• DOI:10.1177/0309133314536583
• Corpus ID: 52840498

Progress in integrating remote sensing data and hydrologic modeling

@article{Xu2014ProgressII,
  title={Progress in integrating remote sensing data and hydrologic modeling},
  author={Xiaoyong Xu and Jonathan Li and Bryan A. Tolson},
  journal={Progress in Physical Geography},
  year={2014},
  volume={38},
  pages={464 - 498}
}

• Xiaoyong Xu, Jonathan Li, B. Tolson
• Published 5 June 2014
• Environmental Science
• Progress in Physical Geography

Remote sensing and hydrologic modeling are two key approaches to evaluate and predict hydrology and water resources. Remote sensing technologies, due to their ability to offer large-scale spatially distributed observations, have opened up new opportunities for the development of fully distributed hydrologic and land-surface models. In general, remote sensing data can be applied to land-surface and hydrologic modeling through three strategies: model inputs (basin information, boundary conditions, etc.), parameter estimation (model calibration), and state estimation (data assimilation). There has been an intensive global research effort to integrate remote sensing and land/hydrologic modeling over the past few decades. In particular, in recent years significant progress has been made in land/hydrologic remote sensing data assimilation. Hence there is a demand for an up-to-date review on these efforts. This paper presents an overview of research efforts to combine hydrologic/land models and remote sensing products (mainly including precipitation, surface soil moisture, snow cover, snow water equivalent, leaf area index, and evapotranspiration) over the past decade. This paper also discusses the major challenges remaining in this field, and recommends the directions for further research efforts.