Dr. Mahnaz Valipour

Murray State University

Affiliations

Jesse D. Jones College of Science, Engineering and Technology

School Of Engineering

Murray State University

NoneDr. Mahnaz Valipour is currently serving as a Jesse D. Jones College Of Science, Engineering And Technology faculty at Murray State University.

Honors

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Experiences

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Education

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Dr. Mahnaz Valipour

Murray State University

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environmental science hydrology biogeochemistry biogeochemical models earth science forestry environmental modelling forest ecology hydrological modeling ecology soil climate change total environment hydrological process forest ecosystems forest hydrology soil modeling environmental engineering modeling and simulation numerical modeling (geology) ecohydrology plant science geoscientific model development forest research ecological simulation forest biomass ecological modelling climate modelling soil science subsurface hydrology forest soils whole-tree harvest northern hardwood forest integrated biogeochemical model northern forest northeastern forest hydrological insights subsurface model soil texture-based parameterisation forest management practices climate change scenarios forest harvesting interactive simulation long-term forest sustainability

Notable Scholarly Works

Notable Federal Grants

Collaborators

Soil Texture‐Based Parameterisation and Hydrological Insights of a Fully Coupled Surface and Subsurface Model at the Hubbard Brook Experimental Forest, USA. Hydrological Processes (2025)

Karim Norouzi‐MoghanjoghiHabibollah FakhraeiMahnaz ValipourCharles T. Driscoll

soil texture-based parameterisationhydrological insightsenvironmental scienceforest researchsubsurface modelhydrological modelinghydrological processforest ecologyforest soilssoilenvironmental modellinghydrologynumerical modeling (geology)earth sciencesediment transportsoil sciencegeoscientific model developmentsubsurface hydrologyforest ecosystemsenvironmental engineeringsoil modeling

Response of Biomass, Hydrology and Biogeochemistry to Alternative Approaches of Cutting a Northern Forest: Model Comparisons. Biogeochemistry (2021)

Mahnaz ValipourChris E. JohnsonJohn J. BattlesJohn L. CampbellTimothy J. FaheyHabibollah FakhraeiCharles T. Driscoll

northern forestbiogeochemistryenvironmental scienceforest biomasshydrology

Simulation of the Effects of Forest Harvesting Under Changing Climate to Inform Long-Term Sustainable Forest Management Using a Biogeochemical Model. The Science of The Total Environment (2021)

Mahnaz ValipourChris E. JohnsonJohn J. BattlesJohn L. CampbellTimothy J. FaheyHabibollah FakhraeiCharles T. Driscoll

total environmentbiogeochemical modelsforestryenvironmental science

Modeling the Interactions of Forest Cutting and Climate Change on the Hydrology, Biomass and Biogeochemistry of a Northeastern Forest. Syracuse University Libraries (Syracuse University) (2019)

M. ValipourC. T. DriscollC. E. JohnsonJ. BattlesJ. L. CampbellT. Fahey

climate changeearth scienceforest ecologyecological modellingbiogeochemistryenvironmental scienceforest ecosystemsforest hydrologynortheastern forestmodeling and simulationecologyclimate modellingenvironmental modellinghydrologyhydrological modeling

Interactive Simulation of Forest Harvesting and Climate Change Scenarios to Evaluate Long-Term Forest Sustainability Using a Biogeochemical Model, Pnet-Bgc. AGUFM (2018)

M. ValipourC. T. DriscollC. E. JohnsonJ. J. BattlesJ. L. CampbellT. Fahey

climate changeinteractive simulationlong-term forest sustainabilityforestryenvironmental scienceforest harvestingclimate change scenariosbiogeochemical models

The Application of an Integrated Biogeochemical Model to Simulate Dynamics of Vegetation, Hydrology and Nutrients in Soil and Streamwater Following a Whole-Tree Harvest of a Northern Hardwood Forest. The Science of The Total Environment (2018)

Mahnaz ValipourCharles T. DriscollChris E. JohnsonJohn J. BattlesJohn L. CampbellTimothy J. Fahey

total environmentenvironmental scienceecohydrologyhydrological modelinghydrological processintegrated biogeochemical modelforest ecologyforest hydrologysoilenvironmental modellinghydrologyearth sciencesoil modelingplant sciencenorthern hardwood forestbiogeochemistryforestrywhole-tree harvestecological simulationecologybiogeochemical models

Evaluation of Forest Management Practices Through Application of a Biogeochemical Model, Pnet-Bgc. AGU Fall Meeting Abstracts (2017)

M. ValipourC. T. DriscollC. E. JohnsonJ. L. CampbellT. FaheyT. Zeng

forest management practicesbiogeochemical modelsbiogeochemistryenvironmental science

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