Predicting the effects of winter water warming in artificial lakes on zooplankton and its environment using combined machine learning models

HIGHLIGHTS

SUMMARY

The differentiation of zooplankton taxa between Warm and Cold Lakes, and the identification of those whose biomass increased under the influence of warmer water in winter is shown by comparing the average biomass in both thermal types of reservoirs. Of the 76 species studied Clustering modelling of zooplankton taxa. Clustering of the zooplankton community in Cold and Warm Lakes led to a different prediction of the response of taxa to higher water temperatures in the winter months (Fig 2). Most importantly, the authors would not have obtained a complete quantitative picture of changes in . . .

 



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