Ecological Marine Unit Email Login

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Frequently Asked Questions

• What are ecological Marine units ?

  Ecological Marine Units (EMUs) are baseline 3D mapped ecosystems of the ocean that have been classified through statistical clustering. They are published in the peer-reviewed journal Oceanography. EMUs greatly benefit the design of marine protected areas (MPAs).

• How can data save the world’s marine ecosystems?

  With this in hand, conservation-minded organizations, academic institutions, or citizen scientists can gauge positive or negative trends and use data to make informed decisions that preserve marine environments.

• How are the EMU’s calculated?

  EMUs come from an unprecedented 3D point mesh framework of 52 million global measurements of six key ocean variables over a 50-year period at a horizontal resolution of 1/4˚ by 1/4˚ (~27 km x 27 km at the equator), over 102 depth zones. Multivariate statistical methods clustered the data into EMUs which were then verified by leading oceanographers.

• Where can I find information about the mcen Owa sloution?

  Additional information about the MCEN OWA sloution is available from the Using MCEN OWA topic guide within the Support section of the Homeport as well as the Outlook Web Access (OWA) page with in the Training section of Homeport.

• What are ecological Marine units ?

  Ecological Marine Units (EMUs) are baseline 3D mapped ecosystems of the ocean that have been classified through statistical clustering. They are published in the peer-reviewed journal Oceanography. EMUs greatly benefit the design of marine protected areas (MPAs).

• What are ecological Marine units?

  Ecological Marine Units are published in the journals Nature and Oceanography. Redefining the notions of the ocean to teach, conduct research, and collaborate for marine science advancement. A healthy ocean can reduce poverty, combat hunger, limit the impacts of climate change, and improve the global economy.

• How are the EMU’s calculated?

  EMUs come from an unprecedented 3D point mesh framework of 52 million global measurements of six key ocean variables over a 50-year period at a horizontal resolution of 1/4˚ by 1/4˚ (~27 km x 27 km at the equator), over 102 depth zones. Multivariate statistical methods clustered the data into EMUs which were then verified by leading oceanographers.