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The mechanistic i-Tree Cool River Model can simulate the effect of inflows from surface and subsurface areas and shading from riparian areas on simulated river temperature.

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iTreeCoolRiver

the mechanistic i-Tree Cool River Model can simulate the effect of inflows from surface and subsurface areas and shading from riparian areas on simulated river temperature.

Highlights • The i-Tree Cool River Model mechanistically simulates temperature in rivers. • Storm event simulations represent the warming effect of runoff from impervious areas. • Riparian shading diminishes warming and subsurface inflows provide a cooling effect. • C++ code uses Gaussian elimination linear interpolation for matrix operations.

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The mechanistic i-Tree Cool River Model can simulate the effect of inflows from surface and subsurface areas and shading from riparian areas on simulated river temperature.

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