Carbon emissions from agricultural expansion and intensification in the Chaco

Carbon emissions from land‐use changes in tropical dry forest systems are poorly understood, although they are likely globally significant. The South American Chaco has recently emerged as a hot spot of agricultural expansion and intensification, as cattle ranching and soybean cultivation expand int...

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Vydané v:	Global change biology Ročník 23; číslo 5; s. 1902 - 1916
Hlavní autori:	Baumann, Matthias, Gasparri, Ignacio, Piquer‐Rodríguez, María, Gavier Pizarro, Gregorio, Griffiths, Patrick, Hostert, Patrick, Kuemmerle, Tobias
Médium:	Journal Article
Jazyk:	English
Vydavateľské údaje:	England Blackwell Publishing Ltd 01.05.2017
Predmet:	Agricultural expansion Agricultural land Agriculture Animals Brazil Carbon carbon bookkeeping model Cattle Climate change Conservation of Natural Resources cropland Cultivation Deforestation deforestation frontiers Dry forests Emissions Forests Grazing grazing lands Greenhouse gases Land use land use change Landsat Landsat image archive monitoring post‐deforestation dynamics ranching Remote sensing savannas Soybeans Tropical Climate tropical dry forests Tropical forests savannas Landsat image archive tropical dry forests land-use change post-deforestation dynamics deforestation frontiers carbon bookkeeping model
ISSN:	1354-1013, 1365-2486
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Abstract	Carbon emissions from land‐use changes in tropical dry forest systems are poorly understood, although they are likely globally significant. The South American Chaco has recently emerged as a hot spot of agricultural expansion and intensification, as cattle ranching and soybean cultivation expand into forests, and as soybean cultivation replaces grazing lands. Still, our knowledge of the rates and spatial patterns of these land‐use changes and how they affected carbon emissions remains partial. We used the Landsat satellite image archive to reconstruct land‐use change over the past 30 years and applied a carbon bookkeeping model to quantify how these changes affected carbon budgets. Between 1985 and 2013, more than 142 000 km2 of the Chaco's forests, equaling 20% of all forest, was replaced by croplands (38.9%) or grazing lands (61.1%). Of those grazing lands that existed in 1985, about 40% were subsequently converted to cropland. These land‐use changes resulted in substantial carbon emissions, totaling 824 Tg C between 1985 and 2013, and 46.2 Tg C for 2013 alone. The majority of these emissions came from forest‐to‐grazing‐land conversions (68%), but post‐deforestation land‐use change triggered an additional 52.6 Tg C. Although tropical dry forests are less carbon‐dense than moist tropical forests, carbon emissions from land‐use change in the Chaco were similar in magnitude to those from other major tropical deforestation frontiers. Our study thus highlights the urgent need for an improved monitoring of the often overlooked tropical dry forests and savannas, and more broadly speaking the value of the Landsat image archive for quantifying carbon fluxes from land change.
AbstractList	Carbon emissions from land‐use changes in tropical dry forest systems are poorly understood, although they are likely globally significant. The South American Chaco has recently emerged as a hot spot of agricultural expansion and intensification, as cattle ranching and soybean cultivation expand into forests, and as soybean cultivation replaces grazing lands. Still, our knowledge of the rates and spatial patterns of these land‐use changes and how they affected carbon emissions remains partial. We used the Landsat satellite image archive to reconstruct land‐use change over the past 30 years and applied a carbon bookkeeping model to quantify how these changes affected carbon budgets. Between 1985 and 2013, more than 142 000 km2 of the Chaco's forests, equaling 20% of all forest, was replaced by croplands (38.9%) or grazing lands (61.1%). Of those grazing lands that existed in 1985, about 40% were subsequently converted to cropland. These land‐use changes resulted in substantial carbon emissions, totaling 824 Tg C between 1985 and 2013, and 46.2 Tg C for 2013 alone. The majority of these emissions came from forest‐to‐grazing‐land conversions (68%), but post‐deforestation land‐use change triggered an additional 52.6 Tg C. Although tropical dry forests are less carbon‐dense than moist tropical forests, carbon emissions from land‐use change in the Chaco were similar in magnitude to those from other major tropical deforestation frontiers. Our study thus highlights the urgent need for an improved monitoring of the often overlooked tropical dry forests and savannas, and more broadly speaking the value of the Landsat image archive for quantifying carbon fluxes from land change. Carbon emissions from land‐use changes in tropical dry forest systems are poorly understood, although they are likely globally significant. The South American Chaco has recently emerged as a hot spot of agricultural expansion and intensification, as cattle ranching and soybean cultivation expand into forests, and as soybean cultivation replaces grazing lands. Still, our knowledge of the rates and spatial patterns of these land‐use changes and how they affected carbon emissions remains partial. We used the Landsat satellite image archive to reconstruct land‐use change over the past 30 years and applied a carbon bookkeeping model to quantify how these changes affected carbon budgets. Between 1985 and 2013, more than 142 000 km 2 of the Chaco's forests, equaling 20% of all forest, was replaced by croplands (38.9%) or grazing lands (61.1%). Of those grazing lands that existed in 1985, about 40% were subsequently converted to cropland. These land‐use changes resulted in substantial carbon emissions, totaling 824 Tg C between 1985 and 2013, and 46.2 Tg C for 2013 alone. The majority of these emissions came from forest‐to‐grazing‐land conversions (68%), but post‐deforestation land‐use change triggered an additional 52.6 Tg C. Although tropical dry forests are less carbon‐dense than moist tropical forests, carbon emissions from land‐use change in the Chaco were similar in magnitude to those from other major tropical deforestation frontiers. Our study thus highlights the urgent need for an improved monitoring of the often overlooked tropical dry forests and savannas, and more broadly speaking the value of the Landsat image archive for quantifying carbon fluxes from land change. Carbon emissions from land-use changes in tropical dry forest systems are poorly understood, although they are likely globally significant. The South American Chaco has recently emerged as a hot spot of agricultural expansion and intensification, as cattle ranching and soybean cultivation expand into forests, and as soybean cultivation replaces grazing lands. Still, our knowledge of the rates and spatial patterns of these land-use changes and how they affected carbon emissions remains partial. We used the Landsat satellite image archive to reconstruct land-use change over the past 30 years and applied a carbon bookkeeping model to quantify how these changes affected carbon budgets. Between 1985 and 2013, more than 142 000 km2 of the Chaco's forests, equaling 20% of all forest, was replaced by croplands (38.9%) or grazing lands (61.1%). Of those grazing lands that existed in 1985, about 40% were subsequently converted to cropland. These land-use changes resulted in substantial carbon emissions, totaling 824 Tg C between 1985 and 2013, and 46.2 Tg C for 2013 alone. The majority of these emissions came from forest-to-grazing-land conversions (68%), but post-deforestation land-use change triggered an additional 52.6 Tg C. Although tropical dry forests are less carbon-dense than moist tropical forests, carbon emissions from land-use change in the Chaco were similar in magnitude to those from other major tropical deforestation frontiers. Our study thus highlights the urgent need for an improved monitoring of the often overlooked tropical dry forests and savannas, and more broadly speaking the value of the Landsat image archive for quantifying carbon fluxes from land change. Carbon emissions from land‐use changes in tropical dry forest systems are poorly understood, although they are likely globally significant. The South American Chaco has recently emerged as a hot spot of agricultural expansion and intensification, as cattle ranching and soybean cultivation expand into forests, and as soybean cultivation replaces grazing lands. Still, our knowledge of the rates and spatial patterns of these land‐use changes and how they affected carbon emissions remains partial. We used the Landsat satellite image archive to reconstruct land‐use change over the past 30 years and applied a carbon bookkeeping model to quantify how these changes affected carbon budgets. Between 1985 and 2013, more than 142 000 km² of the Chaco's forests, equaling 20% of all forest, was replaced by croplands (38.9%) or grazing lands (61.1%). Of those grazing lands that existed in 1985, about 40% were subsequently converted to cropland. These land‐use changes resulted in substantial carbon emissions, totaling 824 Tg C between 1985 and 2013, and 46.2 Tg C for 2013 alone. The majority of these emissions came from forest‐to‐grazing‐land conversions (68%), but post‐deforestation land‐use change triggered an additional 52.6 Tg C. Although tropical dry forests are less carbon‐dense than moist tropical forests, carbon emissions from land‐use change in the Chaco were similar in magnitude to those from other major tropical deforestation frontiers. Our study thus highlights the urgent need for an improved monitoring of the often overlooked tropical dry forests and savannas, and more broadly speaking the value of the Landsat image archive for quantifying carbon fluxes from land change. Carbon emissions from land-use changes in tropical dry forest systems are poorly understood, although they are likely globally significant. The South American Chaco has recently emerged as a hot spot of agricultural expansion and intensification, as cattle ranching and soybean cultivation expand into forests, and as soybean cultivation replaces grazing lands. Still, our knowledge of the rates and spatial patterns of these land-use changes and how they affected carbon emissions remains partial. We used the Landsat satellite image archive to reconstruct land-use change over the past 30 years and applied a carbon bookkeeping model to quantify how these changes affected carbon budgets. Between 1985 and 2013, more than 142 000 km of the Chaco's forests, equaling 20% of all forest, was replaced by croplands (38.9%) or grazing lands (61.1%). Of those grazing lands that existed in 1985, about 40% were subsequently converted to cropland. These land-use changes resulted in substantial carbon emissions, totaling 824 Tg C between 1985 and 2013, and 46.2 Tg C for 2013 alone. The majority of these emissions came from forest-to-grazing-land conversions (68%), but post-deforestation land-use change triggered an additional 52.6 Tg C. Although tropical dry forests are less carbon-dense than moist tropical forests, carbon emissions from land-use change in the Chaco were similar in magnitude to those from other major tropical deforestation frontiers. Our study thus highlights the urgent need for an improved monitoring of the often overlooked tropical dry forests and savannas, and more broadly speaking the value of the Landsat image archive for quantifying carbon fluxes from land change.
Author	Gavier Pizarro, Gregorio Gasparri, Ignacio Piquer‐Rodríguez, María Kuemmerle, Tobias Hostert, Patrick Baumann, Matthias Griffiths, Patrick
Author_xml	– sequence: 1 givenname: Matthias orcidid: 0000-0003-2375-3622 surname: Baumann fullname: Baumann, Matthias email: matthias.baumann@geo.hu-berlin.de organization: Humboldt‐Universität zu Berlin – sequence: 2 givenname: Ignacio surname: Gasparri fullname: Gasparri, Ignacio organization: Humboldt‐Universität zu Berlin – sequence: 3 givenname: María surname: Piquer‐Rodríguez fullname: Piquer‐Rodríguez, María organization: Humboldt‐Universität zu Berlin – sequence: 4 givenname: Gregorio surname: Gavier Pizarro fullname: Gavier Pizarro, Gregorio organization: Instituto de Recursos Biológicos (IRB‐CNIA) – sequence: 5 givenname: Patrick surname: Griffiths fullname: Griffiths, Patrick organization: Humboldt‐Universität zu Berlin – sequence: 6 givenname: Patrick surname: Hostert fullname: Hostert, Patrick organization: Humboldt‐Universität zu Berlin – sequence: 7 givenname: Tobias surname: Kuemmerle fullname: Kuemmerle, Tobias organization: Humboldt‐Universität zu Berlin
BackLink	https://www.ncbi.nlm.nih.gov/pubmed/27782350$$D View this record in MEDLINE/PubMed
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ContentType	Journal Article
Copyright	2016 John Wiley & Sons Ltd 2016 John Wiley & Sons Ltd. Copyright © 2017 John Wiley & Sons Ltd
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Issue	5
Keywords	savannas Landsat image archive tropical dry forests land-use change post-deforestation dynamics deforestation frontiers carbon bookkeeping model
Language	English
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PublicationTitle	Global change biology
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Publisher	Blackwell Publishing Ltd
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Snippet	Carbon emissions from land‐use changes in tropical dry forest systems are poorly understood, although they are likely globally significant. The South American... Carbon emissions from land-use changes in tropical dry forest systems are poorly understood, although they are likely globally significant. The South American...
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SubjectTerms	Agricultural expansion Agricultural land Agriculture Animals Brazil Carbon carbon bookkeeping model Cattle Climate change Conservation of Natural Resources cropland Cultivation Deforestation deforestation frontiers Dry forests Emissions Forests Grazing grazing lands Greenhouse gases Land use land use change Landsat Landsat image archive monitoring post‐deforestation dynamics ranching Remote sensing savannas Soybeans Tropical Climate tropical dry forests Tropical forests
Title	Carbon emissions from agricultural expansion and intensification in the Chaco
URI	https://onlinelibrary.wiley.com/doi/abs/10.1111%2Fgcb.13521 https://www.ncbi.nlm.nih.gov/pubmed/27782350 https://www.proquest.com/docview/1882053550 https://www.proquest.com/docview/1835678839 https://www.proquest.com/docview/2020870664
Volume	23
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