
BigHeathenMike says this is the coolest street art he's ever seen[Wow]. Who could argue with that? Go to Mike's Weekly Skeptic Rant to find out where this drawing came from.


Today, for the first time in 30 years the value of the Canadian dollar (loonie) reached parity with the American dollar. It's big news in Canada. Most people think it's a good thing but it's not necessarily a good thing at all. A falling (collapsing?) US currency may be good for America and bad for Canada. [Click on the chart to enlarge.]
Check it out at Panda's Thumb.
Reed Cartwright is the father of Prof. Steve Steve. He's also the father of Prof. Steve Steve and Prof. Steve Steve. They have left home to gallivant around the world but they can often be found in North Carolina or Oakland CA.
The people of Ontario will vote in a referendum on October 10th. The question on the ballot is whether to adopt a new voting mechanism called "Mixed Member Proportional." The new system is described on the government website [Ontario is facing a big decision].If this system is accepted, Ontarians will have two votes in future elections: one for a ‘Local Member’ and one for a political party.I favor the new system because my vote will no longer be wasted if I don't like the candidate who is going to win in my riding. Furthermore, I like the idea that the new system will be more representative of the voters wishes. In many cases this will lead to minority governments and coalitions but that's what we want.
The provincial legislature would have 129 seats: Local Members’ would fill 90 seats while ‘List Members’ would fill 39 seats.
The political party with the largest number of seats in the legislature, including ‘Local Members’ and ‘List Members’, is asked to form a government.
In each electoral district, one vote would be used to elect a 'Local Member' using a First-Past-the-Post system. The candidate with the most votes in an electoral district wins.The other vote would be for a political party. Votes for parties will be used to determine the number of 'List Members' each party gets. This is the proportional representation part.
If a political party is entitled to more seats than it won locally, 'List Members' are elected to make up the difference. 'List Members' can only be elected from a political party that received more than 3% of these votes.
In the end, a political party's overall share of seats will roughly equal its share of the total votes for parties in the province.
Anyone who meets the rules for eligibility can become a candidate for election as a ‘Local Member’. Some candidates are called “independents” while others represent a political party.
‘List Members’ are candidates from any registered political party. Before an election each political party prepares an ordered list of candidates they would like considered as ‘List Members’.
These lists, and the way they are created, would be made public well in advance of any election in a Mixed Member Proportional system.
Have I got a treat for you! Before getting to the special excitement, let me congratulate all of you adapationists for your outstanding performance in the last contest [Calling All Adaptationists]. You did a marvelous job of making up stories to explain homosexuality in humans. Rudyard Kipling would have been proud [Just-So Stories].
This ability to excrete smelly compounds and the ability to smell them are both examples of visible phenotypes. They're not just some neutral variation hiding away in junk DNA. Therefore, many (most?) adaptationists will certainly insist that it has to have an adaptive role in human evolution.Once upon a time there were naked hunter men running on the savannah while their gatherer wives collected asparagus in the deep water by the sea shore ....
Mitchell, S.C. (2001)
Food Idiosyncrasies: Beetroot and Asparagus. Drug Metabolism and Disposition 4(2):539-543.


[Hat Tip: Casey Luskin (really!) [The French Reject Prayer while Accepting Evolution and Geocentrism]]
In the fight against superstition there are good days and there are bad days. Today is one of the good days when the Toronto Catholic School Board rejected the advice of the Catholic bishops and decided to go ahead with the HPV vaccination program [Catholic trustees vote to allow HPV vaccine in schools].TORONTO -- In a move keeping with their counterparts across the province, trustees at the Toronto Catholic District School Board overwhelmingly voted in favour of allowing public health nurses to administer the controversial HPV vaccine in its schools.
After a discussion that lasted more than 90 minutes, trustees voted 9-3 in favour of the motion, rightly putting the health of their daughters over morality, one trustee said.
"I sure don't want to know that the headlines in two decades will read 'Catholic women lead in deaths for cervical cancer,' " trustee Maria Rizzo said during a passionately delivered statement to the board.
"I have a 16-year-old daughter. I'm sorry she's not in Grade 8."
In a separate motion brought forward by Ms. Rizzo, the board also agreed to lobby other levels of government to expand the free vaccination program to all eligible women.
[Photo Credit: The photograph shows the Most Reverend James Wingle, D.D., Bishop of St. Catharines, President of the Ontario Conference of Catholic Bishops, whose advice was rejected by the Toronto Catholic School Borad.]
When I first read the paper by Ciliberti et al. (2007) I was disappointed. On the surface, the paper seems to be addressing an important issue in evolutionary theory; namely, how can you get significant innovation in light of the fact that most biological systems resist change? On closer reading, however, it seemed more complicated than that. The authors were actually dealing with a phenomenum called "robustness." This is a popular description of a simple fact—the fact that many mutations are neutral so that there can be many variants of a protein that all carry out the same function. This has been known for decades.Biologists increasingly realize that genetic systems need to be robust to both genetic and nongenetic change (7–14). Robustness means that a system keeps performing its function in the face of perturbations. For example, many proteins can continue to catalyze chemical reactions, regulate transcription, communicate signals, and serve other roles despite mutations changing many amino acids; regulatory gene networks continue to function despite noisy expression of their constituent genes; embryos continue to develop normally even when faced with substantial environmental variation. Mutational robustness means that a system produces little phenotypic variation when subjected to genotypic variation caused by mutations. At first sight, such robustness might pose a problem for evolutionary innovation, because a robust system cannot produce much of the variation that can become the basis for evolutionary innovation.The language sounds a little strange to me but I soon realized that there were many other authors who talked about "robustness" in this way. To me, the fact that there's neutral genetic variation in a population is just a natural consequence of chance mutation and random genetic drift. I don't see why biologists think that systems "need" to be robust and I don't see why the presence of neutral variation poses a "problem" for innovative change. It's perfectly acceptable to have beneficial mutations occurring on a background of neutral variation.
The "problem" seems to be more serious for evolutionary developmental (evo-devo) biologists than for others. It has given rise to much speculation about the evolution of evolvability. If you are interested in that sort of thing you should read the book The Plausibility of Life by Marc Kirschner and John Gelhart. (Warning, the contents may not be suitable for pluralists.)As we shall see, there is some truth to this appearance, but it is in other respects flawed. Robustness and the ability to innovate cannot only coexist, but the first may be a precondition for the second.This is pretty much where I stopped reading the first time. However, Michael White over on Adaptive Complexity has highlighted this paper in a posting put up yesterday [Evolution's Balancing Act]. This suggest that the paper resonates with some evolutionary biologists and piques my interest.
The paper describes a model of an evolutionary system. It happens to be gene regulatory networks but it could be just about anything. Ciliberti et al. (2007) show that if you have a single system with no variation then the possibility for innovative change is limited. On the other hand, if you have a robust system where there are many different variants—in different species—then there are more pathways to innovative change. Seems like a pretty trivial conclusion to me. It's the sort of thing Sewell Wright was talking about (Wright, 1932).The course of evolution through the general field [adaptive landscape-LAM] is not controlled by direction of mutation and not directly by selection, except as conditions change, but by a trial and error mechanism consisting of a largely nonadaptive differentiation of local races (due to inbreeding and by occasional crossbreeding) and a determination of long time trend by intergroup selection.The paper doesn't mention Wright, random genetic drift, or neutral mutations; although it does talk about neutral networks.
Evolution carries out an incredibly tricky balancing act: the genetic program of a species has to be resistant to small changes, yet also susceptible to the adaptive remodeling of natural selection ....This could be just metaphoric. The personification of "evolution" as acting to creat robustness may be excusable on that grounds. Nevertheless, a lot of this sort of language is creeping into the evo-devo literature and I wonder if it doesn't mean something more.
So how does evolution maintain both stability and the potential for innovation?
S. Ciliberti, s., Martin, O.C. and Wagner, A. (2007) Innovation and robustness in complex regulatory gene networks. Proc. Natl. Acad. Sci. (USA) 104:13591-13596. Abstract
Wright, S. (1932) The roles of mutation, selection, inbreeding, crossbreeding, and selection in evolution. Proc. VI Intl. Cong. Genet. 1:356-366.
Starts: Friday, September 21st at 7:00 pmWhy did the UN condemn Ontario twice for human rights violations?
Why are we spending $0.5 billion/year on a second educational bureaucracy?
Is it true public catholic schools have the right to fire a teacher who isn't catholic?
But aren't separate catholic schools guaranteed indefinitely in the constitution?
And doesn't multiculturalism mean the best solution is to religiously segregate?
Learn why a secular democracy SHOULD NOT publicly fund catholic or other faith based schools and how we can fix the current situation
University of Toronto, Fri, Sept 21, 7pm, MacLeod Auditorium (Room 2158),Medical Sciences Building, U of Toronto, 1 King's College Crl.
Jan Johnstone, Progressive trustees network and trustee for the Bluewater District School Board,
Co-sponsored by University of Toronto Secular Alliance
(also Tues, Sept 18 at U of Guelph and Tues, Sept 25 at Carleton U - see web calendar)
A member of the Green Party-strong one school system supporters-will speak at each event
Learn the truth behind the ongoing debate on the #1 provincial election issue of 2007!
Get your questions answered and engage in a public forum on this crucial issue.
[Hat Tip: BigHeathenMike (Sherri Shepherd Is a Retard)]