Irrigation water analysis
Interprets the laboratory water analysis and checks the charge balance before the diagnosis.
Features, inputs and results of each tool, with screenshots.
Interprets the laboratory water analysis and checks the charge balance before the diagnosis.
Calculates the ion by ion composition of a blend of several waters and the ratio that meets a target or a limit.
Interprets the soil analysis by horizon and ranks the problems by correction priority.
Calculates the number of plants and the effective density of the plot, with aisles and margins deducted.
Places emitters, lines, paths and sectors on the plot and calculates flows, irrigation times and uniformity.
Calculates the nutrient uptake of the cycle and distributes it by periods with the irrigation water.
Calculates the kilos of each fertilizer for a target solution and distributes them in tanks or injectors.
Saves nutrient solution programmes by grower and crop, with different targets for each stage.
Calculates the nutrient solution with liquid fertilizers, in litres per tank and with the density of each product.
Calculates the preparation of the target solution in the farm equipment: what goes in each tank, in which irrigation and with which injection.
Calculates the solution reaching the dripper from the kilos loaded in each tank: composition in mmol/L and mg/L, EC and pH.
Calibrates disc, pendulum or pneumatic spreaders and plans the basal and top dressing of the season.
Calculates the lime, sulphur or gypsum rate to correct acidity, high pH or sodicity, with schedule and cost.
Calculates the rate of organic materials and the nitrogen available year by year, with the soil carbon balance.
Catalogue of mineral fertilizers, acids and formulations with their composition, EC curve, solubility and density.
Fertilizers, organic materials and amendments for organic farming, with their certificate and control body.
Organizes farms, parcels, greenhouses and crops, drawn on the SIGPAC map and linked to fertilization.