Research Interests: Mathematical Biology and Epidemiology, Population Dynamics

  Curriculum Vitae

     Papers:

  1.   P. Georgescu, D. Maxin and H. Zhang, Threshold boundedness conditions for n-species mutualisms, Nonlinearity, 30(12)(2017):4410-4427, pdf

  2. D. Maxin, P. Georgescu, L. Sega and L. Berec, Global stability of the coexistence equilibrium for a general class of models of facultative mutualism, J. Biol. Dynamics, 11:1, 339-364, pdf

  3.   P. Georgescu, D. Maxin and H. Zhang, Global stability results for models of commensalism, Int. J. Biomath., 10.03 (2017): 1750037, pdf

  4.   D. Maxin, L. Sega and L. Eaton, The cumulative effect of risk compensation on infection prevention measures, Theor. Popul. Biol., 112 (2016): 109-116, pdf

  5.   L. Berec, D. Maxin and V. Bernhauerova, Male-killing bacteria as agents of insect pest control, J. Appl. Ecol., 53.4 (2016): 1270-1279DOI:10.1111/1365-2664.12638

  6.   D. Maxin, F.A.Milner and L. Sega, Reduced fertility and asymptotics of the logistic model, Math. Pop. Stud, 23.1 (2016): 37-49, pdf

  7.   V. Bernhauerova, L. Berec and D. Maxin, Evolution of early male-killing in horizontally transmitted parasites, Proc. R. Soc. B, 2015, 282: 20152068, pdf

  8.   P. Georgescu, H. Zhang and D. Maxin, The global stability of coexisting equilibria for three models of mutualism, Math. Biosc. and Engin., 1(2016), 101-118, pdf

  9.   D. Maxin, Risk-taking behavior and its impact on treatment, vaccination and diagnosing, Journal of Mind and Medical Sciences, Vol II (Issue 2), 2015, 1-11

  10. L. Sega, D. Maxin, L. Eaton, A. Latham*, A. Moose*, S. Stenslie*, The effect of risk-taking behavior in epidemic models, J. Biol. Dynamics, 9(1), 2015, 229-246 pdf

  11.   D. Maxin and L. Sega, A note on a generalized two-sex logistic model, J. Biol. Dynamics, 9(1), 2015, 102-108, pdf

  12. D. Maxin, L. Berec,  A. Bingham*, D. Molitor* and J. Pattyson*, Is more better? Higher sterilization of infected hosts need not result in reduced pest population, J. Math. Biol.70.6 (2015):1381-1409, pdf  

  13. D. Maxin and L. Sega, A generalized two-sex logistic model, J. Biol. Dynamics, 7(1)(2013), 302-318, pdf

  14.   L. Berec and D. Maxin, Why have parasites promoting mating success been observed so rarely?, J. Theor. Biol., (342)(2014), 47-61, pdf

  15.  L. Berec and D. Maxin, Fatal or harmless: extreme bistability induced by sterilizing, sexually transmitted pathogens, Bull. Math. Biol, 75(2)(2013), 258-273 pdf

  16. D. Maxin, L. Berec, M. Covello*, J. Jessee*, M. Zimmer*, The impact of sexually abstaining groups on persistence of sexually transmitted infections in populations with ephemeral pair bonds, J. Theor. Biol., 292 (2012), 1-10, pdf

  17.  L. Berec and D. Maxin, Double impact of sterilizing pathogens: added value of increased life expectancy on pest control effectiveness, J. Math. Biol., 64(7) (2012), 1281-1311, pdf

  18. D. Maxin, T. Olson* and A. Shull*, Vertical transmission in epidemic models of sexually transmitted diseases with isolation from reproduction, Involve, 4-1, (2011), 13-26 pdf

  19. D. Maxin and L. Berec, A two-sex demographic model with single-dependent divorce rate, J. Theor. Biol., (265)(4)(2010), 647-656 pdf

  20. D. Maxin, Proving that three lines are concurrent, C.M.J. (March, 2009) pdf

  21. D. Maxin, The influence of sexually active non-reproductive groups on persistent sexually transmitted diseases, J. Biol. Dynamics 3(5)(2009) 532-550 pdf

  22. D. Maxin and F.A. Milner, The role of sexually abstained groups in two-sex demographic and epidemic logistic models with non-linear mortality, J. Theor. Biol. 258(3)(2009), 389-402 pdf

  23. D. Maxin and F.A. Milner, Effects of Non-Reproductive Groups on persistent sexually transmitted diseasesMath. Biosc and Engin.  4(2007) 505-522 pdf

(*)  undergraduate co-author

http://hitwebcounter.com/counter/counter.php?page=4683168&style=0006&nbdigits=5&type=page&initCount=0