Measure. Model. Mitigate.
CARTHE + Waterlust video awarded top prize in the 2018 Ocean 180 Video Challenge!! For several years, CARTHE scientists, based at the University of Miami’s Rosenstiel School of Marine & Continue Reading →
CARTHE recently participated in a unique seaside festival that brings art and marine conservation together in a beautiful day of music, art, education, and science! ArtSea Festival At our “Go Continue Reading →
CARTHE has been awarded another highly competitive research grant from the Gulf of Mexico Research Initiative (GoMRI), providing 2 more years of funding to complete our mission that started in 2012. Continue Reading →
University of Miami scientists develop new statistical model to aid in prediction of oil, trash, and fish transport By Philippe Miron and Laura Bracken Offshore oil exploration, oil spill contingency Continue Reading →
Originally posted in the NOAA GOMECC-3 blog New biodegradable surface drifters to survey the ocean currents of the Gulf Over the next few weeks, researchers on the NOAA research vessel, Ronald H. Continue Reading →
Scientists gain a better understanding of how spilled oil moves in the Gulf of Mexico Scientists at the University of Miami’s Rosenstiel School of Marine & Atmospheric Science (UM) and Continue Reading →
On Tuesday, June 20, 2017, a 63 inch sewage pipe broke and began leaking into the Biscayne Canal, according to a No Contact with Water advisory issued by Miami Dade Continue Reading →
A message from CARTHE director Tamay Ozgokmen at the conclusion of SPLASH: I would like to congratulate everybody who has participated in SPLASH, because this was an experiment that was truly Continue Reading →
Over the past month, the CARTHE team has worked tirelessly to conduct an elaborate experiment with hundreds of pieces of equipment and nearly as many people. We have overcome challenges, Continue Reading →
CARTHE relied on high resolution cameras mounted to drones to track the initial transport of drift cards (biodegradable bamboo plates) during the SPLASH experiments to measure currents. The acquired images Continue Reading →