Evapotranspiration from drained wetlands with different hydrologic regimes: Drivers, modeling, and storage functions

@article{Wu2016EvapotranspirationFD,
  title={Evapotranspiration from drained wetlands with different hydrologic regimes: Drivers, modeling, and storage functions},
  author={C. Wu and S. Shukla and N. Shrestha},
  journal={Journal of Hydrology},
  year={2016},
  volume={538},
  pages={416-428}
}
Summary We tested whether the current understanding of insignificant effect of drainage on evapotranspiration (ET) in the temperate region wetlands applies to those in the subtropics. Hydro-climatic drivers causing the changes in drained wetlands were identified and used to develop a generic model to predict wetland ET. Eddy covariance (EC)-based ET measurements were made for two years at two differently drained but close by wetlands, a heavily drained wetland (SW) (97% reduced surface storage… Expand
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