Big win: Soil Organic Carbon: absorbing carbon back into the soil

Big win: Soil Organic Carbon: absorbing carbon back into the soil

Carbon sequestration by soils can mitigate climate change; the stock of carbon in the soil is twice that in the atmosphere. Small changes in soil carbon can have a big impact on atmospheric carbon - according to recent analysis by scientists at CIAT and The Nature Conservancy

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Bibliographic Details
Main Author: International Center for Tropical Agriculture
Format: Brief biblioteca
Language:English
Published: International Center for Tropical Agriculture 2016-11
Subjects:soil, suelo, carbon sequestration, secuestro del carbono, climate change, cambio climático, agroforestry, agroforesteria,
Online Access:https://hdl.handle.net/10568/77750
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spelling dig-cgspace-10568-777502023-03-14T07:55:59Z Big win: Soil Organic Carbon: absorbing carbon back into the soil International Center for Tropical Agriculture soil suelo carbon sequestration secuestro del carbono climate change cambio climático agroforestry agroforesteria Carbon sequestration by soils can mitigate climate change; the stock of carbon in the soil is twice that in the atmosphere. Small changes in soil carbon can have a big impact on atmospheric carbon - according to recent analysis by scientists at CIAT and The Nature Conservancy 2016-11 2016-11-15T15:03:08Z 2016-11-15T15:03:08Z Brief CIAT. 2016. Big win: Soil Organic Carbon: absorbing carbon back into the soil. International Center for Tropical Agriculture (CIAT), Cali, CO. 1 P. https://hdl.handle.net/10568/77750 Regenerating Degraded Agricultural Ecosystems en Open Access 1 p. application/pdf International Center for Tropical Agriculture
institution CGIAR
collection DSpace
country Francia
countrycode FR
component Bibliográfico
access En linea
databasecode dig-cgspace
tag biblioteca
region Europa del Oeste
libraryname Biblioteca del CGIAR
language English
topic soil
suelo
carbon sequestration
secuestro del carbono
climate change
cambio climático
agroforestry
agroforesteria
soil
suelo
carbon sequestration
secuestro del carbono
climate change
cambio climático
agroforestry
agroforesteria
spellingShingle soil
suelo
carbon sequestration
secuestro del carbono
climate change
cambio climático
agroforestry
agroforesteria
soil
suelo
carbon sequestration
secuestro del carbono
climate change
cambio climático
agroforestry
agroforesteria
International Center for Tropical Agriculture
Big win: Soil Organic Carbon: absorbing carbon back into the soil
description Carbon sequestration by soils can mitigate climate change; the stock of carbon in the soil is twice that in the atmosphere. Small changes in soil carbon can have a big impact on atmospheric carbon - according to recent analysis by scientists at CIAT and The Nature Conservancy
format Brief
topic_facet soil
suelo
carbon sequestration
secuestro del carbono
climate change
cambio climático
agroforestry
agroforesteria
author International Center for Tropical Agriculture
author_facet International Center for Tropical Agriculture
author_sort International Center for Tropical Agriculture
title Big win: Soil Organic Carbon: absorbing carbon back into the soil
title_short Big win: Soil Organic Carbon: absorbing carbon back into the soil
title_full Big win: Soil Organic Carbon: absorbing carbon back into the soil
title_fullStr Big win: Soil Organic Carbon: absorbing carbon back into the soil
title_full_unstemmed Big win: Soil Organic Carbon: absorbing carbon back into the soil
title_sort big win: soil organic carbon: absorbing carbon back into the soil
publisher International Center for Tropical Agriculture
publishDate 2016-11
url https://hdl.handle.net/10568/77750
work_keys_str_mv AT internationalcenterfortropicalagriculture bigwinsoilorganiccarbonabsorbingcarbonbackintothesoil
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