R. Anguelov and J. M.-S. Lubuma, A second-order nonstandard finite difference scheme and application to model of biological and chemical processes; M. T. Hoang, A generalized nonstandard finite difference method for a class of autonomous dynamical systems and its applications; F. K.
Alalhareth, M. Gupta, H. V. Kojouharov, and S. Roy, Higher-order modified nonstandard finite difference methods for autonomous dynamical systems; H. J. Eberl, A simple NSFD inspired method for monod kinetics with small half saturation constants in the chemostat setting; M. Chapwanya and P.
Dumani, Dynamics preserving nonstandard finite difference scheme for a microbial population model incorporating environmental stress; T. Basu, R. Buckmire, Z. Coovadia, M. Diaz, D. A. Iniguez, and A. Scott, Using unity approximations to construct nonstandard finite difference schemes for Bernoulli differential equations; C.
L. Shimp, J. V. Lambers, and P. M. Jordan, On the structure and evolution of poroacoustic solitary waves: Finite-time gradient catastrophe under the Darcy-Jordan model; C.-C. Ji and W.
Dai, A fractional-order equation and its finite difference scheme for approximating a delay equation; L. F. Strube and L. M. Childs, Multistability in a discrete-time SI epidemic model with Ricker growth: Infection-induced changes in population dynamics; J. Mohammed-Awel and A. Gumel, A genetic-epidemiology modeling framework for malaria mosquitoes and disease; M. A.
Acuna-Zegarra, M. Santana-Cibrian, C. E. R. Hernandez-Vela, R. H. Mena, and J. X.
Velasco-Hernandez, A retrospective analysis of COVID-19 dynamics in Mexcio and Peru: Studying hypothetical changes in the contact rate; G. M. R. Costa, M. Lobosco, M. Ehrhardt, and R. F. Reis, Mathematical analysis and a nonstandard scheme for a model of the immune response against COVID-19; A.
Fulk and F. B. Agusto, Effects of rising temperature and prescribed fire on $\textit{Amblyomma Americanum}$ with ehrlichiosis; E. N. Naumova, M. B. Yassai, J. Gorski, and Y.
N. Naumov, Modeling T-cell repetoire response to a viral infection with short immunity; S. A. Rucker, Geometric approach to the construction of Leah-type periodic functions: Basic and analytic properties; I. H. Herron, Discursion on a paper of R. E. Mickens and J.
E. Wilkins, Jr.