Leaf Diagnostic Analyses

Plant tissue analysis provides information on the precise nutrient content absorbed by plants. It helps identify nutritional imbalances and adjust fertilization programs to meet plant requirements at the specific growth stage of the crop.

Plant tissue analysis includes all chemical, microbiological, and molecular analyses that can be performed on the following plant parts:

• Leaves
• Stems
• Roots
• Genetic material (seeds)

More specifically, leaf and stem analyses examine physicochemical properties and measure the levels of chemical nutrients that determine a plant's nutritional status.

Leaf tissue analysis determines the concentrations of the following nutrients in cultivated plants:

TYPES OF ANALYSES

1. Plant Tissue Analysis (Leaf Tissue Analysis)
   Total Nitrogen, Phosphorus, Potassium, Calcium, Magnesium, Sodium, Chlorine, Sulfur, Iron, Zinc, Manganese, Boron, Copper, and Molybdenum.
   This analysis is intended for growers who wish to assess the nutritional status of their crops, determine actual nutrient uptake, evaluate existing fertilization programs, and make the necessary adjustments.
2. Plant Tissue Analysis for Individual Elements
   Measurement of individual nutrients according to the grower's specific requirements.

BENEFITS

Assessment of Crop Nutritional Status
✓ Accurate measurement of nutrient concentrations in plants
✓ Evaluation of fertilization efficiency
✓ Adjustment of plant nutrition programs
✓ Maximization of crop yield

Correction of Nutritional Imbalances
✓ Identification of nutrient deficiencies or excesses that may not be visually apparent in the field
✓ Precise adjustment of plant fertilization
✓ Prevention of adverse effects on crop yield
✓ Improvement of harvest quality

Specialized Fertilization Programs – Precision Agriculture
✓ Targeted interventions based on the actual needs of the crop
✓ Minimization of fertilizer losses
✓ Cost savings and reduced input use
✓ Increased crop productivity
✓ Maximization of profitability

Early Disease Diagnosis
✓ Targeted use of plant protection products
✓ Reduction of crop losses
✓ Lower production costs
✓ Increased yields
✓ Reduced business risk