| ... | @@ -11,9 +11,11 @@ T_{fac} = e^{( \frac{T-10}{10}\cdot\log(Q_{10}))} |
... | @@ -11,9 +11,11 @@ T_{fac} = e^{( \frac{T-10}{10}\cdot\log(Q_{10}))} |
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Where T is the ambient water temperature and $`Q_{10}`$ indicates the relative increase in the rate for an increase of the water temperature with 10 °C.
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Where T is the ambient water temperature and $`Q_{10}`$ indicates the relative increase in the rate for an increase of the water temperature with 10 °C.
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[top](NPZ model/Physical Processes)
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[top](NPZ model/Physical Processes/Transport)
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# Underwater light conditions
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# Underwater light conditions
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The underwater light conditions is depending on the
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[top](NPZ model/Physical Processes)
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[top](NPZ model/Physical Processes)
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# SinkPhy
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# SinkPhy
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| ... | | ... | |