Faculty

Institution

Unit

Venue

Scott Mackay

Professor

University at Buffalo

Affiliations

College of Arts and Sciences

Department of Environment and Sustainability

Department of Geography

Professional Science Management Program

Scott Mackay is currently serving as a College Of Arts And Sciences Professor at University At Buffalo.

Honors

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Experiences

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Education

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Scott Mackay

University at Buffalo

Professor

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environmental science ecology climate change earth science forest ecology plant science forestry hydrology plant physiology forest ecosystems ecohydrology water resources environmental modelling vegetation science water science climatology drought hydrological modeling tree physiology plant ecology terrestrial ecology hydrological process water quality arid environments geography plant stress global ecology hydrological sciences ecological modelling hydrometeorology livestock science plant biology forest hydrology forest biology climatic change drought resilience plant-abiotic interaction water resource systems northern wisconsin geophysical research avian biology water sustainability geographical information science watershed management crop physiology canopy transpiration water resources research functional ecology surface-water hydrology short-term variability environmental biology earth observation drought management ecosystem adaptation water conservation soil ecology phenology primary production environmental geography vector borne disease spatial ecology climate change effects water stress stomatal responses shrub wetland northern wisconsin forest water table watershed scale environmental drivers uncertainty estimation canopy transpiration model vapor pressure deficit spatial variability esm land models hillslope hydrology global change research land surface hydrology land cover remote sensing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Combining Psii Photochemistry and Hydraulics Improves Predictions of Photosynthesis and Water Use From Mild to Lethal Drought. Plant Cell & Environment (2024)

Dohyoung KimCarmela R. GuadagnoBrent E. EwersD. Scott Mackay

plant biologywater useplant physiologyplant sciencephotosynthesisphotochemistryenvironmental scienceclimate changedrought

Future Tree Mortality is Impossible to Observe, but a New Model Reveals Why Tropical Tree Traits Matter More Than Climate Change Variability for Predicting Hydraulic Failure. New Phytologist (2024)

D. Scott Mackay

climate variabilityfuture tree mortalityclimate change variabilityforest ecologyhydraulic failureforest ecosystemstropical tree traitsenvironmental scienceecologyclimate change

Tree Water Uptake Patterns Across the Globe. New Phytologist (2024)

Christoph BachofenShersingh Joseph Tumber‐DávilaD. Scott MackayNate G. McDowellAndrea CarminatiTamir KleinBenjamin D. StockerMaurizio MencucciniCharlotte Grossiord

global ecologyphytogeographyforest ecologyglobal change biologyplant scienceearth scienceforest ecosystemsterrestrial ecologyforestrybiogeographyapplied phycologyenvironmental scienceecologyclimate change

Ecohydrological Decoupling Under Changing Disturbances and Climate. One Earth (2023)

Nate G. McDowellKristina Anderson-TeixeiraJoel A. BiedermanDavid D. BreshearsYilin FangLaura Fernández-de-UñaEmily B. GrahamD. Scott MackayJeffrey J. McDonnellGeorgianne W. MooreMagali F. NehemyCamille S. Stevens RumannJames StegenNaomi TagueMonica G. TurnerXingyuan Chen

environmental scienceecologyclimate changeecohydrology

Cannot See Rhizosphere Dynamics for the Soil? a New Multi‐Imaging Study Suggests Otherwise. New Phytologist (2022)

D. Scott Mackay

rhizospheresoil sciencerhizosphere dynamicsenvironmental sciencesoil

Mechanisms of Woody-Plant Mortality Under Rising Drought, Co2 and Vapour Pressure Deficit. Nature Reviews Earth & Environment (2022)

Nate G. McDowellGerard SapesAlexandria PivovaroffHenry D. AdamsCraig D. AllenWilliam R. L. AndereggMatthias ArendDavid D. BreshearsTim BrodribbBrendan ChoatHervé CochardMiquel De CáceresMartin G. De KauweCharlotte GrossiordWilliam M. HammondHenrik HartmannGünter HochAnsgar KahmenTamir KleinD. Scott MackayMarylou MantovaJordi Martínez-VilaltaBelinda E. MedlynMaurizio MencucciniAndrea NardiniRafael S. OliveiraAnna SalaDavid T. TissueJosé M. Torres-RuizAmy M. TrowbridgeAnna T. TrugmanErin WileyChonggang Xu

woody-plant mortalityvapour pressure deficitnatureenvironmental scienceearth system scienceplant scienceplant ecologyecologyvegetation scienceearth scienceterrestrial ecologyforestryplant stressclimate changedroughthuman impacts on the environmentlivestock sciencebotanyforest ecologydrought resilience

Physiological Trait Networks Enhance Understanding of Crop Growth and Water Use in Contrasting Environments. Plant Cell & Environment (2022)

Sean M. GleasonDave M. BarnardTimothy R. GreenScott MackayDiane R. WangElizabeth A. AinsworthJon AltenhofenTimothy J. BrodribbHervé CochardLouise H. ComasMark CooperDanielle CreekKendall C. DeJongeSylvain DelzonFelix B. FritschiGraeme HammerCameron HunterDanica LombardozziCarlos D. MessinaTroy OcheltreeBo Maxwell StevensJared J. StewartVincent VadezJoshua WenzIan J. WrightKevin YemotoHuihui Zhang

crop water relationphysiological trait networksphysiological traitsplant physiologyagronomyplant-abiotic interactiondeep rootsearth sciencewater stresscrop physiologyecosystemsagricultural economicsdroughtexperimental botany

Thank You to Our 2021 Reviewers. Water Resources Research (2022)

Georgia DestouniMarc F. P. BierkensJim HallShafiqul IslamMadan Kumar JhaStefan KolletCharles H. LuceD. Scott MackayHamid MoradkhaniXavier Sanchez‐VilaKamini SinghaKerstin StahlPeter A. TrochEllen Wohl

space sciencegeophysical researchgeophysicsspace geodesyastronomyplanetary sciencesjournalism

The Influence of Increasing Atmospheric Co 2, Temperature, and Vapor Pressure Deficit on Seawater‐Induced Tree Mortality. New Phytologist (2022)

Weibin LiNate G. McDowellHongxia ZhangWenzhi WangD. Scott MackayRiley LeffPeipei ZhangNicholas D. WardMatt NorwoodSteve YabusakiAllison N. Myers‐PiggStephanie C. PenningtonAlexandria L. PivovaroffScott WaichlerChonggang XuBen Bond‐LambertyVanessa L. Bailey

marine ecologyapplied phycologyenvironmental scienceseawater-induced tree mortalityclimate dynamicseutrophicationplant scienceclimate change effectspublic healthecologytree physiologyphycologyterrestrial ecologyclimate changehuman impacts on the environmentatmospheric environmentforest ecologyatmospheric scienceclimatologyvapor pressure deficit

Lateral Subsurface Flow Modulates Forest Mortality Risk to Future Climate and Elevated Co 2. Environmental Research Letters (2021)

Xiaonan TaiMartin D VenturasD Scott MackayPaul D BrooksLawrence B Flanagan

forest mortality riskhuman impacts on the environmentenvironmental engineeringlateral subsurface flowenvironmental modellingforest ecologyenvironmental researchforestryclimate change effectsenvironmental scienceecologyclimate change

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Scott Mackay

Professor

University at Buffalo

Affiliations

College of Arts and Sciences

Department of Environment and Sustainability

Department of Geography

Professional Science Management Program

Scott Mackay is currently serving as a College Of Arts And Sciences Professor at University At Buffalo.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Scott Mackay

University at Buffalo

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Combining Psii Photochemistry and Hydraulics Improves Predictions of Photosynthesis and Water Use From Mild to Lethal Drought. Plant Cell & Environment (2024)

Dohyoung KimCarmela R. GuadagnoBrent E. EwersD. Scott Mackay

plant biologywater useplant physiologyplant sciencephotosynthesisphotochemistryenvironmental scienceclimate changedrought

Future Tree Mortality is Impossible to Observe, but a New Model Reveals Why Tropical Tree Traits Matter More Than Climate Change Variability for Predicting Hydraulic Failure. New Phytologist (2024)

D. Scott Mackay

climate variabilityfuture tree mortalityclimate change variabilityforest ecologyhydraulic failureforest ecosystemstropical tree traitsenvironmental scienceecologyclimate change

Tree Water Uptake Patterns Across the Globe. New Phytologist (2024)

Christoph BachofenShersingh Joseph Tumber‐DávilaD. Scott MackayNate G. McDowellAndrea CarminatiTamir KleinBenjamin D. StockerMaurizio MencucciniCharlotte Grossiord

Ecohydrological Decoupling Under Changing Disturbances and Climate. One Earth (2023)

environmental scienceecologyclimate changeecohydrology

Cannot See Rhizosphere Dynamics for the Soil? a New Multi‐Imaging Study Suggests Otherwise. New Phytologist (2022)

D. Scott Mackay

rhizospheresoil sciencerhizosphere dynamicsenvironmental sciencesoil

Mechanisms of Woody-Plant Mortality Under Rising Drought, Co2 and Vapour Pressure Deficit. Nature Reviews Earth & Environment (2022)

Physiological Trait Networks Enhance Understanding of Crop Growth and Water Use in Contrasting Environments. Plant Cell & Environment (2022)

Thank You to Our 2021 Reviewers. Water Resources Research (2022)

space sciencegeophysical researchgeophysicsspace geodesyastronomyplanetary sciencesjournalism

The Influence of Increasing Atmospheric Co 2, Temperature, and Vapor Pressure Deficit on Seawater‐Induced Tree Mortality. New Phytologist (2022)

Lateral Subsurface Flow Modulates Forest Mortality Risk to Future Climate and Elevated Co 2. Environmental Research Letters (2021)

Xiaonan TaiMartin D VenturasD Scott MackayPaul D BrooksLawrence B Flanagan

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Similar Faculty Members

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University of Hawaii at Manoa

continental ecosystem

climatic impact

Kelly Caylor

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University of California, Santa Barbara

surface hydrological dynamics

remote sensing

Alexandra Konings

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Stanford University

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