"SAVING THE OCEAN ONE FRY AT A TIME"
Rising Tide Conservation is dedicated to developing and promoting aquaculture of marine ornamental fish species through the collaborative efforts of researchers, public aquaria, hobbyists, pet industry professionals, and conservation groups. Rising Tide Conservation facilitates sustainability in the aquarium industry by supporting marine ornamental fish aquaculture research in order to reduce the impacts of wild fish collection on fish populations and the coral reefs where they live.
Rising Tide Conservation works towards its mission through full and partial funding of marine ornamental fish aquaculture research, both to develop initial aquaculture protocols and to optimize aquaculture protocols for commercial use.
Further, Rising Tide Conservation is supporting the next wave of aquaculture researchers and aquarists by funding graduate students and supporting professional development through internships and externships with our partners in the aquarium industry.
©Twilight Zone Expedition Team 2007, NOAA-OER Family: Chaetodontidae (Butterflyfishes) Genus: Chaetodon Common names: Banded Butterflyfish, Banded Mariposa, Butterbum, Portuguese Butterfly Aquaculture History In 2019, the first successful aquaculture of the banded butterflyfish, Chaetodon striatus, was achieved by Dr. Cortney Ohs, Benjamin Lovewell, Paul Schlict, and Fred Shopnitz at the University of Florida
First Successful Aquaculture of the Banded Butterflyfish, Chaetodon striatus, Achieved by UF/IFAS IRREC!
The UF/IFAS Indian River Research and Education Center, with Rising Tide Conservation, is pleased to announce the successful aquaculture of the banded butterflyfish, Chaetodon striatus!This success was achieved by the hard work of Dr. Cortney Ohs, Benjamin Lovewell, Paul Schlict, and Fred Shopnitz at the University of Florida Indian River
From the Rising Tide Conservation team at UF/IFAS Tropical Aquaculture Labratory: “The first feeding of marine larvae is a major bottleneck for aquaculture. We are currently testing three different species of algae (Pictured above from left to right; Tetraselmis chuii, Chaetoceros mulleri, Tisochrysis lutea, and control) to determine if there