Plant–pollinator population dynamics
Copyright policy )Plant–pollinator population dynamics
We formulate and analyze a multi-generation population dynamics model for pollinators' mutualism with plants. The centerpiece of our model is an analytical expression for population-level plant-pollinator interactions extrapolated from a model of individual-level flowers and bees interactions. We also show that this analytical expression can be productively approximated by the Beddington-DeAngelis formula-a function used to model trophic interactions in mathematical ecology.
- Tel Aviv University Israel
model, pollination, Ecology, ODE, Population Dynamics, dynamics, Flowers, Bees, bi-stability, individual-level, population-level, Population dynamics (general), mathematical, Animals, bees, ecology, Pollination
model, pollination, Ecology, ODE, Population Dynamics, dynamics, Flowers, Bees, bi-stability, individual-level, population-level, Population dynamics (general), mathematical, Animals, bees, ecology, Pollination
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