A research partnership between Cal Poly and Scripps Institution of Oceanography at UC San Diego used statistical data analysis of microbes and plankton to help determine presence of some of the giants from the sea.

As densely populated coastal communities struggle to keep up with rising sea levels, new research reveals a way to predict how river deltas build land and protect coastal regions from encroaching oceans. This insight will help engineers and policymakers estimate how much new land can be created or maintained when human intervention is used to redirect river channels, making these efforts more effective for coastal restoration and flood protection.

An international team of scientists has discovered that methane hydrates beneath the northwest Greenland continental shelf became rapidly destabilised by meltwater, releasing large stores of methane during ice-sheet retreat across the continental shelf.

A new type of long-necked plant-eating dinosaur – the largest ever found in Southeast Asia – has been revealed in a study led by researchers at University College London (UCL), Mahasarakham University, Suranaree University of Technology and Sirindhorn Museum in Thailand.

A widely used method for measuring how well streams absorb excess nutrients has a hidden flaw: it systematically overestimates uptake length under high-nutrient conditions. Researchers at Duke Kunshan University have derived a corrected zero-order analytical approach that better captures stream nutrient processing when nutrients are abundant, improving the accuracy of tools used to assess river health and guide restoration decisions.

We don’t have time to count every fish in the ocean! Environmental DNA or eDNA allows us to see where fish live by analyzing DNA in seawater – such as from shed scales or skin. This Japan-wide eDNA survey conducted by the Advanced Institute for Marine Ecosystem Change (WPI-AIMEC), Tohoku University & JAMSTEC, revealed hidden factors of the ecological niches that affect shifts in fish distributions.