The use of plant-probiotic microorganisms (PPM) to control soil-borne pathogens and to improve plant nutrition is receiving increasing attention, since they may represent a sustainable alternative to chemical pesticides. We focus on recent data relating how differences in genotypic and phenotypic diversity within PPM communities can be attributed to soil type, soil management regime and plant hosts. Evidence shows that plant-related parameters exert the strongest influence on the genotypic and phenotypic variations in PPM populations. [poster]
Picard C., Bosco M. (2007). Diversity in populations of plant-probiotic microorganisms colonizing cereal roots: a review.. S.N. : s.n.
Diversity in populations of plant-probiotic microorganisms colonizing cereal roots: a review.
PICARD, CHRISTINE;BOSCO, MARCO
2007
Abstract
The use of plant-probiotic microorganisms (PPM) to control soil-borne pathogens and to improve plant nutrition is receiving increasing attention, since they may represent a sustainable alternative to chemical pesticides. We focus on recent data relating how differences in genotypic and phenotypic diversity within PPM communities can be attributed to soil type, soil management regime and plant hosts. Evidence shows that plant-related parameters exert the strongest influence on the genotypic and phenotypic variations in PPM populations. [poster]I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
