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Global Ocean Acidity Revealed in New Maps

COMMENTARY BY DR JOHN WORLDPEACE FOR PRESIDENT 2016

More and more scientific evidence comes in every day regarding how the world human society is degrading the planet.

Politicians, specifically Republicans, are in denial because their backers will lose money if much of anything positive is done about global warming.

We are continuing with mass extinctions of the variety of life in the world. We are causing the American Southwest to bake into uselessness as far as raising food to keep America able to feed itself. The glaciers are melting, the oceans are rising. The oceans are being fished out. The population of the world continues to grow.

Nothing much can be done. Human beings only react to crisis. They do not react to projected crisis.

So we fiddle as the world burns. The Four Horsemen of the Apocalypse come. Oh yes they are coming.

Dr John WorldPeace

150218 1833 MT

SOURCE: Live Science

Global Ocean Acidity Revealed in New Maps

by Stephanie Pappas, Live Science Contributor | February 17, 2015 08:20am ET

A global look at ocean pH reveals that the water is more alkaline (basic) in the open ocean compared with many coastal regions.

Ocean acidification can now be seen from space, highlighting an ongoing danger of climate change and revealing the regions most at risk.

Seawater absorbs about a quarter of the carbon dioxide, a greenhouse gas, that humans release into the atmosphere each year, mostly from the burning of fossil fuels, according to the National Oceanic and Atmospheric Administration (NOAA). This process has slowed the warming of the globe, as all of that carbon is locked up in the ocean's "carbon sink" rather than floating freely in the atmosphere. But when seawater takes up carbon dioxide, it becomes more acidic. According to NOAA, the surface pH of the ocean has become 30 percent more acidic since the end of the Industrial Revolution.

That acidity is not necessarily evenly distributed, however, nor is it simple to measure. Most studies rely on physical measurements taken out in the open ocean from research vessels and buoys deployed from such vessels. These measurements are spotty and expensive to collect.

Now, scientists are turning an eye to the sky to complement on-the-ground data. Using satellite measurements, researchers at the University of Exeter in the United Kingdom and their colleagues have created global maps of ocean acidity that show which areas are most affected.

"We are pioneering these techniques so that we can monitor large areas of the Earth's oceans, allowing us to quickly and easily identify those areas most at risk from the increasing acidification," study leader Jamie Shutler, a senior lecturer in ocean science at the University of Exeter, said in a statement.

Shutler and his colleagues used measurements available from existing satellites, such as NASA's Aquarius satellite and the European Space Agency's Soil Moisture and Ocean Salinity sensor. They combined thermal camera imagery with salinity data to calculate acidification.

A map created from the results shows the variation apparent across the globe. The redder the color, the more alkaline, or basic — the opposite of acidic — the region is. The more basic the seawater, the more room it has to absorb carbon dioxide without becoming overly acidic. Open regions of the ocean show this resilience, while many coastal regions appear less alkaline. The northeastern United States looks particularly vulnerable — a finding that echoes 2013 research using on-the-ground measurements.

Ocean acidification eats away at the shells of mussels, oysters and crabs, and baby oysters are already dying in some regions from it. These detrimental effects can carry up the food chain. Meanwhile, researchers worry about direct impacts on nonshelled ocean life as well. A 2013 study published in the journal Proceedings of the Royal Society B found that fish kept in acidic water acted more skittish than fish in normal seawater, which could affect their survival in the wild.

The new research is detailed in the journal Environmental Science and Technology.

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