Please wait...
About This Project
Urgent action is needed to protect coral reefs in the face of a changing climate. In Hawaiʻi, outflow from an electric plant warms a coral reef by 5 °C above normal. Surprisingly, corals are thriving here. If these corals have adapted to a warmer environment, they could enhance the long-term effectiveness of reef restoration efforts. In this project, we will conduct transplant experiments to test whether these corals retain their heat tolerance even after transplantation to cooler reefs.
More Lab Notes From This Project

Browse Other Projects on Experiment
Related Projects
Benefiting Bivalve Hatcheries with Open Source Research in improved Phytoplankton Blends
Every oyster that humanity has consumed started as a miniscule larva, invisible to the naked eye. During...
Tiny worlds in desert moss: Microbes and microfauna in biological soil crusts
Desert mosses live closely with lichens and other microorganisms, together performing vital ecosystem services...
Uncovering fungal biodiversity from contaminated brownfield and superfund sites in Southern California
Fungal biodiversity in Southern California remains poorly documented, particularly in contaminated soils...





