Showing 1 to 4 of 4 results
Ocean Warming Threatens Microscopic Phytoplankton Crucial to Marine Ecosystem
New research indicates that Prochlorococcus, a vital phytoplankton responsible for 20% of global oxygen production and half the food in tropical oceans, will drastically decline by as much as 50% in tropical oceans within the next 75 years if surface water temperatures exceed 27.8 degrees Celsius du...
Ocean Warming Threatens Microscopic Phytoplankton Crucial to Marine Ecosystem
New research indicates that Prochlorococcus, a vital phytoplankton responsible for 20% of global oxygen production and half the food in tropical oceans, will drastically decline by as much as 50% in tropical oceans within the next 75 years if surface water temperatures exceed 27.8 degrees Celsius du...
Progress
28% Bias Score
Industrial Iron Pollution Alters North Pacific Ecosystem
A study reveals that industrial iron from East Asia, transported via the atmosphere and rain, is significantly altering the North Pacific ecosystem by boosting phytoplankton growth in spring, then causing nutrient depletion, impacting the area's delicate balance and potentially threatening fisheries...
Industrial Iron Pollution Alters North Pacific Ecosystem
A study reveals that industrial iron from East Asia, transported via the atmosphere and rain, is significantly altering the North Pacific ecosystem by boosting phytoplankton growth in spring, then causing nutrient depletion, impacting the area's delicate balance and potentially threatening fisheries...
Progress
40% Bias Score
Ocean Warming Threatens Dominant Marine Photosynthesizer
A ten-year study across 200,000 square kilometers of ocean reveals that Prochlorococcus, the smallest and most abundant oxygen-producing organism, may see a 10-37 percent decline in global production by 2100 due to ocean warming, impacting the marine food chain.
Ocean Warming Threatens Dominant Marine Photosynthesizer
A ten-year study across 200,000 square kilometers of ocean reveals that Prochlorococcus, the smallest and most abundant oxygen-producing organism, may see a 10-37 percent decline in global production by 2100 due to ocean warming, impacting the marine food chain.
Progress
12% Bias Score
Ocean Darkening: A 21% Reduction in Sunlit Zones Threatens Marine Life
A study using satellite data reveals that over 21% of the world's oceans have darkened since 2003, shrinking the sunlit zone crucial for marine life and potentially impacting global food security and climate regulation.
Ocean Darkening: A 21% Reduction in Sunlit Zones Threatens Marine Life
A study using satellite data reveals that over 21% of the world's oceans have darkened since 2003, shrinking the sunlit zone crucial for marine life and potentially impacting global food security and climate regulation.
Progress
16% Bias Score
Showing 1 to 4 of 4 results