Germany / Norway / Belgium / United States / Netherlands / Canada / Australia / Sweden / Finland / Ireland / Denmark / /
Currency
USD / TWD / /
Event
Environmental Issue / /
Facility
Swedish University of Agricultural Sciences / University of Sunshine Coast / Utrecht University / Chalmers University / University of Toronto / University College Dublin / Canadian Wood Fibre Centre / Landscape Institute / University of Copenhagen / /
IndustryTerm
forest products / energy production / by-products / forest management / e.g. community heating systems / mature technologies / industrial wood processing / potential energy production / bioenergy carrier / energy portfolios / expected energy production / renewable energy / conversion technology / /
NaturalFeature
Norwegian Forest / /
Organization
Chalmers University / Erlend Nybakk / Norwegian Forest and Landscape Institute / Canadian Wood Fibre Centre / Canadian Forest Service / University College Dublin / Nybakk / Norwegian Forest and Landscape Institute / University of Sunshine Coast / USDA Forest Service / European Union / Team / University of Copenhagen / Utrecht University / University of Toronto / Swedish University of Agricultural Sciences / /
Person
Uwe Fritsche / Patrick Lamers / Pierre Bernier / Denis Cormier / Didier Marchal / Inge Stupak / Tat Smith / Sunshine Coast / Dominik Röser / Dan Neary / Bill White / Martin Junginger / David Paré / Luc Desrochers / Mark Brown / Evelyne Thiffault / Sally Krigstin / Bruce Talbot / Maria Wellisch / /
Boreal and temperate forests case study 1. Overview The Intergovernmental Panel on Climate Change estimates that bioenergy from forest biomass has a high potential for increasing the proportion on renewable energy produ