Oh, brother. Here we go again.
Science (with very rare exceptions) is not done in high school classrooms. That's just one place the results of doing science are summarized and reported, in curricula.
This confusion is akin to thinking that a baseball game is somehow decided on the sports page. No. That's just were the results are printed. The game actually occurs on a baseball field.
Working scientist don't give a heck about what they were told (or even "indoctrinated" on) in high school. They've long ago moved far beyond that. They only care about what ideas WORK and are PRODUCTIVE in advancing the research topics they're interested in. And THAT is entirely what the "survival" of evolution as a scientific theory is "contingent upon".
Many working scientists, if they picked up their old high school texts, would doubtless be horrified by the (often bone-headed and obtuse) over simplifications and misapprehensions therein.
The quality of introductory science curricula (that is primary, secondary and college level curricula prior to the Senior or Graduate level) only matters as it effects, for good or ill, the scientific literacy of the vast majority of citizens who do NOT go into research oriented science careers.
It doesn't matter one whit for those who end up doing science. They are necessarily forced, by the dynamic nature of science, to basically relearn their disciplines as soon as they move beyond introductory level instruction, and in effect to continually do so throughout their careers.
Not even close. There is broad, continuing and unresolved debate (or agnosticism) about where, or in what kind of environment, life might have originated. Something like a "warm little pond" is only one of many possibilities under consideration. Everything from surf zones, to deep sea vents, to the surfaces of clay minerals, and even interstellar space has been considered.