacerbated by rising temperatures and drought due to climate change, are transforming Canada’s boreal forest ecosystem.
