Disease suppressive soils are important for managing soil-borne diseases that cannot be
controlled with chemicals. One such disease is the potato common scab caused by …

The use of biological inputs in crop production systems, as complements to synthetic inputs,
is gaining popularity in the agricultural industry due to increasing consumer demand for …

Compost application may be an effective means to rapidly increase soil organic matter, soil
quality, and soil microbial community diversity in intensive potato crop production systems …

Soil microorganisms play a key role in soil physical structure. Soil microbial community
structure and functions are in turn affected by soil aggregation or degradation. The …

Background Potato seed tubers are colonized and inhabited by soil-borne microbes, that
can affect the performance of the emerging daughter plant in the next season. In this study …

To date, a paucity of studies have examined bacterial communities in tuberospheres.
However, the function of these bacterial communities in healthy potato plants is still largely …

Improved knowledge and a better understanding of the functions of bacterial communities
are vital for effective crop disease management. This study was conducted to study a …

Results showed the growth rate and carboxylates in wheat and canola genotypes differing in
P-efficiency using two acidic soils with low P availability. The preliminary tests showed …

Les plantes, par leurs racines, offrent une myriade de niches écologiques pour les
microorganismes du sol, et ceux-ci la protègent contre les attaques parasitaires et les stress …