Ann Arbor / Victoria / Quebec City / Nelson / Portland / Vancouver / Toronto / New York / /
Company
Fort Collins CO. / Hershey / John Wiley & Sons / Forest Resources Management / /
Country
Columbia / / /
Event
Environmental Issue / /
Facility
University of British Columbia / Peavy Hall Oregon State University / régénération Introduction Complex / Main Mall / Ecosystem Management Analysis Center / /
IndustryTerm
species / ecosystem management / Web site www.forestry.ubc.ca/ Prognosis / /
NaturalFeature
Rocky Mountains / Forest Renewal BC / /
OperatingSystem
ISIS / /
Organization
Department of Forest Resources Management / Society of American Foresters National Convention / Ministry of Forests / Department of Forest Resources / Oregon State University / BC Ministry of Forests Research Branch / USDA / USDA Forest Service / SEMI / National Engineering and Science Research Council / Ecosystem Management Analysis Center / University of British Columbia / /
Person
Donn Pinus / Ivan Istar / Barry Snowden / Tom Johnston / Franco Abies / Van Deusen / Sandi Best / Jim Annunziello / /
Position
Author / Prognosis model for stand development / hailemariam.temesgen@oregonstate.edu 5Research Scientist / Professor / marshall / /
ProgrammingLanguage
Cedar / /
ProvinceOrState
Minnesota / Quebec / Kootenay Lake Forest District / British Columbia / New York / /
PublishedMedium
THE FORESTRY CHRONICLE / /
Region
southeastern British Columbia / northern Rocky Mountains / /
Regeneration imputation models for complex stands of southeastern British Columbia by Badre T. Hassani1, Valerie LeMay2, Peter L. Marshall3, H. Temesgen4 and Abdel-Azim Zumrawi5 Two imputation techniques for predicting n