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Climate change will cause more deaths from air pollution, study finds
Media release01 August 2017New research estimates that if climate change goes unchecked 60,000 more people will die globally from air pollution in 2030 – just 13 years away. -
So far, so stormy
Media release13 July 2017Today’s low came spinning off the coast of Hawke’s Bay funneling strong winds through the Cook Strait and hitting Wellington region with strong winds before moving on to Taranaki and Auckland this afternoon. -
Generating synthetic wind data
Research ProjectNIWA has recently created synthetic, multi-year, 10-minute wind datasets at 15 wind farm sites across New Zealand. These will be used by the Electricity Commission to model the impact of wind farms on the national grid. -
Extreme weather - winds and tornadoes
Education ResourceDue to its position in the 'Roaring Forties', a belt of strong winds in the Southern Hemisphere which generally occur between the latitudes of 40 and 49 degrees, as well as its small size, New Zealand is a windy country. -
Lesson 9: Ngā Tohu o te Taiao – Māori environmental indicators
Education ResourceThis lesson will explore the use of Māori environmental indicators [tohu] to anticipate local weather and climate conditions. -
HIRDSv4 Usage
NIWA's High Intensity Rainfall Design System (HIRDS) offers planners and engineers more certainty about the frequency of high-intensity rainfall events, enabling them to better design stormwater drainage, flood defence systems and other vital structures. -
Drought
Education ResourceDefining drought and identifying its causes and impacts on humans. -
What is Ocean acidification?
NIWA oceanographer Dr Cliff Law explains the impacts of ocean acidification on organisms that use carbonates to build their shells, and on bacteria. -
Investigating ocean acidification
Feature story06 June 2017The world’s oceans are acidifying as a result of the carbon dioxide (CO2) generated by humanity. -
Mean monthly sunshine (hours)
These datasets are available in a range of formats. -
Assessment of crop and tree species growing potential using climate, soil and topographic information
Research ProjectThis project demonstrates how to assess high value alternative land-use options by means of a quantitative analysis of the growing potential of selected niche crops and tree species.