NPZ-model/Biological-Processes.md

@@ -68,7 +68,7 @@ Mort_{MPB} = M_{MPB} \cdot MPB^{2} \cdot T_{fac}
 
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 # MortShellfish
-The mortality rate ($`Mort_{i}`$, mmol N m-2 d<sup>-1</sup>) of shellfish species i (Mus, Oys and Coc) assumed to be density dependent, with $`M_{i}`$ is the specific mortality rate when the biomass of the shellfish species equals the carrying capacity ($`CC_{i}`$). $`DensM_{i}`$ indicates the importance of the density dependent mortality.
+The mortality rate ($`Mort_{i}`$, mmol N m-2 d<sup>-1</sup>) of shellfish species $`i`$ (Mus, Oys and Coc) assumed to be density dependent, with $`M_{i}`$ is the specific mortality rate when the biomass of the shellfish species equals the carrying capacity ($`CC_{i}`$). $`DensM_{i}`$ indicates the importance of the density dependent mortality and FF_{i} is the density of shellfish species $`i`$.
 
 ```math
 Mort_{i} = M_{i} + DensM_{i} \cdot (\frac {FF_{i}}{CC_{i}}-1)) \cdot FF_{i}