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en:manuel_reference:methode_micro:verif_habby [2021/12/02 10:40] – ylecoarer | en:manuel_reference:methode_micro:verif_habby [2021/12/02 10:48] () – ylecoarer | ||
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6: | 6: | ||
Here we will check the implementation of the The Instream Flow Incremental Methodology (IFIM) when using a 2D hydraulic model. | Here we will check the implementation of the The Instream Flow Incremental Methodology (IFIM) when using a 2D hydraulic model. | ||
+ | |||
+ | ==== HABBY habitat calculations ==== | ||
The classic case consists of using a set of 3 habitat suitability curves for the variables water height, mean velocity and substrate (H,V,S) for a fish species and for a biological stage. | The classic case consists of using a set of 3 habitat suitability curves for the variables water height, mean velocity and substrate (H,V,S) for a fish species and for a biological stage. | ||
41: | 43: | ||
(4) \[{SI_{i, | (4) \[{SI_{i, | ||
- | Let us now check a HSI calculation in any mesh of a hydraulic model. | + | ==== Let us now check a HSI calculation in any mesh of a hydraulic model. |
After building a .hab file with HABBY, choose a biological model for a stage, use the <hi # | After building a .hab file with HABBY, choose a biological model for a stage, use the <hi # |