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Research Areas
Multi-scale investigation of carbon, water and water use efficiency fluxes from an agro-ecosystems
Up-scaling relations between WUE measured at leaf and canopy scales at different canopy positions of Cotton canopy
[Soure: Chintala et al., 2024]
Surface Vegetation Atmosphere Transfer [SVAT] Models for ecohydrological modeling.
Surface Vegetation Atmosphere Transfer [SVAT] Models for ecohydrological modeling.
Ecosystems Monitoring
Ecosystems Monitoring
Thermal-based crop water stress monitoring
Thermal-based crop water stress monitoring
Agricultural water management using Remote sensing [Microwave] techniques.
Agricultural water management using Remote sensing [Microwave] techniques.
Hydrogeological characterization [Source: Chintala et al.,2023]
Technical Expertise
Geospatial Tools: QGIS, Google Earth Engine, ArcGIS, SNAP
Programming: Python, R Studio, MATLAB
CAD & Other Software: AutoCAD 2D & 3D, Midas Gen, STAAD Pro, Midas GTS NX, SolidWorks
Mathematics & Statistics: Applied statistics and ecohydrological modeling for environmental data
Productivity Tools: Microsoft Office Suite (Word, Excel, PowerPoint).
Groundwater Tools: 3D resistivity inversions, Fence diagrams, COMSOL Multiphysics, Visual Modflow.
Hydrological Models: HEC-RAS, HEC-HMS, SWAT modeling.
Ecohydrological Models: Light use efficiency models, Big-leaf, Two-leaf and Dynamic leaf models, stomatal conductance, and process-based models.
SVAT models: ISBA-A-gs model, TEMIR Model, and SIMSPHERE models.
Thesis Advisors
[Thesis Advisor]
[Doctoral Member]
[Doctoral Member]
[Doctoral Member]
Research Colloborators
Co-authors
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