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Basic T-Route description

T-Route, a dynamic channel routing model, offers a comprehensive solution for river network routing problems. It is designed to handle 1-D channel routing challenges in vector-based river network data, such as the USGS's NHDPlus High Resolution dataset, and OGC WaterML 2.0 Surface Hydrology Features (HY_Features) data model used in NextGen framework.

Provided a series lateral inflows for each node in a channel network, T-Route computes the resulting streamflows. T-Route requires that all routing computations srictly obey an upstream-to-downstream ordering. Such ordering facilitates the heterogenous application of routing models in a single river network. For example, hydrologic models - such as Muskingum Cunge - may be more appropriate for low-order headwater streams where backwater conditions have minimal impact on flooding. In contrast, T-Route empowers users to apply computationally intensive hydraulic models, such as the diffusive wave approximation of St. Venant equations, for high-order streams and rivers, where backwater flooding is a significant concern. This flexibility enables users to allocate computational resources precisely where they are needed most, optimizing efficiency.

What to expect in this wiki

This wiki is a living documentation of T-Route. It includes guides and tutorials on how to setup and use T-Route under varying configurations, as well as some examples and explanations of how to use and interpret the outputs. Where appropriate, this wiki attempts to link to relevant external documentation and information.