Valuation of hidden water ecosystem services the replacement cost of the aquifer system in Central Mexico

This paper reports research estimating the costs of replacing the groundwater that the metropolitan areas of Mexico City, Toluca, and Cuernavaca, in Central Mexico, pump from 10 over-exploited aquifers with 6 supply alternatives of surface water. These aquifers provide about 70% of the water required by more than 28 million people, and their recharge zones in forested areas are increasingly threatened by economic activities. By designing a constrained optimization program that minimizes investment and operation costs, we found that replacing groundwater extraction involves the construction of all six alternatives at an estimated cost of US$25 billion at present values (US$0.6 m−³ over a 26-year period). We designed and analyzed a scenario to combine measures to reduce water leaks in Mexico City; a positive balance was found: every dollar invested in leak control reduces replacement costs by between US$1.9 and US$8.4. Therefore, our results suggest the prioritization of leak control measures in order to reduce extraction from over-exploited aquifers. Local authorities should be warned about the economics of losing ecosystem services that are crucial to sustaining the population and the economic activities in the region of study.

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Main Authors: López Morales, Carlos Andrés autor 12728, Mesa Jurado, María Azahara Doctora autora 12326
Format: Texto biblioteca
Language:eng
Subjects:Acuíferos, Escasez de agua, Valor económico, Explotación hidráulica, Conservación de bosques,
Online Access:http://www.mdpi.com/2073-4441/9/8/571
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id KOHA-OAI-ECOSUR:13742
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spelling KOHA-OAI-ECOSUR:137422024-03-12T12:34:44ZValuation of hidden water ecosystem services the replacement cost of the aquifer system in Central Mexico López Morales, Carlos Andrés autor 12728 Mesa Jurado, María Azahara Doctora autora 12326 textengThis paper reports research estimating the costs of replacing the groundwater that the metropolitan areas of Mexico City, Toluca, and Cuernavaca, in Central Mexico, pump from 10 over-exploited aquifers with 6 supply alternatives of surface water. These aquifers provide about 70% of the water required by more than 28 million people, and their recharge zones in forested areas are increasingly threatened by economic activities. By designing a constrained optimization program that minimizes investment and operation costs, we found that replacing groundwater extraction involves the construction of all six alternatives at an estimated cost of US$25 billion at present values (US$0.6 m−³ over a 26-year period). We designed and analyzed a scenario to combine measures to reduce water leaks in Mexico City; a positive balance was found: every dollar invested in leak control reduces replacement costs by between US$1.9 and US$8.4. Therefore, our results suggest the prioritization of leak control measures in order to reduce extraction from over-exploited aquifers. Local authorities should be warned about the economics of losing ecosystem services that are crucial to sustaining the population and the economic activities in the region of study.This paper reports research estimating the costs of replacing the groundwater that the metropolitan areas of Mexico City, Toluca, and Cuernavaca, in Central Mexico, pump from 10 over-exploited aquifers with 6 supply alternatives of surface water. These aquifers provide about 70% of the water required by more than 28 million people, and their recharge zones in forested areas are increasingly threatened by economic activities. By designing a constrained optimization program that minimizes investment and operation costs, we found that replacing groundwater extraction involves the construction of all six alternatives at an estimated cost of US$25 billion at present values (US$0.6 m−³ over a 26-year period). We designed and analyzed a scenario to combine measures to reduce water leaks in Mexico City; a positive balance was found: every dollar invested in leak control reduces replacement costs by between US$1.9 and US$8.4. Therefore, our results suggest the prioritization of leak control measures in order to reduce extraction from over-exploited aquifers. Local authorities should be warned about the economics of losing ecosystem services that are crucial to sustaining the population and the economic activities in the region of study.AcuíferosEscasez de aguaValor económicoExplotación hidráulicaConservación de bosquesWaterhttp://www.mdpi.com/2073-4441/9/8/571Acceso en línea sin restricciones
institution ECOSUR
collection Koha
country México
countrycode MX
component Bibliográfico
access En linea
En linea
databasecode cat-ecosur
tag biblioteca
region America del Norte
libraryname Sistema de Información Bibliotecario de ECOSUR (SIBE)
language eng
topic Acuíferos
Escasez de agua
Valor económico
Explotación hidráulica
Conservación de bosques
Acuíferos
Escasez de agua
Valor económico
Explotación hidráulica
Conservación de bosques
spellingShingle Acuíferos
Escasez de agua
Valor económico
Explotación hidráulica
Conservación de bosques
Acuíferos
Escasez de agua
Valor económico
Explotación hidráulica
Conservación de bosques
López Morales, Carlos Andrés autor 12728
Mesa Jurado, María Azahara Doctora autora 12326
Valuation of hidden water ecosystem services the replacement cost of the aquifer system in Central Mexico
description This paper reports research estimating the costs of replacing the groundwater that the metropolitan areas of Mexico City, Toluca, and Cuernavaca, in Central Mexico, pump from 10 over-exploited aquifers with 6 supply alternatives of surface water. These aquifers provide about 70% of the water required by more than 28 million people, and their recharge zones in forested areas are increasingly threatened by economic activities. By designing a constrained optimization program that minimizes investment and operation costs, we found that replacing groundwater extraction involves the construction of all six alternatives at an estimated cost of US$25 billion at present values (US$0.6 m−³ over a 26-year period). We designed and analyzed a scenario to combine measures to reduce water leaks in Mexico City; a positive balance was found: every dollar invested in leak control reduces replacement costs by between US$1.9 and US$8.4. Therefore, our results suggest the prioritization of leak control measures in order to reduce extraction from over-exploited aquifers. Local authorities should be warned about the economics of losing ecosystem services that are crucial to sustaining the population and the economic activities in the region of study.
format Texto
topic_facet Acuíferos
Escasez de agua
Valor económico
Explotación hidráulica
Conservación de bosques
author López Morales, Carlos Andrés autor 12728
Mesa Jurado, María Azahara Doctora autora 12326
author_facet López Morales, Carlos Andrés autor 12728
Mesa Jurado, María Azahara Doctora autora 12326
author_sort López Morales, Carlos Andrés autor 12728
title Valuation of hidden water ecosystem services the replacement cost of the aquifer system in Central Mexico
title_short Valuation of hidden water ecosystem services the replacement cost of the aquifer system in Central Mexico
title_full Valuation of hidden water ecosystem services the replacement cost of the aquifer system in Central Mexico
title_fullStr Valuation of hidden water ecosystem services the replacement cost of the aquifer system in Central Mexico
title_full_unstemmed Valuation of hidden water ecosystem services the replacement cost of the aquifer system in Central Mexico
title_sort valuation of hidden water ecosystem services the replacement cost of the aquifer system in central mexico
url http://www.mdpi.com/2073-4441/9/8/571
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