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

Our knowledge about the functional foundations of ecosystem service (ES) provision is still limited and more 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 r...

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Publicado:	2016
Materias:	Biomass stock Eco-services Ecological functions Scale-dependent control Topography Water pathways Biomass Carbon Ecology Ecosystems Flow of water Forestry Hydraulics Land use Reforestation Regression analysis Soil conservation Anthropogenic factors Conceptual frameworks Functional mechanisms Non-parametric regression Terrestrial ecosystems Water-pathway Climate change carbon water afforestation ecosystem service land use change meta-analysis terrestrial ecosystem topography anthroposphere Article biomass carbon sequestration climate change environmental management evapotranspiration geographic and geological phenomena human hydrosphere land use nonhuman precipitation priority journal resource partitioning runoff soil change terrestrial surface waters water flow
Acceso en línea:	https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_00489697_v562_n_p47_Viglizzo http://hdl.handle.net/20.500.12110/paper_00489697_v562_n_p47_Viglizzo
Aporte de:	Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA) de Universidad de Buenos Aires

id	paper:paper_00489697_v562_n_p47_Viglizzo
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spelling	paper:paper_00489697_v562_n_p47_Viglizzo2023-06-08T15:05:44Z Partition of some key regulating services in terrestrial ecosystems: Meta-analysis and review Biomass stock Eco-services Ecological functions Scale-dependent control Topography Water pathways Biomass Carbon Ecology Ecosystems Flow of water Forestry Hydraulics Land use Reforestation Regression analysis Soil conservation Topography Anthropogenic factors Conceptual frameworks Eco-services Ecological functions Functional mechanisms Non-parametric regression Terrestrial ecosystems Water-pathway Climate change carbon water afforestation ecosystem service land use change meta-analysis terrestrial ecosystem topography anthroposphere Article biomass carbon sequestration climate change ecosystem service environmental management evapotranspiration geographic and geological phenomena human hydrosphere land use nonhuman precipitation priority journal resource partitioning runoff soil change terrestrial surface waters topography water flow Our knowledge about the functional foundations of ecosystem service (ES) provision is still limited and more 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), WY change, 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 and AGB displaying different ES partition formats. The probable implications of future land-use and climate change on some key ES production and partition are discussed. © 2016 Elsevier B.V. 2016 https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_00489697_v562_n_p47_Viglizzo http://hdl.handle.net/20.500.12110/paper_00489697_v562_n_p47_Viglizzo
institution	Universidad de Buenos Aires
institution_str	I-28
repository_str	R-134
collection	Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
topic	Biomass stock Eco-services Ecological functions Scale-dependent control Topography Water pathways Biomass Carbon Ecology Ecosystems Flow of water Forestry Hydraulics Land use Reforestation Regression analysis Soil conservation Topography Anthropogenic factors Conceptual frameworks Eco-services Ecological functions Functional mechanisms Non-parametric regression Terrestrial ecosystems Water-pathway Climate change carbon water afforestation ecosystem service land use change meta-analysis terrestrial ecosystem topography anthroposphere Article biomass carbon sequestration climate change ecosystem service environmental management evapotranspiration geographic and geological phenomena human hydrosphere land use nonhuman precipitation priority journal resource partitioning runoff soil change terrestrial surface waters topography water flow
spellingShingle	Biomass stock Eco-services Ecological functions Scale-dependent control Topography Water pathways Biomass Carbon Ecology Ecosystems Flow of water Forestry Hydraulics Land use Reforestation Regression analysis Soil conservation Topography Anthropogenic factors Conceptual frameworks Eco-services Ecological functions Functional mechanisms Non-parametric regression Terrestrial ecosystems Water-pathway Climate change carbon water afforestation ecosystem service land use change meta-analysis terrestrial ecosystem topography anthroposphere Article biomass carbon sequestration climate change ecosystem service environmental management evapotranspiration geographic and geological phenomena human hydrosphere land use nonhuman precipitation priority journal resource partitioning runoff soil change terrestrial surface waters topography water flow Partition of some key regulating services in terrestrial ecosystems: Meta-analysis and review
topic_facet	Biomass stock Eco-services Ecological functions Scale-dependent control Topography Water pathways Biomass Carbon Ecology Ecosystems Flow of water Forestry Hydraulics Land use Reforestation Regression analysis Soil conservation Topography Anthropogenic factors Conceptual frameworks Eco-services Ecological functions Functional mechanisms Non-parametric regression Terrestrial ecosystems Water-pathway Climate change carbon water afforestation ecosystem service land use change meta-analysis terrestrial ecosystem topography anthroposphere Article biomass carbon sequestration climate change ecosystem service environmental management evapotranspiration geographic and geological phenomena human hydrosphere land use nonhuman precipitation priority journal resource partitioning runoff soil change terrestrial surface waters topography water flow
description	Our knowledge about the functional foundations of ecosystem service (ES) provision is still limited and more 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), WY change, 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 and AGB displaying different ES partition formats. The probable implications of future land-use and climate change on some key ES production and partition are discussed. © 2016 Elsevier B.V.
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
publishDate	2016
url	https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_00489697_v562_n_p47_Viglizzo http://hdl.handle.net/20.500.12110/paper_00489697_v562_n_p47_Viglizzo
_version_	1768546389559607296

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

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