Wade Cooper, a University of Miami student, has been awarded a $80,000 scholarship to advance his research on the early life stage dynamics of stony corals in natural environments. His work aims to aid in coral's survival in the face of climate change and ocean acidification.
Dr. Mara Diaz, a University of Miami Rosenstiel School researcher, is working on a project to develop a rapid detection tool for harmful algal blooms. The goal is to enable early warning systems and improve public health and regional economies affected by these toxic blooms.
A new XRF Core Scanner will analyze sediment cores quickly without physical damage, providing fast insight into past geological events and current environmental state. This technology is based on a similar X-ray technology used to explain the collapse of the Classic Mayan civilization.
The University of Miami Rosenstiel School has received a total of $1 million in NOAA grants to improve hatchery and offshore aquaculture technology. The program aims to develop ecologically sustainable aquaculture practices with minimal environmental impact.
Researchers have identified operating principles to probe molecular recognition events with luminescence measurements using quantum dots. This method has the potential to signal specific disease markers in biological samples, replacing conventional organic dyes in imaging and sensing applications.
Scientists have uncovered the complete genome sequence of Ostreococcus tauri, a tiny eukaryote that plays a significant role in ocean climate dynamics. The study reveals the organism's complex genetic makeup and its ability to perform photosynthesis, which has major implications for carbon cycling.
Researchers mapped subsidence in New Orleans using satellite radar imagery, revealing areas where land is sinking at alarming rates. The study highlights the need for revised reconstruction plans and more durable levees to address the growing threat of flooding.
Scientists track Caspian Sea sturgeons using satellite technology for the first time, providing critical data for conservation efforts. The study aims to learn more about species biology and behavior, challenging long-held assumptions and contributing to better management of endangered populations.
Researchers have discovered an extensive system of deepwater coral reefs off Miami and Bimini, which are likely to harbor diverse marine life. The newly mapped areas will be explored using submersibles and autonomous underwater vehicles to assess their ecological importance and search for pharmaceutical compounds.
A new study reveals a 3.5% weakening of the Walker circulation since the mid-1800s, with potential for another 10% reduction by 2100 due to human activities. The slowdown may intensify and impact El Niño events and marine productivity in tropical oceans.
The HYbrid Coordinate Ocean Model (HYCOM) provides long-range weather prediction, enhances ocean current understanding, and supports real-time maritime operations. This innovative tool enables accurate forecasts and tracking of pollution, algal blooms, and oil spills.
Researchers used a new atmospheric model to quantify man-made and natural influences on the stratosphere's cooling trend over the past 25 years. The study suggests that increasing greenhouse gases will likely cool the stratosphere in the next century, with important implications for ozone hole recovery.
A new study found that rapid larval growth in warm Caribbean waters is often disrupted by complex oceanographic processes, leading to variable settlement rates. Understanding these dynamics is crucial for managing and conserving fish populations.
University of Miami researchers are tracking black and red grouper in the Dry Tortugas National Park using acoustic telemetry technology. The study aims to improve our understanding of species movement and habitat requirements, enabling more efficient design and assessment of future marine-protected areas.
Rising atmospheric carbon dioxide is causing coral reefs to become more acidic, threatening their survival. Laboratory experiments suggest a doubling in CO2 could drive production of carbonate below what's needed to repair skeletal damage.
Dr. Sharon Smith's research warns of potentially dramatic changes in the Arctic ecosystem due to anthropogenic warming, disrupting feeding patterns and food source availability for marine life. The study highlights the urgent need to address global climate change and its impacts on vulnerable ecosystems.