May 18, 2011 – The concept was introduced a widely cited 2004 Science paper by Socolow and Pacala: Stabilization Wedges: Solving the Climate Problem for .

Stephen Pacala and Robert Socolow, Stabilization wedges: solving the climate problem for the next 50 years with current technologies, Science 305 (2004), .

Socolow recently spoke with contributing editor Charles Linn, FAIA, about his influential stabilization wedge idea and the role architects can play in decreasing .

Oct 3, 2010 – Pacala and Socolow's Stabilization Wedges Using Current Technology In consideration of Wednesday's guest lecture on the two papers .

May 18, 2011 – If Socolow's wedges could stabilize emissions with a 3-degree rise, they said, even bigger wedges could actually bring greenhouse gases back .

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Apr 21, 2011 – Stephen Pacala and Robert Socolow, Stabilization wedges .

Nov 16, 2010 – Stephen Pacala and Robert Socolow, Stabilization wedges: solving the climate problem for the next 50 years using current technologies, .

EPA's analysis uses the "stabilization wedge" concept first developed by Rob Socolow and Stephen Pacala at Princeton University. This approach focuses on .

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Sep 2, 2011 – Pacala and Socolow are the authors of “Stabilization wedges: Solving the climate problem for the next 50 years with current technologies” .

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Reading for 14: Stephen Pacala and Robert Socolow, “Stabilization Wedges: Solving the Climate Problem for the Next Fifty Years with Current Technologies” .

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1 day ago – As part of introducing my climate change class to mitigation, we play Stephen Pacala and Robert Socolow's Stabilization Wedge Game. It works .

Feb 4, 2009 – Atmospheric carbon dioxide stabilization wedges – Pacala and Socolow. Efficiency option: cut building and appliance emissions by 25% .

May 18, 2011 – In 2004, Princeton Profs Socolow and Pacala published a paper in Science, “ Stabilization Wedges: Solving the Climate Problem for the Next 50 .

May 15, 2011 – If Socolow's wedges could stabilize emissions with a 3-degree rise, they said, even bigger wedges could actually bring greenhouse gases back .

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Mar 20, 2008 – This triangle is known as the stabilization triangle. Pacala and Socolow have divided this hypothetical triangle into seven stabilization wedges, .

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Feb 17, 2011 – This is the heart of the Carbon Mitigation Initiative's (CMI) Stabilization Wedges concept, a simple framework for understanding both the carbon .

Wedges can he achieved from energy efficiency, from the . .. From Pacala and Socolow, “Stabilization Wedges”, Science, (Aug. 13, 2004), 968-72.

Dec 28, 2006 – So Socolow and Pacala identify 15 stabilization wedges that, if deployed at a significant global scale, could concievably reduce emissions by 1 .

Dec 14, 2005 – Princeton's Robert Socolow has captured this beautifully in a concept he calls " stabilization wedges." With stabilization wedges, a multitude of .

by J Romm - 2008 - Cited by 6 - Related articles

by S Pacala - 2004 - Cited by 1072 - Related articles

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View Exhibit 1-15: Stabilization Wedge, in Text Format. . The ultimate goal of Socolow's wedge theory is to provide a way of looking at reducing carbon .

Guide to stabilization triangle theory. Socolow and Pacala identified the following potential 'wedges' that are already established practices or technologies today, .

Jul 28, 2011 – One Billion High Emitters · Stabilization Wedges · Useful Links · Contact CMI . S. Pacala and R. Socolow, Science, 2004. Solving the Climate .

The Pacala–Socolow approach lists 15 technologies that could each provide at least one of the seven stabilization wedges. Examples include (among others): .

Oct 8, 2009 – Princeton professor Robert Socolow gives a speech on climate policy . Darren Samuelsohn explores "The Stabilization Wedges" -- a way of .

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This triangle is known as the stabilization triangle. Pacala and Socolow divided this hypothetical triangle into seven stabilization wedges, which represent .

Apr 1, 2008 – . obvious from anyone familiar with Princeton's .

May 19, 2011 – This is a wedge issue.In 2004, Princeton professors Robert Socolow and Stephen Pacala published a paper in Science, "Stabilization Wedges: .

Apr 2, 2007 – Physicist Robert Socolow, left, and ecologist Stephen Pacala, right, . They are all so-called stabilization wedges, which lower the angle of the .

Dec 14, 2005 – As noted earlier, Socolow's concept of stabilization wedges was featured in a recent issue of the Economist as a viable strategy for dealing .

This triangle is known as the stabilization triangle. Pacala and Socolow divided this hypothetical triangle into seven stabilization wedges, which represent .

According to Climate Progress : ” In 2004, Princeton Profs Socolow and Pacala published a paper in Science, “Stabilization Wedges: Solving the Climate .

Mar 19, 2011 – Download Pacala Socolow 2004 stabilization wedges pdf documents from .

May 17, 2011 – If Socolow's wedges could stabilize emissions with a 3-degree rise, they said, even bigger wedges could actually bring greenhouse gases back .

May 21, 2011 – Socolow is quoted in Nat Geo as claiming the stabilization wedges were a mistake,. “With some help from wedges, the world decided that .

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What are the stabilization wedges suggested by pacala and socolow at princeton university and how many wedges do you need to accomplish to flatten your co2 .

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