Partition of some key regulating services in terrestrial ecosystems meta - analysis and review

Our knowledge about the functional foundations of ecosystemservice [ES] provision is still limited andmore research is needed to elucidate key functional mechanisms. Using a simplified eco-hydrological scheme, in this work we analyzed how land-use decisions modify the partition of some essential regulatory ES by altering basic relationships between biomass stocks and water flows A comprehensive meta-analysis and review was conducted based on global, regional and local data from peer-reviewed publications.We analyzed five datasets comprising 1348 studies and 3948 records on precipitation [PPT], aboveground biomass [AGB], AGB change, evapotranspiration [ET],water yield [WY],WYchange, runoff [R] and infiltration [I]. The conceptual framework was focused on ES that are associated with the ecological functions [e.g., intermediate ES] of ET,WY, R and I. ES included soil protection, carbon sequestration, local climate regulation, water-flow regulation and water recharge. To address the problem of data normality, the analysis included both parametric and non-parametric regression analysis. Results demonstrate that PPT is a first-order biophysical factor that controls ES release at the broader scales. At decreasing scales, ES are partitioned as result of PPT interactions with other biophysical and anthropogenic factors. At intermediate scales, land-use change interacts with PPT modifying ES partition as it the case of afforestation in dry regions, where ET and climate regulation may be enhanced at the expense of R and water-flow regulation. At smaller scales, site-specific conditions such as topography interact with PPT.

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Main Authors: Viglizzo, Ernesto F., Jobbágy, Esteban G., Ricard, María Florencia, Paruelo, José María
Format: Texto biblioteca
Language:eng
Subjects:ECOLOGICAL FUNCTIONS, ECO SERVICES, WATER PATHWAYS, BIOMASS STOCK, TOPOGRAPHY, SCALE DEPENDENT CONTROL, ,
Online Access:http://ceiba.agro.uba.ar/cgi-bin/koha/opac-detail.pl?biblionumber=47303
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spelling KOHA-OAI-AGRO:473032024-07-08T14:38:52Zhttp://ceiba.agro.uba.ar/cgi-bin/koha/opac-detail.pl?biblionumber=47303http://ceiba.agro.uba.ar/cgi-bin/koha/opac-detail.pl?biblionumber=http://ceiba.agro.uba.ar/cgi-bin/koha/opac-detail.pl?biblionumber=AAGPartition of some key regulating services in terrestrial ecosystems meta - analysis and reviewViglizzo, Ernesto F.Jobbágy, Esteban G.Ricard, María FlorenciaParuelo, José Maríatextengapplication/pdfOur knowledge about the functional foundations of ecosystemservice [ES] provision is still limited andmore research is needed to elucidate key functional mechanisms. Using a simplified eco-hydrological scheme, in this work we analyzed how land-use decisions modify the partition of some essential regulatory ES by altering basic relationships between biomass stocks and water flows A comprehensive meta-analysis and review was conducted based on global, regional and local data from peer-reviewed publications.We analyzed five datasets comprising 1348 studies and 3948 records on precipitation [PPT], aboveground biomass [AGB], AGB change, evapotranspiration [ET],water yield [WY],WYchange, runoff [R] and infiltration [I]. The conceptual framework was focused on ES that are associated with the ecological functions [e.g., intermediate ES] of ET,WY, R and I. ES included soil protection, carbon sequestration, local climate regulation, water-flow regulation and water recharge. To address the problem of data normality, the analysis included both parametric and non-parametric regression analysis. Results demonstrate that PPT is a first-order biophysical factor that controls ES release at the broader scales. At decreasing scales, ES are partitioned as result of PPT interactions with other biophysical and anthropogenic factors. At intermediate scales, land-use change interacts with PPT modifying ES partition as it the case of afforestation in dry regions, where ET and climate regulation may be enhanced at the expense of R and water-flow regulation. At smaller scales, site-specific conditions such as topography interact with PPT.Our knowledge about the functional foundations of ecosystemservice [ES] provision is still limited andmore research is needed to elucidate key functional mechanisms. Using a simplified eco-hydrological scheme, in this work we analyzed how land-use decisions modify the partition of some essential regulatory ES by altering basic relationships between biomass stocks and water flows A comprehensive meta-analysis and review was conducted based on global, regional and local data from peer-reviewed publications.We analyzed five datasets comprising 1348 studies and 3948 records on precipitation [PPT], aboveground biomass [AGB], AGB change, evapotranspiration [ET],water yield [WY],WYchange, runoff [R] and infiltration [I]. The conceptual framework was focused on ES that are associated with the ecological functions [e.g., intermediate ES] of ET,WY, R and I. ES included soil protection, carbon sequestration, local climate regulation, water-flow regulation and water recharge. To address the problem of data normality, the analysis included both parametric and non-parametric regression analysis. Results demonstrate that PPT is a first-order biophysical factor that controls ES release at the broader scales. At decreasing scales, ES are partitioned as result of PPT interactions with other biophysical and anthropogenic factors. At intermediate scales, land-use change interacts with PPT modifying ES partition as it the case of afforestation in dry regions, where ET and climate regulation may be enhanced at the expense of R and water-flow regulation. At smaller scales, site-specific conditions such as topography interact with PPT.ECOLOGICAL FUNCTIONSECO SERVICESWATER PATHWAYSBIOMASS STOCKTOPOGRAPHYSCALE DEPENDENT CONTROLScience of the Total Environment
institution UBA FA
collection Koha
country Argentina
countrycode AR
component Bibliográfico
access En linea
En linea
databasecode cat-ceiba
tag biblioteca
region America del Sur
libraryname Biblioteca Central FAUBA
language eng
topic ECOLOGICAL FUNCTIONS
ECO SERVICES
WATER PATHWAYS
BIOMASS STOCK
TOPOGRAPHY
SCALE DEPENDENT CONTROL

ECOLOGICAL FUNCTIONS
ECO SERVICES
WATER PATHWAYS
BIOMASS STOCK
TOPOGRAPHY
SCALE DEPENDENT CONTROL
spellingShingle ECOLOGICAL FUNCTIONS
ECO SERVICES
WATER PATHWAYS
BIOMASS STOCK
TOPOGRAPHY
SCALE DEPENDENT CONTROL

ECOLOGICAL FUNCTIONS
ECO SERVICES
WATER PATHWAYS
BIOMASS STOCK
TOPOGRAPHY
SCALE DEPENDENT CONTROL
Viglizzo, Ernesto F.
Jobbágy, Esteban G.
Ricard, María Florencia
Paruelo, José María
Partition of some key regulating services in terrestrial ecosystems meta - analysis and review
description Our knowledge about the functional foundations of ecosystemservice [ES] provision is still limited andmore research is needed to elucidate key functional mechanisms. Using a simplified eco-hydrological scheme, in this work we analyzed how land-use decisions modify the partition of some essential regulatory ES by altering basic relationships between biomass stocks and water flows A comprehensive meta-analysis and review was conducted based on global, regional and local data from peer-reviewed publications.We analyzed five datasets comprising 1348 studies and 3948 records on precipitation [PPT], aboveground biomass [AGB], AGB change, evapotranspiration [ET],water yield [WY],WYchange, runoff [R] and infiltration [I]. The conceptual framework was focused on ES that are associated with the ecological functions [e.g., intermediate ES] of ET,WY, R and I. ES included soil protection, carbon sequestration, local climate regulation, water-flow regulation and water recharge. To address the problem of data normality, the analysis included both parametric and non-parametric regression analysis. Results demonstrate that PPT is a first-order biophysical factor that controls ES release at the broader scales. At decreasing scales, ES are partitioned as result of PPT interactions with other biophysical and anthropogenic factors. At intermediate scales, land-use change interacts with PPT modifying ES partition as it the case of afforestation in dry regions, where ET and climate regulation may be enhanced at the expense of R and water-flow regulation. At smaller scales, site-specific conditions such as topography interact with PPT.
format Texto
topic_facet
ECOLOGICAL FUNCTIONS
ECO SERVICES
WATER PATHWAYS
BIOMASS STOCK
TOPOGRAPHY
SCALE DEPENDENT CONTROL
author Viglizzo, Ernesto F.
Jobbágy, Esteban G.
Ricard, María Florencia
Paruelo, José María
author_facet Viglizzo, Ernesto F.
Jobbágy, Esteban G.
Ricard, María Florencia
Paruelo, José María
author_sort Viglizzo, Ernesto F.
title Partition of some key regulating services in terrestrial ecosystems meta - analysis and review
title_short Partition of some key regulating services in terrestrial ecosystems meta - analysis and review
title_full Partition of some key regulating services in terrestrial ecosystems meta - analysis and review
title_fullStr Partition of some key regulating services in terrestrial ecosystems meta - analysis and review
title_full_unstemmed Partition of some key regulating services in terrestrial ecosystems meta - analysis and review
title_sort partition of some key regulating services in terrestrial ecosystems meta - analysis and review
url http://ceiba.agro.uba.ar/cgi-bin/koha/opac-detail.pl?biblionumber=47303
http://ceiba.agro.uba.ar/cgi-bin/koha/opac-detail.pl?biblionumber=
http://ceiba.agro.uba.ar/cgi-bin/koha/opac-detail.pl?biblionumber=
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AT ricardmariaflorencia partitionofsomekeyregulatingservicesinterrestrialecosystemsmetaanalysisandreview
AT paruelojosemaria partitionofsomekeyregulatingservicesinterrestrialecosystemsmetaanalysisandreview
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