Titlebook: Breeding for Resistance to Diseases and Insect Pests; Dhan Pal Singh Book 1986Latest edition Springer-Verlag Berlin Heidelberg 1986 Pathog

仪式

Horst Steinmann,Andreas G. Schererreeder is able to understand at least the mechanisms of variability in the important plant pathogen(s), including fungi, bacteria and viruses with which he is confronted in developing resistant cultivars. The role of this variation to the plant breeders, along with the meaning of various terms used

高射炮

树胶

Dietrich von der Oelsnitz,Martin Hahmannn the host and pathogenicity in the pathogen are important to understand the basic aspects of the interrelationships of host and parasite. Depending on the type of interaction, the breeding/management strategies of resistance described in Chap. 6 could be framed.

手铐

Gewinn, Moral und Risiko im Spannungsfeld,e to search for sources of resistance, i.e. the donors from which the resistant gene(s) may be transferred. The first step, therefore, is to collect variability including the wild/weedy relatives and land races of that species in which improvement in resistance to disease (s) and/or insect(s) is des

BLA

Gewinn, Moral und Risiko im Spannungsfeld,rar 1957). The breeding for resistance is generally no way different than breeding for other traits. However, in resistance breeding the two biological entities, host plant and parasite, are involved, whereas in breeding for other traits the breeder deals with the variability in test material only.

单色

ELATE

Genetics of Host-Parasite Interaction,n the host and pathogenicity in the pathogen are important to understand the basic aspects of the interrelationships of host and parasite. Depending on the type of interaction, the breeding/management strategies of resistance described in Chap. 6 could be framed.

BRIEF

Production of Disease-Resistant Plants by Unconventional Breeding,on of desirable types (Wenzel 1985). Long before man began to influence plant breeding, the evolutionary selection of resistant types took place, resulting in land races, and when Mendelian laws were rediscovered 80 years ago, breeding for resistance continued as a major approach to increasing total yield (Borlaug 1983).

HIKE

precede