Faculty

Institution

Unit

Venue

Jason Grogan

Stephen F. Austin State University

Affiliations

Arthur Temple College of Forestry and Agriculture

Department of Forestry

Micky Elliott College of Fine Arts

School Of Art

Stephen F. Austin State University

NoneJason Grogan is currently serving as a Arthur Temple College Of Forestry And Agriculture faculty at Stephen F. Austin State University.

Honors

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Experiences

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Education

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Jason Grogan

Stephen F. Austin State University

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forest ecology forest research geography forestry ecology earth science environmental science remote sensing forest inventory land use tree physiology forest ecosystems forest productivity east texas forest biology forest biometrics forest biomass forest resource management geographical information science forest conservation land cover map pine plantations western gulf region deforestation natural resource management environmental monitoring forest pathology forest restoration forest health monitoring tree growth land cover point clouds point cloud processing wetlands productivity coastal research forest policy information technology online information forest meteorology ecological indicator hydrological process water resource management computer graphics digital earth decision tree learning forest health crowdsourcing surface-water hydrology watershed management hydrological sciences landscape change 3d scanning spatial technologies spatial data management spatial information systems geographic information retrieval geospatial mapping soil modeling soil erosion erosion prediction soil physics soil degradation gradient boosting random forests stand attributes early responses loblolly pine growth invasive giant salvinia fusiform rust infections temporal trends stand structure slash pine model-based growth comparisons third year survival water relations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Size Heterogeneity, Growth Dominance Development, and Relationships With Stand Growth in Unthinned and Thinned Loblolly Pine Plantations. Forest Ecosystems (2025)

tree physiologyforest ecologyecologyforestrytree growthproductivitysize heterogeneitygrowth dominance developmentstand growthforest productivitygeographyforest biologyforest research

Diameter Estimation Based on Lidar Point Clouds at Stand Level of Loblolly Pine Plantations. (2024)

forest ecologyloblolly pine plantationsforestryforest biometricsremote sensingpoint cloudspoint cloud processinggeographydiameter estimationlidar point cloudsearth scienceforest inventoryforest research

Evaluating Stand Density Measures for Regulating Mid-Rotation Loblolly Pine Plantation Density in the Western Gulf, USA. Sustainability (2024)

tree physiologyforest ecosystemsforest ecologyenvironmental scienceenvironmental researchforestryforest conservationland usestand density measuresforest productivitywestern gulfgeographyforest biomassecosystemsforest inventoryforest research

Gains From One-Time Mid-Rotation Thinning on Loblolly Pine Plantations in the Western Gulf Region. New Forests (2024)

Yuhui WengDean CobleJason GroganEmily Goodwin

forest ecosystemsforest ecologyenvironmental sciencewestern gulf regionpine plantationsforest productivityforest biomassone-time mid-rotationforest research

Landsat Data Based Prediction of Loblolly Pine Plantation Attributes in Western Gulf Region, USA. Remote Sensing (2022)

forest ecologyforestryforest biometricsforest resource managementwestern gulf regionremote sensingland usegeographic information systemsgeographyearth scienceland cover mapland coverforest researchlandsat dataforest inventory

Model-Based Growth Comparisons Between Loblolly and Slash Pine and Between Silvicultural Intensities in East Texas. Forests (2021)

tree physiologyforest ecosystemsforest ecologyenvironmental scienceecologyforestryslash pineeast texasland useforest productivitymodel-based growth comparisonsforest inventoryforest research

Modeling Diameter Distributions of Loblolly Pine Plantations in Western Gulf Coastal Plain. Journal of Forestry (2021)

Xiongwei LouYuhui WengLuming FangJason Grogan

diameter distributionsforest ecologyforest biomasspine plantations

Third Year Survival, Growth, and Water Relations of West Gulf Coastal Plain Pines in East Texas. Forest Science (2021)

tree physiologyforest ecologythird year survivalenvironmental scienceecologyforestrywetlandsforest resource managementforest conservationeast texaswater relationsforest biologyforest researchforest restoration

First Through Fourth Growing Season Responses of Planted Loblolly Pine to Thinning in the Western Gulf Region. (2020)

tree physiologyforest ecosystemsforest ecologyenvironmental scienceecologyforestrytree growthwestern gulf regionforest conservationseason responsesforest productivityecosystemsforest biologyforest researchforest restoration

Modeling Early Responses of Loblolly Pine Growth to Thinning in the Western Gulf Coastal Plain Region. Forest Science (2020)

tree physiologyforest ecosystemsforest ecologyenvironmental scienceecologyforestryearly responsesdeforestationloblolly pine growthforest productivitycoastal researchforest biomassearth scienceforest biologyforest research

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Jason Grogan

Stephen F. Austin State University

Affiliations

Arthur Temple College of Forestry and Agriculture

Department of Forestry

Micky Elliott College of Fine Arts

School Of Art

Stephen F. Austin State University

NoneJason Grogan is currently serving as a Arthur Temple College Of Forestry And Agriculture faculty at Stephen F. Austin State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jason Grogan

Stephen F. Austin State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Size Heterogeneity, Growth Dominance Development, and Relationships With Stand Growth in Unthinned and Thinned Loblolly Pine Plantations. Forest Ecosystems (2025)

tree physiologyforest ecologyecologyforestrytree growthproductivitysize heterogeneitygrowth dominance developmentstand growthforest productivitygeographyforest biologyforest research

Diameter Estimation Based on Lidar Point Clouds at Stand Level of Loblolly Pine Plantations. (2024)

Evaluating Stand Density Measures for Regulating Mid-Rotation Loblolly Pine Plantation Density in the Western Gulf, USA. Sustainability (2024)

Gains From One-Time Mid-Rotation Thinning on Loblolly Pine Plantations in the Western Gulf Region. New Forests (2024)

Yuhui WengDean CobleJason GroganEmily Goodwin

forest ecosystemsforest ecologyenvironmental sciencewestern gulf regionpine plantationsforest productivityforest biomassone-time mid-rotationforest research

Landsat Data Based Prediction of Loblolly Pine Plantation Attributes in Western Gulf Region, USA. Remote Sensing (2022)

Model-Based Growth Comparisons Between Loblolly and Slash Pine and Between Silvicultural Intensities in East Texas. Forests (2021)

tree physiologyforest ecosystemsforest ecologyenvironmental scienceecologyforestryslash pineeast texasland useforest productivitymodel-based growth comparisonsforest inventoryforest research

Modeling Diameter Distributions of Loblolly Pine Plantations in Western Gulf Coastal Plain. Journal of Forestry (2021)

Xiongwei LouYuhui WengLuming FangJason Grogan

diameter distributionsforest ecologyforest biomasspine plantations

Third Year Survival, Growth, and Water Relations of West Gulf Coastal Plain Pines in East Texas. Forest Science (2021)

First Through Fourth Growing Season Responses of Planted Loblolly Pine to Thinning in the Western Gulf Region. (2020)

Modeling Early Responses of Loblolly Pine Growth to Thinning in the Western Gulf Coastal Plain Region. Forest Science (2020)

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