Faculty

Institution

Unit

Venue

Daniel Markewitz

Professor Soil Site Productivity

University of Georgia

Affiliations

Warnell School of Forestry and Natural Resources

Daniel Markewitz is currently serving as a Warnell School Of Forestry And Natural Resources Professor Soil Site Productivity at University of Georgia.

Honors

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Experiences

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Education

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Daniel Markewitz

University of Georgia

Professor Soil Site Productivity

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environmental science ecology forest ecology forestry earth science plant science climate change soil science sustainable agriculture agricultural economics soil ecology soil forest ecosystems land use biogeochemistry soil biology hydrology global ecology forest research vegetation science terrestrial ecology ecosystems hydrological process plant physiology pest science ecohydrology horticulture research plant ecology forest productivity nutrient management livestock science watershed management forest biology geophysical research restoration ecology tree physiology environmental geochemistry soil biogeochemical cycling forest resource management arid environments soil dynamics short-term variability river basin management tree growth soil fertility nutrient cycles soil chemistry soil erosion soil function hydrological sciences plant nutrition soil carbon cycle soil environment soil carbon sequestration soil change southeastern united states applied plant ecology residual stress nutrient stoichiometry soil organic matter silviculture anthropocene forest succession calhoun experimental forest annual fertilization brazilian cerrado eastern amazon pine plantations land use change environmental research networks native tree species upper coastal plain site preparation tillage regional assessment atmospheric deposition foliar nitrogen concentration forest policy forest conservation deforestation community forestry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Corrigendum to “Soil-Based Assessment of Site Productivity for Southern Pine Plantations in the Coastal Plain of the Southeastern Us: (I) Loblolly Pine” [Forest Ecol. Manag. 565 (2024) 122054]. Forest Ecology and Management (2024)

Dehai ZhaoErnest David DickensDavid ClaboDaniel MarkewitzBronson P. BullockDee Cabaniss Pederson

site productivitysoil-based assessmentforest ecologysouthern pine plantationsforestryenvironmental sciencecoastal plain

Earth Sciences Are the Model Sciences of the Anthropocene. Perspectives of Earth and Space Scientists (2024)

Daniel D. RichterSharon A. BillingsSusan L. BrantleyJerome GaillardetDaniel MarkewitzWilliam H. SchlesingerRonald AmundsonGail M. AshleyAllan R. BaconRoger C. BalesDan BinkleyZachary BrecheisenJulio Calvo‐AlvaradoNicolas CassarChelsea CliffordLouis A. DerryMatt EdgeworthMartha‐Cary EppesYing FanTerry A. FergusonMarie‐Anne de GraaffJo HandelsmanAlfred E. HarteminkKirsten HofmockelRichard J. HuggettEsteban G. JobbagyHyun Seok KimJagdish KrishnaswamyPraveen KumarSusan LozierLouis LuWilliam H. McDowellJohn R. McNeillNeung‐Hwan OhKatherine O’NeillMary E. PrendergastCurtis J. RichardsonJustin B. RichardsonPaul A. SchroederKate ScowChristina SiebeAaron ThompsonTimothy WhiteCathy L. WhitlockMarilyn Wolf

human impacts on the environmentglobal changeearth system scienceglobal ecologyearth systemanthropoceneearth scientistsremarkable homeearth sciencesearth sciencegeography

Forest Management for Water Yield: Assessing the Barriers and Impacts of Privately-Owned Open Pine Woodlands in the Southeastern United States. Trees Forests and People (2024)

Chambers J. EnglishSeth E. YoungerJeffery B. CannonSteven T. BrantleyDaniel MarkewitzPuneet Dwivedi

forest managementwater yieldsoutheastern united statesforest resource managementenvironmental science

Soil-Based Assessment of Site Productivity for Southern Pine Plantations in the Coastal Plain of the Southeastern Us: (II) Slash Pine. Forest Ecology and Management (2024)

Ernest David DickensDehai ZhaoDavid C. ClaboDaniel MarkewitzBronson P. BullockDee Cabaniss Pederson

site productivitysoil-based assessmentforest ecologyslash pinesouthern pine plantationsforest resource managementenvironmental sciencecoastal plain

Soil-Based Assessment of Site Productivity for Southern Pine Plantations in the Coastal Plain of the Southeastern Us: (I) Loblolly Pine. Forest ecology and management (2024)

Dehai ZhaoErnest David DickensDavid ClaboDaniel MarkewitzBronson P. BullockDee Cabaniss Pederson

site productivitysoil-based assessmentforest ecologyplant scienceearth sciencesouthern pine plantationsforestryenvironmental sciencecoastal plainagricultural economics

Soil Phosphorus Continues to Re‐Equilibrate Over 60 Years of Forest Development in the Calhoun Critical Zone Observatory in the Southeastern Us Piedmont. Soil Science Society of America Journal (2024)

Maryam ForoughiLori A. SutterDaniel D. RichterDaniel Markewitz

nutrient managementsoil sciencesoil environmentsoil chemistrysoil phosphorusforest developmentearth scienceforestryenvironmental scienceclimate changesoil ecology

Ten Years of Improved-Fallow Slash-And-Mulch Agroforestry in Brazilian Amazonia: Do Nitrogen-Fixing Trees Affect Nitrous Oxide and Methane Efflux?. Agroforestry Systems (2024)

Aaron H. JoslinFrancisco de Assis OliveiraOsvaldo R. KatoSteel S. VasconcelosLawrence MorrisDaniel Markewitz

nitrous oxidesustainable agricultureenvironmental scienceagricultural economicsreforestationmethane effluxplant scienceforest productivityforest ecosystemsplant ecologyecologytree physiologyrestoration ecologyterrestrial ecologyforestryecosystem adaptationdeforestationclimate changehuman impacts on the environmentbrazilian amazoniaforest ecologyimproved-fallow slash-and-mulch agroforestrynitrogen-fixing trees

Integrating Decadal and Century-Scale Root Development With Longer-Term Soil Development to Understand Terrestrial Nutrient Cycling. Geoderma (2023)

Emma HauserJon ChoroverCharles W. CookDaniel MarkewitzCraig RasmussenDaniel D. RichterSharon A. Billings

longer-term soil developmentearth system scienceglobal changesoil scienceterrestrial nutrient cyclingcentury-scale root developmentearth sciencesustainable agriculturegeodesybiogeographyenvironmental scienceclimate changesoil ecologyagricultural economics

A Regional Assessment of Permanganate Oxidizable Carbon for Potential Use as a Soil Health Indicator in Managed Pine Plantations. Forest Ecology and Management (2022)

Fernanda C. C. OliveiraAllan BaconThomas R. FoxEric J. JokelaMichael B. KaneTimothy A. MartinAsko NoormetsC. Wade RossJason VogelDaniel Markewitz

permanganate oxidizable carbonregional assessmentnatural resource managementmaterials scienceenvironmental resource managementsustainable agriculturesoil healthenvironmental scienceagricultural economicsplant scienceforest ecosystemsmanaged pine plantationssoilforest soilssoil biologysoil chemistrypest sciencesoil health indicatorforestryforest resource managementforest ecologysoil biogeochemical cycling

Bioavailability of Phosphorus to Loblolly Pine and Red Maple in Clay and Saprolite From the Southeastern Piedmont, USA. Soil Science Society of America Journal (2022)

Zhine WangAaron ThompsonLori SutterDaniel Markewitz

nutrient managementred maplesoutheastern piedmontsoil biologysoil sciencematerials scienceenvironmental scienceecologyclay sciencesoil ecologyarid environmentssoil

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Daniel Markewitz

Professor Soil Site Productivity

University of Georgia

Affiliations

Warnell School of Forestry and Natural Resources

Daniel Markewitz is currently serving as a Warnell School Of Forestry And Natural Resources Professor Soil Site Productivity 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

Daniel Markewitz

University of Georgia

Professor Soil Site Productivity

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dehai ZhaoErnest David DickensDavid ClaboDaniel MarkewitzBronson P. BullockDee Cabaniss Pederson

site productivitysoil-based assessmentforest ecologysouthern pine plantationsforestryenvironmental sciencecoastal plain

Earth Sciences Are the Model Sciences of the Anthropocene. Perspectives of Earth and Space Scientists (2024)

human impacts on the environmentglobal changeearth system scienceglobal ecologyearth systemanthropoceneearth scientistsremarkable homeearth sciencesearth sciencegeography

Forest Management for Water Yield: Assessing the Barriers and Impacts of Privately-Owned Open Pine Woodlands in the Southeastern United States. Trees Forests and People (2024)

Chambers J. EnglishSeth E. YoungerJeffery B. CannonSteven T. BrantleyDaniel MarkewitzPuneet Dwivedi

forest managementwater yieldsoutheastern united statesforest resource managementenvironmental science

Soil-Based Assessment of Site Productivity for Southern Pine Plantations in the Coastal Plain of the Southeastern Us: (II) Slash Pine. Forest Ecology and Management (2024)

Ernest David DickensDehai ZhaoDavid C. ClaboDaniel MarkewitzBronson P. BullockDee Cabaniss Pederson

site productivitysoil-based assessmentforest ecologyslash pinesouthern pine plantationsforest resource managementenvironmental sciencecoastal plain

Soil-Based Assessment of Site Productivity for Southern Pine Plantations in the Coastal Plain of the Southeastern Us: (I) Loblolly Pine. Forest ecology and management (2024)

Dehai ZhaoErnest David DickensDavid ClaboDaniel MarkewitzBronson P. BullockDee Cabaniss Pederson

site productivitysoil-based assessmentforest ecologyplant scienceearth sciencesouthern pine plantationsforestryenvironmental sciencecoastal plainagricultural economics

Maryam ForoughiLori A. SutterDaniel D. RichterDaniel Markewitz

nutrient managementsoil sciencesoil environmentsoil chemistrysoil phosphorusforest developmentearth scienceforestryenvironmental scienceclimate changesoil ecology

Ten Years of Improved-Fallow Slash-And-Mulch Agroforestry in Brazilian Amazonia: Do Nitrogen-Fixing Trees Affect Nitrous Oxide and Methane Efflux?. Agroforestry Systems (2024)

Aaron H. JoslinFrancisco de Assis OliveiraOsvaldo R. KatoSteel S. VasconcelosLawrence MorrisDaniel Markewitz

Integrating Decadal and Century-Scale Root Development With Longer-Term Soil Development to Understand Terrestrial Nutrient Cycling. Geoderma (2023)

Emma HauserJon ChoroverCharles W. CookDaniel MarkewitzCraig RasmussenDaniel D. RichterSharon A. Billings

A Regional Assessment of Permanganate Oxidizable Carbon for Potential Use as a Soil Health Indicator in Managed Pine Plantations. Forest Ecology and Management (2022)

Fernanda C. C. OliveiraAllan BaconThomas R. FoxEric J. JokelaMichael B. KaneTimothy A. MartinAsko NoormetsC. Wade RossJason VogelDaniel Markewitz

Bioavailability of Phosphorus to Loblolly Pine and Red Maple in Clay and Saprolite From the Southeastern Piedmont, USA. Soil Science Society of America Journal (2022)

Zhine WangAaron ThompsonLori SutterDaniel Markewitz

nutrient managementred maplesoutheastern piedmontsoil biologysoil sciencematerials scienceenvironmental scienceecologyclay sciencesoil ecologyarid environmentssoil

1
2
3
4
5
13
10 / page

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environmental science

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