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Surfacestations: NOAA Has Overestimated Land Surface Temperature Trends
New submitter BMOC writes "Anthony Watts of Surfacestations project (crowdsourced research) has finally yielded some discussion worthy results (PDF). He uses a siting classification system developed by Michel Leroy for Meteofrance in 1999 that was improved in 2010 to quantify the effect of heat sinks and sources within the thermometer viewshed by calculation of the area- weighted and distance-weighted impact of biasing elements to calculate both raw and gridded 30 year trends for each surveyed station, using temperature data from USHCNv2. His initial claims are that station siting is impacting the surface temperature record significantly, and NOAA adjustments are exacerbating that problem, not helping. Whether you agree with his results or not, recognize that this method of research is modern and worth your participation in the review. Poke holes in publicly sourced and presented research all you can, that's what makes this method useful."
Which is exactly what the peer-review process does. Which is why you never trust non-peer-reviewed work. I can write whatever I want about anything, make it look like a paper, and then send it out to the media. Which is precisely what happened here.
You're walking down precisely the opposite road. Even one peer-reviewed paper on "remarkable claims" isn't enough - that's just the start of a process that can only be confirmed by a series of followup studies, spawning a process that can lead to dozens or hundreds of papers before one can feel confident in the truth of the matter.
This here is *zero* published results.
And the scientific process is the peer-review process, which this has not undergone, and will almost certainly fail like Watts' other "work". If he even bothers actually submitting it instead of just saying that he's going to.
"... Sean Hannity, whose surgery to remove those bolts from his neck was apparently successful,
But he didn't attack the man. He merely pointed out that he's not a meteorologist. In my country when I see somebody on TV forecasting the weather that person is a meteorologist, they have spent years studying the weather and know a lot more about the climate than I do. In the US they're just an actor reading from a script.
The US does _have_ meterologists, who might know something about the climate, but this man is not one of them.
Publishing is quite political, and journals are often reluctant to publish controversial findings.
Journals like controversial findings, for the same reason that newspapers up-play their headlines: it attracts attention. Furthermore, a shoddy paper with a controversial conclusion will often spur a slew of debate and comments, each citing the original paper, and thus raising the journals impact factor.
Further, larger / more prestigious journals are extraordinarily reluctant to publish a paper if the author hasn't already published enough in the past, again, regardless of the papers actual quality.
This would be relevant if the paper had been disregarded for not being in a prestigious journal. It wasn't, it was disregarded for not being in any journal. There is always a journal that will publish the paper, it is just a matter of trying until you find it and/or are lucky with the reviewers.
Be honest and let the findings stand or fall on their own merit, not your opinion of the author or how he decided to make his findings available.
The way the research is published often raises some question: If it is good enough to pass peer review, why hasn't it been tried? There is a reason why "science by press conference" is a derogative.
However, the claim that human emissions of CO2 surpass all the volcanic activity on Earth evidently is extraordinary. The claim that CO2 levels now are geologically high is extraordinarily false (we've had way higher CO2 levels during the Jurassic, for example. And much warmer temperatures, with global averages above 25 degrees. Biodiversity endured.). Actually, there's clear evidence that we're on a cool period; global temperatures are highly correlated with the formation and breaking of supercontinents, and we're between supercontinents).
There should be more geologists in climate sciences. Their long-term view should be considered over the "OMFG we've had 10 warm years we're burning the planet!!!!!!!!!!!!!!!!!!!!!!" alarmism. There are various cycles of global temperatures, ranging from hundreds of millions of years to tens of thousands. A short term (~100yr) variation is nothing.
You're only a sceptic if you can be convinced (by reasonable evidence) that the original claim is true. Otherwise, you're a denier, and discussing the issue with you is a waste of everyone's time. There are some classic signs that indicate you are a denier, not merely a skeptic. A general pattern is someone from completely outside the field making extraordinary claims that everyone else is doing it wrong. There's usually a conspiracy from the "experts" to shut them out. It's a constantly evolving theory, where the conclusions never change, but the reasoning always does. And, of course, there's usually a lot of funding from an organization with a vested interest in opposing the the original science. Watt is really no different from the Intellegent Design folks or Jenny Macarthy and the vaccine-autism folks, and he's only a short step from the Time-cube guy.
This is good. Now, as the next part of the exercise, can you find the "one dimensional" thinking among many who subscribe to AGW? I would suggest you add in the implications of that logic as well. Let me get the ball rolling:
Belief: Increased CO2 will cause runaway global warming. Reasoning: Venus is 95+% CO2. Implication: continued output of CO2 will take us to a tipping point situation that will result in $badthings (some alarmists go so far as to claim human extinction, more level headed people worry about rising sea levels and changing weather patterns).
Belief: CO2 emissions can be decreased through application of carbon taxes. Reasoning: You get less of what you tax. Implication: imposition of a tax reduces carbon emission, but raises prices of commodity goods, the governments that collect the tax money then spend it on goods that are produced using fossil fuels, meaning no net decrease in CO2 emissions, more poverty, and already impoverished people will have less food.
Belief: Global warming is bad for the poor, therefore not global warming is good for the poor. Reasoning: the opposite of a bad thing is a good thing. Implication: Silliness. The opposite of drowning is dehydration. Neither is good, obviously. In this case, it is bad for people to be forced to move, but it is arguably much worse for them to starve.
Your list is good, because it contains testable predictions. Clearly, mankind puts out a great deal more CO2 than volcanoes, so that is not a valid argument against AGW. However, other things come out of volcanoes, and as far as greenhouse gases go, CO2 is the ultimate lightweight. You can only get weaker effects from diatomic and mono-atomic gases. I would be interested to see what else comes out of volcanoes in quantity.