Microorganisms are the most numerous group of living organisms in the pedosphere. They encompass bacteria, viruses, fungi, algae, protozoa and lichens. Their numbers amount to several million per one gram of absolutely dry soil while their biomass amounts to 5-20 tons per hectare. The aims of this investigation were to examine the effect of application of root nodule bacteria (single strain, mixture of strains, microbiological fertilizer "Nitragin") on the total number of microorganisms, the numbers of fungi actinomycetes, azotobacters, free nitrogen-fixing bacteria and ammonifiers and the activity of dehydrogenase, as well as how the application of bacteria affects some parameters of nitrogen fixation (dry mater mass, percentage and conten...
Nitrogen is generally considered one of the major limiting nutrients in plant growth. The biological...
Several types of associative microbes inhabit in the rhizosphere of legumes. These include plant gro...
Pseudomonas putida strain angstrom 313, a deleterious rhizosphere bacterium, reduced pea nitrogen co...
Biological nitrogen fixation, performed by diazotrophic bacteria, plays an important role in the mai...
The study concerned the number of microorganisms colonizing the humus layer and under plough soil fr...
The primary aim of this study was to investigate the effects of seed inoculation with the biocontrol...
Actual nitrogen fixation of pea and field-bean plants, grown in soil in the open air, was determined...
Biological nitrogen fixation (BNF) can be improved by optimizing the interaction between the rhizobi...
Typescript (photocopy).The most generally limiting nutrient to growth of forage grasses is fixed nit...
An attempt has been made in the present investigation to elucidate the influence of growing legumes ...
Biological nitrogen fixation represents the subject of numerous investigations of the scientific com...
In order to achieve an accumulation of larger quantities of organic matter in the soil after the gro...
A dinitrogen fixation by bacteria living in symbiosis with leguminous plants is a widespread and wel...
This paper deals with microbiological activity in natural pasture with ranker soil used in long-term...
Microbial interactions in the plant rhizosphere play important roles in the overall development of l...
Nitrogen is generally considered one of the major limiting nutrients in plant growth. The biological...
Several types of associative microbes inhabit in the rhizosphere of legumes. These include plant gro...
Pseudomonas putida strain angstrom 313, a deleterious rhizosphere bacterium, reduced pea nitrogen co...
Biological nitrogen fixation, performed by diazotrophic bacteria, plays an important role in the mai...
The study concerned the number of microorganisms colonizing the humus layer and under plough soil fr...
The primary aim of this study was to investigate the effects of seed inoculation with the biocontrol...
Actual nitrogen fixation of pea and field-bean plants, grown in soil in the open air, was determined...
Biological nitrogen fixation (BNF) can be improved by optimizing the interaction between the rhizobi...
Typescript (photocopy).The most generally limiting nutrient to growth of forage grasses is fixed nit...
An attempt has been made in the present investigation to elucidate the influence of growing legumes ...
Biological nitrogen fixation represents the subject of numerous investigations of the scientific com...
In order to achieve an accumulation of larger quantities of organic matter in the soil after the gro...
A dinitrogen fixation by bacteria living in symbiosis with leguminous plants is a widespread and wel...
This paper deals with microbiological activity in natural pasture with ranker soil used in long-term...
Microbial interactions in the plant rhizosphere play important roles in the overall development of l...
Nitrogen is generally considered one of the major limiting nutrients in plant growth. The biological...
Several types of associative microbes inhabit in the rhizosphere of legumes. These include plant gro...
Pseudomonas putida strain angstrom 313, a deleterious rhizosphere bacterium, reduced pea nitrogen co...