Comment by andrewflnr
5 hours ago
And yours is still just fearmongering supposition, with, in my opinion, even less basis in reality. Go find some actual research on the ecological roles of aedes aegypti and anopheles if you want to get out of the loop. :)
I have done actual research on their roles! The answer is: "we don't really know."
That's called risk.
Pointing out risk is not "fearmongering" lmao
Do we not know because people haven't gone looking, or because they did go looking and didn't find it? I'm guessing it's the latter, in which case it kinda strengthens the case that there probably isn't some critical role. These are some of the more-studied animals on the planet.
Pointing out risk is a kind of fearmongering when it's technically real but too small to be worth worrying about. Asteroid impact is a real risk too.
> Asteroid impact is a real risk too
I find analogies like this revealing (in the negative sense) of the level of thoughtfulness of bio-engineering advocates. Do you actually think this is an apt analogy? If so, you are not even remotely understanding the problem in front of us. If not, then are you just disingenuously deploying it and you’re unable to conjure up a more apt analogy?
In either case, it’s good evidence as to why I’m not comfortable accepting your prior stack of assumptions. The un-evidenced assumptions that come from a person who thinks asteroid strike risk is remotely similar to gene drives are frankly completely dismissible on their face.
In any case: Yes, you’re right that looking a lot and not finding anything does strengthen the argument there’s nothing to be found. How much? How much certainty do we need? Are there other cheap vectors by which to gain more certainty?
Acting like we have these answers and then saying “hopefully there no pollinators & it’s like an asteroid strike risk!” is seriously discrediting.
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