This research programme, led by EERNZ/Massey University, is about integrating state-of-the-art research with policy to enable better decisions in Spatial Planning. It builds on the Creating Futures project and ‘Sustainable Pathways 1' and runs from 2009 to 2015. There are three parallel research streams:
The purpose of the National Advisory Group for Integrated Planning (NAGIP) is to support integrative spatial planning in New Zealand. The focus of NAGIP is to promote the development of appropriate systems and tools such as models and decision support systems (DSS) to undertake integrated planning. Members are from central and local government, including representatives from research institutes and universities.
This directory is a searchable web-based directory of existing spatial models and other decision support systems for policy and resource management by regional councils. The directory provides standardised key information for each spatial model/DSS and will also include examples, where available, of how they have been used and applied by regional councils or other agencies.
RIKS is one of the key Creating Futures partners and supporting and further enhancing WISE. RIKS has been producing software tools for over 20 years to support planners by allowing them to test and analyse the outcomes of potential decisions. Their tools consist of a range of computational models that are integrated together to form a Spatial Decision Support System. For WISE, including the software frameworks GEONAMICA (used for WISE) and METRONAMICA.
ESPRID is a web-based Information Source for researchers and policy-makers concerned with Strategic Spatial Planning in a European context. It contains material from academic books and journals, policy reports, plans and policy statements, databases and websites. It also includes information on relevant experts.
The Quality Planning website (QP website) was launched in 2001 to promote good practice by sharing knowledge about all aspects of practice under the RMA. The QP website is now the primary tool for delivering robust information on RMA processes and environmental policy to resource management practitioners.
In this project a computer-based model framework for freshwater models is being designed and tested to proof-of-concept stage. The framework will allow a number of existing mathematical models for freshwater quality and quantity to interoperate by sharing data, communicating to each other, and making use of visualisation or mapping tools.