We are ‘hard science’ mined land rehabilitation consultants. Here’s a snapshot of what we get up to.

Certification of progressive rehabilitation at Meandu mine

Certification of progressive rehabilitation at Meandu mine | Highlands Environmental

Client: Stanwell Corporation

Year: 2021

Services provided:

  • Statistical analysis of rehabilitation monitoring data
  • Facilitation of risk assessments
  • Scientific report writing (clear, concise, and precise)
  • Client technical support during the application assessment process

We prepared a Progressive Rehabilitation Report in accordance with Queensland Government requirements. Our report demonstrated the conditions of the relevant environmental authority had been complied with, and the land had been satisfactorily rehabilitated and was in a stable condition. In addition to demonstrating compliance and successful land rehabilitation, our report described on-going land management requirements and presented a detailed assessment of environmental risks associated with the rehabilitation. Based on our report, the application for certification was approved by Queensland Government.

Monitoring of Dichanthium sericeum Queensland bluegrass grasslands at Carnarvon Station Reserve

Monitoring of Dichanthium sericeum Queensland bluegrass grasslands at Carnarvon Station Reserve | Highlands Environmental

Client: Bush Heritage Australia

Year: 2020 & 2021

Services provided:

  • Soil mapping and characterisation
  • Vegetation ecological condition assessment
  • Scientific report writing (clear, concise, and precise)

We conduct comprehensive scientific monitoring of Dichanthium grasslands to understand their baseline condition, track changes over time and assess the effect of management actions on those changes. We proudly provide our scientific know-how to support the ongoing conservation work done by Bush Heritage Australia.

Determining and mapping pre-mining land suitability classes

Determining and mapping pre-mining land suitability classes | Highlands Environmental

Client: BHP

Year: 2020

Services provided:

  • GIS mapping
  • Agricultural land evaluation
  • Our reference library of relevant soil and land resource information

We determined and mapped pre-mining land suitability classes for beef cattle grazing across every BHP-owned tenement in central Queensland, an area of more than 350,000 ha. Suitability classes were inferred from a hierarchy of information including land units by CSIRO, and agricultural management units, soil associations and land resources surveys by the Queensland Government. This large, variable data set was reinterpreted against contemporaneous evaluation guidelines for land suitability in Queensland.

Expert opinion in the Queensland Land Court

Expert opinion in the Queensland Land Court | Highlands Environmental

Client: McCullough Robertson on behalf of Copper Mines of Tasmania

Year: 2020

Services provided:

  • Expert opinion in the areas of waste rock geochemistry, condition of rehabilitation, and further rehabilitation requirements.
  • Experience in Court Managed Expert Evidence (CMEE) rules.
  • Joint expert meeting and reporting.

Our principal Terry Short provided expert opinion services to the Queensland Land Court about rehabilitation at a former gold/copper mine in north Queensland. This included inspecting a rehabilitated sulphide-bearing waste rock dump, material sampling and geochemical characterisation, and consideration of further rehabilitation works. Terry’s work was instrumental in the matter being resolved without trial, despite the opposing views of two other experts.

Rehabilitation soil assessment and recommendations

Determining and mapping pre-mining land suitability classes | Highlands Environmental

Client: Glencore

Year: 2019

Services provided:

  • Soil survey and sampling against recognised standards
  • Soil laboratory testing, data analysis and interpretation

We conducted a scientific investigation of rehabilitation at Clermont mine. This assessment focussed on assessment of soil conditions in rehabilitation and

  • Characterisation of soil profiles (0-90 cm) chemical and physical fertility
  • Identification of inherent and induced soil limitations to plant establishment and growth
  • Provision of specific and detailed recommendations to improve rehabilitation outcomes.
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