sea sponges
Sponges in the Caribbean reveal underestimated global warming
Caribbean sea sponges offer new insights into the history of climate change, suggesting a higher rate of global warming than previously thought.
In short:
- Caribbean sea sponges, living for centuries, have been studied for climate change insights, revealing a higher global temperature increase than previously estimated.
- The sponges' chemical composition indicates a 1.7 degrees Celsius rise since the industrial age, surpassing the commonly cited 1.2 degrees.
- This new data suggests that the effects of climate change could be closer than anticipated, potentially accelerating the timeline for significant environmental impacts.
Key quote:
“Some of the impacts of climate change that we’re seeing today are quite surprising."
— Gabi Hegerl, a climate scientist at the University of Edinburgh
Why this matters:
This research connects to a larger narrative of underestimating climate change's pace and intensity.
Under assault from climate change, acidification, and a plastics barrage, the oceans get a boost from the marine reserve movement.
Caribbean sea sponges suggest higher global warming levels
A recent study using ancient sea sponges indicates the Earth may have warmed more than previously estimated.
In short:
- Researchers used Caribbean sea sponges to reconstruct past ocean temperatures, suggesting a 1.7C increase since the Industrial Revolution.
- The study, published in Nature Climate Change, challenges the current United Nations climate panel estimates.
- Critics urge caution, highlighting the need for broader data before revising global warming assessments.
Key quote:
"We will experience more serious impacts from global warming sooner than we had anticipated."
— Malcolm McCulloch, University of Western Australia
Why this matters:
This research highlights the need for swift action in environmental policy, reflecting a critical juncture in our understanding of global warming's progression.
Ocean heat waves, which can push out fish, plankton and other aquatic life, are happening far more frequently than previously thought.