Innovative hybrid models enhance soil moisture forecasting

Soil moisture intricately influences climate and hydrological systems by modulating water and energy exchange processes. Accurate predictions of soil moisture are not only instrumental in drought monitoring but are crucial ...

Modeling the ocean to understand natural phenomena

Associate Professor Yoshi N. Sasaki, a specialist in Physical Oceanography, is involved in research into rising sea levels—particularly in coastal areas of Japan. He spoke about what he has learned so far about the relationship ...

Study outlines scenarios leading toward a circular food system

The EU wants to make the transition to a circular food system, where waste is minimized, waste products are recycled and our impact on the planet is reduced. But what will we eat in the circular food system? What kinds of ...

Cloud-resolving climate model meets world's fastest supercomputer

Focused on the accuracy of climate predictions, a computational team led by Sandia National Laboratories recently achieved a major milestone with a cloud-resolving model they ran on Frontier, the world's first exascale supercomputer.

PREX, CREX, and nuclear models: The plot thickens

A team of theorists has extended their previous critical analysis of the Lead Radius Experiment (PREX). The experiment involved deducing the neutron size of a lead atom's nucleus by measuring a tiny left-right asymmetry in ...

Exploring a warm water inflow below an Antarctic ice shelf

The cold, dense water circulating under Antarctica's Filchner-Ronne Ice Shelf (FRIS) keeps under-ice melting there to a minimum, helping the ice shelf act as a regulating force against the Antarctic Ice Sheet's contribution ...

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