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Author: Tischbein, B.

  • Author: Ahmad, Waqas
  • Author: Anwar, Arif A.
  • Author: Ismaeel, Ali
  • Author: Akhtar, F.
  • Author: Bhaduri, Anik
  • Author: Choi, M.
  • Author: Choi, Minha
  • Author: Conrad, C.
  • Author: Fatima, A.
  • Author: Hafeez, M.
  • Author: Hornidge, A.-K.
  • Author: Lamers, John P.A.
  • Author: Liaqat, U.W.
  • Author: Liaqat, Umar Waqas
  • Author: Manschadi, A.M.
  • Author: Ul-Hassan, Mehmood
  • Author: Vlek, Paul L.G.
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    A GIS-based approach for up-scaling capillary rise from field to system level under soil-crop-groundwater mix

Author: Martius, C.

  • Author: Ahmad, Waqas
  • Author: Anwar, Arif A.
  • Author: Ismaeel, Ali
  • Author: Akhtar, F.
  • Author: Bhaduri, Anik
  • Author: Choi, M.
  • Author: Choi, Minha
  • Author: Conrad, C.
  • Author: Fatima, A.
  • Author: Hafeez, M.
  • Author: Hornidge, A.-K.
  • Author: Lamers, John P.A.
  • Author: Liaqat, U.W.
  • Author: Liaqat, Umar Waqas
  • Author: Manschadi, A.M.
  • Author: Ul-Hassan, Mehmood
  • Author: Vlek, Paul L.G.
  • Show items as search results
  • Explore related channels
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    Combining hydrological modeling and GIS approaches to determine the spatial distribution of groundwater recharge in an arid irrigation scheme
  • Quick Look
    Simulating Groundwater Dynamics Using Feflow-3D Groundwater Model Under Complex Irrigation and Drainage Network of Dryland Ecosystems of Central Asia
  • Quick Look
    A GIS-based approach for up-scaling capillary rise from field to system level under soil-crop-groundwater mix

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