Nope. If you take a pile of seeds and put them very close together in the earth, a few will survived to produce more seed, but most won't.
If #4 (inherited traits) is true then #1 (offspring competition) is false
The ones that survive will, with very small genetic variation, be copies of the Type of parents. A mouse will be a mouse.
There will be variations between individuals based on the recombination of the genetic material.
Whether or not the seed falls on stony ground, it will produce a sunflower.
A sunflower seed that grows weak planted on stony ground will produce a seed that becomes a strong sunflower on fertile soil
Which or how many survive and reproduce is moot. Sunflowers beget sunflowers.
Are you saying that planting close together affects "natural selection? The is demonstrably false as "natural selection" depends on proximity, opportunity and ability more than on cultural condition such as crowding.
1. more are born than can live.
2. every organism is slightly different than its parents
3. some of these differences affect its likelihood of surviving long enough to reproduce
4. the useful ones tend to spread in a population, and the harmful ones tend to disappear.
Natural Selection #3 variations #4 inherited
Man is disassembling the genome
When all the part are on the table.
If man had the tools, the know how and the technical ability:
A technician could, in a vat of chemical, place all the stands of genetic material (virus)
He could weave the basic strands into prokaryotes.
Mush handfuls of prokaryotes together, producing eukaryotes.
This is the basic single cell ancestor supposedly.
Now, using retroviral insertion, he could insert strands of virus from the same chemical soup into that basic one cell genome. Different strands into different basic cells, (differentiation) That would mean one cell would contain mouse information, another cell human using the same strands but in different combinations.
Reproducing a particular critter would involve recombination. All organisms, mouse or man, have basically the same set of dna but during reproduction the chromosomes have the ability to recombine using existing material from both parents.
The Environment:: Now the original single cell is in a vat which has a mix of dirt (chemicals) and water.
To crawl out of the vat, when the environment changes (dirt to water ratio) the original cell must contain at that point all the necessary information to "adapt" or evolve to the changing environment (chemicals). The gene would have to contain the information Before the change and the chromosomes must have the ability to select and recombine existing material to adapt to the existing and the changing conditions.
Now tell me, if man eventually acquires the tools, material, the know how and a good technician, how long in a laboratory would it take that technician to reassemble a person and mouse?
At what point in this process were the cells differentiated? At what point did a mouse and a man contain the information necessary to replicate himself?