This, but to some degree, unironically. If studies aren’t reproducible (or deemed worthy of reproduction) then there’s definitely a disconnect between the folks handing out research assignments and the folks engineering applicable solutions to scientific problems.
That goes two ways. You could be a guy who successfully formulates a mathematical model to support the existence of Neutrinos and face a funding board that has no interest in building a LHC. That’s arguably a problem of malinvestment within the scientific community. Or you could be a guy who successfully formulates a mathematical model for a new kind of mouse trap that’s 10% less efficient than traditional mouse traps. That’s more of a university research assignment problem. Or you could have a researcher who claims he’s the only one who can do a particular thing, because he’s got the magic touch. If the research is unfalsifiable by design, that’s an entirely new kind of problem.
i think you bring up valid instances where this is fair.
but i think i’m speaking to the very obvious and important ones that are worthy of reproduction. like i’ve seen articles be like “these corporations are responsible for 99% of climate change” or something
and the comments will be like “duh we knew that”
which true, but not empirically. being able to cite data from actual research from professionals is so valuable and far better than anecdotes or guesses. edit: and also informs meaningful policy.
that said, is there some way for a layperson like me to identify when research is not deemed worthy of reproduction? or is it a lost cause
which true, but not empirically. being able to cite data from actual research from professionals is so valuable and far better than anecdotes or guesses.
While its certainly helpful to get the raw numbers down on paper, you don’t need a filing cabinet full of documents to recognize that fossil fuel consuming electricity producers and airliners and manufacturing centers the but-for cause of climate change. Fossil Fuel goes in. Carbon emissions come out.
We can definitely use a more meticulous bit of R&D to find exactly where and when these emissions peak, in order to reduce total emissions without sacrificing an abundance of economic productivity. But “did you know burning the fuel makes the pollution?” isn’t a shocking conclusion.
Where things get annoying (and where in-depth research genuinely comes in handy) is in the functional policy that follows this recognition. Once you know a widget factory in China is 10x less efficient than its counterpart in the US, you can formulate a trade law to limit imports contingent on reform. But as soon as you start impacting some retailer’s bottom line, you get some screamer ad “Congressman Greenpeace Wants To Make Your Widgets 10x as Expensive to Save The Stupid Spotted Owl! In Truth it is the Spotted Owl that produces all the emissions! Kill the Spotted Owl!” financed by the worst people you know.
And that’s when you get some facebook troll group (or marketing team or bot army) spamming “Spotted Owl Farts Killed The Environment While Joe Brandon Clapped!!!” And then it becomes orthodoxy in the denialist community such that you’ve got Sunday Morning talk shows with people arguing over Spotted Owl emissions rather than trade law.
is there some way for a layperson like me to identify when research is not deemed worthy of reproduction?
Not practically, no. As soon as you’ve got that kind of info, you’re no longer a lay person.
At some level, you need a network of trust with someone who does know and does have a serious take on this. And that network is going to be informed by who you already trust and listen to. And that’s going to be informed by who they trust and listen to.
That’s the real terror of the modern mass media system. We’ve corrupted so much of our information stream that its genuinely hard to find a serious media venue that’s not been gobbled up by a for-profit marketing firm.
So what’s the harm of doing research on subjects with “obvious” no-surprise conclusions? The basic reality that it provides foundation for meaningful policy should be enough to justify it, no?
You kind of lost me with your spotted owl hypothetical? Not disagreeing I just genuinely got lost there was a lot if layers to it lol.
And thanks for the details on identifying problematic research as a layperson. Good to know, even if it’s depressing.
Anything could have enough significance to warrant further study. If it has societal implications or environmental concerns, it could be deemed worthy. I’ve read some guidelines on how to read scientific papers, but don’t have the link on me. The scientists are supposed to list their biases, but it’s kind of on the honor system, I think.
This, but to some degree, unironically. If studies aren’t reproducible (or deemed worthy of reproduction) then there’s definitely a disconnect between the folks handing out research assignments and the folks engineering applicable solutions to scientific problems.
That goes two ways. You could be a guy who successfully formulates a mathematical model to support the existence of Neutrinos and face a funding board that has no interest in building a LHC. That’s arguably a problem of malinvestment within the scientific community. Or you could be a guy who successfully formulates a mathematical model for a new kind of mouse trap that’s 10% less efficient than traditional mouse traps. That’s more of a university research assignment problem. Or you could have a researcher who claims he’s the only one who can do a particular thing, because he’s got the magic touch. If the research is unfalsifiable by design, that’s an entirely new kind of problem.
i think you bring up valid instances where this is fair.
but i think i’m speaking to the very obvious and important ones that are worthy of reproduction. like i’ve seen articles be like “these corporations are responsible for 99% of climate change” or something
and the comments will be like “duh we knew that”
which true, but not empirically. being able to cite data from actual research from professionals is so valuable and far better than anecdotes or guesses. edit: and also informs meaningful policy.
that said, is there some way for a layperson like me to identify when research is not deemed worthy of reproduction? or is it a lost cause
While its certainly helpful to get the raw numbers down on paper, you don’t need a filing cabinet full of documents to recognize that fossil fuel consuming electricity producers and airliners and manufacturing centers the but-for cause of climate change. Fossil Fuel goes in. Carbon emissions come out.
We can definitely use a more meticulous bit of R&D to find exactly where and when these emissions peak, in order to reduce total emissions without sacrificing an abundance of economic productivity. But “did you know burning the fuel makes the pollution?” isn’t a shocking conclusion.
Where things get annoying (and where in-depth research genuinely comes in handy) is in the functional policy that follows this recognition. Once you know a widget factory in China is 10x less efficient than its counterpart in the US, you can formulate a trade law to limit imports contingent on reform. But as soon as you start impacting some retailer’s bottom line, you get some screamer ad “Congressman Greenpeace Wants To Make Your Widgets 10x as Expensive to Save The Stupid Spotted Owl! In Truth it is the Spotted Owl that produces all the emissions! Kill the Spotted Owl!” financed by the worst people you know.
And that’s when you get some facebook troll group (or marketing team or bot army) spamming “Spotted Owl Farts Killed The Environment While Joe Brandon Clapped!!!” And then it becomes orthodoxy in the denialist community such that you’ve got Sunday Morning talk shows with people arguing over Spotted Owl emissions rather than trade law.
Not practically, no. As soon as you’ve got that kind of info, you’re no longer a lay person.
At some level, you need a network of trust with someone who does know and does have a serious take on this. And that network is going to be informed by who you already trust and listen to. And that’s going to be informed by who they trust and listen to.
That’s the real terror of the modern mass media system. We’ve corrupted so much of our information stream that its genuinely hard to find a serious media venue that’s not been gobbled up by a for-profit marketing firm.
So what’s the harm of doing research on subjects with “obvious” no-surprise conclusions? The basic reality that it provides foundation for meaningful policy should be enough to justify it, no?
You kind of lost me with your spotted owl hypothetical? Not disagreeing I just genuinely got lost there was a lot if layers to it lol.
And thanks for the details on identifying problematic research as a layperson. Good to know, even if it’s depressing.
Anything could have enough significance to warrant further study. If it has societal implications or environmental concerns, it could be deemed worthy. I’ve read some guidelines on how to read scientific papers, but don’t have the link on me. The scientists are supposed to list their biases, but it’s kind of on the honor system, I think.