Designing an open source modelling system to assess productivity potential and water quality contaminant dynamics at farm and catchment scales
What Are We Doing?
Transitioning New Zealand’s agricultural landscape to a more diverse and resilient mosaic of land uses requires understanding how land management and water quality interact, and how targeted management can achieve our shared values. This requires our ability to model these interactions using open-source interoperable models feeding off low- or no-cost, readily available and high-quality data.
Interoperable Modelling research is developing a national modelling system that assesses the environmental, production and economic implications of land use and land use change, at farm and catchment scales. The goal is to create a trusted tool that helps individuals and communities achieve agreed land and water quality outcomes.
Researchers have identified an agreed initial set of models, data sources, and visualisation components, and are working with a software platform for integrating and accessing the components. Our programme is co-funded by stakeholders to provide a platform where the best models can ‘talk’ to each another.
How Can The Research Be Used?
- Interoperable Modelling researchers are working with an agreed integrated science quality modelling platform to implement a functioning and interoperable set of models. This platform is using the best available data to provide much faster, cheaper analyses and visualisation experiences, and outputs that are meaningful for the measurement of national scale change (eg land use) or regulatory limits.
- A comprehensive report on interoperable modelling was prepared collaboratively with input from technical experts from 14 organisations. There are 10 parties actively engaged with co-funding the next phase of the programme, with approximate 1:1 co-funding.
- Work on implementing this plan commenced in 2018, with a condensed work programme in 2019 to deliver an initial set of models implemented in the open-source DeltaShell framework and trialled in a test catchment (Aparima catchment in Southland).
- The initial set of models will focus on static and dynamic catchment models, including contaminant generation and transport, water resources, and optimisation.
Sandy ElliottNIWA Profile →
Tom EvansNIWA Profile →
Channa RajanayakaNIWA Profile →
Jing YangNIWA Profile →
Christian ZammitNIWA Profile →
Ronaldo VibartAgResearch Profile →
Richard MuirheadAgResearch Profile →
Bethanna JacksonVictoria University of Wellington Profile →
Christophe ThiangeDairyNZ Profile →
Hans EikaasDairyNZ Profile →
Rogerio CichotaPlant and Food Research Profile →
Alex HerzigManaaki Whenua Profile →
Utkur DjanibekovManaaki Whenua Profile →
Juan MongeScion Profile →
Jeremy WhiteGNS Science Profile →
Mike ToewsGNS Science Profile →
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