Posts tagged colorado
CU’s Will Vill North is better than gold
Dec 2nd
PLATINUM RATING IN LEED CERTIFICATION
Williams Village North, the University of Colorado Boulder’s newest residence hall, has received a LEED platinum rating from the United States Green Building Council. The 500-bed residence hall is the first of its size in the nation to rank platinum — the highest possible designation.
LEED certification is a U.S. benchmark for sustainable building design, construction, operation and maintenance. The $46.5 million Williams Village North, with 131,246 gross square feet, is projected to be nearly 40 percent more energy and water efficient than modern code-compliant buildings of the same size.
“Our platinum rating — a first for the campus — represents a lot and we’re very proud of what we’ve accomplished through the efforts of many dedicated people,” said Moe Tabrizi, campus sustainability director. “It reflects our commitments to immediate energy, water and resource conservation and our long-term goal of carbon neutrality, as well as the belief that we can provide students interactive learning in every corner of campus.”.
CU-Boulder has eight other structures that are LEED gold rated and another with a silver designation. All future new or renovated buildings on campus will be at least LEED gold rated, with the goal of seeking LEED platinum whenever possible, Tabrizi said.
In a building that gets 12.5 percent of its energy from on-site solar panels, Williams Village North residents have a hand in controlling the flow of electricity. They are able to shut off power to nonessential and not-in-use outlets with single switches installed in each room. Residents will be able to monitor electricity using meters and information kiosks in the building, which also are slated for upcoming energy savings competitions.
A free water bottle filling station shows how many plastic containers may have been diverted from landfills as users stock reusable vessels. Since the building opened in mid-August, the estimated savings stands at more than 24,000 bottles.
The building is home to two Residential Academic Programs, or RAPS — Sustainable by Design and Social Entrepreneurship for Equitable Development and Sustainability. Architecture Assistant Professor Matthew Jelacic serves as faculty in residence for both of the RAPS.
“Williams Village North offers more than a living space, it offers a lifestyle,” said Kambiz Khalili, executive director of Housing and Dining Services. “Our partnership with the campus and resident student leaders provided the opportunity to commit resources that allow CU students to fully explore the impacts of sustainability in a unique living and learning environment.”
The site has low-flow water fixtures installed in sinks, showers and toilets, and native landscaping that requires little or no watering.
Other green features include energy-efficient lighting with daylight harvesting, advanced heat-recovery systems and low-volatile organic compound, or VOC, materials.
“As we began the design process, it became obvious to us that if we stretched our collaborative efforts we had a chance to create the first LEED platinum building on campus,” said Curt Huetson, director of facilities, planning and operations for Housing and Dining Services. “I challenged our project team, which actually signed a pact and committed to make it happen. As a result, each member now points to this facility with tremendous personal pride.”
Team members included Paul Leef, director of planning, design and construction and campus architect; Steve Hecht, manager of design and project management; Heidi Rogé, project manager; Tom Goodhew, campus planner; Richelle Reilly, landscape architect; and Paula Bland, director of Residence Life. Also included were campus engineers Jonathan Akins, Pieter van der Mersch, Pepper Clayton and Joe Branchaw.
Only 1.5 percent of Williams Village North project costs came from the sustainability integration that makes the building LEED platinum rated and will translate into significant utility savings over time.
For more information on CU-Boulder’s green campus initiatives visit http://www.colorado.edu/cusustainability/greeningcu/GreeningCU.html. For more information on Housing and Dining Services visit http://housing.colorado.edu/
CU Boulder scientists uncover molded brass artifact from Asia in Alaska
Nov 14th
UNEARTHED AT ALASKA ARCHAEOLOGY SITE
A team of researchers led by the University of Colorado Boulder has discovered the first prehistoric bronze artifact made from a cast ever found in Alaska, a small, buckle-like object found in an ancient Eskimo dwelling and which likely originated in East Asia.
The artifact consists of two parts — a rectangular bar, connected to an apparently broken circular ring, said CU-Boulder Research Associate John Hoffecker, who is leading the excavation project. The object, about 2 inches by 1 inch and less than 1 inch thick, was found in August by a team excavating a roughly 1,000-year-old house that had been dug into the side of a beach ridge by early Inupiat Eskimos at Cape Espenberg on the Seward Peninsula, which lies within the Bering Land Bridge National Preserve.
Both sections of the artifact are beveled on one side and concave on the other side, indicating it was manufactured in a mold, said Hoffecker, a fellow at CU-Boulder’s Institute of Arctic and Alpine Research. A small piece of leather found wrapped around the rectangular bar by the research team yielded a radiocarbon date of roughly A.D. 600, which does not necessarily indicate the age of the object, he said.
“I was totally astonished,” said Hoffecker. “The object appears to be older than the house we were excavating by at least a few hundred years.”.
Hoffecker and his CU-Boulder colleague Owen Mason said the bronze object resembles a belt buckle and may have been used as part of a harness or horse ornament prior to its arrival in Alaska. While they speculated the Inupiat Eskimos could have used the artifact as a clasp for human clothing or perhaps as part of a shaman’s regalia, its function on both continents still remains a puzzle, they said.
Since bronze metallurgy from Alaska is unknown, the artifact likely was produced in East Asia and reflects long-distance trade from production centers in either Korea, China, Manchuria or southern Siberia, according to Mason. It conceivably could have been traded from the steppe region of southern Siberia, said Hoffecker, where people began casting bronze several thousand years ago.
Alternatively, some of the earliest Inupiat Eskimos in northwest Alaska — the direct ancestors of modern Eskimos thought to have migrated into Alaska from adjacent Siberia some 1,500 years ago — might have brought the object with them from the other side of the Bering Strait. “It was possibly valuable enough so that people hung onto it for generations, passing it down through families,” said Mason, an INSTAAR affiliate and co-investigator on the Cape Espenberg excavations.
The Seward Peninsula is a prominent, arrowhead-shaped land mass that abuts the Bering Strait separating Alaska from Siberia. The peninsula was part of the Bering Land Bridge linking Asia and North America during the last ice age when sea level had dropped dramatically, and may have been used by early peoples as a corridor to migrate from Asia into the New World some 14,000 years ago.
The artifact was discovered in August by University of California, Davis, doctoral student Jeremy Foin under 3 feet of sediment near an entryway to a house at Cape Espenberg. Other project members included Chris Darwent of UC Davis, Claire Alix of the University of Paris, Nancy Bigelow of the University of Alaska Fairbanks, Max Friesen of the University of Toronto and Gina Hernandez of the National Park Service.
“The shape of the object immediately caught my eye,” said Foin, who spotted the soil-covered artifact in an archaeological sifting screen. “After I saw that it clearly had been cast in a mold, my first thought was disbelief, quickly followed by the realization that I had found something of potentially great significance.”
The CU-led excavations are part of a National Science Foundation-funded project designed to study human response to climate change at Cape Espenberg from A.D. 800 to A.D. 1400, a critical period of cultural change in the western Arctic, said Mason. Of particular interest are temperature and environmental changes that may be related to Earth’s Medieval Warm Period that lasted from about A.D. 950 to 1250.
“That particular time period is thought by some to be an analog of what is happening to our environment now as Earth’s temperatures are rising,” said Mason. “One of our goals is to find out how these people adapted to a changing climate through their subsistence activities.”
The Cape Espenberg beach ridges, wave-swept deposits made of sand and sediment running parallel to the shoreline that were deposited over centuries, often are capped by blowing sand to form high dunes. The Cape Espenberg dwellings were dug into the dunes and shored up with driftwood and occasional whale bones.
The team is examining the timing and formation of the beach ridges as well as the contents of peat and pond sediment cores to help them reconstruct the sea-level history and the changing environment faced by Cape Espenberg’s settlers. Information on past climates also is contained in driftwood tree rings, and the team is working with INSTAAR affiliate Scott Elias, a University of London professor and expert on beetle fossils, who is helping the team reconstruct past temperatures at Cape Espenberg.
While the hunting of bowhead whales was a way of life for Inupiat Eskimos at Barrow and Point Hope in northwestern Alaska 1,000 years ago, it is still not clear if the Cape Espenberg people were whaling, said Mason. While whale baleen — a strong, flexible material found in the mouths of whales that acts as a food filter — and a variety of whale bones have been found during excavations there, the sea offshore is extremely shallow and some distance from modern whale migration routes. However, there is evidence of fishing and seal and caribou hunting by the group, he said.
The Inupiat Eskimos are believed to have occupied Cape Espenberg from about A.D. 1000 until the mid-1800s, said Hoffecker. They are part of the indigenous Eskimo culture that lives in Earth’s circumpolar regions like Alaska, Siberia and Canada.
The Cape Espenberg site has yielded a treasure trove of several thousand artifacts, including sealing harpoons, fishing spears and lures, a copper needle, slate knives, antler arrow points, a shovel made from a walrus scapula, a beaver incisor pendant, ceramics, and even toy bows and toy harpoons. The bronze artifact unearthed in August is currently under study by prehistoric metallurgical expert and Purdue University Assistant Professor H. Kory Cooper.
A video news story on the discovery is available by going to http://www.colorado.edu/news/ and clicking on the story headline. A podcast on the find can be found at http://www.colorado.edu/news/podcasts/
CU Boulder trains new generation of “greenies”
Nov 9th
IN GROWING FIELD OF SUSTAINABILITY
The Sustainable Practices Program at the University of Colorado Boulder offers individual courses and a sustainability management certificate to help workers and job seekers meet the growing need for green knowledge and credentials in the workplace.
“This is a megatrend, similar to electrification or manufacturing,” said program manager Kelly Simmons. “The public and private sectors are realizing that sustainability-driven practices make constituents happier and save money, in addition to the obvious boon of helping to protect the environment.”
About 290 people have enrolled in CU’s Sustainable Practices Program since its 2007 inception, including a journalist who now covers the “smart grid” energy system, and professionals updating their credentials in LEED standards — a U.S. benchmark for “green” building design, construction and operation. The program is open to the public.
Chris Berry, a former mayor of Lafayette, Colo., earned a professional certificate from the program last year and now works for Trane, an international energy services company.
“The Sustainable Practices Program gave me a boost on my resume that helped me move into the kind of work that I wanted to do, where there’s a lot of opportunity,” said Berry. “I use what I learned in class to talk with public, private and nonprofit groups about sustainability — making assessments, planning and how to get things done. The groups are very interested in energy and water conservation to reduce their carbon footprint and save money.
“I think there are success stories throughout the Sustainable Practices Program in terms of participants and how they’ve been able to use the training to further their careers,” he said. “Mine is definitely one of them.”
The Colorado Department of Labor and Employment this fall selected the CU-Boulder program as an official provider of green jobs training for Coloradans.
Among an array of statewide sustainability training opportunities, CU-Boulder’s program is the only public university offering for which participants may receive American Recovery and Reinvestment Act of 2009 funding. Some scholarships remain for Coloradans interested in the statewide programs, which can be applied for through state workforce centers.
Fifty-year-old Nikki Jackson of Denver, who hasn’t held a full-time position in three years, is in the process of applying for the Sustainable Practices Program. She thinks it would put her ahead professionally and have a domino effect on the Colorado job market.
“As somebody who’s in the position of many people — middle-aged and having to recreate themselves in this economy — enhancing my sustainability expertise at CU would give me more than an edge. It would make me credible,” said Jackson. “The program would help me to not only create my own job, but to create many jobs for others.”
Jackson is launching a communications firm called Sustainable Storytelling. The move comes after years of work in television news, public relations, marketing and political campaign management, as well as a period of caring for her husband, who now is in cancer remission.
The Sustainable Practices Program’s interdisciplinary courses, taught by industry experts, range from “Understanding the U.S. Energy Landscape” to “Creative Financing of Sustainability Initiatives.” Participants need not be registered at CU-Boulder and may apply for and begin the program at any time.
Classes, which are not for university credit, can be taken individually, or as part of a professional certificate track. Most courses are one day and held on campus on various dates throughout the school year.
Most courses are worth 10 program credit hours. To earn the professional certificate, 100 program credit hours are required including the completion of three core classes: “Organizational Change for Sustainability,” “Communication Strategies for Sustainability” and “Tools and Techniques for Sustainability.” The average cost of each course is $265.
For more information on CU-Boulder’s Sustainable Practices Program visit http://sustainable.colorado.edu/.