The University of Otago published a report last year stating that NZ was in the upper end of an international scale for excess winter mortality (EWM) and that 1600 more people died over the winter months than the summer (On overage, 600 more deaths occurred in July compared to February) and that this high EWM had remained pretty constant for the last 20 years.
Otago’s Associate Professor Michael Baker reported that NZ’s EWM is 2% higher than the mean mortality rates of 14 European countries, even though many of those countries had lower winter temperatures than New Zealand. Why is that?
“One theory is that countries like Canada, Norway and Russia have such cold winters that people have developed better insulated houses and other strategies to survive winter. More temperate countries like New Zealand, Ireland and Portugal have a higher EWM because we are less well adapted to cold conditions.”
The report concluded that ‘further research’ was needed:
“EWM in NZ is substantial and at the upper end of the range observed internationally. Interventions to reduce EWM are important, but the surprising lack of variation in EWM by ethnicity, region and deprivation, provides little guidance for how such mortality can be reduced. More targeted research is needed to explore a number of other possible factors that could be contributing to EWM, including the role of climate, influenza, behaviour, crowding in winter, levels of home heating & thermal performance of houses.”
Other recent studies seem to confirm that there is a significant problem with the condition of many houses in New Zealand with poor insulation, damp and mould having serious effects on human health.
A year earlier Professor Robert Vale, a sustainable architecture expert, said he was “appalled” by the state of New Zealand’s houses. In his opinion even New Zealand’s most ecologically advanced houses were 40 years behind European cutting-edge eco-houses:
“In terms of energy efficient houses we are not very far along. It’s pretty much where the Scandinavians were in the 1960s.”
Vale emigrated to New Zealand 13 years ago and described the average New Zealand house as “scarily cold“, badly insulated, with huge expanses of single-glazed glass and a nightmare to heat. He and his wife were expecting a country that was environmentally advanced but instead found a country with little interest in sustainability.
“It’s not what we expected, with NewZealand’s clean green image and the anti-nuclear thing.”
Vale pointed out 17 houses that are being promoted as paragons of energy efficiency on the Building and Research Association of New Zealand’s website. These were supposed to be zero and low energy houses but more than two thirds used more energy than the average NZ house, one used 57,000KWh in a year – 5 times the average of 11,000KWh per year.
One large Lyttelton house with a floor area of 330 sq m, used little electricity but more than 53,000KWh worth of firewood each year whilst another promoted as a zero energy home used an LPG heater and a log burner with a wetback.
NZ’s Houses Compared to Refugee Camp Huts
According to a health expert 3 out of 4 homes in some regions of New Zealand were so cold, damp and mouldy that they were on a par with refugee camp huts. Associate Professor Jeroen Douwes of Massey University cited a 2005 study, that found mould in 75 per cent of the 1310 households surveyed.
University of Otago public health researcher Professor Philippa Howden-Chapman said New Zealand’s high asthma rate could well be related to the incidence of damp houses.
Up to one in five New Zealanders suffer the chronic and sometimes life-threatening respiratory condition. Wellington’s Asthma Research Group has found that asthmatics allergic to mould had much more severe symptoms, and were almost twice as likely to end up in intensive care.
Health Ruined in Quarter of a Million Homes
Another study estimated that occupants’ health has been ruined in 250,000 New Zealand homes and that both old and new houses were affected. The houses were so cold, damp and poorly built that they caused serious health problems. It’s estimated that it would cost $20 billion to put it right.
The Ministry of the Environment has said that poor air quality is a significant issue in some areas of New Zealand and that two thirds of the population live in areas that can experience air pollution.
It’s estimated that 1,100 people die prematurely in urban areas from air pollution and that most poor air quality is caused by high winter levels of particulate matter (PM10) from wood and coal used for home heating. Auckland also experiences high levels of PM10 from road transport.
4 thoughts on “New Zealand’s High Winter Death Rate And Burning Wood To Keep Warm”
Read these posters’ stories about horror houses in New Zealand.
mentally ill lady dies in disgusting flat covered over with mould everywhere, unliveable place not fit for cattle. “she tried to keep it tidy despite the mould issues”, mould coming out taps and so on, this is not unusual for working to low-middle class in New Zealand, the nation where Landlords are King. Well and good you cannot afford to buy books here – they will just grow mould and become ruined.
Hi, A warm, dry, comfortable and safe home should be one of the cornerstones of a civilised society.
It's appalling that a country as supposedly advanced as New Zealand isn't able to meet that standard.
Where else would we be expected to dress for the alps just to sit in our own living rooms. Winter can be such a pleasure when you're not suffering from frostbite.
"New Zealand is not a country: it is a large-scale experiment in cryogenics." Linley Boniface
Oh my god this is so true!
every day I get jokes about because I am from Scotland I must be ‘used’ to the cold…… well it was funny at first but this is the only nation on earth which has what i call an ‘indoor winter’
I wish Kiwis would recognise that this country needs insulation, energy efficient heating and un-leaky dry homes before they start slagging off Scots and Canadians and the like…
In Scotland and Canada, we love winter, why? because we get to see it and enjoy it from the warmth of our own home.
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