Long‐Distance Dispersal and Accelerating Waves of Disease: Empirical Relationships von Mundt, Christopher C., Sackett, Kathryn E., Wallace, LaRae D., Cowger, Christina, Dudley, Joseph P.

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Landscape heterogeneity and disease spread: experimental approaches with a plant pathogen von Mundt, Christopher C, Sackett, Kathryn E, Wallace, LaRae D

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Initial epidemic area is strongly associated with the yearly extent of soybean rust spread in North America von Mundt, Christopher C., Wallace, LaRae D., Allen, Tom W., Hollier, Clayton A., Kemerait, Robert C., Sikora, Edward J.

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Aerial Dispersal and Multiple-Scale Spread of Epidemic Disease von Mundt, Christopher C, Sackett, Kathryn E, Wallace, LaRae D, Cowger, Christina, Dudley, Joseph P

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Velocity of spread of wheat stripe rust epidemics. [Erratum: 2005 Nov., v. 95, no. 11, p. 1363.] von Cowger, C, Wallace, L.D, Mundt, C.C

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Appendix A. Positions and sizes of artificially inoculated foci and observation points for estimating disease prevalence in host patches of differing size von Mundt, Christopher C., Sackett, Kathryn E., LaRae D. Wallace

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Appendix C. Comparison of host diversity and host patch size treatments with data restricted to sampling distances common to all patch sizes von Mundt, Christopher C., Sackett, Kathryn E., LaRae D. Wallace

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Appendix B. Effects of host diversity, host patch (plot) size, and initial disease focus size on prevalence of wheat stripe at different distances from artificially inoculated foci... von Mundt, Christopher C., Sackett, Kathryn E., LaRae D. Wallace

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