Yeah, but acacia trees aren't suddenly going to decide they're going a different route and a species of ant goes extinct in a season.
Actually, it's more the other way around, but is that your criteria? If a human had to make a decision for it, that's the critical difference?
Again, this seems like an aesthetic opinion, lacking humility.
I'll grant you that viruses and bacteria can evolve quickly via natural selection. But that's hardly something that extends to large multicellular life.
So, one of the basic premises of abiogenic origins of life is that with enough random chance and time, specific, important changes will occur on a path towards life and more complex life.
But nothing about that math means that extremely "lucky" things can't happen in quick succession. The "rate of change" argument is only really "rate of change over some arbitrary timescale". Just because the first step in self-replicating proteins took, say, 3 billions years worth of die rolls, doesn't mean that the next step won't happen in the next second.
So to think that large, multicellular life cannot undergo incredibly fast changes (as fast as any genetic engineering done by humans), is an issue of perspective. Now, I'll grant you, we might, as organisms with significant amounts of control over our environment, create a rate of sustained change that is incredibly rare - but I don't see how the rarity really makes us qualitatively different.
Perhaps, for some perspective, watch this: https://www.pbs.org/wnet/natur.... It's a humbling thing to imagine plants actually are able to manipulate animals - including humans.
It seems far more prudent to recognize that we're having drastic effects on an extremely complex system, and we should really try to minimize those impacts when possible.
If you believe that we can effectively minimize our impacts to complex systems, I think you're overestimating our ability to understand complex systems. That's not to say that there aren't some easy, marginal, things we can do to avoid acute problems, but the amount of time you should spend on minimizing your impacts, versus surviving inevitable change that happens in complex systems for practically unknowable reasons, should be a very low ratio.
In the case of "invasive" species, it's silly to imagine there is any way for us to control them. You might be able to "slow the spread", as it were, but it's *always* going to be a losing battle. Adapting to the newcomer species is the only battle you can effectively win.