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There was a large variation in maximum hydroperiod length for pools of similar size.
In smaller pools, the maximum hydroperiod length was positively correlated with volume.
In smaller pools the predicted maximum hydroperiod length increased with pool volume.
Maximum hydroperiod length is defined as the longest time period that a pool continuously contains water per year.
Occupation lengths of all three Daphnia species were positively correlated with maximum hydroperiod length and negatively correlated with the number of desiccation events.
The predicted maximum hydroperiod length correlated in a non-linear way with pool volume (Fig. 5; non-linear least square fit, y = 100*exp[−0.66*x], p<0.00001).
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Pools with maximum hydroperiod lengths that are too short may not be suitable.
We found a non-linear relationship between pool volume and predicted maximum hydroperiod lengths (Fig. 5).
Using these estimates, we then developed a simulation model to predict, on a daily basis, the number of desiccation events and maximum hydroperiod lengths in the 530 individual rock pool habitats of our study area over a period of 25 years.
However, in general, hydroperiod length of the pond was the most important factor, significant in all the models created.
Naturally, hydroperiod lengths and the frequency of desiccation events are correlated with each other.
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