Re:RNA demethylation increases rice and potato yields 50%
by f6v on Friday July 23, 2021 @03:14AM
(#27928071)
Doesn’t the biomass get dumped into the soil in a different place? You grow something, pick it, ship to a different country.
Re:RNA demethylation increases rice and potato yields 50%
by londons_explore on Friday July 23, 2021 @05:04AM
(#27928678)
At a minimum, the roots are left in the soil.
Normally other parts of the crop are left in the field too, like leaves and stems and whatever else doesn't sell.
Re:RNA demethylation increases rice and potato yields 50%
by f6v on Saturday July 24, 2021 @02:51PM
(#27943492)
Not to forget that nowadays plants are optimized for high yield. I’d imagine the fruit/stem biomass ratio is becoming higher.
Re:RNA demethylation increases rice and potato yields 50%
by snemvalts on Friday July 23, 2021 @04:29AM
(#27928490)
It needs to create biomass from something.
Re:RNA demethylation increases rice and potato yields 50%
by PeterisP on Friday July 23, 2021 @04:35AM
(#27928516)
The main content of plant-created biomass comes from atmospheric CO2 and water, not from soil (well, roots extract water from the soil, but that's not what we mean by soil depletion). A significant minority is nitrogen, which either needs nitrogen-fixing plants (which extract it from atmosphere) or fertilization.
Re:RNA demethylation increases rice and potato yields 50%
by nicoburns on Friday July 23, 2021 @04:51AM
(#27928602)
If the end-product is more carbon and nitrogen, doesn't that also mean it's less nutrient dense in other important micronutrients?
Re:RNA demethylation increases rice and potato yields 50%
by calmd on Friday July 23, 2021 @06:54AM
(#27929303)
There is a long term trend that vegetables are getting less nutritious, yes. And it is speculated that it is because of soil depletion.
https://www.cookinglight.com/eating-smart/nutrition-101/frui...
The biggest problem with fertilization and why it is applied annually is that it is very mobile and washes away in the rain or breaks down or evaporates.