Our new study shows how creating 3D computer models of entire reefs—sometimes known as digital twins—can help us monitor these precious ecosystems faster, more accurately and in greater detail ...

Oceanographers are carving up the world’s seas like the last of the holiday turkey. A new 3D map sorts global water masses — from deep, frigid circumpolar waters to the oxygen-starved Black ...

GreenWave is proud to take Fuller's vision of ecological design into our oceans. We hope that our model of 3D ocean farming will be a catalyst for the restoration of ocean ecosystems, mitigating ...

A 3D model comparing the diving information with acoustic data for the daily migration of fish, mollusks, ... Climate change poses risks to ocean ecosystems and fishing.

Using a time series of coral reef 3D models from Maui, a team of researchers led by Scripps Oceanography's Smith Lab tracked the bleaching response of 1,832 coral colonies from 2014 to 2021.

Using 3D models of 844 common freshwater microalgae—including cyanobacteria, ... From cell shape to ecosystem function: ... Loss of sea ice alters the colors of light in the ocean. May 2, 2025.

A new study in Nature Climate Change by a science team including researchers at Scripps Institution of Oceanography at the University of California San Diego used next-generation climate models to ...

Creating 3D computer models of entire reefs – sometimes known as digital twins – can help researchers monitor these precious ecosystems faster and more accurately than ever before.

Creating 3D computer models of entire reefs – sometimes known as digital twins – can help researchers monitor these precious ecosystems faster and more accurately than ever before.