The arguments surrounding the PR process are hardly difficult to find and TBO I don't think that its up to me to bring people up to speed on common knowledge.
To understand the flaws in the PR process you have to understand how it works.
The 'peers' are only those that want to do it. Request for reviews are sent out ... the potential reviewers should check to see if (1) They actually know anything about the subject and (2) If there are any conflicts of interest. (3) Then they decide whether they have the time. A serious review will take a day, the annual cost of the review process is about £1.2bilion ... a professor at a top institution maybe being paid ~£80k his time doesn't come cheap for his employers.
Lets examine each point in more detail.
(1) Often there aren't the experts, and where there are their expertise might not cover the whole range of the paper. This is especially the case with 'cutting edge' techniques. So while the reviewers maybe able to cover certain areas of the work they may simply be lost at sea with regards to the paper as a whole. While they are meant to write down and clarify their own limitations regarding the review, often they don't.
(2) The review process is only blind not double blind. The reviewers know the authors names of the papers they are reviewing. If you have ever met top flight scientists you will know that they are the most egotistical and nasty people you will ever come across. Certain scientists are hated and there are many bitter rivalries and feuds throughout science ... they are people after all and as such will happily put the knife in or skirt over a flaw.
(3) Due to time constraints many reviewers do a poor job and many more simply turn down the requests. So exactly whom are these people that do the reviewing. I can tell you that the commercial side is woefully under-represented, private companies don't spend money for no return.
Half of journal editors rely almost exclusively on reviewer recommendations when making acceptance decisions. ... but most journals have too many reviewers for editors to know their capabilities personally. Most journals do not train reviewers or assess their background in research methodology or critical literature review.
Each study was vetted by peer review, the basic process for checking medical research, in which other researchers judge whether papers meet scientific standards. But after research contradicted those studies – frustrating anyone who had followed their recommendations – some specialists began looking at whether peer review had failed to identify serious flaws in the research. But the specialists found that it was almost impossible to discover what had happened in the vetting process, since peer reviewers are unpaid, anonymous, and unaccountable. Moreover, their reviews are kept confidential, making it impossible to know the parameters of the reviews Now, after a study that sent reverberations through the medical profession by finding that almost one third of top research articles have been either contradicted or seriously questioned, some specialists are calling for radical changes in the system.
[URL="http/en.wikipedia.org/wiki/Peer_review"]http/en.wikipedia.org/wiki/Peer_review[/URL] has a pretty reasonable overview of the process and its flaws.
btw - I didn't say that review doesn't matter, obviously oversight is essential, what I meant was that just because a paper has been reviewed it doesn't mean that it's right.
You can make jokes all you like, but the scientific process doesn't allow researchers to do what they want. Even outside of the commercial world they still have to write proposals and get funding. So its of little surprise that Hovanec's research hasn't been taken up ... there is simply no mileage and no point because it lacks a wider applicability ... perhaps some would consider this a flaw in the non-commercial world.
You are right by the way that commercial research is much more productive. That's no surprise when you consider that commercial research is narrow and directed - practically worthless outside of its specific frame of reference ... and more importantly it is parasitical on non-commercial research.
As an example - the Human genome project (the UK side at least) was a non commercial enterprise ... however, from that many parasitical commercial organisations have taken that work and gone on to patented genes etc ... those companies would never have managed to sequence the genome. Again how many commercial organisations could have made the CERN Particle accelerator and everything that has come from that ... much capitalised upon by commercial organisations.
So yes on face value commercial research is much more profitable, in reality it simply couldn't survive on its own.
As for who's vision we should follow, the commercial vision will always be for profit and against better long term sense. Using cars as an example, its amazing that something as pathetic as the ICE has managed to last so long. This isn't even going into the technological clutter insides everyones house that's basically just landfill waiting to happen.
It wasn't a commercial company that provided the means for us to be holding this discussion. TBL worked at CERN and the Internet comes from the military. In fact I think you'll be hard pushed to find anything truly worthwhile that was made or discovered using commercial funding - even most of our medical advancements were either the result of necessity via war or because of organisations like the NHS. Cancer research would be nowhere without the charity funded foundations.
As for Hovanec's paper. I've already pointed out its failings. Its focus was extremely narrow and the usefulness of the results questionable and limited. That he didn't find Nitrobacter says nothing about the wider world only about his set up and water chemistry. That he found Nitrospira-like bacteria again doesn't say much especially when you take into consideration that the 'LIKE' aspect is the same as someone pointing to you and saying you are a monkey-like person.
Also consider this. Depending upon the assay that he used he could have been looking for the presence of a specific gene or gene sequence responsible for the nitrification process ... however finding its presence doesn't mean that the gene was active.
That his paper is still cited shows little more than the limited, if not non-existent, research into the field of aquarium bacteria and this is hardly surprising considering its lack of wide applicability to the real world.
The reality is that scientists are finding it hard enough to find funding for identifying soil bacteria, let alone discovering what they are doing ... why are they more likely to find funding for aquaria bacteria?
Food for thought, did Hovanec patent the bacteria (I kind of doubt it being that it is described only as -like) or did he patent the gene sequence (partial or full?) or a process? Depending upon what he patented and it full reach, he may very well have made further research difficult or pointless.