NOAA Sea to Sky: Education resource database

They are sometimes seen as threatening funnel clouds descending from stormy skies. Others can be nearly invisible, like a ghostly spiral of wind skimming the sea surface. These eerie columns of rotating air are known as waterspouts — commonly defined as tornadoes over water.

Ocean Today host Symone Johnson introduces The Ocean We Love video collection, which highlights some of Ocean Today's other video collections focusing on ocean life, technology, and how you can help the ocean.

Discover out of this world creatures and phenomena in the Earth’s deep ocean. Visit underwater volcanoes and thermal vents where temperatures range from extremely hot (400° C) to icy cold (1°C).Join the NOAA/NASA science and exploration crews in the deep ocean as they work together to reveal how life can live outside of the goldilocks zone... in some of the harshest conditions on earth!

OceanAdapt is a collaboration between Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others. This website hosts an annually updated database of scientific surveys in the United States and Canada, providing tools for exploring changes in marine fish and invertebrate distributions. This website requires users to provide contact information to download the free data.

NOAA scientists need your help to count fish and improve data used in management of the Hawaiʻi “Deep 7” bottomfish fishery! NOAA's Pacific Islands Fisheries Science Center deploys camera systems on the seafloor to help monitor populations of deep-water snappers and groupers. Each camera can record tens of thousands of images! Human observers annotate the images to count and measure each species. This can take months using only a small team of researchers. With your help, we can speed up the work and train machine vision algorithms to improve our analysis. This will make us one step closer to improving fish stock assessments, which are used by fishery managers.

Career profile of Dr. Jessica Cross.

Learn some lessons in physics and chemistry from your favorite winter drinks.

NOAA Ocean Exploration and the Octonauts (http://www.theoctonauts.com/) have teamed up to bring you great deep-ocean information, to help you learn about and protect our ocean.

Marine organisms adapt to their habitats in a variety of ways. Octopi, for example, have developed their own unique strategy of camouflage. They can change almost instantly to match the color and texture of their surroundings — even sporting stripes or a stippled texture in an attempt to blend in with their environment. And, since octopi have no rigid skeleton, they can squeeze through the tiniest openings and holes in the ocean floor to hide. As a last resort, they can use jet propulsion and a black cloud of ink as a diversion for an escape. In this lesson, students will observe and demonstrate how camouflage works in an environment.

In this lesson from Ocean Exploration's "Why Do We Explore?", volume, students will answer the question: What factors tend to resist changes in pH of the ocean, and why is the ocean becoming more acidic? Students will explore pH, explain Le Chatelier’s Principle, and will predict how the carbonate buffer system of seawater will respond to a change in concentration of hydrogen ions.