Post by Judd Ormsby
In the first post in this series I described climate change as a classic free-rider problem and I described the standard solution of government to these problems. Recognising how difficult this solution can be at a global level I then delved into some of the empirical literature on cooperation. In this post I want to discuss some insights from behavioural economics. I’ve got three topics in mind: energy-cost myopia, nudges, and defaults.
Wednesday, 29 October 2014
Thursday, 23 October 2014
From fact to act: Shifting individual behaviour on climate change
By Scott White and Catherine Leining, Motu Economic and Public Policy Research
Individuals can make a difference on climate change through their actions as citizens, consumers, organisational members and activists. In New Zealand’s context, how can we motivate more people to take the more effective types of mitigation actions? Why are some people willing to mitigate beyond their self-interest, while others fail to mitigate even when that should be in their self-interest? We will be exploring these issues in a series of posts on shifting New Zealanders’ behaviour to lower emissions.
The story of New Zealand’s increasing greenhouse gas emissions since 1990 is not just about increasing exports and population growth. According to one international study, from 1990 to 2010, New Zealanders’ personal consumption emissions per capita increased 21%, from 7.6 to 9.2 tonnes of carbon dioxide equivalent (t CO2e) per year. This has occurred despite substantial increases in both the evidence base for human-induced climate change and media coverage of climate change science and impacts. Among individuals we can observe two clear disconnections that create significant barriers to effective action.
Individuals can make a difference on climate change through their actions as citizens, consumers, organisational members and activists. In New Zealand’s context, how can we motivate more people to take the more effective types of mitigation actions? Why are some people willing to mitigate beyond their self-interest, while others fail to mitigate even when that should be in their self-interest? We will be exploring these issues in a series of posts on shifting New Zealanders’ behaviour to lower emissions.
The story of New Zealand’s increasing greenhouse gas emissions since 1990 is not just about increasing exports and population growth. According to one international study, from 1990 to 2010, New Zealanders’ personal consumption emissions per capita increased 21%, from 7.6 to 9.2 tonnes of carbon dioxide equivalent (t CO2e) per year. This has occurred despite substantial increases in both the evidence base for human-induced climate change and media coverage of climate change science and impacts. Among individuals we can observe two clear disconnections that create significant barriers to effective action.
Thursday, 16 October 2014
The role of anthropogenic climate change in the 2013 North Island drought
By Luke Harrington
A report released September 29th 2014 by the Bulletin of the American Meteorological
Society has addressed the causes of sixteen individual extreme weather
events which occurred around the world in 2013, and specifically examined the
role of anthropogenic (human-induced) climate change in each case. The report, “Explaining
Extreme Events of 2013 from a Climate Perspective”, was compiled by 92
scientists worldwide and found a mixture of results when detecting a ‘climate
change signal’ in an extreme event. The Guardian provides a good summary of the
results here.
I was the lead author on an article within the report which
focused on the North Island drought from the summer of 2013. The New Zealand
Treasury estimates the drought cost the economy at least NZ$1.5 billion, with
associated impacts expected for at least two years following the event. The
role of our analysis was to understand how the likelihood of this type of event
has changed as a direct result of anthropogenic changes to the climate system –
this includes both greenhouse gas emissions and, because of our Southern
Hemisphere location, ozone depletion.
Thursday, 9 October 2014
The Climate CoLab
Blog post by Judd Ormsby
Crowdsourcing is cool. The internet is cool. Contests are fun. Why not set up an online contest that uses crowdsourcing to find solutions to climate change problems? Climate CoLab at the MIT Center for Collective Intelligence does exactly that.
Crowdsourcing is cool. The internet is cool. Contests are fun. Why not set up an online contest that uses crowdsourcing to find solutions to climate change problems? Climate CoLab at the MIT Center for Collective Intelligence does exactly that.
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