Microbes play critical role in climate change in new report
UH Mānoa oceanographer David Karl, and more than 30 experts from diverse disciplines, illuminating how microbes can help us adapt to climate change.
UH Mānoa oceanographer David Karl, and more than 30 experts from diverse disciplines, illuminating how microbes can help us adapt to climate change.
Two Climate Adaptation Science Centers have joined forces to address similar local challenges as watershed ecosystems undergo climate change.
A study shows that a multi-decadal swing of the tropical sea surface temperatures and its ability to change the atmospheric circulation is partly responsible for sea-ice expansion.
Acclaimed energy expert Leah Stokes will focus on energy, environment and climate policy.
Curriculum will draw on traditional Pacific Island cultural perspectives to guide principles for effective sustainability.
A UH graduate student examined protein and gene expression patterns of lobe corals in Ngermid Bay, Palau.
Researchers quantified five critical ecological processes on more than 500 coral reefs worldwide to understand how these processes relate to each other.
By assessing rainfall, water temperature, dissolved nutrients and organic matter scientists can forecast potential spikes in levels of the bacteria.
UH Mānoa student researchers revealed that exposing rice coral larvae to warmer temperatures did not improve survival once the coral developed into juveniles.
Michael Marshall¡¯s 12-panel piece shows important events in the history of climate science.