Micronutrients needs

Mn
The plant absorbs the following form:
Mn2+
Role in the life of a plant:
  • Necessary for the course of basic plant life processes (cofactor for enzymes controlling, e.g. chloroplast formation
  • A key ingredient in the process of creating chlorophyll (green plant pigment), protein synthesis
  • Without manganese, there is no photosynthesis, i.e. increasing yield
  • Necessary for proper metabolism of nitrogen and phosphorus
  • Accumulation of fat in seeds
  • Increased resistance to thermal and water stress
Benefits for plants:
  • Proper growth and development of plants
  • Intensive plant vigour
  • High stress resistance
  • Greater resistance to diseases, protection of the root system against pathogens
  • Higher winterhardiness
  • Stronger root system
  • Plants are greener
  • Good plant nutrition with nitrogen and phosphorus
  • Correct hormonal balance
B
The plant absorbs the following form:
H2BO3; H3BO3; B(OH)4
Role in the life of a plant:
  • Determines the correct course of flowering and seeding
  • Higher resistance of plants to low temperatures by thickening cell liquids
  • Causes root growth
  • Controls the formation of lignins, which, among others, are responsible for plant cell wall rigidity
  • Determines good phosphorus and potassium management
  • Responsible for the synthesis of phenols that are toxic to pathogens
Benefits for plants:
  • Proper growth and development of plants
  • Intensive plant vigour
  • High stress resistance
  • Stronger root system
  • Higher winterhardiness
  • Intensive flowering
  • Complete pollination
  • High polarisation in sugar beet
  • Proper development of potato peel (no cracks)
  • Synthesis of plant hormones
  • Greater resistance to diseases
Cu
The plant absorbs the following form:
Cu2+
Role in the life of a plant:
  • Without copper, the plant will not breathe
  • Necessary in the process of photosynthesis, i.e. increasing yield
  • Determines the formation of lignin (hard fibres)
  • Determines the correct course of the seed filling phase
  • Determines the formation of pollen
  • Determines the metabolism of proteins and carbohydrates
  • Intensifies the transport of photosynthesis products to seeds and kernels
Benefits for plants:
  • Proper growth and development of plants
  • Intensive plant vigour
  • High stress resistance
  • Plants are more resistant to fungal diseases
  • Enhances plant cell wall rigidity (no lodging)
  • High polarisation in sugar beet
  • Proper nitrogen metabolism
  • Synthesis of plant hormones
Zn
The plant absorbs the following form:
Zn2+
Role in the life of a plant:
  • The plant will not collect nitrogen without zinc
  • Activator of multiple enzymes
  • An essential element in the process of creating plant proteins and carbohydrate metabolism
  • Determines the correct course of the photosynthesis process
  • Affects the transformation of nitrogen into protein and extends the seed filling phase
  • Determines the communication of legumes with root-nodule bacteria
Benefits for plants:
  • Proper growth and development of plants
  • Intensive plant vigour
  • High stress resistance
  • Deep-reaching root system
  • Effective nitrogen use
  • Correct hormonal balance
  • Greater resistance to diseases, protection of the root system against pathogens
Mo
The plant absorbs the following form:
MoO42+
Role in the life of a plant:
  • Without this micronutrient, the plant faces very difficult nitrogen assimilation in the form of NO3-
  • Optimises nitrogen and sulphur metabolism
  • Thanks to it, pollen thrives longer, which translates into effective pollination
  • Co-forms plant hormones
  • Determines the formation of root warts in plants that bind atmospheric nitrogen
Benefits for plants:
  • Proper growth and development of plants
  • Intensive plant vigour
  • High stress resistance
  • Good nitrogen nutrition
  • Correct hormonal balance
Fe
The plant absorbs the following form:
Fe2; Fe3
Role in the life of a plant:
  • Without iron, plant cells could not breathe
  • Affects the consumption of CO2 in the process of photosynthesis
  • Participates in the formation of lignin, responsible for plant rigidity
Benefits for plants:
  • Proper growth and development of plants
  • Intensive plant vigour
  • High stress resistance
  • Well-coloured plants
  • Greater resistance to diseases
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