Emerging Alternatives to Mitigate Agricultural Fresh Water and Climate/Ecosystem Issues: Agricultural Revolutions

Fresh-water food production/agriculture for both plants and animals utilizes some 70% of the planets’ fresh water, produces some 26% of greenhouse gas emissions and has a longish list of other societal-related issues. Given the developing and extant shortages of arable land, fresh water and food, along with climate/ecosystem issues, there is a need to greatly reduce these adverse effects of fresh-water agriculture. There are, especially since the advent of the 4th Agricultural Revolution, a number of major frontier technologies and functionality changes along with prospective alternatives which could, when combined and collectivized in various ways, massively improve the practices, adverse impacts and outlook of food production. These include cellular/factory agriculture; photosynthesis alternatives; a shift to off-grids and roads/back-to-the-future, do-it-yourself living (aka de-urbanization); cultivation of halophytes on wastelands using saline water; insects; frontier energetics; health-related market changes; and vertical farms/hydroponics/aeroponics. Shifting to these and other prospective alternatives would utilize far less arable land and fresh water, produce far less greenhouse gases and reduce food costs and pollution while increasing food production.

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Publication Details

Journal
Water
Published
2024-12-13
DOI
https://doi.org/10.3390/w16243589
Citations
2
Primary Topic
Water-Energy-Food Nexus Studies
Type
article
Field-Weighted Citation Impact
0.40
Controls
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article

Emerging Alternatives to Mitigate Agricultural Fresh Water and Climate/Ecosystem Issues: Agricultural Revolutions

Dennis M. Bushnell
2 citations
Water
Water-Energy-Food Nexus Studies
0.40
article

Emerging Alternatives to Mitigate Agricultural Fresh Water and Climate/Ecosystem Issues: Agricultural Revolutions

Dennis M. Bushnell
article en
2 citations

Abstract

Fresh-water food production/agriculture for both plants and animals utilizes some 70% of the planets’ fresh water, produces some 26% of greenhouse gas emissions and has a longish list of other societal-related issues. Given the developing and extant shortages of arable land, fresh water and food, along with climate/ecosystem issues, there is a need to greatly reduce these adverse effects of fresh-water agriculture. There are, especially since the advent of the 4th Agricultural Revolution, a number of major frontier technologies and functionality changes along with prospective alternatives which could, when combined and collectivized in various ways, massively improve the practices, adverse impacts and outlook of food production. These include cellular/factory agriculture; photosynthesis alternatives; a shift to off-grids and roads/back-to-the-future, do-it-yourself living (aka de-urbanization); cultivation of halophytes on wastelands using saline water; insects; frontier energetics; health-related market changes; and vertical farms/hydroponics/aeroponics. Shifting to these and other prospective alternatives would utilize far less arable land and fresh water, produce far less greenhouse gases and reduce food costs and pollution while increasing food production.

WaterVol. 16(24)
Hampton University (US)
Zero hunger
Openalex Percentile: Top 37%
Water-Energy-Food Nexus Studies
0.40
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Emerging Alternatives to Mitigate Agricultural Fresh Water and Climate/Ecosystem Issues: Agricultural Revolutions — Dennis M. Bushnell · Water (2024) | TGRS Research Map | TGRS