Frankly, yesterday I discovered that some people who cut tree branches away from power lines are total idiots. There is a big maple tree in my parents’ backyard. It is about 4 metres away from the fence. Today, BC Hydro cutters came by and mutilated it. It looks like they cut the branches too short. The stem was 4 metres away. It used to offer luscious shade, and now you can see through the canopy and into the neighbours’ windows in the distance.
Now the tree is unbalanced. Considering that their yard floods in winter, it might not take much of a gust of wind for the tree to topple over.
And this was a special tree for my parents. They got it as a seedling and now this maple is over 30 years old. It takes time for a tree to get as elegant as this.
And in addition me and my mother basically got the runaround from BC Hydro when we phoned to complain. They still haven’t returned our call.
Today, while waiting to cross the street, I saw something that should never happen.
Here in BC, at many intersections, there are left turn lanes. In some of them, the traffic light will show a green arrow that gives right of way to those turning left. The crosswalk I was at was one such intersection. And as you might expect, the left turn arrows came on in both directions. However, there were no vehicles in either left turn lane.
Is it not obvious that the above situation leads to unnecessary idling, and therefore wastes energy? I see no reason why it is impossible to put a sensor in a left turn lane that, that while the light is red, detects and counts the cars passing over. Perhaps it could detect cars by pushing down slightly when a set of wheels passes over. This will happen twice per car (once per axle). The cars’ weight could press the sensor down. While not perfect (a semi or other long vehicle with more than two axles would result in an incorrect number of vehicles) this will be a good enough approximation to form a sensor system. The number of cars passing into the left turn lane could then be used to decide whether to activate the arrow the next time the light turns green. This system would prevent unnecessary idling due to unneeded turning arrows, and ought to be relatively simple to implement (a computer could probably do it).
An editorial in the New York Times got me thinking about why a carbon tax is a better way to fight global warming and climate change than either cap–and–trade or efficiency regulations.
Here are several reasons I can think of:
- Carbon taxes always provide an incentive to pollute less and use less energy. Even if you cut carbon emissions by half, you still are paying taxes for the carbon you do emit, and therefore still have an incentive to eliminate it. Compare this with efficiency regulations, where someone has no incentive to reduce energy use once the regulation is met. In addition, all too often regulations are designed by businesses themselves, so as to prevent competition (rent seeking). Also compare this with cap–and–trade, where a source of carbon credits may well allow heavy polluters to continue, just because they have deep pockets. A lot of money will not allow someone to avoid paying a carbon tax.
- Carbon taxes drive both individuals and companies to use less energy. Cap–and–trade is usually done by businesses, and efficiency regulations only impact new products (unless old ones are mandated to be destroyed).
- According to the editorial, a carbon tax is far cheaper than efficiency standards once a global view of costs is taken into account.
- Carbon taxes (especially those on fuel) make people drive less and live in denser environments. On a per capita basis, cities are more energy–efficient than suburbs. For example, recycling and public transit are more feasible in densely–populated areas. And people who drive less are less sedentary and therefore healthier.
- It is possible that cap–and–trade and efficiency standards alone will not do enough to mitigate climate change.
- A carbon tax is easier to offset as part of a green tax shift than other methods. It can even lead to lower tax levels overall, such as here in British Columbia (cite).
- Efficiency improvements are subject to the rebound effect, where the decreased cost of using a resource partially offsets gains from using it more efficiently. A carbon tax does not generate perverse incentives.
- A carbon tax is easier to adjust. If too many pollution permits are issued, cap–and–trade will not have much of an effect since it is harder to eliminate privately–owned pollution permits.
- Many countries that export oil are rentier states, which means that they earn most of their revenue from natural resource royalties. Those royalties pay for oppressive paramilitary forces that enforce authoritarianism in those countries. A carbon tax will eventually reduce revenues received by those countries, improving freedom there and those countries’ human rights situations.
Hence, for all of the above reasons, a carbon tax is the way to go. My preferred offset is to payroll taxes. But such has virtually no chance of being enacted in the United States (a better chance in Canada [I hope]), due to the extreme polarization and total irrationality (and far worse!) of a number of politicians there. And since climate change is a major danger, Christian conservatism’s climate change denialism makes it, in the long run, the world’s most dangerous ideology.
The world’s first floating city may be just three years away.