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8. Impact of Dynamic Light and Nutrient Environments
INIT DIA_HOLD4 = 0
TRANSIT TIME = 30
INFLOW LIMIT = INF
CAPACITY = INF
DIA_HOLD3 = CONVEYOR OUTFLOW
DIA_HOLD5 = CONVEYOR OUTFLOW
DIA_HOLD6(t) = DIA_HOLD6(t-dt) + (DIA_HOLD5-DIA_HOLD7)
* dt
INIT DIA_HOLD6 = 0
DIA_HOLD5 = CONVEYOR OUTFLOW
DIA_HOLD7 = DIA_HOLD6
RATIO = TOTAL_DIATOMS /TOTAL_DINOFLAGELLATES
TOTAL_DIATOMS = DIATOMS+DIA_HOLD2
DINOFLAGELLATES(t) = DINOFLAGELLATES(t-dt) +
(DINOFLAGELLATE_DB-DINO_HOLD1) * dt
INIT DINOFLAGELLATES = 50
DINOFLAGELLATE_DB =
DINO_GROWTH*(DINOFLAGELLATES+DINO_HOLD2)
DINO_HOLDl = DINOFLAGELLATES-50
DINO_HOLD2(t) = DINO_HOLD2(t-dt) + (DINO_HOLD1DINO_HOLD3) * dt
INIT DINO_HOLD2 = 0
TRANSIT TIME
4
INFLOW LIMIT
CAPACITY = INF
INF
DINO_HOLDl = DINOFLAGELLATES-50
DINO_HOLD3 = CONVEYOR OUTFLOW
DINO_HOLD4(t) = DINO_HOLD4(t-dt) + (DINO_HOLD3DINO_HOLD5) * dt
INIT DINO_HOLD4 = 0
TRANSIT TIME
30
INFLOW LIMIT
CAPACITY = INF
INF
DINO_HOLD3 = CONVEYOR OUTFLOW
DINO_HOLD5 = CONVEYOR OUTFLOW
DINO_HOLD6(t) = DINO_HOLD6(t-dt) + (DINO_HOLD5DINO_HOLD?) * dt