Dr. Maggie Johnson, a recent Smith Lab PhD grad, recently published a study in the journal Coral Reefs revealing how epilithic and endolithic algae (that is, algae that grows on top of and beneath the surface of “rocks”, respectively) respond to increasing ocean temperature and acidification (lower pH). Samples were collected from turf-covered substrate in Moorea, and were exposed for … Read More
A new paper published by Emily Kelly and colleagues explains how we can balance the energetic budget on Hawaiian coral reefs through herbivore management and protection. Herbivores on coral reefs play an important role in controlling algal growth, but in systems where density of herbivores is low, algae can grow at a faster rate than they are consumed, resulting in a … Read More
The 100 Island Challenge is a collaborative project led by Dr. Stuart Sandin’s lab, co-led by Dr. Jen Smith, that aims to work with partners worldwide to assess reef health in a holistic way that is comparable across all sites. News Deeply recently interviewed Dr. Smith to learn more about the goals of the 100 Island Challenge in assessing reef … Read More
Most coral reef scientists study charismatic organisms, such as corals and fish, while very few scientists focus on plankton. Since coral reefs have an abundance of beautiful and colorful creatures, small and inconspicuous plankton may be less attractive to many coral reef scientists. Of the few existing coral reef plankton studies, most of them are either bacterioplankton or phytoplankton, which are “relatively” … Read More
This year on Earth Day (4/22/17) scientists, researchers, and science-supporters marched in 600 cities worldwide to show support for scientific research and scientifically informed public policies. During the Science March Dr. Jennifer Smith was conducting field research in Maui Nui along with Smith Lab members Dr. Emily Kelly and Samantha Clements, and Sandin Lab researcher, Nicole Pedersen, to collect coral reef … Read More
Dr. Walter Adey has dedicated his career to studying the importance of seaweeds in the marine ecosystems of the Northwest Atlantic. Walter first surveyed the benthic communities of the Gulf of Maine fifty years ago. In the wake of the collapse of the famed New England cod fishery and half a century of climate change, the Gulf of Maine is … Read More
A paper published in 2016 by Scripps researchers, including some Smith Lab members, was recently featured in an American Geophysical Union (AGU) Eos article. The article spotlights the Benthic Ecosystem and Acidification Monitoring System (BEAMS) & its role in assessing reef health. Click here to see the full article!
Giant kelp is one of the largest and fastest growing organisms on the planet. Off the coast of California, this massive, golden-brown seaweed can reach heights of over 100 ft as it grows towards the well-lit surface waters. However, being this big can also have its disadvantages. Large waves can snap giant kelp fronds, removing biomass and sometimes even whole … Read More