Knowledge of soil and water is essential to horticulture, effluent use, grazing, cropping, and the rehabilitation of degraded sites. Our Soil Conservation Service (SCS) has the science behind the solution to ensure the complete and comprehensive analysis that you require.
All of our work is founded on a thorough understanding of what is practical and cost effective and at all times is concerned with the environment.
Our National Association of Testing Authorities (NATA) registered laboratory provides a wide range of soil and water analysis, result interpretation and management recommendations. These are typically used for soil ameliorant recommendations, urban and rural water quality, environmental monitoring, seed and fertiliser recommendation, suitability for earthworks construction; and identifying acid sulphate soils.
Services provided by Environmental Consulting include:
- resource planning and assessment
- soil surveying and landscape mapping
- soil and water testing services
- catchment and property planning
- erosion and sediment control on infrastructure developments
- design and construction of soil and water conservation works
- groundwater mapping and salinity control
- vineyard, orchard and feedlot survey and design
- rehabilitation and revegetation of degraded and disturbed areas
- flood detention basins, drainage works and artificial wetlands
- training in conservation earthmoving, urban erosion and sediment control, access track construction and rehabilitation techniques
- coastal dune stabilisation and beach reclamation
We can also help you with:
SCS officers can determine plant nutrient levels in the soil and provide fertiliser recommendations, including lime and gypsum rates for:
- Pasture production
- Agricultural/horticultural crops
- Rehabilitating mine sites
- Rehabilitating degraded areas
Potential Acid Sulphate Soils
Soils containing pyrite (iron sulphate) are referred to as acid sulphate soils. On exposure to air following drainage, oxidation of the pyrite takes place and significant acid can be produced. This acid has a marked effect on the environment as well as buildings and other infrastructure. Testing is undertaken to identify both acid sulphate and potential acid sulphate soils. Management recommendations can also be provided.
Testing can be undertaken to determine water suitability for irrigation, as well as stock and domestic supply. Tests can be conducted on water to measure its hardness, salinity and sodium adsorption ratio. The concentration of iron, chloride, carbonates and bicarbonates can also be tested.
The percentage of clay, silt and sand present in soil is crucial to the construction of earthworks such as dams. The dispersion/aggregation and shrink/swell properties must be considered in determining the soil's suitability for earthworks. The hydraulic conductivity should also be assessed if the pond is to be used for effluent storage.
Rehabilitating Degraded Sites
Overgrazing or other forms of intensive land use can result in areas being stripped of vegetation resulting in the risk of severe erosion. Often, the topsoil has been lost or compacted to a point where specialised techniques are needed to establish suitable vegetation on the site. SCS officers use a combination of proven measures to re-vegetate large areas and difficult sites, including:
- sighting, surveying and constructing a diversion bank above the area to protect it from runoff
- deep ripping to break up rills and increase water infiltration
- shaping and filling to achieve stable slopes
- fertilising and sowing the area with suitable species
- fencing to exclude all stock and feral animals
Our proven track record in successful rehabilitation projects includes rural properties, road batters, gravel quarries, salt scalded areas, derelict mines, garbage tips and beach dunes.
- Erosion Control and Rehabilitation of Degraded Areas Fact Sheet
- Project Management, Planning and Assessment Fact Sheet
- Soil and Water Analysis Fact Sheet
- Specialists in Natural Resource Management Fact Sheet
- Access Tracks Fact Sheet
- Water Resource Management Fact Sheet
For more information please contact your local Soil Conservation Service representative, or email email@example.com.
Page last updated/reviewed: 31 Mar 2014