Faculty

Institution

Unit

Venue

David Creech

Stephen F. Austin State University

Affiliations

Arthur Temple College of Forestry and Agriculture

Department of Agriculture

Center Of Pineywoods Native Plant

College of Sciences and Mathematics

SFA Planetarium

NoneDavid Creech 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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David Creech

Stephen F. Austin State University

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botany biology plant science environmental science horticulture research genetics soil integrative plant biology experimental botany hybridisation biochemistry environmental remediation genomics plant physiology plant reproduction plant development genetic diversity yangtze river basin bioanalysis biosensors biometrics functional analysis redox biology restoration ecology freshwater biology natural product communication forest ecology geographical information science applied geography wood chemistry bioresource technology environmental microbiology soil biology forensic identification trace elements fingerprint analysis biochemical genetics freshwater ecosystems river restoration water stress chemical safety land cover map multispectral imaging forest biometrics biomass conversion biomass resource plant breeding applied genetics soil microbiology soil biodiversity soil biotechnology small rna plant molecular biology gene regulation plant biology rna biology root morphology zoological taxonomy morphological analysis intermediary metabolism primary metabolite biometric identification hybrid progenies taxodium spp electrochemical fingerprints thadh4 genes involved waterlogging stress salt tolerance taxodium be carbon storage biomass estimation salinity tolerance hybrid crosses using varietal altering soil properties physiological approaches

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effectiveness of Rain Gardens for Managing Non-Point Source Pollution From Urban Surface Storm Water Runoff in Eastern Texas, USA. Sustainability (2025)

water qualitywater resource managementenvironmental planningenvironmental sciencestormwater harvestingstormwaterhydrological processflood risk managementwater pollutionenvironmental hazardsenvironmental impact assessmentnon-point source pollutionstormwater managementenvironmental protectionurban water managementurban hydrologyenvironmental engineeringeastern texasrain gardens

Genetic Relationships of Michelia Compressa (Magnoliaceae) With Michelia Species and Its Improvement by Interspecific Hybridization. Trees (2024)

interspecific hybridizationgenetic diversityhybridisationgenomicsmichelia speciesgenetic variationbiologyphylogeneticssystematicsevolutionary biologymolecular evolutionpopulation geneticsintegrative plant biologymichelia compressagenetics

Integrated Small Rna, Transcriptome and Physiological Approaches Provide Insight Into Taxodium Hybrid ‘Zhongshanshan’ Roots in Acclimation to Prolonged Flooding. Tree Physiology (2024)

physiological approachessmall rnanaturenucleic acidsplant molecular biologyplant sciencegene regulationbiologymolecular biologyplant biologyplant physiologygene expressionintegrative plant biologyrna biologytranscriptome

Somatic Embryogenesis in Taxodium Hybrid ‘Zhongshanshan’, an Opportunity to Propagate an Ecologically Friendly Species. Journal of Plant Growth Regulation (2024)

experimental botanyplant developmenthybridisationplant cell culturebotanybiologyevolutionary biologyplant sciencesomatic embryogenesismorphogenesisecologically friendly species

Grafting Causes Physiological Changes and Promotes Adventitious Root Formation in Rejuvenated Soft Shoots of Taxodium Hybrid ‘Zhongshanshan’. Plants (2023)

biological engineeringrejuvenated soft shootsplant developmentroot morphologycauses physiological changesbotanybiologyplant physiologyplant sciencebiosynthesishorticulture research

Magnolia Compressa Zhongshanhanxiao: A New Magnolia L. Cultivar (Magnoliaceae). HortScience (2023)

magnolia compressa zhongshanhanxiaobotanyplant histologyforest productsarboriculture

Moderate Application of Nitrogen Augments the Growth of Taxodium Hybrid ‘Zhongshanshan 406’ Plants in Coastal Soils. Scientia Horticulturae (2023)

plant-soil relationshipssustainable agriculturenitrogen augmentsplant-soil interactionsplant nutritionsoil fertilityenvironmental sciencebotanycoastal soilsmoderate applicationsoilsoil scienceagronomyplant soil

Research Status and Trends of Taxodium Distichum. HortScience (2023)

environmental toxicologyresearch statuschemistrygeneral chemistryphytoremediation

Transcriptomic and Metabolomic Analyses Unveil the Growth Advantage Mechanism Conferred by Heterosis of Michelia ‘Zhongshanhanxiao’. Tree Physiology (2023)

intermediary metabolismmolecular metabolismprimary metabolitemetabolomic analysesmetabolic pathwaysbiologyfungal geneticsmetabolomicsmetabolomic profilingintegrative plant biologygrowth advantage mechanismgenetics

Afforestation of Taxodium Hybrid Zhongshanshan Influences Soil Bacterial Community Structure by Altering Soil Properties in the Yangtze River Basin, China. Plants (2022)

soil microbiologyenvironmental remediationenvironmental sciencemicrobiologysoil biodiversitybioremediationyangtze river basinsoil biotechnologysoilenvironmental microbiologymicrobial ecologyaltering soil propertiessoil biology

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David Creech

Stephen F. Austin State University

Affiliations

Arthur Temple College of Forestry and Agriculture

Department of Agriculture

Center Of Pineywoods Native Plant

College of Sciences and Mathematics

SFA Planetarium

NoneDavid Creech 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

David Creech

Stephen F. Austin State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effectiveness of Rain Gardens for Managing Non-Point Source Pollution From Urban Surface Storm Water Runoff in Eastern Texas, USA. Sustainability (2025)

Genetic Relationships of Michelia Compressa (Magnoliaceae) With Michelia Species and Its Improvement by Interspecific Hybridization. Trees (2024)

Integrated Small Rna, Transcriptome and Physiological Approaches Provide Insight Into Taxodium Hybrid ‘Zhongshanshan’ Roots in Acclimation to Prolonged Flooding. Tree Physiology (2024)

Somatic Embryogenesis in Taxodium Hybrid ‘Zhongshanshan’, an Opportunity to Propagate an Ecologically Friendly Species. Journal of Plant Growth Regulation (2024)

experimental botanyplant developmenthybridisationplant cell culturebotanybiologyevolutionary biologyplant sciencesomatic embryogenesismorphogenesisecologically friendly species

Grafting Causes Physiological Changes and Promotes Adventitious Root Formation in Rejuvenated Soft Shoots of Taxodium Hybrid ‘Zhongshanshan’. Plants (2023)

biological engineeringrejuvenated soft shootsplant developmentroot morphologycauses physiological changesbotanybiologyplant physiologyplant sciencebiosynthesishorticulture research

Magnolia Compressa Zhongshanhanxiao: A New Magnolia L. Cultivar (Magnoliaceae). HortScience (2023)

magnolia compressa zhongshanhanxiaobotanyplant histologyforest productsarboriculture

Moderate Application of Nitrogen Augments the Growth of Taxodium Hybrid ‘Zhongshanshan 406’ Plants in Coastal Soils. Scientia Horticulturae (2023)

Research Status and Trends of Taxodium Distichum. HortScience (2023)

environmental toxicologyresearch statuschemistrygeneral chemistryphytoremediation

Transcriptomic and Metabolomic Analyses Unveil the Growth Advantage Mechanism Conferred by Heterosis of Michelia ‘Zhongshanhanxiao’. Tree Physiology (2023)

Afforestation of Taxodium Hybrid Zhongshanshan Influences Soil Bacterial Community Structure by Altering Soil Properties in the Yangtze River Basin, China. Plants (2022)

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