Predicted Varroa intensity varies geographically, with patterns consistent from training to test data.

<p>Red gradient indicates <i>Varroa</i> intensity predicted from baseline model (i.e., the model using only day of year and spatial location) using 2018–2019 data. Predictions are for the first day of indicated month. Top row: predicted intensity with observed 2018–2019 intensities...

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Bibliographic Details
Main Author:	Laura Boehm Vock (22008756) (author)
Other Authors:	Lauren M. Mossman (22008759) (author), Zoi Rapti (736044) (author), Adam G. Dolezal (12342474) (author), Sara M. Clifton (3343496) (author)
Published:	2025
Subjects:	Biotechnology Ecology Science Policy Plant Biology Biological Sciences not elsewhere classified div >< p 2020 – 2021 2018 – 2019 11 billion annually examine risk factors spatiotemporal statistical model several beekeeper behaviors varroa destructor </ honey bee pollination beekeeper behaviors varroa </ honey production world economy without </ temporal trends specialty crops pollination services nearby apiaries mite burden lower numbers insecticide load environmental factors behavioral predictors beekeepers lose 300 bees
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Predicted Varroa intensity varies geographically, with patterns consistent from training to test data.

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