Land Suitability Assessments

# Do it before buying the land!
# You are already an owner – learn what you actually own!
# Protect your investment intention!

Detailed soil investigation is a mandatory and foundational step when establishing high-value, long-term systems such as perennial crops (orchards), vineyards, vegetable gardens, essential oil crops, greenhouses, and conservatories (poly tunnels).

These investments involve significant upfront costs and decades-long commitments—making site suitability critical. A comprehensive soil survey before planting identifies potential limitations (e.g., pH imbalances, nutrient deficiencies, drainage issues, salinity risks, or restrictive layers) that could compromise root development, plant health, and long-term productivity. Correcting problems after establishment is often expensive, difficult, or impossible.

It serves as the primary tool for ongoing monitoring and control of soil conditions in already established plantations and crop fields. Regular detailed assessments detect changes over time—such as nutrient depletion, acidification, compaction, or emerging degradation—allowing timely adjustments to maintain optimal performance and prevent yield declines.

Above all, detailed soil investigation remains the only reliable, evidence-based instrument for making correct, justified decisions and applying targeted measures to positively influence agricultural crop development. It provides precise data on soil properties (texture, structure, depth, fertility, water-holding capacity, and more), enabling:

• Accurate crop/variety selection and site matching
• Tailored fertilization, liming, amendment, and irrigation plans
• Early prevention of nutrient imbalances, toxicities, or deficiencies
• Cost-effective resource use and higher, more consistent yields
• Compliance with sustainability standards and reduced environmental risks

In short: Skipping or skimping on detailed soil investigation exposes perennial and intensive systems to unnecessary risks. With it, you build success on solid, data-driven foundations.

• Field Soil Surveys;

• Soil Sampling and Laboratory Analysis;

• Identification and Assessment of Contaminated Soils and Soil Health; Status;

• Construction and Maintenance of Soil Monitoring Networks;

• Production of GIS-Based Soil Distribution and Soil District Maps;

• Land Suitability Assessments for Crop Production;

• Recommendations for Alternative Crops;

• Fertilization Recommendations;

• Consultations on Changes in Agricultural Land Use;

• Soil Health Advisory Services for Local Administrations;

• …and many other services related to soils, soil surveys, soil monitoring, and soil health