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'Sorghum bicolor' 
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M. Sène, - Auteur ; INA-PG Institut National Agronomique, Paris-Grignon (FRA), Organisme de soutenance ; INRA Institut National de la Recherche Agronomique, Laboratoire d'Agronomie, Grignon (FRA) | 1999thèse/mémoire
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C. Bolik, - Auteur ; Université de Munich, (DEU), Organisme de soutenance | 1994ouvrage
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H. Agrama ; G. Widle ; J. Reese ; L. Campbell ; M. Tuinstra | 2002Ninety three recombinant inbreds of Sorghum bicolor (L. Moench) were derived from a cross between two sorghum lines GBIK and Redlan. This population was used to identify quantitative trait loci (QTLs) for resistance and tolerance to greenbug (Sc[...]thèse/mémoire
M. Garcia ; Université de Toulouse 3 (FRA) | 1975thèse/mémoire
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N. Bernstein ; W. Silk ; A. Lauchli | 1995Elongating leaf tissue, which in monocotyledonous species is a small region located near the leaf base, requires a continuous supply of nutrients to maintain cell expansion and is, therefore, highly susceptible to nutrient disturbances. The obje[...]article/chapitre/communication
R. Bowling ; G. Wilde ; D. Margolies | 1998Greenbugs, Schizaphis graminum (Rondani),present a well-documented example of the ability of insects to overcome designed host plant resistance. Four greenbug biotypes have been identified on wheat, Triticum aestivum L., and 3 on sorghum, Sorghu[...]article/chapitre/communication
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J. Cartier ; R. Painter | 1956article/chapitre/communication
J. Cheshire ; J. Funderburk ; D. Zimet ; T. Mack ; M. Gilreath | 1989article/chapitre/communication
R. Behle ; G. Michels | 1993article/chapitre/communication
R. Bowling ; G. Wilde | 1996Three sorghum cultivars resistant to greenbug biotype I (Cargill 607 E, PI550607, and PI550610) were evaluated to determine their mechanisms of resistance. Results indicated antibiosis and antixenosis were mechanisms of resistance in the 3 sorgh[...]
