And while we’re admitting you to college, let’s throw in the Ph.D. program too!

Another article from Inside Higher Ed that caught my eye:

The chancellor of the City University of New York [Matthew Goldstein] floated a unique approach this week to dealing with the long lamented problem of low enrollments in the sciences: Offer promising students conditional acceptances to top Ph.D. programs in science, technology, engineering and math (the so-called STEM fields) as they start college. …
In a speech Monday, Goldstein envisioned a national effort in which students identified for their aptitude in middle school would subsequently benefit from academic enrichment programs that their own local high schools might not be able to provide (The chancellor described the proposed program as one that could have a particularly strong impact on increasing woefully low minority enrollments in the STEM fields).
Upon entering college, students would be offered a spot in a top Ph.D. science or math program, provided they meet certain performance requirements throughout their undergraduate years.
“It sends a very strong statement to students who have not necessarily had the encouragement … that very elite places genuinely believe in them and, at an early age, they are prepared to make an investment to serve as an incentive for those students to continue to do very good work,” Goldstein said.

Some of my initial reactions to this proposal:

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Reliance on professional integrity and personal ethics shouldn’t mean letting the rascals get away with it.

Zuska sent me an article from The Chronicle of Higher Education (behind a paywall, I’m afraid) that’s more than a little connected to the thought experiment I posed earlier in the week.
The article was written (under a pseudonym) by an assistant professor whose nomination for a university award was torpedoed. By a member of his own department. Who was blocking the nomination of the author not out of any particular animus toward the author, but as a way to attack the department chair who had made the nomination.
What fun things must be in that department!

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Scientists and journalists.

I’m late to this round of the discussion about scientists and journalists (for which, as usually, Bora compiles a comprehensive list of links). The question that seems to have kicked off this round is why scientists are sometimes reluctant to agree to interviews, especially given how often they express their concern that the larger public seems uninterested in and uninformed about matters scientific.
As I have some interest in this topic, I’m going to add a few thoughts to the pile:

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A few words on names and expectations.

You’ve probably seen the posts (here, here, here, here, here, and here.) responding to the University of Florida study claiming that women’s names affect the social support or discouragement they’ll get for pursuing technical subjects. (Those with the more “feminine” names will tend to be discouraged from “manly” activities like math, although apparently a frilly name won’t hurt their performance in those activities.) Since the above-linked posts give the reasonable critiques of the research, I’m going to veer immediately to personal anecdata:

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The good reads aren’t always uplifting.

I haven’t abandoned you, dear readers, I’ve just been attending to some tasks in the three-dimensional world. In the meantime, I want to recommend some great posts on other blogs. While some may leave you feeling reasonably good about doings in the world of science, I’m afraid others may break your heart. That doesn’t mean you shouldn’t read them.

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Department of Homeland Security and academic labs.

In the June 4, 2007 issue of Chemical & Engineering News (which is behind a paywall accessible only to ACS members and those with institutional subscriptions, I’m afraid) there’s an article on how college and university labs may be impacted by the interim final regulation on chemical security issued recently by the Department of Homeland Security.
In a nutshell, that impact looks like it could involve thousands of hours and hundreds of thousands of dollars for a single university to comply with the rules, even if the chemicals they use fall into those specified by DHS as being at the lowest level of risk. As you can imagine, the colleges and universities are kind of freaked out.

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Whistleblowing: the community’s response.

In my last post, I examined the efforts of Elizabeth Goodwin’s genetics graduate students at the University of Wisconsin-Madison to deal responsibly with their worries that their advisor was falsifying data. I also reported that, even though they did everything you’d want responsible whistleblowers to do, it exacted a serious price from them. As the Science article on the case [1] noted,

Although the university handled the case by the book, the graduate students caught in the middle have found that for all the talk about honesty’s place in science, little good has come to them. Three of the students, who had invested a combined 16 years in obtaining their Ph.D.s, have quit school. Two others are starting over, one moving to a lab at the University of Colorado, extending the amount of time it will take them to get their doctorates by years. The five graduate students who spoke with Science also described discouraging encounters with other faculty members, whom they say sided with Goodwin before all the facts became available.

In this post, I examine the community-level features that may have stacked the deck against the UW whistleblowers. Then, I suggest some ways to change the academic culture — especially they department culture — so that budding scientists don’t have to make a choice between standing up for scientific integrity and getting to have a career in science.

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The price of calling out misconduct.

One of the big ideas behind this blog is that honest conduct and communication are essential to the project of building scientific knowledge. An upshot of this is that people seriously engaged in the project of building scientific knowledge ought to view those who engage in falsification, fabrication, plagiarism, and other departures from honest conduct and communication as enemies of the endeavor. In other words, to the extent that scientists are really committed to doing good science, they also have a duty to call out the bad behavior of other scientists.
Sometimes you can exert the necessary pressure (whether a firm talking-to, expression of concern, shunning, or what have you) locally in your individual interactions with other scientists whose behavior may be worrisome but hasn’t crossed the line to full-blown misconduct. In cases where personal interventions are not sufficient to dissuade (or to make things whole in the aftermath of) bad behavior, it may be necessary to bring in people or institutions with more power to address the problem.
You may have to blow the whistle.
Here, I want to examine the case of a group of graduate students at the University of Wisconsin-Madison who became whistleblowers. Their story, as told in an article in Science [1], illustrates not only the agony of trying to act responsibly on your duties as a scientist, but also the price you might have to pay for acting on those duties rather than looking out for your self-interest.

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Who’s in the club? Why does it matter?

I’m recycling another post from the ancestor of this blog, but I’m adding value by adding some newish links to good stuff on other blogs.
* * * * *
How much does it matter that certain groups (like women) are under-represented in the tribe of science?
I’m not, at the moment, taking up the causes (nor am I looking for any piss-poor “Barry Winters”-style theories as to the causes). At present, the bee in my bonnet is the effects.

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Getting ethics to catch on with scientists.

I’ve been flailing lately (most recently in this post) with the question of how to reconcile how science ought to be done with what actually happens. Amidst my flailing, regular commenter DrugMonkey has been doing what some might characterize as getting up in my grill. I’m inclined to view DrugMonkey’s comments as pushing me to be clearer and more focused in setting out and attacking the problem.
For instance, in this post on the pros and cons of an ethics class aimed at science majors but taught by a philosopher (me), DrugMonkey comments:

The messenger is irrelevant. This is not the problem. The problem is the message of the “scientific ethics course”. Nobody (or at least, very few people) start off in science because it is a great place to cheat, fake data, sit on papers to rush one’s own work out, etc. So most people know, at some level, what the ethical conduct is supposed to be. Therefore the “ethics” class which repeats “don’t cheat” ad nauseum loses the audience.
The real question is why do otherwise well meaning scientists start to slip down the slope that ends up with outright data faking and other bad behavior? And then continue to self-justify with all the the usual garbage?
It is quite simple. because cheating pays off in this biz and one’s chances of getting caught are minimal. Notice how the cheaters who actually get driven out of science seem to be the ones with a huge track record of multiple fakes? Notice how when a lab is caught pretty much dead to rights with fakery, they just get away with saying it was a “mistake” or blame it on some postdoc who cannot (conveniently) be located or vigorously protests the retraction?
Is this cynical? no this is realistic. Does it mean that everyone cheats? no, probably it is still just a minority but really who knows? much of modern bioscience is essentially unreplicable, in part because novelty is so revered. until we get to the point where rigorous, meticulous, internally consistent, replicable and incrementally advancing science is respected more than the current Science/Nature type of paper, all contingencies drive towards bad behavior rather than good behavior.
when ethics classes start to deal with the realities of life and career and the motivations and contingencies at work, well, then they will be relevant. it won’t matter who teaches them…

My first reaction to this comment was, “DrugMonkey’s preferred approach is how I actually teach my ethics course!” My considered reaction was, “It’s time to go right to the heart of the problem and lay it out so clearly that people can’t fool themselves about what’s at stake.”
Which brings us to something that will read a bit like a manifesto.

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