6 Pseudomonas Communities in Soil Agroecosystems Page 1 © CAB International 2017.
Advances in PGPR Research (eds HB Singh, 126 BK Sarma and C. Keswani) 6.1 Introduction …

Pseudomonas community structures were investigated by analyzing 16S rRNA clone
libraries derived from fertilized and unfertilized soil plots under corn–alfalfa rotation in a long …

Aims: To study the diversity of the Pseudomonas populations isolated from three different
plant rhizospheres, namely pearl millet, cotton and paddy, grown in saline soils along the …

Five bacteriophages infecting common fluorescent pseudomonads (Pseudomonas
fluorescens and Pseudomonas putida) were isolated from barley rhizosphere soil …

Efficient colonization of the plant root is thought to be crucial for the plant-beneficial effect of
particular Pseudomonas strains. Since root colonization is often the limiting step for …

The rhizosphere, a term introduced by Hiltner (1904), is defined as the area influenced by
the root system. In comparison with root-free soil, the rhizosphere forms a nutrient-rich niche …

Rhizosphere population dynamics of seven Pseudomonas fluorescens and Pseudomonas
putida strains isolated from rhizospheres of various agricultural plants were studied on …

This work determined the impact of irrigation on the seasonal dynamics of populations of
Pseudomonas spp. producing the antibiotics phenazine-1-carboxylic acid (Phz+) and 2, 4 …

Members of the Pseudomonas genus have been isolated and identified worldwide as plant
probiotic microorganisms. Little is known about the dynamics of pseudomonads population …

The soil environment provides a maximum of ecological opportunity (vacant niche space)
and competition, considered by Darwin 22 to be the main causes of diversity patterns among …