Seamounts medicine? Why your next antibiotic may come from the deep sea.

By Matt Coomer, Communications Coordinator at Marine Conservation Institute Our ocean is filled with amazing creatures, big and small. Most of its life is actually far smaller than we can see: there are millions of microscopic animals, plants, and more thriving in our ocean. Human lives may directly depend on these tiny creatures too, as researchers Read more about Seamounts medicine? Why your next antibiotic may come from the deep sea.[…]

A Deeper Dive: Protecting Deep-Sea Corals in the Channel Islands

By Matt Coomer, Communications Coordinator at Marine Conservation Institute Every year, the Channel Islands National Marine Sanctuary attracts hundreds of thousands of visitors to its beautiful rocky islands, historic sites, and abundant ocean wildlife. The Sanctuary is 25 miles off the coast of southern California, surrounding five of the Channel Islands. Because these islands are positioned where Read more about A Deeper Dive: Protecting Deep-Sea Corals in the Channel Islands[…]

Deep But Not Deserted – Exploring Deep-Sea Ecosystems Off the California Coast

By Dr. Samuel Georgian, Marine Biogeographer at Marine Conservation Institute In July 2018, Marine Conservation Institute staff scientist Samuel Georgian stepped on board the NOAA research vessel Bell M. Shimada, beginning a two-week expedition to explore deep-water coral and sponge habitats off the coast of northern California. In conjunction with NOAA’s Cordell Bank National Marine Sanctuary Read more about Deep But Not Deserted – Exploring Deep-Sea Ecosystems Off the California Coast[…]

Deep-Sea Coral Expedition to California’s Channel Islands

By Dr. Lance Morgan, President of Marine Conservation Institute Location, location, location! This axiom of the real estate world is perhaps even more true in the natural world. Finding the right environmental conditions for deep-sea corals and sponges to survive and thrive is a rare occurrence in the deep ocean. Marine biologists have discovered deep-sea Read more about Deep-Sea Coral Expedition to California’s Channel Islands[…]

Expedition Planning 101 – How Models Can Help Guide Deep-Sea Exploration

By Dr. Sam Georgian, Marine Biogeographer at Marine Conservation Institute In May 2018, a joint Marine Conservation Institute and Marine Applied Research and Exploration (MARE) expedition will probe the deep seafloor within the Channel Islands National Marine Sanctuary. The sanctuary is home to an astonishing diversity of cold-water corals and sponges that build crucial habitat Read more about Expedition Planning 101 – How Models Can Help Guide Deep-Sea Exploration[…]

5 Reasons Seamounts Matter

By Matt Coomer, Communications Coordinator at Marine Conservation Institute Seamounts are underwater mountains that rise from the seabed. Because most of the world’s seafloor is a muddy plain, seamounts are special deep-sea features that support unique creatures. Seamounts can arise along mid-ocean ridges, as isolated landmarks, or as volcanoes in chains and clusters. Off California, Read more about 5 Reasons Seamounts Matter[…]

The Future of the Deep Sea: Undiscovered Wonders at Risk

By Kelly Martin, Communications Intern at Marine Conservation Institute  You’ve probably heard the saying that we know less about the deep ocean than we do about the surface of the moon. According to the National Oceanic and Atmospheric Administration, we have explored less than 5% of the ocean to date, so the saying is pretty Read more about The Future of the Deep Sea: Undiscovered Wonders at Risk[…]

Needle in a haystack: identifying vulnerable marine ecosystems in the deep sea

By Dr. Samuel Georgian, Marine Biogeographer at Marine Conservation Institute  Seamounts are underwater mountains rising thousands of feet from the bottom of the ocean. Due to their size and shape, seamounts exert a strong influence on local currents that results in nutrient enrichment and increased food supply. As a result, these massive features are often Read more about Needle in a haystack: identifying vulnerable marine ecosystems in the deep sea[…]