Farshad Shirani

The paper shows that environmental nonlinearities like 'knees' and 'wiggles' stabilize range limits between competing species, making them less sensitive to climate change.

This paper develops a mathematical model to study how adaptive dispersal strategies affect species range borders, finding that they can lead to sharper range limits and reduced character displacement.

The paper shows that phenotype-optimal dispersal, a form of matching habitat choice, evolves in steep environmental gradients, enhancing adaptation and range expansion.

The paper uses mathematical models to study how structural and physiological factors affect excitation-inhibition balance in cortical networks and identifies key parameters for stability.