by Katie Shoultz | Jul 28, 2024 | Blogs, Fish Identification, Fish Surveys, Panama City, Scientific Diving, Summer Trips
The summer mission to Panama City, FL was a brand new trip that SCUBAnauts have never done before. It was fantastic! There were 14 total dives that where planned and 8 were scientific data collection dives. The science that we did had very interesting data, which the...
by Katie Shoultz | Jun 24, 2024 | Blogs, Fish Surveys, Scientific Diving, St Croix, Summer Trips
During the 2024 St Croix summer trip we did a handful of fish surveys and benthic dives. We did these dives to collect data for our science projects and to input it into the REEF database. To do our fish and benthic dives we all had to wake up between 6-8 in the...
by Katie Shoultz | Jul 19, 2023 | Blogs, Combat Wounded Veteran Challenge, coral restoration, Dr. Michael Crosby, Mote, Scientific Diving, Summer Trips, Teens
Each summer, members of SCUBAnauts International and Combat Wounded Veteran Challenge convene in the Florida Keys to support Mote Marine Lab in their coral restoration nurseries. This year, due to historically warm water temperatures, Mote’s team was hesitant to...
by Katie Shoultz | Jun 18, 2023 | Mote, Scientific Diving, Summer Trips, Teens
SCUBAnauts has been diving in Key Largo for the past week. The Nauts and I have been given the opportunity to swim in coral reefs, see some snazzy sea creatures, and work with Mote Marine Laboratory and a few of their marine biologists. On Wednesday our day started at...
by Katie Shoultz | Jun 16, 2023 | Mote, Scientific Diving, Summer Trips, Teens
SCUBAnauts International has partnered with Mote Marine Labs to support their coral restoration efforts since 2013. As the need to increase scale and scope of restoration activities has grown, SCUBAnauts have strived to keep pace and support a wider variety of...
by Katie Shoultz | Jul 31, 2022 | Mote, night dive, Scientific Diving, Summer Trips
On Thursday we were in a MOTE coral nursery, restoring and helping staghorn coral. We did this by splitting into 2-3 groups and worked on coral trees made of PVC pipe. When corals are in a high density, the spread of disease is more efficient, just as it is with human...
