Across the tree of life, populations have evolved the capacity to contend with suboptimal
conditions by engaging in dormancy, whereby individuals enter a reversible state of reduced …

… We will use a superscript (n, m) to denote the processes started with n plants and m seeds
Pa.s., where n, m = ∞ means we start with a countably infinite number of plants, respectively, …

We consider random dynamical systems generated by a special class of Volterra quadratic
stochastic operators on the simplex , implying the survival of only one species. We also show …

We analyze patterns of genetic variability of populations in the presence of a large seedbank
with the help of a new coalescent structure called the seedbank coalescent. This ancestral …

We introduce a new Wright-Fisher type model for seed banks incorporating “simultaneous
switching”, which is motivated by recent work on microbial dormancy ([21], [28]). We show that …

… & Wilke-Berenguer, M. Lambdacoalescents arising in populations with dormancy. arXiv …
& Wilke-Berenguer, M. Separation of time-scales for the seed bank diffusion and its jump-…

We investigate various aspects of the (biallelic) Wright–Fisher diffusion with seed bank in
conjunction with and contrast to the two-island model analysed eg in Kermany et al. (Theor …

Consider a population evolving from year to year through three seasons: spring, summer
and winter. Every spring starts with N dormant individuals waking up independently of each …

We present a linear and nonlinear digital pre-distortion (DPD) tailored to the components of
an optical transmitter. The DPD concept uses nonlinear models of the transmitter devices, …

We study the effect of biological confounders on the model selection problem between Kingman
coalescents with population growth, and Ξ-coalescents involving simultaneous multiple …