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Flora of the United States / Sequoia National Park / Kings Canyon National Park / Systems ecology / Sierra Nevada / Sequoiadendron / Fire ecology / Wildfire / Giant Forest / Biology / Ecological succession / Fire


Effects of Fire Severity and Climate on Ring-Width Growth of Giant Sequoia After Fire Linda S. Mutch Thomas W. Swetnam Although fire has been recognized for several decades as a
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Document Date: 2007-09-27 13:10:55


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City

Hoberg / Tucson / New York / Washington / D.C. / National Parks / Visalia / /

Company

Academic Press Inc. / Ogden / Douglass A.E. / University of Chicago Press / /

Country

United States / /

Event

Man-Made Disaster / Natural Disaster / Environmental Issue / /

Facility

Laboratory of Tree-Ring Research / Laboratory of TreeRing Research / Intermountain Research Station / University of Arizona / National Interagency Fire Center / Laboratory of Tree / /

IndustryTerm

control site / severity groups / severity / /

MarketIndex

Grant Burn / /

Movie

A.D. / /

NaturalFeature

MT. Gen. Tech / State Forest / Redwood Mountain Grove / Giant Forest / Kings Canyon / Sequoia National Park / /

Organization

Laboratory of Tree-Ring Research / U.S. Department of Agriculture / National Park Service / University of Chicago / Forest Service / University of Arizona / /

Person

Grant Grove / GRANT BURN / Linda S. Mutch / Missoula / Thomas W. Swetnam / John Rapp / Chris Baisan / Linda S. Mutch Thomas / Richard Holmes / Tony Caprio / Grant Burn Grant / Bill Dimsdale / Hartesveldt / Peter Brown / Chad Robinson / Bryan Bird / Shmuel Burmil / /

Position

General / D.J. / Research Assistant / Assistant Professor / /

ProvinceOrState

New York / California / Arizona / Idaho / /

PublishedMedium

Natural History / /

SocialTag