4 ms·
One thought I had while watching that the video didn't seem to explore is that if you can precisely map the field and remember every plant, and you have 4 milli
by ALittleLight 4y ago
One thought I had while watching that the video didn't seem to explore is that if you can precisely map the field and remember every plant, and you have 4 million plants on your field, then it seems like you could enable precise experiments. Need to find the best mix for fertilizer or pesticides? Seems like you could do very precise and large N experiments to nail down what is best for your plants in your field and possibly eke out some additional return by doing so.
- bluGill 4y agoFarmers are already doing that. You don't need to map out each individual plant, as there isn't really much you can do with that level of data. Just map the field down to small squares each covering a few square meters and that is good enough. Going to the individual plant doesn't help as you can't do anything to one plant that won't leak to the next, but even if you could the difference between what two plants next to either other need is insignificant. Across a whole field there is a big difference though, so you want to break the field up some.
- nevdka 4y agoYou can go further than that. Monitor every plant's lifecycle and yield, and save the best for seed. How many generations before you get superwheat? You could even have multiple strains for the varying soil conditions across a single field. Add genetic testing, and you can boost genetic diversity for disease resistance. All without attracting 'GMO' labels.
- quixoticelixer- 4y agoThis won't help with breeding at all. You can already monitor plants lifecycle and yeild