Rhizobium leguminosarum biovar viciae is a bacterium, which can establish nodules on roots of legumes. Rhizobial inoculants are used in agriculture as bio-fertilizers. Peat, clay powder and three kinds of expanded clay were tested for the immobilization of bacteria. The results showed that carrier material influences the success of immobilization and that storage temperature influences the survival. The best results were achieved with maintenance of bacteria in a suspension and immobilization on peat. We recommend storage of rhizobial products at a temperature of −18 C or 4 C
Microbial interactions in the plant rhizosphere play important roles in the overall development of l...
The effect of a variety factors on the survival of several rhizobia strains on inoculants and inocul...
In this study agriculturally important Pseudomonas spp. which may solubilize phosphate and Azotobact...
Rhizobia are well known for their capacity to establish a symbiosis with legumes. They inhabit root ...
Rhizobium leguminosarum ir slāpekli fiksējošas baktērijas, kas spēj veidot gumiņus uz tauriņziežu sa...
Abstract The effect of a variety factors on the survival of several rhizobia strains on inoculants a...
Rhizobium leguminosarum biovar viciae ir augsnes baktērija, kas spēj veidot gumiņus uz zirņu, pupu, ...
Native rhizobia are ideal for use as commercial legume inoculants. The characteristics of the carrie...
Bacterial inoculants play an important role in both agriculture and bioremediation. The long-term u...
Peat is the standard carrier material used for commercial microbial inoculants produced in Canada an...
Selection of a suitable carrier material for rhizobial inoculants is essential for biofertilizers pr...
Bacteria have frequently been introduced into the soil environment, e.g. for increasing crop product...
Nitrogen (N) is a limiting element for plants; however, the use of synthetic N fertilisers in agricu...
The hypothesis that the population size of introduced bacteria is affected by habitable pore space w...
The excess use of chemical fertilizers diminishes soil fertility and yield from crops gradually. To ...
Microbial interactions in the plant rhizosphere play important roles in the overall development of l...
The effect of a variety factors on the survival of several rhizobia strains on inoculants and inocul...
In this study agriculturally important Pseudomonas spp. which may solubilize phosphate and Azotobact...
Rhizobia are well known for their capacity to establish a symbiosis with legumes. They inhabit root ...
Rhizobium leguminosarum ir slāpekli fiksējošas baktērijas, kas spēj veidot gumiņus uz tauriņziežu sa...
Abstract The effect of a variety factors on the survival of several rhizobia strains on inoculants a...
Rhizobium leguminosarum biovar viciae ir augsnes baktērija, kas spēj veidot gumiņus uz zirņu, pupu, ...
Native rhizobia are ideal for use as commercial legume inoculants. The characteristics of the carrie...
Bacterial inoculants play an important role in both agriculture and bioremediation. The long-term u...
Peat is the standard carrier material used for commercial microbial inoculants produced in Canada an...
Selection of a suitable carrier material for rhizobial inoculants is essential for biofertilizers pr...
Bacteria have frequently been introduced into the soil environment, e.g. for increasing crop product...
Nitrogen (N) is a limiting element for plants; however, the use of synthetic N fertilisers in agricu...
The hypothesis that the population size of introduced bacteria is affected by habitable pore space w...
The excess use of chemical fertilizers diminishes soil fertility and yield from crops gradually. To ...
Microbial interactions in the plant rhizosphere play important roles in the overall development of l...
The effect of a variety factors on the survival of several rhizobia strains on inoculants and inocul...
In this study agriculturally important Pseudomonas spp. which may solubilize phosphate and Azotobact...