Table 1 - Besiktepe et al.

Table 1 - Model Equations

Phytoplankton equation:

= V^NO₃ + V^NH₄ - g Z- n₃ P - n₄ P² - n_P

V^NH₄ =

P_P

NH₄

k_NH₄+NH₄

P , V^NO₃ =

P_P

NO₃ e^-yNH₄

k_NO₃ + NO₃

P_P = P_m (1- e^-aI/P_m)e^-bE/P_m

Zooplankton equation:

= (1-g₁ - g₂) g Z - n₁ Z -n₂ Z² , g = R_m (1-e^{-L P})

Nitrate equation :

dNO₃

= -V^NO₃ + k_N [NH₄]

Ammonium equation:

dNH₄

= -V^NH₄ - k_N[NH₄] + g₁ g Z+(1-e₁)n₁ Z +(1-e₂)n₂ Z² + k_D D

Detritus equation:

= -k_DD + g₂ g Z + e₁ n₁ Z + e₂n₂ Z² + n₃P +n₄ P² - n_D

Chlorophyll equation:

dChl

q_N

Chl

q_N

dq_N

Optical model:

E(z) = E(0) e^{-(k_wz + k_cò₀^z [Chl]dz)}

Boundary conditions at bottom:

k_n

= n_P P, k_n

= n_D D, k_n

dNO₃

= -f_r (n_D D + n_PP),

dChl

= n_P Chl,

= 0,

dNH₄

= 0

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