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Natural resource |
Key climate influence |
Source of information |
Assessment capabilities |
|---|---|---|---|
Water |
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Models NIWA ‘Topnet model’, MIKE11; Lincoln Environmental (irrigation model) Databases Regional council water quality and quantity databases; National HIRDS dataset; National Climate Database; National River Water Quality and Quantity Network and Database; National Hydrometric Database |
Good predictive capability in most cases |
Rivers |
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Peak rainfall and/or flows and/or levels |
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Seasonal rainfall and/or flows and temperature |
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Lakes |
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Rainfall |
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Seasonal rainfall and temperature |
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Decadal rainfall and temperature |
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Wetlands |
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Decadal rainfall and temperature |
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Groundwater |
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Seasonal to decadal rainfall |
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Water quality |
Daily to monthly temperature, rainfall |
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Drainage |
Rainfall, groundwater levels, land use |
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Storm water and waste water drainage |
Hourly peak rainfall |
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Water supply and irrigation |
Rainfall and/or flows, projected demands |
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Land |
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Models CLIMEX (developed in Australia to predict distributions of insect pests); Landcare Research have a range of models for predicting biodiversity changes and ecosystem responses; CLIMsystems (an evolution of CLIMPACTS); Hotspots (mosquitoes) Databases National vegetation survey, soil and land databases (Landcare Research) |
Some predictive modelling capability exists, principally in the science community. In many cases, it will be necessary to gather biological and physical data over a period of time. |
Erosion |
Rainfall |
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Biodiversity |
Decadal rainfall and temperature |
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Biosecurity |
Seasonal to decadal rainfall and temperature |
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Coast |
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Models Various dynamic 1-, 2- and 3-D models and empirical models Databases Sea levels, winds, waves, tides, sea surface temperature, beach profiles |
Variable |
Inundation |
Long-term changes in sea level |
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Air |
|
Models |
Specific modelling capability limited to a small number of experts |
Air quality |
Hourly temperature |
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General |
24-hour to seasonal weather extremes (temperature, rainfall, wind, snow) |
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Natural hazards |
Note: HIRDS is the High Intensity Rainfall Design System available on CD from NIWA, or (HIRDS Version 3) via the NIWA website.