British Columbia shows carbon pricing works while another province looks uselessly backwards.
The regressive and antidemocratic Ontario “conservative” government is set to sue the Canadian government for protecting the environment. The argument by the Conservatives is basically that an economy allowed to inefficiently consume non-renewable resources is good and that sustainable policy (carbon pricing) is bad. Yes, it’s as ludicrous as it sounds.
Hopefully this wasteful battle between governments ends in the environment’s favour. If Ontario just followed British Columbia’s lead this wouldn’t be an issue and arguably the economy would be in better shape. In B.C. the carbon pricing has reduced emissions while making a more energy efficient economy. Sustainable businesses are seeing growth in B.C. that they wouldn’t see elsewhere.
“This carbon tax is a model for the world that well-designed carbon pricing can be good for the environment and the economy. In the 11 years since B.C. brought in its carbon tax, it’s outpaced the rest of Canada both on emission reduction and GDP growth,” said Stewart Elgie, a professor of law and economics at the University of Ottawa.
In the meantime, numerous researchers have tried to determine the impact of the tax. According to a2015 paper, B.C.’s emissions had dropped by between five and 15 per cent since the tax was implemented, and it had a “negligible impact” on the overall economy.
Elgie, of the University of Ottawa, was part of awide-ranging 2013 studythat showed a 19 per cent drop in B.C.’s per capita fuel consumption in the first four years of the tax, while the province’s economy slightly outperformed the rest of the country.
There’s now even more evidence that countries around the world can reduce carbon emissions without sacrificing economic growth. Carbon intensive industries often argue that regulations will destroy the economy and do little to protect the planet. They couldn’t be more wrong. A recent study looked at emissions and economic growth and found that countries can indeed reduce emissions and increase their GDP.
The study looked at emissions from between 2005 and 2015. Globally, CO2 was on the rise — about 2.2 per cent annually — but in 18 countries, their emissions saw a decline. These 18 account for 28 per cent of global emissions. …
What the researchers found most encouraging about their study is that, for the two countries that were the control group, if you removed their economic growth, policies encouraging energy efficiency were linked to cuts in emissions.
“Really, this study shows it’s not a mystery. We have the technology: you put the effort in place, you develop the policies, you fund them, and then you get emission decreases,” Le Quéré said.
Open-cut coal mining and Australia have a long history that is all about resource extraction in the hopes of short-term gain. The nation’s long history of reckless destruction seems to be coming to an end since a court recently ruled that a mining operation will not be allowed to open. The reasoning is that the coal industry is too carbon intensive and will actually worsen the planet through it’s emissions.
In his ruling, chief judge Brian Preston said the project should be refused because “the greenhouse-gas emissions (GHGs) of the coal mine and its product will increase global total concentrations of GHGs at a time when what is now urgently needed, in order to meet generally agreed climate targets, is a rapid and deep decrease in GHG emissions.” In January, Australia experienced its hottest month on record. Meanwhile, extreme weather events have caused major destruction in large parts of the country — fires have burned about 3% of Tasmania and northern Queensland has been inundated by rain, causing unprecedented flooding. Extreme weather events are forecast to become more frequent in many parts of the world as a result of climate change.
Buildings use a lot of energy for heating and cooling throughout the year, homes are no exception. Harvard decided to build a zero emission “home” to test solutions that can be used in new buildings or retrofitted into existing structures. The design is smart in the sense it uses passive heat exchange and lighting while also using high tech sensors to monitor the home and adjust internal systems.
Rather than existing as a “sealed box,” HouseZero is designed to interact with the seasons and environment, sometimes rapidly adjusting itself to achieve comfort for its occupants without using powered HVAC systems.
For example, the home uses a “window actuation system” that relies upon software and room sensors to automatically open and shut windows as the outside temperature changes, intelligently moving air around the home to make it cooler or warmer (through cross ventilation and convection). This process is also driven by a “solar vent” in the basement.
On of the richest people on the planet is sick of climate change and has launched a venture capital firm to slow down global warming. Breakthrough Energy Ventures (BEV) funds companies that can make a marked reduction on annual carbon output while also being profitable. Using capitalism to undo what capitalism has caused isn’t a new idea but hopefully it’ll work. So far BEV has funded some really neat initiatives from better batteries to cutting edge biofuels manufactured by plants.
“We are a unique fund with investors who are patient and flexible,” says Rodi Guidero, executive director of BEV. “Our goal is to find the companies that will have the greatest impact on accelerating the energy transition and help them in whatever way we can.”
To help him find those companies, Guidero draws on an in-house group of scientists, technologists, and entrepreneurs, along with a network of 140 academic institutions and large corporations. They provide expertise on the vast range of technologies that BEV is interested in.
To be eligible for BEV’s money, a startup needs to showcase a scientifically sound technology that has the potential to reduce annual global greenhouse-gas emissions by at least 500 million metric tons. Global emissions currently measure about 40 billion metric tons a year.