Archive:000/Draft:Crop choices/energy - Revision history

Elie: Elie moved page Draft:Crop choices/energy to Archive:000/Draft:Crop choices/energy without leaving a redirect: Huge_refactor

2024-10-26T20:29:35Z

Elie moved page Draft:Crop choices/energy to Archive:000/Draft:Crop choices/energy without leaving a redirect: Huge_refactor

← Older revision	Revision as of 16:29, 26 October 2024
(No difference)

Elie at 18:39, 17 October 2023

2023-10-17T18:39:45Z

← Older revision		Revision as of 14:39, 17 October 2023
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	\|}<small>Calculated from the water content of foods. See [[Code:food1.sql]] for details.</small>		\|}<small>Calculated from the water content of foods. See [[Code:food1.sql]] for details.</small>

	~~----~~		{{pn\|TODO: write the SQL code, add it to [[Code:food1.sql]], and paste the results into this page (table)}}
	TODO: write the SQL code, add it to [[Code:food1.sql]], and paste the results into this page (table)

Elie at 18:35, 17 October 2023

2023-10-17T18:35:55Z

← Older revision		Revision as of 14:35, 17 October 2023
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	Since most of today's energy comes from [[fossil fuels]], one way to look at this would be...		Since most of today's energy comes from [[fossil fuels]], one way to look at this would be...

	For every 1kg of dry product, how many [[energy/units\|grams of oil burned]] would the dehydration process need?		For every 1kg of dry product, how many [[energy units\|grams of oil burned]] would the dehydration process need?
	{\|class="wikitable"		{\|class="wikitable"
	\|...		\|...

Elie: Created page with " The crop choices page suggests that vegetables sometimes get extraordinarily high crop yields, and so the most ''land-efficient'' way to feed the world could be to grow massive amounts of vegetables, dehydrate them, powderize them, and use that as flour. But the how much energy would that food-dehydration take? Since most of today's energy comes from fossil fuels, one way to look at this would be... For every 1kg of dry product, how many energy/unit..."

2023-03-10T18:33:41Z

Created page with " The crop choices page suggests that vegetables sometimes get extraordinarily high crop yields, and so the most ''land-efficient'' way to feed the world could be to grow massive amounts of vegetables, dehydrate them, powderize them, and use that as flour. But the how much energy would that food-dehydration take? Since most of today's energy comes from fossil fuels, one way to look at this would be... For every 1kg of dry product, how many energy/unit..."

New page

The [[crop choices]] page suggests that vegetables sometimes get extraordinarily high [[crop yields]], and so the most ''land-efficient'' way to feed the world could be to grow massive amounts of vegetables, dehydrate them, powderize them, and use that as flour.

But the how much [[energy]] would that food-dehydration take?

Since most of today's energy comes from [[fossil fuels]], one way to look at this would be...

For every 1kg of dry product, how many [[energy/units|grams of oil burned]] would the dehydration process need?
{|class="wikitable"
|...
|...
|}<small>Calculated from the water content of foods. See [[Code:food1.sql]] for details.</small>

----
TODO: write the SQL code, add it to [[Code:food1.sql]], and paste the results into this page (table)