Ya know how when Trump first garnered attention as a wild card in the various races to become President and everyone thought he might tone it down once at the top? And then once he was president, with each passing day, we continued to be surprised, and then slowly not at all surprised that he continued to act a bit unhinged and certainly unlike any politician seen or heard before? And next thing we knew, nothing could surprise us and we hardly lifted our heads at the latest headlines, hardly gave his antics much attention at all?
I'm worried I may have arrived at that point with genetic science in agricultural crops. I'm almost not even surprised when even the craziest research has been funded and the latest 'solution' developed, suddenly staring at me from my computer screen, from a CBC Quirks & Quarks article no less.
Go on. It's not a terribly long article, you've got time to give it a quick perusal. (If you REALLY don't, the Cole's Notes is that plants do not do well in compacted soil -surprise!- and scientists have identified one reason this might be; ethylene, which does not diffuse through compacted soil. Fear not young reader, genetic modification is here and will create plants who ignore the ethylene and literally punch through the hard soil.)
- Isn't the most important thing we know about soil at the moment, that we know so very little about soil? Is it possible that this one, singular conclusion about ethylene is missing some other important pieces about how compaction affects the soil biology AROUND the plant and not just the plant alone?
- Are we now accepting that soil compaction is simply a necessity of our food production system? That rather than researching better technologies to reduce compaction, we're throwing money at genetically modified crops to better muscle their way through rock?
- Is it conspiracy theory to suppose that the same companies that sell the chemicals and fertilizers needed to grow these crops that require heavy, compacting equipment, might also hold the patents for the specialized crops that can grow in those conditions?
- Has every consideration been made for how stopping the plant from detecting ethylene might affect the rest of its life, or the life of the soil biology around it, or the animals/humans who might consume it? Are there other roles that the ethylene plays in the soil and in the air that might be altered by mucking about with the plants' detection of it?
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