Bioengineered pandemics frequently top the LW census as an X-risk concern.
yes.
One difficulty about GMO specifically is that as you said,
But there also no reason to assume that risk from GMO would be equally distributed among different GMO foods
Golden rice - probably fine. Pesticide resistant stuff, probably not as fine for various reasons already published in the public domain.
The problem is when talking about GMO you cover the existing proven bad (and since no longer used) as well as the unproven bad. As well as the good and the unproven good and the neutral. you just talk about GMO. It might help to be more specific. Can you be more specific about what you are calling GMO? And what you are saying is the problem? There is no inherent problem with the concept of GMO (modifying genes). It depends on how you use it (which genes and how you modify).
Can you be more specific about what you are calling GMO?
In a world of labeling I have no problem with having more specific labels for different types of it.
And what you are saying is the problem?
Goodhard's law is generally a problem when you have strong optimisation tools.
With unlabeled GMO's the commercial pressure is to create food that is as cheap as possible without regard for whether it's healthy. If you require labeling than the companies producing the food have incentives to produce healthy food.
GMO's reduce diversity of agriculture. That ...
Basically: How does one pursue the truth when direct engagement with evidence is infeasible?
I came to this question while discussing GMO labeling. In this case I am obviously not in a position to experiment for myself, but furthermore: I do not have the time to build up the bank of background understanding to engage vigorously with the study results themselves. I can look at them with a decent secondary education's understanding of experimental method, genetics, and biology, but that is the extent of it.
In this situation I usually find myself reduced to weighing the proclamations of authorities: