Faculty

Institution

Unit

Venue

Bruce Borders

Adjunct professor

University of Georgia

Affiliations

Warnell School of Forestry and Natural Resources

Bruce Borders is currently serving as a Warnell School Of Forestry And Natural Resources Adjunct professor at University of Georgia.

Honors

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Experiences

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Education

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Bruce Borders

University of Georgia

Adjunct professor

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forestry forest ecology environmental science forest research agricultural economics plant science forest ecosystems wood science ecology land use vegetation science forest biology tree growth forest productivity sustainable agriculture horticulture research botany tree breeding plant ecology climate change forest biomass data science forestry engineering plant physiology spatial ecology forest resource management southeastern united states environmental modelling remote sensing natural resource management canadian studies ecological modelling forest inventory complete competition control annual fertilization lower coastal plain pine plantations upper coastal plain soil biology tree physiology rangeland productivity crop growth modeling plant production nutrient management spline (mathematics) landscape ecology soil science mortality models slash pine vegetation control cultural intensity slash pine plantations georgia piedmont fire ecology agronomy ecohydrology sustainable development economic geography crop ecology mathematical modelling small-scale forestry plant breeding agricultural sciences crop improvement plant development nutrient stoichiometry plant nutrition nutrient cycles optical remote sensing soil biochemistry soil ecology experimental analysis spatial interpolation gis interpolation methods segmented-stem form factors compatible volume-taper models wildlife science environmental education forest policy geography forest governance community forestry forest stewardship

Notable Scholarly Works

Notable Federal Grants

Collaborators

Whole-Tree Bark and Wood Properties of Loblolly Pine From Intensively Managed Plantations. Forest Science (2015)

Finto AntonyLaurence R. SchimleckRichard F. DanielsAlexander ClarkBruce E. BordersMichael B. KaneHarold E. Burkhart

wood sciencewood propertiesforestryforest researchwhole-tree barkmaterials science

Direct Variance-Covariance Modeling as an Alternative to the Traditional Guide Curve Approach for Prediction of Dominant Heights. Forest Science (2014)

Mingliang WangMichael B. KaneBruce E. BordersDehai Zhao

forest ecologyforestryenvironmental scienceforest researchdirect variance-covariance modelingstatisticsdominant heights

Impact of Management on Nutrients, Carbon, and Energy in Aboveground Biomass Components of Mid-Rotation Loblolly Pine (Pinus Taeda L.) Plantations. Annals of Forest Science (2014)

Dehai ZhaoMichael KaneRobert TeskeyDaniel MarkewitzDale GreeneBruce Borders

agricultural economicsenvironmental scienceforest researchland usemanagementforestry engineeringforest ecologysustainable agricultureforest resource managementcarbon sequestrationnutrient managementnatural resource managementaboveground biomass componentsplant scienceforest carbonforest productivityforestryforest ecosystemsplant ecology

Assessment of Regression Kriging for Spatial Interpolation – Comparisons of Seven Gis Interpolation Methods. Cartography and Geographic Information Science (2013)

Qingmin MengZhijun LiuBruce E. Borders

spatial interpolationgis interpolation methodsgeographic information systemscartographydata science

Crown Ratio and Relative Spacing Relationships for Loblolly Pine Plantations. Open Journal of Forestry (2012)

Dehai ZhaoMichael KaneBruce E. Borders

agricultural economicsforestryrelative spacing relationshipsforest ecology

Effect of Culture and Density on Aboveground Biomass Allocation of 12 Years Old Loblolly Pine Trees in the Upper Coastal Plain and Piedmont of Georgia and Alabama. (2012)

Santosh SubediMichael KaneDehai ZhaoBruce BordersDale Greene

tree growthtree breedingenvironmental scienceecosystemsland usebiogeographyforest ecologyforest biologywood scienceearth sciencebotanyaboveground biomass allocationplant scienceupper coastal plainforest productivityforestryforest biomassforest ecosystemsecologyhorticulture research

Fixed Physiological Parameters in the 3-Pg Model Produced Accurate Estimates of Loblolly Pine Growth on Sites in Different Geographic Regions. Forest Ecology and Management (2012)

Charles BryarsChris MaierDehai ZhaoMichael KaneBruce BordersRodney WillRobert Teskey

vegetation scienceforest ecologyforestryenvironmental scienceaccurate estimatesdifferent geographic regions

Cultural Intensity and Planting Density Effects on Aboveground Biomass of 12-Year-Old Loblolly Pine Trees in the Upper Coastal Plain and Piedmont of the Southeastern United States. Forest Ecology and Management (2011)

Santosh SubediMichael KaneDehai ZhaoBruce BordersDale Greene

tree physiologytree growthforest ecologyculturetree breedingforest productivitysoutheastern united statesforestryenvironmental scienceforest biomassforest ecosystemsforest researchland usecultural intensityecologyplant scienceupper coastal plain

Effects of Cultural Intensity and Planting Density on Stand-Level Aboveground Biomass Production and Allocation for 12-Year-Old Loblolly Pine Plantations in the Upper Coastal Plain and Piedmont of the Southeastern United States. Canadian Journal of Forest Research (2011)

Dehai ZhaoMichael KaneBruce BordersSantosh SubediMadison Akers

cultureagricultural economicsenvironmental scienceforest researchland useforest ecologysustainable agricultureforest resource managementenvironmental resource managementplant productionnatural resource managementrangeland productivitypine plantationsplant scienceupper coastal plainforest productivitysoutheastern united statesforestryforest biomassforest ecosystemscultural intensityhorticulture research

Growth Responses to Planting Density and Management Intensity in Loblolly Pine Plantations in the Southeastern USA Lower Coastal Plain. Annals of Forest Science (2011)

Dehai ZhaoMichael KaneBruce E. Borders

vegetation sciencemanagement intensityforest ecologyagricultural economicsforestryenvironmental sciencegrowth responsesplant ecologyland useecologyplant science

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Bruce Borders

Adjunct professor

University of Georgia

Affiliations

Warnell School of Forestry and Natural Resources

Bruce Borders is currently serving as a Warnell School Of Forestry And Natural Resources Adjunct professor at University of Georgia.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bruce Borders

University of Georgia

Adjunct professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Whole-Tree Bark and Wood Properties of Loblolly Pine From Intensively Managed Plantations. Forest Science (2015)

Finto AntonyLaurence R. SchimleckRichard F. DanielsAlexander ClarkBruce E. BordersMichael B. KaneHarold E. Burkhart

wood sciencewood propertiesforestryforest researchwhole-tree barkmaterials science

Direct Variance-Covariance Modeling as an Alternative to the Traditional Guide Curve Approach for Prediction of Dominant Heights. Forest Science (2014)

Mingliang WangMichael B. KaneBruce E. BordersDehai Zhao

forest ecologyforestryenvironmental scienceforest researchdirect variance-covariance modelingstatisticsdominant heights

Impact of Management on Nutrients, Carbon, and Energy in Aboveground Biomass Components of Mid-Rotation Loblolly Pine (Pinus Taeda L.) Plantations. Annals of Forest Science (2014)

Dehai ZhaoMichael KaneRobert TeskeyDaniel MarkewitzDale GreeneBruce Borders

Assessment of Regression Kriging for Spatial Interpolation – Comparisons of Seven Gis Interpolation Methods. Cartography and Geographic Information Science (2013)

Qingmin MengZhijun LiuBruce E. Borders

spatial interpolationgis interpolation methodsgeographic information systemscartographydata science

Crown Ratio and Relative Spacing Relationships for Loblolly Pine Plantations. Open Journal of Forestry (2012)

Dehai ZhaoMichael KaneBruce E. Borders

agricultural economicsforestryrelative spacing relationshipsforest ecology

Effect of Culture and Density on Aboveground Biomass Allocation of 12 Years Old Loblolly Pine Trees in the Upper Coastal Plain and Piedmont of Georgia and Alabama. (2012)

Santosh SubediMichael KaneDehai ZhaoBruce BordersDale Greene

Fixed Physiological Parameters in the 3-Pg Model Produced Accurate Estimates of Loblolly Pine Growth on Sites in Different Geographic Regions. Forest Ecology and Management (2012)

Charles BryarsChris MaierDehai ZhaoMichael KaneBruce BordersRodney WillRobert Teskey

vegetation scienceforest ecologyforestryenvironmental scienceaccurate estimatesdifferent geographic regions

Santosh SubediMichael KaneDehai ZhaoBruce BordersDale Greene

Dehai ZhaoMichael KaneBruce BordersSantosh SubediMadison Akers

Growth Responses to Planting Density and Management Intensity in Loblolly Pine Plantations in the Southeastern USA Lower Coastal Plain. Annals of Forest Science (2011)

Dehai ZhaoMichael KaneBruce E. Borders

vegetation sciencemanagement intensityforest ecologyagricultural economicsforestryenvironmental sciencegrowth responsesplant ecologyland useecologyplant science

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Similar Faculty Members

Richard Daniels

Institution

University of Georgia

quantitative forest management

forestry engineering

Dehai Zhao

Institution

University of Georgia

forest inventory

forestry engineering

Bronson Bullock

Institution

University of Georgia

forest inventory

forestry engineering

Dan Johnson

Institution

University of Georgia

forestry

geography

Temesgen Hailemariam

Institution

Oregon State University

forest resource management

forest research

Daniel Markewitz

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agroforestry system

forest ecosystem

Robert Teskey

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forest business

community forestry

Florencia Montagnini

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Yale University

agroforestry system

sustainability science

Carlos Gonzalez-Benecke

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Oregon State University

forest resource management

ecology

Aaron Weiskittel

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University of Maine

forest productivity

forest research