All options have been (re)set to default values All options have been (re)set to default values 1985 ECOLUMN - BLOOM II model Gabaseerd op koefficienten ECOLUMN - BLOOM, maar aangepast Diatom-E en Flag-E als in 2 soorten som! C/CHL E-types verlaagd Temperature calculated as 1.00 * nominal Temp + 0.00 Solar radiation calculated as 1.00 * nominal rad + 0.00 Daylength calculated as 1.00 * nominal daylen + 0.00 Backgr. ext. calculated as 1.00 * nominal Kb + 0.00 Depth calculated as 1.00 * nominal depth + 0.00 Concentration of NITROGEN is 1.00 * nominal conc. + 0.00 Concentration of PHOSPHOR is 1.00 * nominal conc. + 0.00 Concentration of SILICON is 1.00 * nominal conc. + 0.00 Mineralization of NITROGEN = 0.0060 * Temparature Mineralization of PHOSPHOR = 0.0060 * Temparature Mineralization of SILICON = 0.0030 * Temparature Blooms will be calculated for the following 1 periods: First period: 1 Last period: 52 Increment: 1 Mortality rate calculated as exponential function of temperature. Sedimentation rate = 0.000 Flushing rate = 0.000 Mineralization rate of detritus = 0.005 * Temperature Mineralization rate of chlorophyll is: EXP ( 0.0296 * Temperature- 1.8971 ) Nutrient fraction becoming detritus = 0.700 Present species growth coefficients: Species Pmax 1 Pmax 2 P-func. Mort 1 Mort 2 Resp 1 Resp 2 Relmix Zoopref A1 0.350 1.060 EXPONENT 0.035 1.080 0.031 1.072 1.000 1.000 A2 0.350 1.054 EXPONENT 0.045 1.085 0.031 1.072 1.000 1.000 B1 0.068 0.000 LINEAR 0.035 1.080 0.031 1.072 1.000 1.000 B2 0.068 3.000 LINEAR 0.045 1.085 0.031 1.072 1.000 1.000 B3 0.068 3.000 LINEAR 0.045 1.085 0.031 1.072 1.000 1.000 C1 0.056 3.000 LINEAR 0.035 1.080 0.012 1.072 1.000 1.000 C2 0.048 5.000 LINEAR 0.045 1.085 0.012 1.072 1.000 1.000 C3 0.048 5.000 LINEAR 0.045 1.085 0.012 1.072 1.000 1.000 Present species stochiometry: Spec.name Spec ext NITROGEN PHOSPHOR SILICON CHLTOCAR CARTODRY A1 0.900D-04 0.07000 0.00600 0.22000 25.0000 3.00000 A2 0.750D-04 0.07520 0.00452 0.22000 40.0000 2.50000 B1 0.900D-04 0.11000 0.00952 0.00072 30.3030 2.50000 B2 0.750D-04 0.07000 0.00600 0.00072 40.0000 2.50000 B3 0.750D-04 0.08000 0.00500 0.00072 40.0000 2.50000 C1 0.160D-03 0.09000 0.00752 0.00072 30.3030 2.50000 C2 0.115D-03 0.05000 0.00752 0.00072 50.0000 2.50000 C3 0.115D-03 0.06000 0.00600 0.00072 50.0000 2.50000 Ojective function: maximize net growth rates. Minimum Pmax and mortality rate of 0.010 for temperatures less or equal to 2.5 Computation with extra constraints on growth rates using a CONSTANT base level of 50.00 Computation with extra mortality constraints using a top level of 2.50 Option DOMINANC has been put on