Modeling Organisms Behind Harmful Algal Blooms

University of Delaware researcher Nicholas Russell uses agent-based mathematical models to predict and analyze how and when phytoplankton cause...

Mathematical Model Optimizes Preemptive Cholera Vaccination in Cameroon

At MPE18, Michael Kelly presented a mathematical model to optimize oral cholera vaccination placement in Cameroon.

At LS18, Orit Peleg used a combination of experiments and simulations to model mechanical swarm stability in honeybee populations.

At MPE18, Rana Parshad described an ODE model for crab-mussel interactions in the presence of epibionts.

At MPE18, David Rees Jones described continuum models of a population of ice crystals to better understand frazil ice in large-scale models.

Sea ice permeability is affected by extracellular polymeric substances secreted by algae that inhabit ice.

Mahir Demir used a spatial food chain model to investigate harvest strategies for anchovy fisheries on the Black Sea at MPE18.

At MPE18, Pedro Gajardo described use of viability theory to tackle social problems, such as epidemiology and resource exploitation.

Orou Gaoue presented a model that optimizes nonlethal NTFP harvest and lethal timber harvest in tropical forests at MPE18.

At MPE18, Whitney Huang discussed hurricane modeling and used computer simulation to predict consequential storm surge.

In his John von Neumann Lecture at AN18, Charles Van Loan spoke about the untangling of random polygons.

Volker Mehrmann overviewed of his work with differential-algebraic equations during a prize lecture at AN18.

Both evolutionary advantages and simple biochemical mechanisms drive striping and spotting patterns.

The concurrency of altitudes in a triangle (at the point called the orthocenter) has been known since the times of Euclid.

Daniel Balagué Guardia presented a new agent-based model for the study of kinetic contagion in fearful crowds at LS18.