The Southern Ocean is vital for sequestering CO2 and mercury, but its response to climate warming is uncertain. Research in the Ross Sea shows that ice shelf retreat boosts carbon release but turns it into CO2, while warming boosts mercury burial, amplifying pollution risks and climate feedbacks.

Nature Ecology & Evolution Community

21.02.2025

Minibinders: Tiny Proteins with Huge Potential in Bioengineering | Research Communities by Springer Nature

Miniproteins, microproteins, or ‘minibinders’, typically under 100 amino acids, are gaining attention for their potential pharmaceutical applications. These minibinders occur naturally in various organisms and play crucial roles.

Nature Ecology & Evolution Community

21.02.2025

Resilient algae may speed up Greenland ice melt | Research Communities by Springer Nature

Ice algae thrive on glaciers and ice sheets worldwide, darkening the ice and accelerating its melt. Our study reveals their minimal nutrient needs, explaining how they persist in this harsh environment and may colonize even larger ice areas in the future.

home›Nature Ecology & Evolution Community

Nature Ecology & Evolution Community

Science

Competing Orders in Quantum Materials | Research Communities by Springer Nature

Warming May Weaken Carbon Sequestration in Southern Ocean Marginal Seas While Amplifying Mercury Accumulation | Research Communities by Springer Nature

Minibinders: Tiny Proteins with Huge Potential in Bioengineering | Research Communities by Springer Nature

Resilient algae may speed up Greenland ice melt | Research Communities by Springer Nature

home
›
Nature Ecology & Evolution Community