Zoom out from one pedigree to a whole population and genetics becomes statistics. Every generation is a random draw of 2N alleles from the parents' gene pool, so in a small population allele frequencies lurch about and an allele can be lost by chance alone, while a large population started the same way barely moves. The same sampling maths explains why collaborative projects such as biobanks and genome-wide association studies pool hundreds of thousands of genomes before a real trend separates from noise. This is the real knowscape from knowhere, not a picture of one. Drag it. Watch what actually changes.
Stop watching the individual and watch the pool. Inheritance in a population isn't about one cross — it's about how allele frequencies shift across thousands of genomes, and the whole topic is measuring that drift, selection, and flow at scale. The single organism is a data point; the population is the thing that evolves.
From far off, the crowd looks like one solid blur of people.
Step closer and the mass splits into individuals, each carrying their own genes.
Now you can count every allele and read the population's true mix.
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