The search of effective and sustainable technological alternatives to replace chemical fertilization it is a challenge for scientists. Positive actions of microorganisms on plants growth are known. Considering these criteria, the objective was to determine the effect of Bacillus pumilus CCIBP-C5 on `Grande naine' (Musa AAA) plants in acclimatization stage. The ability to fix atmospheric nitrogen and indoleacetic acid production in vitro was determined. Furthermore, micropropagated Musa sp. plants were inoculated by immersion of roots in bacterial suspension. B. pumilus was able to grow in culture media without nitrogen, and produced 28.9 ìg ml-1 of indoleacetic acid. Besides, B. pumilus increased significantly the height and stem thickness,...
O sistema radicular abriga uma ampla diversidade de bactérias que vivem no solo rizosférico ou colon...
Bacteria producers of plant growth-promoting (PGP) substances are responsible for the enhancement of...
En la actualidad, las comunidades microbianas promotoras del crecimiento vegetal han sido el foco de...
The inoculation of growth-promoting bacteria has already shown benefits in different cultures such a...
High world population and the increase in global food demands results in an indiscriminate use of ch...
Plantains and bananas are crops that require abundant fertilization and are affected by numerous pes...
The application of plant growth promoting rhizobacteria (PGPR) constitutes an ecological practice th...
Plant growth-promoting bacteria (GGPB) have become great candidates for the improvement of agricultu...
The potato (Solanum tuberosum L.) culture requires the intensive use of fertilizers which are expens...
The current patterns of plant nutrition involve extensive use of chemical fertilizers that bring wit...
The capacity to solubilize phosphate and to produce indole compounds Indole Acetic Acid type, was ev...
[ES] La agricultura intensiva, ha recurrido durante los últimos años al uso excesivo de fertilizante...
The objective of this research was to evaluate the influence of autochthonous efficient microorganis...
El modelo de una agricultura más respetuosa con el medio ambiente, en el marco de un desarrollo sost...
Bacteria promote growth by different mechanisms like phosphate (Pi) solubilization, Indol Acetic Aci...
O sistema radicular abriga uma ampla diversidade de bactérias que vivem no solo rizosférico ou colon...
Bacteria producers of plant growth-promoting (PGP) substances are responsible for the enhancement of...
En la actualidad, las comunidades microbianas promotoras del crecimiento vegetal han sido el foco de...
The inoculation of growth-promoting bacteria has already shown benefits in different cultures such a...
High world population and the increase in global food demands results in an indiscriminate use of ch...
Plantains and bananas are crops that require abundant fertilization and are affected by numerous pes...
The application of plant growth promoting rhizobacteria (PGPR) constitutes an ecological practice th...
Plant growth-promoting bacteria (GGPB) have become great candidates for the improvement of agricultu...
The potato (Solanum tuberosum L.) culture requires the intensive use of fertilizers which are expens...
The current patterns of plant nutrition involve extensive use of chemical fertilizers that bring wit...
The capacity to solubilize phosphate and to produce indole compounds Indole Acetic Acid type, was ev...
[ES] La agricultura intensiva, ha recurrido durante los últimos años al uso excesivo de fertilizante...
The objective of this research was to evaluate the influence of autochthonous efficient microorganis...
El modelo de una agricultura más respetuosa con el medio ambiente, en el marco de un desarrollo sost...
Bacteria promote growth by different mechanisms like phosphate (Pi) solubilization, Indol Acetic Aci...
O sistema radicular abriga uma ampla diversidade de bactérias que vivem no solo rizosférico ou colon...
Bacteria producers of plant growth-promoting (PGP) substances are responsible for the enhancement of...
En la actualidad, las comunidades microbianas promotoras del crecimiento vegetal han sido el foco de...