A little pesticide is fine for cosmetic value: people buy more of the prettier fruits and veggies, great. But when you start to apply modern engineering to it, you get extremely powerful pesticides which are able to do something much more dangerous.
The most talked-about example of what I am talking about is to consider that McDonald’s has uniform french fries throughout the US. They are able to do this because the potatoes that make the french fries are genetically identical; there is exactly one McDonald’s French Fry Potato plant.
As a consequence we are freezing the evolution of part of our food supply while the pests continue to evolve to be better and better at eating those bits. The absolute precondition to do this is that human engineering clears out the pests with advanced pesticides, so that the plants don’t need evolution to stand on their own. And that is really dangerous as it pits human wits against the laws of nature for the long-term.
This is also another reason why that label of “organic” is somewhat wrong. It labels whether something happened in the production of some produce. That is very helpful, say, in response to the OP’s article about avoiding a particular pesticide for health reasons. But it doesn’t say anything about doing the historical deeds of farming where you take your best performers and plant them again for the future: and, worse, there’s a “security vulnerability” here where I can deliver a bunch of organic produce but not support evolution. I can just plant the same crop, look for signs of pests, douse only those fields with advanced pesticides, and the other fields get delivered “organic” even though their survival had only to do with random chance in how they were cultivated, not whether they were tougher in the presence of (weakened) pests.
Thanks for coming here and arguing for Integrated Farming... are there any certifications we can look for that indicate this? (I am under the understanding that anyone can call something "integrated" and it's all on the honor system.)