Namelist: nampisprod

nampisprod

SOG Name	SMELT Name	Description	SOG Value	Units	Notes
rate_micro%R	zz_rate_R_diat	micro-phyto maximum growth rate	0.600E-04	1/s	Hitchcock 1980: 1.4 d-1 for T. nordenskelii at 10degrees
rate_nano%R	zz_rate_R_myri	rubrum maximum growth rate	0.250E-04	1/s	Yih 2004: 0.5 d-1 for Mesodinium rubrum (at 15 degrees) and Q10**2 tuned up and at Q10**1
rate_pico%R	zz_rate_R_nano	nanoflagellate maximum growth rate	0.250E-04	1/s
rate_micro%maxtemp	zz_rate_maxtemp_diat	high temperature limit	35	deg C	Durbin 1974: T. nordenskelli cannot grow at 18 degrees; general diatoms increase this
rate_nano%maxtemp	zz_rate_maxtemp_myri	high temperature limit	35	deg C	Mesodinium, Cloern 1977
rate_pico%maxtemp	zz_rate_maxtemp_nano	high temperature limit	35	deg C
rate_micro%temprange	zz_rate_temprange_diat	growth limit range below max temperature	5	deg C	equal growth at 10 and 15 so range down 8 (which Q10 should be about const)
rate_nano%temprange	zz_rate_temprange_myri	growth limit range below max temperature	5	deg C	starts turning over earlier
rate_pico%temprange	zz_rate_temprange_nano	growth limit range below max temperature	5	deg C
rate_micro%Iopt	zz_rate_Iopt_diat	micro-phyto growth optimal light level	42	W/m^2	Durbin 1974: 3.3 lg/s for T. nordenskelii at 10 degrees
rate_nano%Iopt	zz_rate_Iopt_myri	rubrum growth optimal light level	37	W/m^2	Yih plus Cloern 1977 Half-sat very similar
rate_pico%Iopt	zz_rate_Iopt_nano	pico-phyto growth optimal light level	10	W/m^2
rate_micro%gamma	zz_rate_gamma_diat	growth light limitation loss parameter	0
rate_nano%gamma	zz_rate_gamma_myri	growth light limitation loss parameter	0
rate_pico%gamma	zz_rate_gamma_nano	growth light limitation loss parameter	0
rate_micro%K_Si	zz_rate_K_Si_diat	Si half saturation constant	0.6
rate_nano%K_Si	zz_rate_K_Si_myri	Si half saturation constant	0
rate_pico%K_Si	zz_rate_K_Si_nano	Si half saturation constant	0
rate_micro%gamma_o	zz_rate_gamma_o_diat	exponential NH inhibition of NO3 uptake	0
rate_nano%gamma_o	zz_rate_gamma_o_myri	exponential NH inhibition of NO3 uptake	0
rate_pico%gamma_o	zz_rate_gamma_o_nano	exponential NH inhibition of NO3 uptake	0
rate_micro%kapa	zz_rate_kapa_diat	preference for NO3 over NH factor	1
rate_nano%kapa	zz_rate_kapa_myri	preference for NO3 over NH factor	0.5
rate_pico%kapa	zz_rate_kapa_nano	preference for NO3 over NH factor	0.3
rate_micro%k	zz_rate_k_diat	NO3 half-saturation constant	2
rate_nano%k	zz_rate_k_myri	NO3 half-saturation constant	0.5
rate_pico%k	zz_rate_k_nano	NO3 half-saturation constant	0.1
rate_micro%N_x	zz_rate_N_x_diat	N inhibition exponent	0
rate_nano%N_x	zz_rate_N_x_myri	N inhibition exponent	0
rate_pico%N_x	zz_rate_N_x_nano	N inhibition exponent	0
rate_micro%N_o	zz_rate_N_o_diat	overal half-saturation constant	0
rate_nano%N_o	zz_rate_N_o_myri	overal half-saturation constant	0
rate_pico%N_o	zz_rate_N_o_nano	overal half-saturation constant	0
rate_micro%Si_ratio	zz_rate_Si_ratio_diat	micro-phyto silicon/nitrogen ratio	2
rate_nano%Si_ratio	zz_rate_Si_ratio_myri	silicon/nitrogen ratio	0
rate_pico%Si_ratio	zz_rate_Si_ratio_nano	silicon/nitrogen ratio	0