Again, I'd suggest you do some more research, MT, rather than throw out broad but unsupported statements...but I accept your apology anyway. Now...
Do a search on the web for “Microevolution” Google gave 16,700 hits. Yes, some of them were sites such as the Creation Science site I noted above, sites attempting to show the inconsistencies in evolutionary theory; however, the overwhelming majority were from scientific sources. Darwin himself described microevolution in his works.
Regarding your question about whether I consider dogs and wolfs to be the same species, that concept has evolved over time (pun intended). The term subspecies was often used as another name for varieties that may have morphological differences as a result of their geographical separation, but still can interbreed. Species showing great morphological variation, thus having many subspecies, are said to be polytypic. Small rodents are among the most polytypic mammals; the southern pocket gopher, Thomomys umbrinus, for example, has 214 subspecies! Homo sapiens, on the other hand, is considered to be a monotypic species as there is great reluctance, for obvious social reasons, to consider the various races of men to be subspecies (unless they are extinct and can't fight back like Homo sapiens, neanderthalensis). The modern definition of a species proper tends to ignore morphological differences or similarities and focus almost entirely on whether or not a population interbreeds. The nearly 150 varieties of strikingly distinctive dog breeds recognized by the American Kennel Club are all considered to be members of the same species, Canis familiaris because they all can cross breed. Yet, the grey wolf (Canis lupus) and the coyote (Canis latrans), themselves polytypic species, are considered to be different species though they are known to interbreed with dogs. So, which is it? Are dogs and wolves subspecies of the species Canis?
One thing I would say is that dogs and wolves are more likely and example of micro-evolution of a common species. Neither really possess any significant difference in complexity.