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• Source Code Indexer for SWAT-MODFLOW Version 3: Enhancing Code Comprehension through Hyperlinked Elements and Dependency Information

  Author(s):

  S.M. SIAD (see profile)

  Date:

  2023

  Subject(s):

  Indexers, Hydrologic models, Hydrology, Computer software--Development, Groundwater, Groundwater flow--Mathematical models, FORTRAN (Computer program language)

  Item Type:

  Book

  Tag(s):

  SWAT, MODFLOW, SWAT-MODFLOW, model coupling, code source, indexer

  
  

• A review of coupled hydrologic and crop growth models

  Author(s):

  S.M. SIAD (see profile)

  Date:

  2019

  Subject(s):

  Agriculture, Agronomy, Hydrology, Water-supply

  Item Type:

  Article

  Tag(s):

  model coupling, Integrated modeling, Computer Simulation

  
  

• Water runoff harvesting systems for restoration of degraded rangelands: A review of challenges and opportunities

  Author(s):

  S.M. SIAD (see profile)

  Date:

  2019

  Subject(s):

  Water resources development, Hydrology, Hydraulic engineering

  Item Type:

  Article

  Tag(s):

  methods, water harvesting, engineering

  
  

• Advanced Computer Technologies for Integrated Agro-Hydrologic Systems Modeling: Coupled Crop and Hydrologic Models for Agricultural Intensification Impacts Assessment

  Author(s):

  S.M. SIAD (see profile)

  Date:

  2023

  Subject(s):

  Agronomy, Hydrology, Modeling

  Item Type:

  Presentation

  Tag(s):

  Presentation, results, thesis

  
  

• Advanced Computer Technologies for Integrated Agro-Hydrologic Systems Modeling: Coupled Crop and Hydrologic Models for Agricultural Intensification Impacts Assessment

  Author(s):

  S.M. SIAD (see profile)

  Date:

  2023

  Subject(s):

  Hydrology, Agronomy, Remote sensing, Modeling

  Item Type:

  Dissertation

  Tag(s):

  agrohydrology, crop modelling, hydrologic modelling, model coupling

  
  

• Integrated crop-hydrologic Modelling: Methods, frameworks and communities of coupling

  Author(s):

  S.M. SIAD (see profile)

  Date:

  2023

  Subject(s):

  Agronomy, Hydrology, Computer simulation, Software frameworks, Integrated software

  Item Type:

  Article

  Tag(s):

  Agronomy, Hydrology, Integrated modeling, Modeling communities, Modeling framework, Model reuse

  
  

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