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Large-diameter trees and deadwood correspond with belowground ectomycorrhizal fungal richness
《Ecological Processes》2023年第1期31-45,共15页Joseph D.Birch James A.Lutz Soren Struckman Jessica R.Miesel Justine Karst 
Funding was received from the Natural Science and Engineering Council of Canada to JK and the Utah Agricultural Experiment Station(Projects 1153,1398 and 1423 to JAL)which has designated this as Journal Paper 9626.
Background: Large-diameter trees have an outsized influence on aboveground forest dynamics, composition, and structure. Although their influence on aboveground processes is well studied, their role in shaping belowgro...
关键词：Belowground ecology Ectomycorrhizal fungi Pinus flexilis Pinus longaeva Saprotrophic fungi Smithsonian ForestGEO Spatial dynamics Utah Forest Dynamics Plot 
Large-diameter trees, snags, and deadwood in southern Utah, USA被引量：1
《Ecological Processes》2021年第1期130-141,共12页James A.Lutz Soren Struckman Tucker J.Furniss Joseph D.Birch Larissa L.Yocom Darren J.McAvoy 
Funding was received from the Utah Agricultural Experiment Station(projects 1153 and 1398 to JAL and 1423 to JAL,LLY,and DJM)and the Smithsonian Institution ForestGEO.Research was performed under the National Park Service research permits CEBR-2014-SCI-0001,CEBR-2015-SCI0001,CEBR-2016-SCI-0001,CEBR-2017-SCI-0001,CEBR-2018-SCI-0001,and CEBR-2019-SCI-0001 for study CEBR-00016.
Background:The epidemic Dendroctonus rufipennis(spruce beetle)outbreak in the subalpine forests of the Colorado Plateau in the 1990s killed most larger Picea engelmannii(Engelmann spruce)trees.One quarter century late...
关键词：Cedar Breaks National Monument Dendroctonus rufipennis Utah Forest Dynamics Plot Vertical fuel structure 
Denitrification from nitrogen-fixing biologically crusted soils in a cool desert environment,southeast Utah,USA被引量：1
《Ecological Processes》2013年第1期156-164,共9页Nichole N Barger Sarah C Castle Gavin N Dean 
We would like to thank Heidi Guenther,Matt Ross,and Conor Morrison,who all helped conduct the laboratory experiment.In addition,we would like to thank Will Wieder and the Townsend Lab at the University of Colorado for assistance analyzing gas samples and Dr.William Adams for providing use of laboratory equipment.Finally,we would like to acknowledge the two anonymous reviewers and Dr.Bettina Weber for reviewing the manuscript.
Introduction:Nitrogen fixation by microorganisms within biological soil crust(“biocrust”)communities provides an important pathway for N inputs in cool desert environments where soil nutrients are low and symbiotic ...
关键词：Biological soil crust Colorado Plateau Cool desert DENITRIFICATION Nitrogen fixation Soil nitrogen cycling 
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