14/07/05

Getting Earth monitors to speak to each other

Satellite image of region affected by earthquake in Gujarat, India Copyright: NASA Visible Earth

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<h1>Getting Earth monitors to speak to each other</h1>
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<p><P>For years, scientists have discussed bringing together information from all of the instruments monitoring the Earth’s environment — such as satellites and weather stations — into a single unified system. The devastation wreaked by last year’s Asian tsunami provided the trigger needed to set these plans in motion (see <a  href="/content/news/eng/global-system-to-improve-and-unify-earth-observation.cfm" target=_self rel="noopener noreferrer">Global system to improve and unify Earth observation</A>).</P><br />
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<P>Evaluations after the tsunami showed that poor communication between the Earth’s monitoring systems prevented them from providing a timely warning, reports Naomi Lubick. </P><br />
<P>The Global Earth Observation System of Systems (GEOSS) is being designed to fill this gap by linking more than 50 satellites and thousands of observation stations on land and at sea. </P><br />
<P>Scientists do share such information, but not consistently, says Lubick. Previous efforts to create a unifying system have suffered from lack of funding, and there is a chance this one could too. The United States has met most of the initial costs of US$750,000 but its long-term support cannot be guaranteed. </P><br />
<P>Another obstacle is that some countries are reluctant to share data. India, for example, classifies seismological data as being of national security importance and will not release it immediately — something that would be crucial to warn of a tsunami. </P><br />
<P>If these hurdles can be overcome, however, GEOSS could have a substantial impact on Earth sciences, Lubick concludes.</P><br />
<P><a  href="/pdffiles/nature/436168a.pdf" target=_self rel="noopener noreferrer">Link to full <em>Nature </em>article.</A><IMG alt="" src="/scidev_images/icon_pdf.gif" border=0><BR></P><br />
<P><em><a  href="/ms/tsunami/" target=_self rel="noopener noreferrer">Read more about tsunamis in SciDev.Net’s Tsunami update.</A></em> <BR><BR></P></p>

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<p>This article was originally published on <a href="https://www.scidev.net" target="_blank">SciDev.Net</a>. Read the <a href="https://www.scidev.net/global/features/getting-earth-monitors-to-speak-to-each-other/" target="_blank">original article</a>.</p>
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For years, scientists have discussed bringing together information from all of the instruments monitoring the Earth’s environment — such as satellites and weather stations — into a single unified system. The devastation wreaked by last year’s Asian tsunami provided the trigger needed to set these plans in motion (see Global system to improve and unify Earth observation).

Evaluations after the tsunami showed that poor communication between the Earth’s monitoring systems prevented them from providing a timely warning, reports Naomi Lubick.

The Global Earth Observation System of Systems (GEOSS) is being designed to fill this gap by linking more than 50 satellites and thousands of observation stations on land and at sea.

Scientists do share such information, but not consistently, says Lubick. Previous efforts to create a unifying system have suffered from lack of funding, and there is a chance this one could too. The United States has met most of the initial costs of US$750,000 but its long-term support cannot be guaranteed.

Another obstacle is that some countries are reluctant to share data. India, for example, classifies seismological data as being of national security importance and will not release it immediately — something that would be crucial to warn of a tsunami.

If these hurdles can be overcome, however, GEOSS could have a substantial impact on Earth sciences, Lubick concludes.

Link to full Nature article.