Part 2—Explore GoMOOS

Oceans cover over 70% of Earth's surface and contain 97% of Earth's water. The oceans regulate global carbon dioxide (CO₂) levels by absorbing roughly half of Earth's atmospheric carbon dioxide. They are also responsible for producing more than half of Earth's oxygen supply because they support photosynthesizing plants. Our oceans are home to hundreds of thousands of plant and animal species plus thousands or even millions of other species that have not yet been identified. Additionally, ocean commerce is a multi-billion dollar industry; fishing, international trade, communications, recreation, and tourism all depend, at least in part, on our oceans.

Given the ecological and economic importance of Earth's oceans, it's vital that we collect and maintain information about them to monitor their health and to identify potential threats. Data on such variables as wind direction, wave height, air temperature, water temperature, salinity, and current speed and direction are now routinely collected by moored (anchored) buoys equipped with sensors at various depths along their tethers. These buoys transmit the data to shore in "real-time" as it is collected and it becomes available instantly via the Internet or phone. The ability to access "real-time" data on oceanographic conditions is beneficial to commercial fishermen, sailors, scientists, meteorologists, search and rescue personnel, and public health officials.

The Gulf of Maine Ocean Observing System (GoMOOS) is recognized as a leader in coastal ocean observing technology. GoMOOS deployed and maintains 10 buoys in the Gulf of Maine and provides access to real-time data from this collection. Additionally, GoMOOS also provides access to data from 11 other buoys in the area that are maintained by the National Oceanic and Atmospheric Administration (NOAA).

1. Click the GoMOOS Hourly Data link to access an interactive map of the buoy locations in a new window.




2. On the map, click the icon corresponding to an individual buoy to obtain the most recent data for that buoy. Click the Station Description link immediately to the right of the map to learn more about the buoy location.
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   The hourly data page opens with a map of the buoys. Click any icon (colored symbols) on the map to learn more about the buoy.
   

   

   
   
   Once you have selected a buoy you can learn more about the buoy by clicking the links to the right of the map. Buoy F01 has been selected in the image below.
   

   

   
   
   
3. Take a quick look at the map on this page to familiarize yourself with the locations of buoys A01, B01, D02, E01, I01, and M01. These are the buoys from which you will request and analyze data to predict when the spring phytoplankton bloom will occur.

1. Compare data from one buoy to another. Once you have chosen a station, click the Compare Stations link to the right of the buoy map.
2. Keep the first buoy you chose or select a new one from the pull-down menu. Then, select a second and/or third buoy from their respective pull-down menus. The data will automatically update in the table below the pull-down menus.
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   1. Click the Compare Stations link immediately to the right of the map to learn more about buoy location.
      
      
      
      
      
   2. Keep the first buoy you chose or select a new one from the pull-down menu. Then, select a second and/or third buoy from their respective pull-down menus. The data will automatically update in the table below the pull-down menus.
      
      
      
      
      
   3. Three stations have been selected.
      
      
      
      
      
   • What can you tell about each location from the data?
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     In the example shown above, the buoys are experiencing similar conditions.