4 ms·
> They’re called “plants.” Incidentally, CRISPR + plants is one of the most promising solutions to climate change: https://www.ted.com/talks/joanne_chory_how_s
by nobodyknowsyoda 5y ago
> They’re called “plants.”
Incidentally, CRISPR + plants is one of the most promising solutions to climate change: https://www.ted.com/talks/joanne_chory_how_supercharged_plants_could_slow_climate_change/details?referrer=playlist-itunes_podcasts_science_medicine https://www.ted.com/talks/joanne_chory_how_supercharged_plan...
- p1mrx 5y agoIf food crops are engineered to grow big, carbon sequestering roots, how will we determine whether the quality and safety of the food is unaffected?
- nitrogen 5y agoMass spectrometry and similar analysis methods to look for unexpected proteins in the food parts, followed by feeding the food parts to animals and seeing what happens.
- wavegeek 5y agoThank you for your patronizing response to the above poster. The problem is to do with things called "numbers". 1. There is no spare land to devote to CC. You could do this only at the cost of poor people's food supply. 2. The rate at which plants remove CO2 from the air is very low. Far too low to solve the problem.
- jdavis703 5y agoA lot of agricultural land is wasted growing crops to feed to animals. If we were to lower meat consumption, agriculture land could be freed for other uses without taking away poor people’s food supply.
- ben_w 5y ago1. Can be solved with phytoplankton, and separately also by more land-area-efficient farming e.g. greenhouses, 2. Can be improved with genetic engineering. Do the right generic engineering and you even get the oil feedstocks you need for plastics. You could even put the algae in a tube on a rooftop as an alternative to PV, if you could resolve the issue of unwanted other phytoplankton getting in and gumming it up.
- ProjectArcturis 5y agoAnytime I see a TED talk, I just automatically assume the technology is at best overhyped and at worst completely fraudulent.