Water Vapor Confirmed a Major Greenhouse Gas

Water vapor is one of the most powerful greenhouse gases. As the
oceans warm, thanks to rising levels of CO2, they evaporate water
vapor more freely into the atmosphere. Similarly, as the land surface
warms, it too evaporates more water vapor into the warming atmosphere.

As the atmosphere warms, thanks to rising levels of CO2, it can hold
more water vapor.
Lance
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“We now think the water vapor feedback is extraordinarily strong,
capable of doubling the warming due to carbon dioxide alone.”
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NEWS RELEASE
NASA/Goddard Space Flight Center
Public release date: 17-Nov-2008

Contact: Sarah DeWitt
sarah.l.dewitt@nasa.gov
301-286-0535

Water vapor confirmed as major player in climate change

Water vapor is known to be Earth’s most abundant greenhouse gas, but
the extent of its contribution to global warming has been debated.
Using recent NASA satellite data, researchers have estimated more
precisely than ever the heat-trapping effect of water in the air,
validating the role of the gas as a critical component of climate
change.

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Gift to Oil Industry Rushed Into Federal Register Before Bush Leaves Office; Final Oil Shale Regulations Endanger Lands, Communities of Colorado, Utah and Wyoming

FOR IMMEDIATE RELEASE
November 17, 2008  5:48 PM

CONTACT: Environmental Groups
Drew Bush (TWS), 202/429-7441, drew_bush@tws.org
Melissa Thrailkill (CBD), 415/436-9682 x313, mthrailkill@biologicaldiversity.org
Amy Mall (NRDC), 720/565-0188, amall@nrdc.org
Joe Nuehof (CEC), 970/243-0002, joe@cecenviro.org

Gift to Oil Industry Rushed Into Federal Register Before Bush Leaves Office
Final Oil Shale Regulations Endanger Lands, Communities of Colorado, Utah and Wyoming

WASHINGTON – November 17 – Ignoring the wishes of two governors and numerous members of Congress, the Bush administration announced today final regulations for a commercial oil shale program affecting almost 2 million acres of public lands in Colorado, Utah and Wyoming. These regulations lay out the rules governing royalty rates, evaluation of lease bids, mitigation requirements, and other technical and procedural elements of commercial oil shale leasing and production.

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CO2 and Oxygen-Depletion in Oceans

Nature-Published online 14 November 2008

News

Marine dead zones set to expand rapidly

Rising carbon dioxide levels will make oceans
more hostile to life.

Quirin Schiermeier

Rising levels of carbon dioxide could increase
the volume of oxygen-depleted ‘dead zones’ in
tropical oceans by as much as 50% before the end
of the century – with dire consequences for the
health of ecosystems in some of the world’s most
productive fishing grounds.

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