Scientists Use Big Data to Understand Earth's Marine Ecosystems
Although the Earth’s oceans cover 71% of the planet’s surface, 95%
of the underwater world remains unknown according to the National Oceanic and
Atmospheric Administration (NOAA). The Earth’s oceans are an integral component
for the planet’s climate, food supply, marine ecosystems, and weather.
Scientists are now using big data to better understand the world’s
oceans and marine ecosystems. Forbes.com contributor Lisa Wirthman writes about
emerging oceanographic research in a recent article titled: “A Wired Ocean? How
Big Data Is Saving Marine Predators.” In the article, Wirthman interviewed
Stanford University marine biologist Barbara Block.
There are several reasons for having a better understanding of the
world’s oceans. Our ability to breathe oxygen is derived from the ocean — which
shields CO2 from the atmosphere, Block explains. “What will help us better
understand the planet’s condition is to better understand what’s underneath
two-thirds of it, which is covered by water,” Block says.
In 2000, the International Census of Marine Life began a 10-year
initiative to identify and explain the diversity and abundance of marine life
forms. The Census, which concluded in 2010, included 80 countries and a total
of 17 projects. One project, Tagging of Pacific Predators (TOPP), collected
underwater data by tagging sea creatures with monitors, deploying smart buoys,
and using mobile wave gliders. The TOPP project tagged more than 5,000 marine
animals. “The ability to census and track marine life is critical to answering
some of the most basic questions about life under the sea,” writes Wirthman.
Block credits the creation of mobile chips that are used to tag
marine creatures as one of the main ways that scientists have been able to
learn more about the planet’s oceans. “The same technologies that power over
one billion smartphones on land are now used in tags that ride on marine
animals to collect ocean data such as depth, temperature and light,” writes
Wirthman.
The Earth’s five oceans contain 97% of the planet’s water. In the
United States 1/6th of all jobs are marine-related and over 1/3rd
of the U.S. Gross National Product is derived from coastal areas, according to
NOAA. By utilizing big data scientists can develop a better understanding of
marine ecosystems and climate change. Since marine-related jobs employ millions
of people internationally, big data has the potential to impact the next
frontier of the global economy.
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