A ship named the Boka Tiamat was doing something that had never been done before two hundred kilometers off the coast of Dampier in a section of northwest Australian ocean where the seabed drops away sharply and the pressure alone would crush most equipment flat. Not by Boskalis. No one in their position would do that. While the ship was on the surface, a specially constructed grab was cutting into the continental slope at a depth of 600 meters, leveling out a section of steep terrain in preparation for the eventual passage of a pipeline. Although it doesn’t make the…
Author: Derrick Lester
Derrick Lester
Derrick Lester is a professor and editor at indeep-project.org. His academic career has been molded by a single, enduring obsession: the sea and all life in it. Drawing from marine biology, oceanography, and the kind of hard-won field knowledge that only comes from spending significant time on and under the water, Derrick's writing has the depth of a scholar thanks to his years of research and teaching experience. His writing delves into the science of marine life with the inquisitiveness of someone who has never fully moved past the wonder of what exists beneath the surface. Derrick hopes to introduce readers to a world that encompasses over 70% of the planet and is, in many respects, still largely unexplored through his contributions to indeep-project.org.
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Somewhere in College Park, Maryland, a bank of computer servers hums silently through the night, processing satellite data, atmospheric pressure readings, and ocean temperatures spanning decades. NOAA’s operational branch for long-range forecasting, the Climate Prediction Center, never sleeps. It appears that the warming doesn’t either. Even by today’s standards, the 2024 numbers were startling. Last year was the warmest since global record-keeping started in 1850, according to NOAA’s National Centers for Environmental Information. Not by a slim margin, but by 0.18 degrees Fahrenheit over the previous record, which had only been set the year before. Two years in a row…
The Rayburn House Office Building room seemed almost too commonplace for the topic of discussion taking place there. A typical Washington theater would have fluorescent lights, rows of nameplates, and a few employees checking phones. However, the topic of discussion that morning in late March 2026 was anything but ordinary. Simply put, lawmakers were being asked if the United States should start scraping the Pacific Ocean floor for metals. It was truly uncomfortable to watch how the responses divided the room. The serene official title of the hearing, which was called by the Subcommittee on the Environment of the House…
India is currently experiencing something subtly remarkable that isn’t receiving nearly the attention it merits. While the nation’s space aspirations, such as Gaganyaan, Chandrayaan, and the Mars mission, garner media attention and pride, a similar mission is developing beneath the ocean’s surface. In actuality. The program supporting India’s plans to send humans into the deep sea has just reached a significant milestone, bringing the Rs 10,000 crore vision into sharper, more pressing focus. Prime Minister Narendra Modi’s government’s flagship initiative, the Deep Ocean Mission, has been under development since at least 2017, when the Ministry of Earth Sciences first made…
Billions of tonnes of potato-shaped rocks are quietly resting on the seafloor four kilometers below the Pacific Ocean’s surface. Before the world decided it needed to go green, they had been forming for millions of years, layering cobalt, nickel, copper, and manganese into dense little nodules that no one really cared about. Suddenly, everyone is concerned. Governments are concerned. Mining firms are concerned. Additionally, the International Seabed Authority, a United Nations agency tasked with maintaining law and order down there, is witnessing the gradual erosion of its authority in real time. Here, it’s difficult to ignore the pattern. Since 2014,…
Surrounded by weather radar equipment and the quiet hum of monitoring systems, officials stood inside the NOAA Aircraft Operations Center in Lakeland, Florida, and made an announcement that most coastal residents probably wanted to hear: this Atlantic hurricane season is probably going to be below average. fewer storms. calmer seas. From Florida to the Carolinas, a collective sigh. According to NOAA’s 2026 forecast, there is a 55% chance that the season will be below average, with eight to fourteen named storms predicted and only one to three of them having the potential to become major hurricanes. The primary cause is…
The image of a 2,500-pound aluminum cage being lowered off the deck of a research vessel into the Gulf of Mexico, headed for a seafloor almost three miles below, where it will sit alone and in total darkness for a full year, is subtly shocking. No human will examine it. Its sensors won’t be adjusted by a technician. It will merely observe and document changes in temperature, variations in oxygen levels, and the slow rhythms of a world that most people will never see and seldom consider. This is a close-up view of NOAA’s deep-sea restoration research. Not a shiny…
Somewhere off the coast of Miami, a cargo ship is currently carrying items that you will most likely purchase in the coming month. Autonomous vehicles and algorithms are not on the captain’s mind. He is considering depth, current, and the accuracy of the charts he is using. He probably has no idea that a tiny, mostly undetectable fleet of robotic ships contributed to the data that allowed his passage. Saildrones, underwater gliders, and remotely operated vehicles are examples of NOAA’s unmanned systems that have been quietly constructing an ocean intelligence infrastructure that most people will never see. They operate in…
The expanse of ocean between Georgia and Virginia is subtly amazing. From the surface, it appears to be just another expanse of dark Atlantic water, unremarkable, a little choppy in the fall, the kind of sea you fly over mindlessly. However, beneath it, coral forests, methane seeps, and ecosystems that scientists are just starting to comprehend stretch along the continental shelf and spill into deep submarine canyons. To begin assembling the picture, a fleet of research ships, federal robots, and almost five years of coordinated fieldwork were required. DEEP SEARCH, which stands for Deep Sea Exploration to Advance Research on…
In 1980, the Deep Seabed Hard Mineral Resources Act was signed into law. After a brief period of use, primarily for a few exploration permits granted during the Reagan administration, it lay dormant, uncontested, and gathering bureaucratic dust for forty years. Nobody gave it much thought. The International Seabed Authority was established, UNCLOS went into effect, and the United States discreetly stayed out of it all. Because no one was serious enough about deep-sea mining to test it, this arrangement persisted for years. It’s the end of that quiet time. The Metals Company filed within days to mine 65,000 square…