Add to ORKGInternational audienceRhizobia and phosphorus (P)-solubilising bacteria are important to plant nutrition. These microbes also play a significant role as plant growth-promoting rhizobacteria (PGPR) in the biofertilization of crops. The present study was conducted in order to select rhizobial strains adapted to low P, isolated from faba bean nodules in Morocco and to investigate their ability to solubilise the mineral P. Our results revealed that among 100 isolates, 15 are able to solubilising the mineral P using TCP test. 40 strains were evaluated for their effect on the growth of faba plant and were genotypically characterized. Preliminary results show contrasting effect of strains on nodulation rate and plant growth
Many soils of the inter-tropical regions are P-deficient because of their high fixing p...
To identify plant growth promotion ability of phosphorus-solubilizing native bacteria, we have exami...
Phosphorus deficiency is a major constraint for crop production. The beneficial microorganisms in th...
International audienceRhizobia and phosphorus (P)-solubilising bacteria are important to plant nutri...
Low soil phosphorus availability is a major constraint for crops especially when they are depending ...
Low Phosphorus availability in soil is worldwide a frequent major constraint for crops. Rhizobial st...
Some species of rhizobial bacteria nodulating faba bean are characterized by phosphate solubilizatio...
Low Phosphorus availability in soil is worldwide a frequent major constraint for crops. Rhizobial st...
Rhizobia are Gram-negative bacteria able to form nodules and fix nitrogen through legumes. Root nodu...
The use of phosphate-solubilizing bacteria (PSB) as a biological fertilizer of Agricultural land is ...
Aims: The capacity of some soil microorganisms to solubilize in soil is an important activity exhibi...
National audiencePhosphorous (P) availability is a major concern in European agriculture where reser...
Legumes are the most important source of human food and forage. Legumes are able to provide the bene...
This study focused on revealing the correlations between rock phosphate-solubilizing bacteria (PSB) ...
Soil microorganisms, especially rhizobacteria, play a key role in soil phosphorus (P) dynamics an...
Many soils of the inter-tropical regions are P-deficient because of their high fixing p...
To identify plant growth promotion ability of phosphorus-solubilizing native bacteria, we have exami...
Phosphorus deficiency is a major constraint for crop production. The beneficial microorganisms in th...
International audienceRhizobia and phosphorus (P)-solubilising bacteria are important to plant nutri...
Low soil phosphorus availability is a major constraint for crops especially when they are depending ...
Low Phosphorus availability in soil is worldwide a frequent major constraint for crops. Rhizobial st...
Some species of rhizobial bacteria nodulating faba bean are characterized by phosphate solubilizatio...
Low Phosphorus availability in soil is worldwide a frequent major constraint for crops. Rhizobial st...
Rhizobia are Gram-negative bacteria able to form nodules and fix nitrogen through legumes. Root nodu...
The use of phosphate-solubilizing bacteria (PSB) as a biological fertilizer of Agricultural land is ...
Aims: The capacity of some soil microorganisms to solubilize in soil is an important activity exhibi...
National audiencePhosphorous (P) availability is a major concern in European agriculture where reser...
Legumes are the most important source of human food and forage. Legumes are able to provide the bene...
This study focused on revealing the correlations between rock phosphate-solubilizing bacteria (PSB) ...
Soil microorganisms, especially rhizobacteria, play a key role in soil phosphorus (P) dynamics an...
Many soils of the inter-tropical regions are P-deficient because of their high fixing p...
To identify plant growth promotion ability of phosphorus-solubilizing native bacteria, we have exami...
Phosphorus deficiency is a major constraint for crop production. The beneficial microorganisms in th...