Washington / DC / Kyoto / Global Forest / Christchurch / FS / /
Company
DOVETAIL PARTNERS INC. / WBCSD Sustainable Forest Products Industry Working Group / Wilson / /
Continent
North America / /
Country
New Zealand / Japan / United States / Canada / /
Currency
USD / /
Event
Environmental Issue / Product Issues / /
Facility
Building Systems / University of Canterbury / International Carbon Protocols The University of Washington / /
IndustryTerm
transportation / equivalent products / Wood products / secondary processing / carbon protocols / energy embodied1 / long-lived forest products / energy consumption habits / ecosystem services / energy supplies / little additional energy / lower energy / energy self-sufficiency / building materials / active and sustainable management / fossil energy / energy / forest products / High energy efficiency / lower energy efficiency / greenhouse gas emissions / by-products / least energy / Fossil energy production / energy consumption / added energy / long-lived wood products / process energy / energy requirements / minimal processing / energy grids / fiberglass / harvested wood products / little energy / high energy / less energy / energy efficient products / mining / energy efficiency / solar energy / low energy intensity / energy intensive products / low-energy intensity / oil shocks / steel / produced using solar energy / /
NaturalFeature
U.S. Forests / /
Organization
University of Washington / US Forest Service / US Department of Energy / USDA / Forintek Canada Corporation/Canadian Wood Council / Committee on Forestry / U.S. Department of Agriculture / United Nations / Department of Civil Engineering / Canada/Canadian Wood Council / University of Canterbury / Environmental Protection Agency / /
W OOD P RODUCTS AN D C ARB ON P ROTOCOLS C ARBON S TORAGE AND L OW E NERGY I NTENSITY S HOULD B E C ONSIDERED D R . J IM B OWY ER