Improving the sustainable management of, and economic returns from, New Zealand’s groundwater resources.
Groundwater accounts for roughly 30% of New Zealand’s water usage and is essential for environmental integrity, social well-being and economic productivity.
At GNS Science Hydrogeology Department, our research and research-based consultancy address the critical issues facing groundwater resource management:
- How have/will human activities, climate change and other pressures affect New Zealand's groundwater resources?
- What are the hydrogeological and structural characteristics of NZ's aquifer systems?
- What are the fluxes of key substances into, out of and through NZ's aquifers?
- What are the fluxes of water into, out of and through NZ's aquifers?
- How can we ensure that stakeholders will use our research results appropriately and efficiently?
The SAC research programme aims to develop a suite of innovative methods for rapid and cost-effective characterisation of New Zealand’s groundwater systems. SMART is an acronym for Save Money and Reduce Time.
The GWR programme objectives include: national monitoring of NZ groundwater quality; characterisation of groundwater systems including economics and policy; and application of age tracers and isotopes for understanding the dynamics of hydrologic systems.
This programme aims to improve groundwater models by calibration and validation using hydrochemical, temperature and age tracer data. This programme includes case study areas in the Bay of Plenty, Wellington and Southland regions.
The Ka Tu Te Taniwha – Ka Ora Te Tangata project aims to understand the impacts of development in the Awahou groundwater catchment to ensure the health and wellbeing of the Ngati Rangiwewehi people.
The National Groundwater Monitoring Programme (NGMP) provides a national perspective on groundwater monitoring used to define “baseline” groundwater quality, associates groundwater quality with certain causes such as anthropogenic influence, and best-practice methods for sampling and monitoring as well as groundwater quality data interpretation.
A strategy to restore and protect the Rotorua lakes has been developed by Environment Bay of Plenty. GNS Science is involved as a project partner - to define and understand the groundwater catchment of Lake Rotorua, as knowing the extent of characteristics such as flow rates and length of water residence time of the catchment is vital to support decisions for remediation actions to restore lake water quality.
Affordable systems to remove nitrate from water and wastewater, and reduce the environmental impact of industry and productive sectors.
Water Dating Laboratory
GNS Science Water Dating Laboratory has been rated the most accurate tritium water dating lab world-wide, the Dating Laboratory has 55 years of experience in high-sensitivity, ultra-low concentration tritium analysis. Find out more about Water Dating Laboratory
Database and Tools
Use GNS Science database, maps, applications and free downloads to aid your groundwater research.
- GNS Groundwater and Geothermal Database (GGW)
Free tools for download including:
Spreadsheet for automatic statistical analysis of water quality data
Capture Zone delineation simple methods spreadsheet
Groundwater capture zone GIS toolkit
- Aquifer and geological maps of New Zealand
3 million MBIE fund awarded to "Smart Model for Aquifer Management" research programme
Catherine Moore and her research team for hydrogeology Department, GNS Science, has been awarded $3 million from the Environement Fund for a three-year project "Smart Model for Aquifer Management" in the 2015 MBIE Science Investment Fund.
Our team of specialists in hydrogeology, isotopic sciences, geophysics, computer modelling and groundwater chemistry.
Team Member Bio and Contact Details
Please contact us with any inquiries you may have.