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Why Is So Much Reported Science Wrong (berkeley.edu)
An anonymous reader writes: An article from Berkeley's California Magazine explains some of the reasons science reporting is often at odds with actual science. Quoting: "Where journalism favors neat story arcs, science progresses jerkily, with false starts and misdirections in a long, uneven path to the truth—or at least to scientific consensus. The types of stories that reporters choose to pursue can also be a problem, says Peter Aldhous, [lecturer and reporter]. 'As journalists, we tend to gravitate to the counterintuitive, the surprising, the man-bites-dog story,' he explains. 'In science, that can lead us into highlighting stuff that's less likely to be correct.' If a finding is surprising or anomalous, in other words, there's a good chance that it's wrong.
On the flip side, when good findings do get published, they're often not as earth shattering as a writer might hope. ... So journalists and their editors might spice up a study's findings a bit, stick the caveats at the end, and write an eye-catching, snappy headline—not necessarily with the intent to mislead, but making it that much more likely for readers to misinterpret the results." The article also makes suggestions for both journalists and the scientific community to keep science reporting interesting while being more accurate.
On the flip side, when good findings do get published, they're often not as earth shattering as a writer might hope. ... So journalists and their editors might spice up a study's findings a bit, stick the caveats at the end, and write an eye-catching, snappy headline—not necessarily with the intent to mislead, but making it that much more likely for readers to misinterpret the results." The article also makes suggestions for both journalists and the scientific community to keep science reporting interesting while being more accurate.
...our generation has largely given up on science. We all reap the benefits but I find the level of science education to be abysmal. People can't distinguish between fact and fiction in news reporting and our wonderful government (many of them) don't want to believe *actual data* about things like global warming, etc. - because it's not "convenient" for their economic or religious beliefs. And of course some of those people become the reporters that report on these things, and they are ignorant, too.
It's really quite sad. We got to #1 in this world because of science, but we are turning into a society of cultish freaks who don't wan't to believe anything they don't like, regardless of the actual evidence.
Also, journalists have become corrupt little trolls, trolls matching exactly the "throw something out there and see if anyone will bite" definition.
Don't waste your vote! Vote for whoever you want, unless you live in a swing state it won't matter anyways
And if you think scientific consensus is an oxymoron, then you don't understand how science works at all. This idea that science is nothing more than a pack of edifice-building conspirators being toppled by a few brave sacred cow tippers is absurd and demonstrates a complete ignorance of how science works, and how scientists interact. Providing all concerned understand that a well supported and accepted theory still remains a theory, and it's "truth" is provisional, there is absolutely nothing wrong with consensus.
The world's burning. Moped Jesus spotted on I50. Details at 11.
It is unfortunate that in this day and age, it is necessary to explain how science works, and why it is different from other belief systems.
First science is a belief system. The fundamental axiom of science is that an objective reality exists, is independent of the observer, and that by investigation, truths about that reality can be discovered.
What makes it work is that progress in science depends critically on getting it wrong. A couple hundred years ago, people were looking at fire (Fire's Cool), and wondering how it works. Deep thinkers thought deeply about it, and came up with a hypothesis: There was this stuff, phlogiston, that escaped into the air and that was why fire burned, and why stuff that burned mostly disappeared. Good theory.
Then some pesky scientists - who were trying to put numbers to how much phlogiston was in different things - discovered that if you sealed up stuff, so air couldn't get in or out, and burned something, the weight was exactly the same. Hmm. The scientists first concluded that they had captured phlogiston. Great, let's figure ot what it is. Except that burning different things, led to different kinds of phlogiston. The science was a little wrong.
New experiments brought new results. Burning magnesium led to a weight gain, not a loss, so maybe it captured phlogiston. If that were true, then the ash (calx) should burn, right? More phlogiston! Except that it would not. More problems.
To shorten what could be a very long story, in 1774 or thereabouts, two scientists separately and independently came up with a more correct explanation, something to do with oxygen. In 200 years, their explanation has not yet been found to be fundamentally wrong.
Science moves forward by being wrong. A theory is presented, scientists test it's limits, and if there are things that are wrong, they are made better. The process repeats. Every time a mistake is found, every time science is wrong, it gets better. It's like a fine wine, it improves with age. Also, like a fine wine, it is not democratic. The fact that a whole lot of people seem to prefer that Thunder-stuff wine, does not make it a fine wine. The fact that a lot of people disagree with a scientific principle does not make it wrong, just unpopular.
Why is so much science wrong? Well, Homer, that's how it works.
Don't take life too seriously; it isn't permanent.
As to Creationists, well, they are the prototypical pseudoscientists, and much of the anti-science strategy used by the tobacco and fossil fuel industries to attack science is largely lifted from the hard work Creationists put into attacking biology.
Cite please?
The most comprehensive citation would be the book The Merchants of Doubt: http://www.amazon.com/Merchant...
But you could start here: http://scienceblogs.com/denial...
http://www.geoffreylandis.com
...is that journalists generally don't know what they are talking about when it comes to science. They live in a world of politics and history, and they often even screw those up. It is generally accepted that, as a journalist, you don't really need to know the details of something, since an expert can explain it to you.
That said, science journalism, as bad as it is now, is still a lot better than in the 1970s. Then, they really didn't know anything. That's why you get stupid articles in Time and Newsweek about "global cooling" and the "coming ice age", even though actual scientists like Carl Sagan are rolling their eyes at the stupidity of journalists.
Similar to the upcoming US election results
Science reporting is bad because reporters are lazy and rewrite press releases.
Science reporting is bad because major news outlets have eliminated their budget for people who can do more than this. Thirty years ago many US daily newspapers had dedicated science reporters who put out a weekly "science" section for the paper and covered big science stories as they arose. These reporters had a high degree of familiarity with science topics because this was their beat. The dedicated science journalist and the weekly science supplement are well on their way to becoming extinct.
This is part of a general shift away from expensive, financially speculative "shoe leather journalism" toward cheap, profitable "opinion journalism". This is why on breaking news stories you'll see broadcast news services filling up time with frank speculation, which is the cheapest to produce kind of "information" there is. The intersection of slashed news-gathering capability and a 7x24 news cycle leaves them in a situation like having a half pat of butter to spread on a whole loaf of bread.
Post may contain irony: discontinue use if experiencing mood swings, nausea or elevated blood pressure.
It's science when that scientist convinces other scientists using evidence and clear, step by step reasoning that their theory is right.
Well... honestly, no, that's not science. If you look at attempts to formalize the scientific method, you probably won't see a step that is, "convince other people", and there's a reason for that. The process of convincing other people is political, and not really a scientific process.
Now there's a good reason people talk about reaching a scientific consensus, which implies that they're reaching a consensus on a scientific concept by using scientific evidence. The word "scientific" here is a modifier to indicate the subject matter. It's like saying, "I'm going to a scientific lecture at school." It doesn't make lectures part of the scientific method, it just indicates the kind of lecture you're going to.
Science is not a body of canonized knowledge. It's not "the collection of all ideas that you can convince scientists of." Science is a process that aims to develop certainty based on empirical evidence, regardless of whether you can convince a single other person.