Integrated soil sampling in the field is essential for accurately evaluating soil quality and health, which underpin sustainable land use, crop productivity, and effective irrigation. Hydroview Consulting conducts detailed field investigations to assess key indicators such as soil structure, compaction, moisture retention, organic matter presence, and visible signs of salinity or erosion. Our team employs systematic, site-specific sampling techniques—using soil augers, cores, and GPS-referenced grids—to capture the variability of soil conditions across landscapes. By focusing on in-situ characteristics and health indicators, we provide clients with a clear understanding of soil limitations and improvement opportunities, forming the foundation for tailored soil management strategies.

pH, nutrient, and ion balance analyses are essential for evaluating soil fertility, plant-available nutrients, and chemical constraints that impact productivity and environmental outcomes. Hydroview Consulting applies a comprehensive approach that integrates detailed field sampling with laboratory testing and desktop analysis. In the field, we conduct stratified depth sampling and record in-situ indicators such as soil colour, reactivity, and vegetation condition. Laboratory analysis includes pH (CaCl₂ and H₂O), macro- and micronutrient concentrations, cation exchange capacity (CEC), and key ions contributing to salinity or nutrient imbalances (e.g. Na⁺, K⁺, Ca²⁺, Mg²⁺, Cl⁻, NO₃⁻). Results are interpreted in the context of land use, crop demand, and water quality, enabling clients to make informed decisions on nutrient application, soil amendment, and irrigation planning. This integrated methodology ensures precision in identifying soil constraints and developing sustainable land and nutrient management strategies.

Assessment of soil salinity and sodicity requires an integrated approach combining field investigation, laboratory analysis, and desktop interpretation to accurately evaluate risks to soil structure, plant health, and irrigation efficiency. Hydroview Consulting undertakes systematic field sampling using depth-profile techniques and geospatial tools, supported by in-field observations of soil texture, moisture, surface crusting, and vegetation stress. Laboratory testing quantifies electrical conductivity (ECe), exchangeable sodium percentage (ESP), sodium adsorption ratio (SAR), and key ion concentrations. This data is then interpreted alongside site history, irrigation practices, and climatic conditions to identify causes and extent of salinity and sodicity issues. Our holistic approach supports tailored management plans, including soil amendments, drainage improvements, and irrigation optimisation to restore soil function and reduce long-term degradation risks.

Soil permeability and infiltration testing is fundamental for understanding water movement through the soil profile, which influences irrigation efficiency, drainage design, and erosion risk. Hydroview Consulting delivers a comprehensive assessment by integrating field testing, laboratory analysis, and desktop evaluation. In the field, we conduct in-situ permeability and infiltration tests—such as constant head, falling head, or double ring infiltrometer methods—tailored to site conditions and project objectives. Soil structure, compaction, and surface condition are documented alongside test results to contextualise hydraulic behaviour. 

Water and wastewater irrigation assessments are essential for ensuring the sustainable reuse of water resources while protecting soil health, crop productivity, and groundwater quality. Hydroview Consulting applies an integrated approach combining field investigations, laboratory testing, and desktop analysis. In the field, we assess site conditions including soil structure, permeability, salinity indicators, and vegetation response. Desktop assessments incorporate climate data, crop water requirements, irrigation history, and regulatory thresholds to evaluate application rates and long-term loading risks. Our assessments support the design of fit-for-purpose irrigation schemes, identify constraints such as salinity or nutrient accumulation, and provide clear recommendations for managing water quality, application frequency, and soil amendments to ensure compliance and viability.