ORIGINAL: buster the show dog
Funny thing about science though.... A scientific approach has to ALWAYS allow for the possibility of rejecting a previously held belief in the light of new evidence, and one always has to be open to the possiblility of that new evidence existing. One always has to consider the possibilty that one's empirical observations under a given set of circumstances may not apply once one starts altering some of the specific circumstances under which the observations were made.
[sm=wink2.gif] Thanks for your thoughtful posts, Buster! I was writing something about observation, assumptions, belief and inquiry, and figured here would be a good place to put part of it. [

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Clicker training comes to us by way of science, good science, at that! What is good science?
Science is experience. To think that a “lack of education” makes a person unqualified to have accurate “observations” and conclusions is to miss the pudding for the packaging. Some assume that preexisting knowledge must be applied to a current event, in order to shape correct observation. Others defend a “science-based” program by claiming it is unproductive to inquire into the mechanics of one#%92s “belief” about them.
Science begins with observation. Observation of phenomena in the physical world leads us to ask questions, form hypotheses (tentative conclusions), then devise experiments to test the hypotheses. If we go into “observation” already with an answer, then we are not practicing science, we are practicing belief and faith. Forms of logical argument that would accept “having the answers first,” use different types of inference, and include logical arguments regarding content other than science, like ethics (i.e., legal argumentation) or metaphysics (i.e., theology).
What we call the scientific method, is the basis of human learning:
see it > ask about it > draw a conclusion > test the conclusion
In scientific thinking, the fourth step (testing) is required. For other forms of logic, like legal argumentation or philosophy, it is not.
Now, if we go to school, or a class, or read a book, we receive the conclusions of someone else who did the science, well or poorly. So, as students, we are really consumers of other people#%92s logical processes. If we are practicing an action in the world with a form and a history, say dog training, and we simply follow the form, then we are not doing science, we are not engaged in “inquiry”, we are applying the products of inquiry: practicing a form, and a highly subjective one at that.
So, how do we develop great skills of observation? I like to think about a few particular groups of people who practice something very close to the scientific method: artists, buddhists, scientists, and people who still rely on direct relationships with the earth for sustenance. Farmers, bushmen, meditators, researchers, and the landscape painter are some of the people who truly work and practice to develop their “powers of observation.”
Extensive hours spent sitting together, watching and comparing notes, makes the Nunamiut hunters able to you much more about the particulars of an individual wolf than a PhD in animal sciences could ever hope to know. A painter will identify dozens more shades of green in the canopy of a forest due to his practised eye than an MFA web designer who#%92s visual expertise is limited to RGB screens. A farmer can tell you far more about that eastern horizon he#%92s studied for 1,460 evenings, than a guy with a B.S. in Meteorology.
And then, the proofs are in the pudding - repeated testing brings validity. Skinner devised a chamber for repeating his now famous experiments. Theoretical scientists, who are confident in their conclusions, offer them in papers for review by the community, where flaws are drawn out. Millan spent part of his childhood performing the scientific method on a farm in Mexico, observing, asking questions, drawing conclusions, and testing them. These are the standard forms of testing hypotheses: experimentation and peer review (i.e., trying stuff or talking over the fence with a neighbor). Think of a courtroom, the lawyers do not practice the scientific method, they already desire a specific outcome. But the jury must be "prudent", must be open to hear both sides, must argue and defend with each other the merits of the arguments.
So, how do *we* practice science? The good news here, is that most anyone *can* express this potential of human intelligence! It starts with being open, and curious, and asking questions! Yes, you have to be brave to let go of your biases, and admit you don#%92t know it all. But in exchange for your humility, a bountiful world awaits you, and it begins at the outer surface of your eyeballs, at the tip of your fingers, in the silence between the sounds, in each breath you draw, and on the tip of your tongue. [

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This is why I applaud the sentiments Kim has expressed in her initial post:
ORIGINAL: Kim_MacMillan
Besides, creating a “philosophy”, in writing, for myself is going to be much fun, it will really press my own abilities as a writer, and to test what I really know, and it will even I#%92m sure send me back to some good books for references. In the end, it#%92ll keep me learning. And the best thing, is that I#%92m sure it will be adapting over time, I#%92ll add things, change things, remove things. That#%92s the great thing about philosophies, for me they are not set in stone (like labels are), they are very fluid, dynamic, complex.
I find these sentiments brave and wish Kim a bountiful experience in this spirit of inquiry! She has laid a path of experimentation before her that will offer her the chance to often see the world with new eyes!!