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> 2. paying others to not just discredit Hayes' work, but to make him look "as foolish as possible" > 3. putting together a team of over 100 people, including

> 2. paying others to not just discredit Hayes' work, but to make him look "as foolish as possible" > 3. putting together a team of over 100 people, including 25 professors, to act as "spokespeople on Hayes" > 5. getting paid scientists to write op-eds accusing Hayes of being a "junk scientist" > 8. sending sock puppets to Hayes' talks whose job was to only ask him the same embarrassing questions (“everywhere Tyrone went there was this guy asking questions that made a mockery of him. We called him the Axe Man.”) These are the truly terrifying ones. The weight of people -- supposedly credible scientists -- that they were able to bring to bear to speak against him calls into question effectively every controversial scientific finding. If that much 'scientific' expertise can be bought, then you never know if that failure to reproduce certain results was bought and paid for or not! Following the funding sources isn't always possible. It completely corrupts the whole scientific process and destroys its objectivity. If you want to see a similar example, look at what's happening to the team that discovered irregularities in rats generated by Glysophate. They're being discredited in a very similar way, only much more thoroughly. How do we know that all of that paper's detractors haven't been bought in a similar way?

ScottBurson 13y ago
I once came across a very scientific-looking paper, with lots of tables and graphs and technical prose, arguing that aluminum containers are less energy-intensive to produce than glass because the amount of energy required to produce the container from the virgin material is smaller. Yes, I imagine that once you have a sheet of pure aluminum, it takes less energy to form it into cans than it does to melt glass. But of course this completely overlooks the massively greater amount of energy it takes to produce virgin aluminum from raw bauxite! Much more than it takes to produce glass from sand. The paper was a total piece of shit, and yet it looked completely legitimate. > The weight of people -- supposedly credible scientists -- that they were able to bring to bear to speak against him calls into question effectively every controversial scientific finding. Yep.
- Daniel_Newby 13y ago
  That aluminum paper was right. Firstly, aluminum is originally made on-site at hydroelectric plants in inconvenient places. While it is energy intensive, nobody else is competing for that electricity. Cost = price of dam ÷ decades of aluminum production. Secondly, aluminum recycles really well. Dumb machines can separate and purify it to high levels. The majority of aluminum has been recycled at least twice, amortizing the energy cost over a much larger amount of products. Thirdly, aluminum is ductile (does not shatter) so containers can be made paper thin, and researchers are constantly devising ways to make it thinner. With recycling and thinness, the original production energy can be amortized over 10-100× more containers than an equal strength of glass.
  - ott2 13y ago
    Your first point is false -- in some countries bauxite is processed with power from coal-fired plants. Your other points seem valid.
    - Daniel_Newby 13y ago
      That's madness or desperation. Sensible people ship bauxite as far as necessary to find cheap energy.
  - ScottBurson 13y ago
    You make a good case, but I would like to see the numbers. What would it cost, for example, to run power lines to these "inconvenient places"? Under present-day circumstances, might it not be cost-effective? Anyway, I still find it disingenuous that the paper never mentioned any of these issues (I think I looked carefully, but this was years ago so who knows). I think that's essential context that had to have been omitted deliberately.
jjoonathan 13y ago
The glyphosate team is a bad example. They deserved every bit of the criticism they received [2]. In fact, I'd go so far as to Monsanto's criticism was highly understated and generally an outstanding example of scientific discourse. I suspect that they (the team that found negative effects) didn't get the results they wanted so they came up with an implicit null hypotheses so shitty that they practically guaranteed p<.05: they first did PCA on a 48-dimension dataset and then did significance tests along the principal components. I'm not a statistician, but that methodology is about as dubious as it gets. You should read it and decide for yourself before using it as an example. It's a pity that this kind of behavior is par for the course in the category of "controversial environmental findings," because there are plenty of legitimate questions to ask and legitimate issues to raise. I have no relation to Monsanto, except that I eat their products. We talked about this paper [1] in journal club and were unimpressed (except by their criticism of Monsanto's methodology, which was, ironically, spot on). I wasn't aware of Monsanto's formal response [2] at the time, but from a brief glance it appears to hit the nail on the head. [1] http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2793308/ http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2793308/ [2] http://www.monsanto.com/newsviews/Documents/SpirouxdeVendimois.pdf http://www.monsanto.com/newsviews/Documents/SpirouxdeVendimo...
- dbingham 13y ago
  Well, and this is the very problem with these tactics and the very reason why they are so thoroughly evil. I do not have the ability read a scientific paper and judge its merits. I'm a software engineer. I can usually get the gist of what the experiment did, what they found, etc, but not judge the merits. The fact that this amount of scientific critique can be bought, for someone like me, calls into question any scientific discussion anywhere. Because I don't know who to trust to tell me whether a paper or experiment is good or not. My natural inclination would be to be suspicious of Monsanto and side with the glysophate paper's author. After it was so thoroughly discredited, I believed the critiques of the paper. However, reading about the methods that were used against Tyrone Hayes, I'm now thoroughly questioning that paper's being discredited. Because the manner in which that paper is being attacked looks so similar to the manner in which Tyrone Hayes was being attacked. Do you see what I'm getting at? It ruins the trustworthiness of scientific discourse for anyone not a scientist. And that's an enormous problem.

ScottBurson 13y ago

I once came across a very scientific-looking paper, with lots of tables and graphs and technical prose, arguing that aluminum containers are less energy-intensive to produce than glass because the amount of energy required to produce the container from the virgin material is smaller. Yes, I imagine that once you have a sheet of pure aluminum, it takes less energy to form it into cans than it does to melt glass. But of course this completely overlooks the massively greater amount of energy it takes to produce virgin aluminum from raw bauxite! Much more than it takes to produce glass from sand. The paper was a total piece of shit, and yet it looked completely legitimate. > The weight of people -- supposedly credible scientists -- that they were able to bring to bear to speak against him calls into question effectively every controversial scientific finding. Yep.

Daniel_Newby 13y ago
That aluminum paper was right. Firstly, aluminum is originally made on-site at hydroelectric plants in inconvenient places. While it is energy intensive, nobody else is competing for that electricity. Cost = price of dam ÷ decades of aluminum production. Secondly, aluminum recycles really well. Dumb machines can separate and purify it to high levels. The majority of aluminum has been recycled at least twice, amortizing the energy cost over a much larger amount of products. Thirdly, aluminum is ductile (does not shatter) so containers can be made paper thin, and researchers are constantly devising ways to make it thinner. With recycling and thinness, the original production energy can be amortized over 10-100× more containers than an equal strength of glass.
- ott2 13y ago
  Your first point is false -- in some countries bauxite is processed with power from coal-fired plants. Your other points seem valid.
  - Daniel_Newby 13y ago
    That's madness or desperation. Sensible people ship bauxite as far as necessary to find cheap energy.
- ScottBurson 13y ago
  You make a good case, but I would like to see the numbers. What would it cost, for example, to run power lines to these "inconvenient places"? Under present-day circumstances, might it not be cost-effective? Anyway, I still find it disingenuous that the paper never mentioned any of these issues (I think I looked carefully, but this was years ago so who knows). I think that's essential context that had to have been omitted deliberately.

jjoonathan 13y ago

The glyphosate team is a bad example. They deserved every bit of the criticism they received [2]. In fact, I'd go so far as to Monsanto's criticism was highly understated and generally an outstanding example of scientific discourse. I suspect that they (the team that found negative effects) didn't get the results they wanted so they came up with an implicit null hypotheses so shitty that they practically guaranteed p<.05: they first did PCA on a 48-dimension dataset and then did significance tests along the principal components. I'm not a statistician, but that methodology is about as dubious as it gets. You should read it and decide for yourself before using it as an example. It's a pity that this kind of behavior is par for the course in the category of "controversial environmental findings," because there are plenty of legitimate questions to ask and legitimate issues to raise. I have no relation to Monsanto, except that I eat their products. We talked about this paper [1] in journal club and were unimpressed (except by their criticism of Monsanto's methodology, which was, ironically, spot on). I wasn't aware of Monsanto's formal response [2] at the time, but from a brief glance it appears to hit the nail on the head. [1] http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2793308/ http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2793308/ [2] http://www.monsanto.com/newsviews/Documents/SpirouxdeVendimois.pdf http://www.monsanto.com/newsviews/Documents/SpirouxdeVendimo...

dbingham 13y ago
Well, and this is the very problem with these tactics and the very reason why they are so thoroughly evil. I do not have the ability read a scientific paper and judge its merits. I'm a software engineer. I can usually get the gist of what the experiment did, what they found, etc, but not judge the merits. The fact that this amount of scientific critique can be bought, for someone like me, calls into question any scientific discussion anywhere. Because I don't know who to trust to tell me whether a paper or experiment is good or not. My natural inclination would be to be suspicious of Monsanto and side with the glysophate paper's author. After it was so thoroughly discredited, I believed the critiques of the paper. However, reading about the methods that were used against Tyrone Hayes, I'm now thoroughly questioning that paper's being discredited. Because the manner in which that paper is being attacked looks so similar to the manner in which Tyrone Hayes was being attacked. Do you see what I'm getting at? It ruins the trustworthiness of scientific discourse for anyone not a scientist. And that's an enormous problem.