- Mar 14, 2011
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Genetic diversity refers to both the vast numbers of different species as well as the diversity within a species. The greater the genetic diversity within a species, the greater that species' chances of long-term survival. This is because negative traits (such as inherited diseases) become widespread within a population when that population is left to reproduce only with its own members.
Genetic diversity refers to both the vast numbers of different species as well as the diversity within a species. The greater the genetic diversity within a species, the greater that species' chances of long-term survival. This is because negative traits (such as inherited diseases) become widespread within a population when that population is left to reproduce only with its own members.
According to the extremely well-evidenced theory of evolution, life forms with negative traits that result in a survival disadvantage are more likely to die off at some point in time.According to the THEORY of evolution: All the ones with negative traits die off leaving only superior traits in the future.
I don't buy it at all.
According to the THEORY of evolution: All the ones with negative traits die off leaving only superior traits in the future.
Second, evolution happens over the course of time spans that are difficult to comprehend. If negative traits are too widespread within a population, ie: the genetic diversity is low, you are correct - the species in question has less of a chance to survive on a large timescale without the introduction of new genes that overcome the negative traits. Understand that "evolution" the way you're twisting it doesn't happen over just a few generations. If too many individuals with negative traits die off, genetic diversity is lowered even more, further reducing the chances of species survival. It's almost as if you think things haven't gone extinct naturally.In modern contexts, while theories in the arts and philosophy may address ideas and empirical phenomena which are not easily measurable, in modern science the term "theory", or "scientific theory" is generally understood to refer to a proposed explanation of empirical phenomena, made in a way consistent with scientific method. Such theories are preferably described in such a way that any scientist in the field is in a position to understand and either provide empirical support ("verify") or empirically contradict ("falsify") it. In this modern scientific context the distinction between theory and practice corresponds roughly to the distinction between theoretical science and technology or applied science.
A common distinction made in science is between theories and hypotheses. Hypotheses are individual empirically testable conjectures; while theories are collections of hypotheses that are logically linked together into a coherent explanation of some aspect of reality and which have individually or jointly received some empirical support.
According to the THEORY of evolution: All the ones with negative traits die off leaving only superior traits in the future.
Stop trying to make arguments to justify you wanting to marry your cousin.
THE BLUE PEOPLE OF TROUBLESOME CREEK
The story of an Appalachian malady, an inquisitive doctor, and a paradoxical cure.