|
Tue Jun 24 22:04:19 2008 Gas Prices They will just get worse... |
In
The Great Stagflation of 2008 I made the amazing prediction that gas prices would reach $4.50 per gallon
"before 2010." Well, I was right! Although I wasn't expecting it to happen
so quickly.
Today, I read a
story on Yahoo that claimed we should start seeing lower gasoline prices "someday." In
particular, they noted that high prices were causing a drop in demand in the US
and China, Saudi
Arabia was increasing supply, and Iraq was also beginning to increase supply.
Great! But I still don't think we'll see lower gas prices anytime soon.
For one thing, it does take a while for supply to come down. I predict US
gasoline consumption will drop by around 20% between 2006 levels and 2010.
But it will probably take 2 more years, since that's how long it took in the late
70's and early 80's for people to change cars, housing, and habits after the
1970 oil shocks.
For another thing, gasoline prices still haven't caught up to oil prices.
Crude oil prices have risen from around $11 per barrel in June 1998 to over $130
per barrel in June 2008 (see the historical prices at the
US Energy Information Administration). That's a 12x increase in 10 years. Meanwhile, US
gasoline prices have jumped from $1.10 per gallon in June 1998 to $4.13 per
gallon in June 2008. That's a bad 4x increase, but only 4x. Gas prices
haven't caught up to crude oil prices!
Partly that is because crude oil is only part of the price of gas. But it is
also partly because gasoline retailers aren't passing along the full costs of
the gas. Even with the higher prices, many retailers are still selling at a
loss!
So I think it is reasonable to expect gas prices to rise another 25-30% in
2008. I'll make a new prediction: gas prices will reach $6 per gallon
in the US before the end of 2008. And I think we'll never see gas prices
below $5 per gallon again.
There is a chance I'll be proven wrong in a year or so, as demand comes down
temporarily. But once
production declines begin, gas prices will really
skyrocket.
Comments
|
Related:
economics
predictions
energy
Unrelated:
books
environment
geopolitics
lists
mathematics
science
|
|
Sun Jun 15 22:23:08 2008 Sasquatch 2008 A geek's report on the music festival. |
Yes, I'm late! I was at the
Sasquatch 2008 Music Festival over Memorial Day weekend (24 - 25 May), but I'm just now
getting to writing it up.
The weather varied between beautiful and bad. When beautiful, you remembered
why you went to The Gorge--a dramatic landscape with beautiful skies. When
bad, you were treated to cold and relentless rain. Another Sasquatch 2008
reviewer mentioned "fans put up with sideways rain," because of the wind.
There was a great lineup (you can
see for yourself).
They had several great headlining bands, such as
R.E.M. and
The Cure.
But I was most excited to see some of the other bands that I hadn't seen in
concert before, such as
Death Cab for Cutie and
Modest Mouse.
Between bands, I would marvel at the crowds. From our vantage point (almost
directly back from the center of the stage both days), we could see the
thousands of people moving back and forth. It was a great example of
emergent phenomena, watching all the invidivuals combine into an overall flow of people that
could probably be well-modeled by fluid dynamics.
In general, a band would play, and then there would be net outflow of people
towards the bathrooms, food areas, and other stages. Towards the beginning of
a set, the flow would reverse. As popular (and direct) routes got busy,
people would naturally choose less congested routes.
A beer cost $8 (more for "premium" beers). The economics of food pricing at
festivals is interesting. Of course, as a captive audience, you know you'll
be charged an arm and a leg for average food--it's the same as the movie
theater.
In fact, this phenomenon (high price of popcorn at movie theaters) is
well-known and studied by economists a lot. This
recent blog entry has a long discussion on it!
But the short answer is that the high prices are probably close to the real
value--after all, thousands of people pay the prices that are charged! It's
just that the real price of the item isn't usually related to the cost of the
ingredients: instead, most of the price is the labor of making the item, and (most importantly) the
convenience to the consumer.
I brought my own food, but occasionally I wanted something hot. For the
occasional hot snack, why not pay a bit more? The convenience factor was
high.
For beer, the choice was between their prices or no beer at all. So they
picked a price point to maximize return, where higher prices would drive more
people away, and lower prices would mean selling too cheaply.
Of course, there is another cost that means festivals will charge more: drunk
patrons are a pain to manage.
But if you're going to talk about the economics of music, it's more
than beer and food prices. It is the disintegration of the standard music
distribution business (see this article from
Fox News or this article from
The Week). CD sales are plummeting, and digital revenue isn't coming close to
replacing it.
I'm not sure I care about the music distribution companies--their industry may
disappear, and them with it. Today we don't cry about the disappearance of
coopers (barrel makers), even though their industry long since collapsed (although
did not disappear entirely).
No, the danger is to bands themselves. How will bands make money in the
future? Probably by a combination of live performances (which
accounted for most of their revenue under the old system anyway) and their own direct digital sales of their
music (like what
Radiohead did).
For a great summary, see
this report, commissioned by the Department of Canadian Heritage. For an American, it's
weird to see governments funding this sort of thing, but it is an interesting
report.
Top 3 bands? This is my list, although I was only there for 2
days, and only at the Main Stage:
|
Top 3 Sasquatch 2008 Bands
- Modest Mouse
- Death Cab for Cutie
- Tegan and Sarah
|
I hadn't heard of
Tegan and Sarah before, but I thought they were excellent. I've since added a bunch of their
tracks to my collection.
Don't get me wrong: there were a lot of great bands there, and the Presidents
rocked. But those are my top 3.
As much as I studied the crowd behavior and economics of festival food prices,
I was also impressed by the selection of bands at the festival. The lineup
was well-done, for the quality of (most) bands and especially for the
variability.
I guess putting together a festival lineup is a bit like making a good mix
tape (or CD or playlist...), only much larger in scale.
Comments
|
Related:
mathematics
economics
lists
Unrelated:
books
energy
environment
geopolitics
predictions
science
|
|
Sun Jun 8 16:39:28 2008 Forbes: Fooled by Randomness! Forbes flubs basic statistics. |
In my previous entry (
Fooled By Randomness) I reviewed a book that pointed out all of the mistakes people make with
statistics.
I had to laugh, then, when
Forbes came out with their list of
most dangerous sports (see the slideshow
here).
The list is NOT the list of the most dangerous sports! It is just a list of
where the most sports injuries occur. As the authors point out: "The rankings
do not take into account varying participation rates, which partly explains
why many popular sports yielded the greatest number of injuries."
Put another way: the Forbes list gives you NO idea which sport is the most
dangerous. A more accurate name would be "The most popular sports in the US
as measured by injuries."
For instance, on their list, jumping out of a plane without a parachute would
count as a very safe sport, since it happens so rarely. And
BASE Jumping didn't even make the list. Basketball (!) was what Forbes considered the
most dangerous sport, well ahead of American Football and BASE Jumping. The
list is interesting, but clearly it doesn't tell you anything about danger.
(I mean, come ON! Watch
this BASE jumping video and tell me that basketball is remotely dangerous.)
In order to determine how dangerous a sport is, you need to figure out NOT the
absolute count of injuries, but the RATE of injuries. A better question is:
"If I play this sport regularly for a month, what is my chance of getting
injured?" (Where "regularly" depends on the sport).
If you do searches for
Dangerous Sports, you'll get a bunch of useless results. Again, people confuse the absolute
number of injuries with the rate of injuries.
I started to get worried. Maybe no one who studies sports has any concept of
probabilities?
For a second, I had high hopes for a 2003 article that
studied sports injuries in the US from 1997 - 1999 (you can find the article
at
The British Medical Journal's website). It claimed to have normalized data, with injury rates. However, all they
did was divide the injury rates by the population size! So again, popular
sports ranked highest. Not surprisingly, Basketball was at the top of the
list.
That was sobering. Yikes! Even doctors studying sports injuries had gotten
it wrong. (Although, to be fair, they weren't trying to compile a list of the
most dangerous sports. But wouldn't that be useful?).
More digging turned up a few numbers.
This book had some useful data, although limited. It noted that the most dangerous
sports it surveyed were Rugby (59.3 injuries per 100 participants in 4 weeks),
Soccer (39.3), Martial Arts (36.3), Hockey (24.8), and Cricket (20.2). That
is exactly the sort of data that can help you define dangerous sports!
And I don't think it's too much surprise that rugby is near the top.
(Obviously that was a British book).
Then
this link had data on skiing and snowboarding. They measured rates in terms of
injuries per 1000 ski days (on average, how many people are injured on a day
with 1000 people on the slopes, for instance). To convert that to the other
metric (number of injuries per 100 participants in 4 weeks) I had to guess how
often your average skier/snowboarder went per week. Assuming 10 visits to the
slopes in 4 weeks (all weekends and two extra days), that yields an injury
rate of 3 injuries per 100 participants in 4 weeks for Skiing, and 4 for
snowboarding. (I think those numbers are slightly lower because the study
only counted injuries requiring medical attention). Based on that site,
Skiboarding had rates of 8 injuries per 100 participants in 4 weeks, while Nordic Skiing
was lowest around 0.4.
Then
this article had more data. According to the
NCAA, the most dangerous college sports are spring football (9.6 injuries per 1000
participants), men's wrestling (5.7), women's soccer (5.2), and men's soccer
(4.3). Men's fall football was only 3.8 injuries per 1000 participants. To
convert those numbers (injuries per 1000 participants) to the above (injuries
per 100 participants over 4 weeks) I had to guess how many weeks people
participated in college sports. I assumed 12 weeks per season.
Doing the math (converting 12-week injury rates to 4-week injury rates) yields 0.32 injuries per 100
participants in 4 weeks for spring football, 0.19 for men's wrestling, 0.17
for women's soccer, 0.14 for men's soccer, and 0.13 for men's fall football.
I searched around a bit more, but was unable to come up with much more data.
Here then are my results.
Most Dangerous Sports
This is an Internet exclusive! I don't think
anyone has a decent compiled list of actual dangerous sports (again, other
lists are just most common injuries due to popular sports).
The most dangerous sports, measured by the number of injuries per 100
participants over 4 weeks:
- Professional Rugby (59.3)
- Professional Soccer (39.3)
- Professional Martial Arts (36.3)
- Professional Hockey (24.8)
- Professional Cricket (20.2)
- Skiboarding (around 8)
- Snowboarding (around 4)
- Skiing (around 3)
- College Spring Football (0.32)
- College Men's Wrestling (0.19)
Clearly, professional sports are insane, and college sports are pretty safe.
Skiing and snowboarding are surprisingly dangerous, in relative terms.
That's not a very good list, because so many popular sports are missing, and I
had to make a lot of assumptions to put it together. But
that's because no one has measured or compiled the data in any useful form.
Despite years of Forbes lists, it turns out that no one, not even sports
physicians, have actually determined what the most dangerous sports actually
are!
Comments
|
Related:
mathematics
Unrelated:
books
economics
energy
environment
geopolitics
lists
predictions
science
|
|
|