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Page 1: jameslitsinger.files.wordpress.com€¦  · Web viewChapter 24. Ivan W. Buddenhagen. 1977. Resistance and vulnerability of tropical crops in relation to their evolution and breeding
Page 2: jameslitsinger.files.wordpress.com€¦  · Web viewChapter 24. Ivan W. Buddenhagen. 1977. Resistance and vulnerability of tropical crops in relation to their evolution and breeding
Page 3: jameslitsinger.files.wordpress.com€¦  · Web viewChapter 24. Ivan W. Buddenhagen. 1977. Resistance and vulnerability of tropical crops in relation to their evolution and breeding
Page 4: jameslitsinger.files.wordpress.com€¦  · Web viewChapter 24. Ivan W. Buddenhagen. 1977. Resistance and vulnerability of tropical crops in relation to their evolution and breeding
Page 5: jameslitsinger.files.wordpress.com€¦  · Web viewChapter 24. Ivan W. Buddenhagen. 1977. Resistance and vulnerability of tropical crops in relation to their evolution and breeding
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Chapter 24. Ivan W. Buddenhagen. 1977. Resistance and vulnerability of tropical crops in relation to their evolution and breeding. Pages 309-326. In: Peter R. Day (editor). The Genetic Basis of Epidemics in Agriculture. Annals of the New York Academy of Sciences No. 287. The New York Academy of Sciences, New York, New York, 400 pages.

Keywords: list of major tropical crops that are clonal, self-pollinating, cross pollinated, hybrid, types of epidemic diseases, epidemics categorized by temporal, spatial, and genetic separation, type I long term coevolution, type II genetically new encounters diseases, type III overcoming man-created genetic separation, four tropical crop breeding programs and suggestions for breeding-selection strategy in relation to the origin of crop-pathogen relationship, examples: pineapple whose origin was South America, homogeneity-diversity, breeding, assessment, banana, cassava, sugarcane