Articles tagged with Coral Reefs
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A Tel Aviv University study finds that oxybenzone, a common chemical in sunscreen lotions, is highly toxic to juvenile corals, causing coral bleaching, DNA damage, and death. Concentrations as low as 62 parts per trillion pose an ecological threat.
A study found that oxybenzone in sunscreen is toxic to coral reefs, causing DNA damage and deforming larvae. The researchers recommend wearing rash guards or scuba wetsuits without hygienic products when diving to help protect the reefs.
A team of marine scientists discovered four new deep-water coral reefs in the Atlantic Ocean using predictive mathematical models. The reefs were identified at depths of up to 1.2km west of Ireland and confirmed during a two-week expedition using an underwater robot.
Researchers found the fossil record of the earliest North American coral species that reappeared after a mass extinction event, providing insights into survival and recovery. The study reveals that corals took over 20 million years to recover from the event, which was likely caused by massive global climate change.
Researchers have found that pairs of rabbitfishes coordinate their vigilance activity to provide safety for one partner while the other feeds, presenting evidence for reciprocal cooperation. This behavior is unique among fishes and suggests that cooperation may not be exclusive to highly developed organisms.
A new study measures coral-reef ecosystem condition, predicts key threats, and evaluates human stressors in Micronesia. The results reveal only 42% of major reef habitats exceed thresholds for conservation efforts.
Researchers at James Cook University have developed a new method using household vinegar to kill the Crown of Thorns Starfish, a major contributor to coral reef decline. The treatment shows a 100% kill rate and is significantly cheaper than existing methods.
A new study by WCS found that coral reef diversity 'hotspots' in the southwestern Indian Ocean prioritize fish biomass over location for conservation. Reefs with high fish biomass (>600 kg/ha) should be prioritized for protection.
A new coral reef crustacean species, L. eltoni, was discovered by Dr. James Thomas in Indonesia and later confirmed in Hawaiian waters, serving as an example of an invasive species. The discovery emphasizes the importance of regular environmental monitoring to track such incidents.
A team of researchers, led by Dr. Nicole Fogarty, will investigate why hybrid corals are thriving while their parental species decline, with potential implications for saving the staghorn and elkhorn corals.
Seaweeds appear to protect coral from invasive sea stars by reducing predation and providing a physical barrier. This complex relationship highlights the intricate dynamics of ecosystems and has implications for coral reef conservation.
Coral reef scientists warn that even with a successful Paris climate conference, ocean warming and acidification will continue beyond the end of this century, potentially leading to the extinction of coral reefs. Experts call for more aggressive emissions reduction plans to stabilize CO2 at 350ppm or lower to give reefs a chance.
Coral reefs are under pressure from climate change, which may reduce their ability to protect tropical islands against wave attack and erosion. The study suggests that coasts fronted by relatively narrow reefs with steep faces and deeper reef flats will experience the highest wave runup and greatest potential for island flooding.
A new study from Florida Tech suggests that well-managed coral reefs in the Pacific Ocean can keep up with sea-level rise through vertical growth, but only if carbon dioxide levels stay below 670 parts-per million. If emissions exceed this threshold, even healthy reefs will struggle to adapt.
A new study found that mountainous star corals at depths of nearly 140 feet can produce one trillion more eggs per square kilometer than shallow-water counterparts. This discovery has significant implications for the future of coral reefs worldwide, as it suggests that deeper waters may offer reproductive refuge to threatened species.
A recent study has identified 53 key genes involved in fish's ability to adapt to warmer temperatures over multiple generations. The research found that metabolic and immune genes play a crucial role in enabling fish to cope with higher temperatures, improving their chances of survival in a changing climate.
Researchers from the Smithsonian Institution have discovered a new species of goby fish that differs significantly from its relatives in terms of size, color, and habitat depth. The study highlights the importance of exploring deep-sea reefs to understand the true extent of tropical reef biodiversity.
A new study found that releasing larvae more often helps stabilize species population networks on coral reefs. The study, using a computer model, showed that frequent spawning drives connectivity between distant populations, stabilizing the network.
Researchers have developed a cost-effective way to help ecosystems recover from human disturbances like shipping and fishing. The method uses ecological traits like resilience to optimize connections between populations, enabling conservation staff to make informed decisions about recovery plans.
A new genus and species of octocoral with an aragonite calcium-carbonate skeleton has been discovered in Okinawa, Japan, closely related to the 'living fossil' blue coral. The species, named Nanipora kamurai, was found in a shallow coral reef at a depth of less than 1m.
Scientists discover corals are already adapting to global warming through genetic variants that allow them to tolerate warmer waters. By exchanging coral immigrants, humans can help spread these heat-tolerant genes and boost reef survival.
Researchers from the University of Southampton and international partners discovered glowing corals with a range of fluorescent colours in deep waters of the Red Sea. The team hopes that these pigments could be developed into new imaging tools for medical applications.
Satellites are now used to monitor coral reef health, providing near-real time data and long-term forecasts of tropical conditions. This information helps identify early warning signs of coral decline and loss due to natural and human-caused pressures.
Researchers found suspended sediment harms fish gills, reducing oxygen intake and triggering diseases. This study highlights the need for coastal developments to consider sediment's impact on reef ecosystems.
A new study has found that coral reefs in Palau are showing few of the predicted responses to low pH caused by ocean acidification. Instead, these reefs exhibit increased bio-erosion, but also host more species and have greater coral cover than in other naturally low pH reef systems.
A new study found that coral reefs in Palau's naturally acidic waters are thriving, despite the expected negative impacts of ocean acidification. However, increased bioerosion was observed, threatening the long-term survival of these ecosystems. The research team hopes to better understand how corals adapt to low pH conditions.
Researchers found that no-take marine reserves on the Great Barrier Reef significantly reduced coral disease levels, four times lower inside reserves compared to outside. The study highlights the benefits of marine reserves for enhancing coral health and managing fishing-related damage.
A new study by the Wildlife Conservation Society presents a more complex model that incorporates multiple environmental factors and field observations to predict coral reef resilience. The model challenges traditional 'temperature threshold' predictions, suggesting a more nuanced and spatially complex future for coral reefs.
A recent PNAS study reports that the stress-tolerant alga Symbiodinium trenchii is not native to the Caribbean but was introduced from the Pacific Ocean. This finding raises concerns about the long-term damage it could cause on coral reefs, which cover only a small percentage of the world's oceans.
A new study suggests that geoengineering techniques, such as Solar Radiation Management, can reduce the risk of global severe bleaching and degradation of coral reefs. The research found that even under ambitious CO2 reduction scenarios, widespread coral bleaching will occur by the middle of this century.
Researchers found that coral adaptation to high salinity levels in the southern Persian/Arabian Gulf may prevent them from escaping their fate through global warming. Corals lose their exceptional heat stress tolerance when adapting to normal salinity levels.
Cold-water coral reefs, found in subarctic waters, are known for their vast biodiversity and ability to turn over carbon. Recent advances in underwater technology have enabled researchers to investigate these hidden reefs, revealing significant damage caused by deep-sea trawling and ocean warming.
Research links environmental factors to Great Barrier Reef's eight-thousand-year growth slowdown, highlighting the need for conservation efforts in the face of projected port expansions and nutrient runoff. The study suggests a two-thousand-year delay in reef growth following sea level rise and flooding of pre-existing reefs.
Climate model projections show that conditions are likely to increase the frequency and severity of coral disease outbreaks. The research team also compares their model outputs with expected future changes in the more widely publicized impact of coral bleaching.
A recent study published in Geology has shown that parrotfish play a pivotal role in providing the sands necessary to build and maintain coral reef islands. The research found that parrotfish produced over 85% of the new sand-grade sediment on reefs around island communities in the Maldives.
A new coral-dwelling gall crab, Lithoscaptus semperi, was discovered inhabiting free-living corals of the species Trachyphyllia geoffroyi on sandy bottoms near coral reefs. The study highlights the need to protect coral reefs, with the newly designated Tun Mustapha Park being a priority.
Research reveals that removing predatory fish through fishing causes significant changes to the reef's fish populations, altering the balance of the ecosystem. The study supports the continued use of marine reserves, which are effective in preserving predator numbers.
Coral reefs can recover if a minimum target of 500 kilograms of fish biomass per hectare is maintained. The study found that most degraded reefs lack key species and require time for recovery, with estimated times ranging from 35 to 59 years.
A global study found that nearly 83% of fished coral reefs have lost more than half their fish biomass, highlighting the need for effective management and conservation strategies. Marine reserves can recover fish populations in approximately 35 years, while heavily depleted reefs take around 60 years to recover.
Scientists outline a six-point plan to restore the Great Barrier Reef through better policies on science, protection, and conservation. The plan includes measures to reduce stressors such as fishing, pollution, and coastal development, as well as transitioning away from fossil fuels and limiting coal port development.
The new research provides fine-scale projections of coral bleaching, showing great variety in the timing and location of these effects. Coral reefs projected to experience bleaching conditions later can be conservation priorities.
A new study examines human impact on Pacific coral reefs, finding significant reductions in fish biomass at most reefs due to human presence. The analysis of nearly 40 islands and atolls reveals that even low levels of human influence can cause substantial declines in fish abundance.
Scientists have found that warming waters in the tropics are slowing the development of baby fish larvae, putting their survival at risk. This discovery raises concerns about the impact of global warming on fish populations and food security for millions of people living near the equator.
The expansion of no-take marine reserves in Australia's Great Barrier Reef Marine Park has led to an increase in fish numbers and sizes, particularly coral trout. However, researchers emphasize that no-take reserves alone are not enough to protect the reef from other threats such as pollution, sedimentation, and climate change.
A long-term study found that green zones have more than doubled coral trout biomass since the 1980s, while fished reefs experienced stable numbers and increases in large, reproductively-mature fish. Effective protection networks help reef fishes cope with stresses and maintain populations.
A study published in Current Biology reveals that the dusky dottyback, a small predatory fish found on coral reefs, changes its color to mimic other fish species to hunt juvenile offspring. This clever strategy also helps the fish avoid detection by predators.
Researchers warn that localized issues like nutrient pollution and deforestation can exacerbate climate change impacts on ecosystems. Strengthening local management is crucial to expand the 'safe operating space' for these ecosystems, which are critical to global biodiversity. Local actions can be well understood and not too expensive.
Researchers warn that localised issues such as water pollution and deforestation can exacerbate the effects of climatic extremes, reducing an ecosystem's capacity to cope with climate change. The authors call for enhanced local action to protect globally important ecosystems like the Great Barrier Reef and Amazon rainforest.
Researchers at James Cook University have discovered that Great Barrier Reef corals will consume microplastic pollution. The study found that the corals eat plastic particles at rates only slightly lower than their normal rate of feeding on marine plankton.
Researchers found La Niña-like conditions associated with a 2,500-year hiatus in coral reef growth. The study suggests that similar climate changes could lead to coral reef collapse. Climate change is the leading cause of coral-reef degradation.
Researchers found that symbiotic algae Symbiodinium D is more common in Caribbean corals than previously thought, suggesting potential for coral resilience. This discovery could inform future analysis of the Great Barrier Reef's response to climate change.
Researchers have found that corals use multiple identical copies of a gene to control pigment production, leading to dramatic differences in color among individuals. This genetic strategy helps corals survive in stressful environments and extends their distribution range along light gradients of coral reefs.
Researchers have discovered two new species of Palythoa anemones living in cracks and caves of coral reefs, lacking zooxanthellae. The species exhibit unique morphological features adapted to their dark habitats, providing insights into parallel evolution.
A new study projects that the Great Barrier Reef could lose more than half of its coral cover if ocean temperatures continue to rise. The research suggests that moderate warming would lead to a high probability of coral cover declining to less than 10 percent, threatening reef growth.
A new study reveals that a small variation in sea level can stall coral reef growth and sediment production, contradicting the long-held notion of continuous reef formation. The research found that most lagoon infilling occurred over just four thousand years before being 'turned off' by a relatively small sea level fall.
Researchers found that water depth and reef structure can predict coral reef recovery with 98% confidence. The study used nearly 20 years of coral reef data from the Seychelles to identify thresholds for these factors. This prediction can help reef management plan strategies to improve the outlook for reefs.
Researchers found that cooler temperatures and presence of symbiotic algae influence coral larvae's choice of settlement location. The study suggests a link between crustose coralline algae and symbionts, which may change how corals select their life-long position on the reef.
A study published in Geology highlights the dangers of coral reefs facing erosion due to ocean acidification and nutrient pollution. The researchers found that bioeroders can thrive in waters with high nutrient levels and low pH conditions, tipping the balance towards erosion.
Corals expel damaged symbiotic zooxanthellae under moderate thermal stress to avoid accumulation and maintain stable carbon concentration. However, prolonged exposure can lead to increased expulsion of photosynthetically damaged cells, which may not be enough to prevent coral deterioration.
New research reveals that baby corals can acclimate to increased atmospheric carbon dioxide levels, potentially mitigating the impact of ocean acidification. This finding suggests that staghorn corals, traditionally considered stress-tolerant, may have a limited ability to adapt.