Dear EarthTalk: What do organizers hope to accomplish at the upcoming
"International organizers, delegates and others
(December 7-18, 2009) United Nations Climate Change Conference being held in Copenhagen? -- F. Rojas, Oakland, CA
The upcoming COP15 meeting in Denmark—so named because it is the 15th such international gathering of the Conference of the Parties (COP) under the United Nations Framework Convention on Climate Change—is the world's next big chance to take decisive multi-lateral action on reducing greenhouse gas emissions substantially enough to ward off cataclysmic climate change.
Negotiators from all over the globe hope to come to terms on a binding agreement regarding emissions reductions that both developed and developing nations can agree to. The stakes are high: This conference represents the final step in negotiations years in the making—and the results could chart a course toward success or failure in human efforts to control the carbon beast we set free in the industrial revolution.
Officially, the stated goal of COP15, according to United Nations organizers, is "to stabilize the amount of greenhouse gases in the atmosphere at a level that prevents dangerous man-made climate changes." They add that "this stabilization must occur in such a way as to give the ecosystems the opportunity to adapt naturally" without compromising food safety or hindering sustainable social and economic development around the world. Organizers, delegates and a wide range of other participants—some 10,000 people are expected to attend—are still holding out hope for the establishment of an ambitious, legally binding global emissions reduction agreement to take effect beginning in 2012. That is when initial commitments made under the Kyoto Protocol, an earlier international climate treaty that the U.S. refused to join, expire.
One sticking point is whether or not the Obama administration will risk agreeing to major emissions reductions without the prior consent of Congress. The most promising U.S. climate legislation, the so-called Kerry-Boxer Bill, is currently under consideration in the Senate but likely won’t be voted on until February 2010 or later; traditionally the American government likes to iron out its policy legislatively at home before agreeing to international commitments. But bi-partisan backers of the bill in the Senate say they can agree on terms now that will be acceptable to enough to their colleagues for later passage, enabling American negotiators at Copenhagen to have some guidelines at the COP15 bargaining table.
China and much of the developing world would like to see industrialized countries cut their greenhouse gas emissions 40 percent below 1990 levels by 2020, but analysts say such drastic cuts are unlikely to fly with U.S. politicians. Climate champion Al Gore is urging COP15 delegates to create a binding legal framework where commitments can be ratcheted up with time as governments begin to realize the benefits of switching to larger amounts of renewable energy and participating in the development of green technology.
Beyond the big question of U.S. participation, COP15 negotiators will be trying hard to forge a consensus on a wide range of related issues, including: what year should be set as the baseline against which specific reduction targets will be measured; the duration of the emissions reduction commitment period; whether or not to call for curbs on deforestation, especially in developing countries’ tropical rainforests; and whether or not to tighten rules governing the methods used to reduce emissions.
CONTACT: COP15, www.cop15.dk.
Dear EarthTalk: I recently heard the term “living building.” Can you explain?
|"Leaders in the emerging Living Building movement
define a living building as "a structure that generates
all of its own energy with renewable non-toxic resources,
captures and treats all of its water, and operates
efficiently and for maximum beauty." Pictured: the
Omega Center for Sustainable Living in Rhinebeck,
New York, which hopes to become a certified living
building in May 2010 after it is a year old.”
-- Rebecca Gordon, Seattle, WA
Over the past couple of decades, architects and builders looking to green their projects turned to the addition of various piecemeal elements to save water here or cut down on electricity there. Those who added more than a few green touches could apply for and get certified by the United States Green Building Council (USGBC) under its Leadership in Energy and Efficient Design (LEED) program. While these efforts have been laudable—essentially launching the green building industry as we know it today—they represent merely the infancy of what green building might someday become.
The concept of the “living building” has now emerged as a new ideal for design and construction. The Cascadia Region Green Building Council (CRGBC)—the Pacific Northwest chapter of the USGBC—defines a living building as a structure that “generates all of its own energy with renewable non-toxic resources, captures and treats all of its water, and operates efficiently and for maximum beauty.” The group has been pushing for adoption of the concept by construction industries here at home, and also helped to launch the International Living Building Institute to promote the concept internationally.
“We view our role as the organization that is meant to ask the really tough questions, to push the boundaries as far as possible,” says Jason McLennan, CEO of CRGBC. To this end, in 2006 the group launched its Living Building Challenge (LBC), a “call to the design and construction community to pursue true sustainability in the built environment.” So far 60 different projects around North America are vying to meet the high standards of the LBC, which exceed even the highest status of LEED certification.
The first building to be completed for consideration under the LBC program is the Omega Center for Sustainable Living, in Rhinebeck, NY. The 6,200 square-foot, one-level building, which serves as headquarters for the Omega Institute for Holistic Studies, features a geothermal heating and cooling system, solar panels, rain gardens that direct water run-off to irrigate plantings, a 4,500-square-foot greenhouse that helps filter wastewater for reuse, “daylighting” design that brings natural light indoor to minimize electric light usage, and eco-friendly building materials all around. It was designed—per LBC criteria—to be “net-zero,” meaning it uses no more energy than it generates itself. Once the building has been in operation for a full year next summer, CRGBC will audit it to see if its performance lives up to the green hype. Dozens of other LBC contenders around North America will be audited as well.
Of course, the costs of creating a living building today are very high. Achieving net-zero can be especially costly, and stands out as one of the biggest obstacles to greater interest in the living building concept. Another challenge is finding materials that meet LBC standards, since many common building materials—such as PVC piping for wastewater transport—off-gas chemicals and have other hazardous attributes. LBC also expects builders to source locally as many materials as possible to boost local economies and make efficient use of nearby natural resources. McLennan remains confident that costs will come down as green materials, technologies and methods become more commonplace within the general building industry.