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13. Nile Perch Population Dynamics in Lake Victoria :
NP_mass[6] (t) = NP_mass[6] (t-dt) + (Growth[6]NP_mortality[6]-Reproduction[6]) * dt
INIT NP_mass[6] = 0
NP_mass[7] (t) = NP_mass[7] (t-dt) + (Growth[7]NP_mortality[7]-Reproduction[7]) * dt
INIT NP_mass[7] = 0
NP_mass[8] (t) = NP_mass[8] (t-dt) + (Growth[8]NP_mortality[8] -Reproduction[8]) * dt
INIT NP_mass[8] = 0
NP_mass[9] (t) = NP_mass[9] (t-dt) + (Growth[9]NP_mortality[9]-Reproduction[9]) * dt
INIT NP_mass[9] = 0
NP_mass[lO] (t) = NP_mass[lO] (t-dt) + (Growth[lO]NP_mortality[lO]-Reproduction[lO]) * dt
INIT NP_mass[lO] = 0
NP_mass[ll] (t) = NP_mass[ll] (t-dt) + (Growth[ll]NP_mortality[ll]-Reproduction[ll]) * dt
INIT NP_mass[ll] = 0
NP_mass[12] (t) = NP_mass[12] (t-dt) + (Growth[12)NP_mortality[12]-Reproduction(12)) * dt
INIT NP_mass(12) = 0
NP_mass[13] (t) = NP_mass(13) (t-dt) + (Growth[13)NP_mortality(13)-Reproduction[13)) * dt
INIT NP_mass(13) = 0
NP_mass[14] (t) = NP_mass[14] (t-dt) + (Growth[14]NP_mortality[14]-Reproduction(14)) * dt
INIT NP_mass[14] = 0
NP_mass[15] (t) = NP_mass[15] (t-dt) + (Growth[15]NP_mortality[15]-Reproduction[15]) * dt
INIT NP_mass(15) = 0
NP_mass(16) (t) = NP_mass(16) (t-dt) + (Growth[16)NP_mortality(16)-Reproduction[16)) * dt
INIT NP_mass(16) = 0