Which is not what they’re saying. Please read
The Discovery of Global Warming for an excellent introduction, which points out the phsysics. It does tend to stint on the biological confirmations of the models, though. Also, please read realclimate.org.

“Crucial to that matter, it seems, is an ability to separate the scientific method from politics.”

The whole strategy of denialists is precisely to use politics to do what they failed to do in science.

That would be “The model is that there is no model. ” model?

Consider it from the basic dichotomy of bottom up process vs. top down structure;
Any organizational unit, be it an organism, corporation, theory, etc. must have some unifying focus in order to exist, but that definition sets limits and therefore it cannot also be infinite in its application.
What would happen if two realities which operated under different physical laws were to meet. In a sense, the same thing that happens when there is any conflict, be it between two bio-systems or two galaxies. There would be a mash-up and what emerged would be a new system forming out of the innumerable interactions. It wouldn’t have the same features as either of the originals, though there would be complexities that managed to carry over in diverse forms, whether organic or mineral. Say the Big Bang was caused by such a collision of two such realities. The set of physical laws which emerged wouldn’t be completely reducible back to some basic theory without knowing the laws of both preceding realities.
It is that intermingling that is a function of the bottom up process and any specific unit within it cannot be completely understand in isolation.

Since an objective perspective is an oxymoron, any inquiry is inherently subjective to begin with. Added to that, the process of inducing a general theory from a collection of data is inherently reductionistic. So it would seem problematic to assume that one might draw particularly objective conclusions from a particular study. This is mitigated by multiplying the fields of inquiry and finding which patterns are most prevalent.
From my limited experience and knowledge, it would seem one of the most basic patterns is of opposing forces in motion relative to one another, be it electricity or football, politics or geophysics. So is nature some dualistic construct, or is there a fundamental physicality and if we just keep smacking particles into one another, we will eventually find it. Or are we missing some larger point?

So what you’re saying is that theory is necessarily based on objectives, than objectivity?
I suppose then that those who do base their studies on pure objectivity are taking a long walk off a short board.

That’s not the point. You don’t have to explain things in terms of the most fundamental laws we know to at least have some explanation. For example, eventually we may hope to understand the operation of the human brain in terms of the activity of its basic components: neurons. There are many neuroscientists today working on this very problem, and it’s a good goal to have.

We can then understand the operation of individual neurons based on the chemistry of their components. We can understand the chemistry of their components in terms of non-relativistic quantum mechanics. We can understand non-relativistic quantum mechanics in terms of quantum field theory. And, some day, we may understand quantum field theory in terms of some more fundamental theory.

Either way, you don’t have to describe everything by breaking it down to its most fundamental components. There are ways of simplifying the problem by breaking it up into pieces.

Anderson appears unaware that data analysis has emerged as a sub-science of its own with lines of research in applied mathematics. A large set of data will betray signals with digital filters and statistical methods. If a signal is there it can be found in principle by some method. Hmmm… maybe letting the SETI people sift NRAO data and work up new methods has wider applications than an improbable search for little green men.

Since Berlinsky wrote his languid missives and councils of despair with the whole ID flapdoodle I have little time for these defeatist types.

Lawrence B. Crowell

Having said that I remember back in the 90′s when everyone was worried about losing data on old formats (paper tape, old styled magnetic media etc.) I believe they tried to update a lot of it onto backed up hard drives but a lot of astronomical data was lost.

That was very sad since we lost the ability to do studies over time by looking at various datasets with time.

However there is a lot of stuff that has been kept.

The benefit of losing data though is that it forces people to adopt a skepticism and reconduct tests. That’s not necessarily a bad thing. Often in conducting a test you can find new errors or learn new skills. It gives grad students something to do too.

But let’s be honest, how much of the data from most studies from say the 1860′s through the 1980′s was kept? It’s not like this is a new problem.

The problem is that now we conduct tests with so much resolution of data – much of it redundant – and we don’t know what to do with it all. Surely a lot of the data could be thrown out.

I can’t understand though claiming this would affect the scientific method. If anything it’d accelerate it since theories are easier to store than tons of raw data.

Quoth Pereira:

Where does Anderson think those statistical algorithms come from? Without constraints in the underlying statistical models, those “patterns” would be mere coincidences. Those computational biology methods Anderson gushes over all depend on statistical models of the genome and of evolutionary relationships. … without well-chosen constraints — from scientific theories — all that number crunching will just memorize the experimental data.