Fields- Workshop on Pollinators and Pollination Modeling
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Title: Why do hives die? Using mathematics to understand population dynamics in honey bee colonies.
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Title: Bumble-BEEHAVE: An agent-based population model for bumble bees and its application as a decision tool for farmers
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Title: A mathematical approach to study loss of honeybee colonies infested with it varroa destructor and deadly viruses
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Title: Major network reorganizations punctuate the assembly of plant-pollinator communities
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Title: Ecological Modelling and Empiricism: Generalization and Unification in Pollination
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Title: Linking pollination services and landscapes: mechanistic models, data and knowledge gaps
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Title: Poster FLASH presentation
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Title: The effect of covert and overt infections on disease dynamics in honey-bee colonies
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Title: Modeling Bumble Bee Population Dynamics with Delay Differential Equations
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Title: Landscapes, networks and traits: Ecological factors at multiple scales shape patterns of disease in bees
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Title: Trait-Based Modeling of Disease Transmission: Plant-Pollinator Networks
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Title: How important is pollinator biodiversity to pollination?
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Title: Initiatives in the Philippines to Optimize Pollination Services
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Title: Predicting the dispersal of transgenic pollen for bee-pollinated crops
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Title: Continuous bee hive temperature and weight data: long-term vs. within-day changes
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Title: Understanding the micro-environment inside a Langstroth beehive arising due to thermoregulation efforts of honeybees using Computational Fluid Dynamics simulations
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Title: Hygience Behaviours in Honey Bee Colonies
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