Soil fatigue and replant disease

An early sign of soil fertility degradation

“Soil fatigue” or “replant disease” represents the warning symptom of an imbalance in the soil-plant system, linked to the progressive degradation of fertility.

British researchers define this phenomenon as “plant vigour mediated disease”, highlighting how the physiological state of plants is closely connected to soil quality and the agronomic techniques adopted.

Micosat Soil Fatigue

EFFECTS ON PLANTS

Alterations affecting crops

Reduction of vegetative growth

Delay in entering production

Chlorosis and wilting

Reduction of absorption and development

Necrosis of root tips

Plant death

EFFECTS ON SOIL

Alterations of the soil and rhizosphere

Modification of soil structure

Alteration of the diversity of microbiological communities in the area in contact with roots (rhizosphere).

MICROORGANISMS ARE THE ENGINES OF NUTRITIONAL CYCLES

C Carbon
N Nitrogen
S Sulfur
Fe Iron
Mn Manganese
Nutritional cycles

INCORRECT MANAGEMENT

Any chemical fertilizer or organic substance cannot be transformed, stabilized, or absorbed without the intervention of soil microbiology.

Incorrect management of crop residues and humification processes can favor the accumulation of toxic metabolites and the prevalence of pathogenic microorganisms, reducing soil biodiversity.

HOW TO REBALANCE THE RHIZOBIOME TO RESTORE FERTILITY?

MICOSAT F® intervenes through a selected microbial consortium, favoring the rebalancing of rhizobiome biodiversity and counteracting imbalances caused by suboptimal agronomic practices.

“Fertility is the capacity of a soil to sustain plant growth from every point of view; the components of fertility are: chemical, physical, microbiological.”

Sequi and Chéroux

“Fertility is the capacity of the soil ecosystem to create livable conditions for plants.”

Zucconi
Promoting soil fertility means sustaining the productivity and future profitability of crops.