Most of the time coral reef communities are discussed, it seems the focus is whether they’re dominated by hard coral or algae. It turns out there may be other possible outcomes for reefs in the future. Find out more in today’s oceanbites!
Coral reefs are essential to the overall health of the planet. Comprised of tiny, individual animals, these massive ecosystems contain as much biological activity as that of human crop production. By studying the microscopic organisms living within these corals, scientists can predict when a reef may be under threat from serious diseases before it is too late, preventing loss of vast stretches of this incredibly important ecosystem.
A group of scientists and engineers have leveraged two emerging technologies to develop a new system for studying coral in their natural habitat. The team dramatically improved automatic labeling of coral images by combining a novel camera set up with powerful machine learning techniques. The result is fast, accurate, and has the potential to change how coral ecologists do their research.
A look into Valeska’s graduate research. Why coral reefs depend on the long spined black sea urchin for survival.
The crown-of-thorns starfish has become a vicious predator of acroporid corals in the Indo-Pacific. This study looks at recruitment strategies of both the coral and the starfish in order to better understand if the coral has a chance of surviving the feeding frenzy of the crown-of-thorns starfish.
The coral reefs protecting many islands in the Pacific need to grow quickly in order to keep up with the rising sea levels and increasing ocean temperatures. As of now, researchers are optimistic that some species of corals are up to this challenge, but that relies on the rate of sea level rise.
Another tale of how the loss of predators due to overfishing might impact coral reefs, but this one has a twist! Instead of the emphasis being on who’s eating whom, prey fish behavior is the key to what happens to the corals! Learn more in today’s oceanbites!
In order to better understand coral reef complexity and structure researchers developed a cost effective way to 3D print coral reefs. Using these 3D models, researchers were able to dissect the complexity of coral reefs and better understand their intricate growth patterns.
One would think that an isolated reef ecosystem shielded from the influence of people would provide an ideal benchmark against which other coral reefs can be compared. But in a recent study, researchers found it isn’t that simple.
Predation by crown of thorns sea stars (COTS) is one of the main causes of coral reef decline in Australia’s Great Barrier Reef. Death by injection of sodium bisulfate is the most commonly used method, but this requires COTS to be removed from the reef and injected many times. Is there a better way? Read more to find out!
Coral reefs populations are declining. Is it possible that we could help restore coral reefs by speeding up their evolutionary processes? Researchers propose new management strategies for aiding reef restoration by accelerating the natural processes of evolution.
The dangerous diet fad among marine organisms is spreading! New study shows corals consume microplastics.
Today macrobioerosion is a good thing that provides cement for the foundation of reef systems. So more macrobioerosion could mean more reefs, right? No! Perhaps too much of a good thing could have dire consequences for the future of the calcium carbonate budget.
Two of the exact same corals, sitting right next to each other, often appear to be different based on their colors. Why is this? Scientists have shown that the answer involves intriguing genetics. The more genes a coral activates, the greater their strength of color.
Reef fish on degraded reef are somewhat like misguided slasher flick protagonists that ignore all warning cues and are therefore less likely to survive.
Not all starfish are cute! The crown-of-thorns starfish has been eating all the coral on the Great Barrier Reef! Researchers set out to build a model in hopes of demonstrating the trophic interactions between this dangerous starfish and its prey, the coral.
When discussing the value of an ecosystem, tensions run high. Some people evaluate ecosystems with heavy emphasis on non-use values, like aesthetics and spiritual appreciation. Other people value ecosystems based on things like natural resource availability and the potential for direct monetary revenue. It is difficult to assess the relative importance (or value) of these differing goals because the economic benefits of one are easily quantified while the other is more difficult to assess.
Crabs in the genus Trapezia are not only good housekeepers, clearing sediment off host corals, but they are also effective defenders. While just the presence of guard crabs can increase the chance of coral survival, are different species more effective than others? Read more to find out!
It’s often easy to think of science outside of its social and historical contexts, as something pure, empirical, and incorruptible. But each drop of knowledge inevitably depends on what was uncovered and refined in the decades and centuries before it, as well as how it fits with the social and cultural opinions of its time. […]