Lettre ADEME Recherche N° 35 Version anglaise

Lettre ADEME Recherche N° 35 Version anglaise

Carbon storage: the potential of agricultural soils

Présentation

French soils store, in their top 30 centimetres, between 3 and 4 billion tonnes of carbon in the form of organic matter. Even a relatively small variation in this stock can significantly impact the regions' "greenhouse gas" (GHG) balance. A better understanding of organic carbon stocks in soils, the way they evolve naturally and the impact of agricultural and forestry practices on their future is therefore essential. This knowledge should feed into the implementation of the National Low-Carbon Strategy (Stratégie nationale bas-carbone - SNBC) which, under the Paris Agreement (COP 21), aims to achieve carbon neutrality by 2050, i.e. the balance between human emissions and the capacity of ecosystems to sequester more carbon. In this context, the first challenge is to preserve carbon stocks and sinks in the soils of natural and forest areas by combating artificialisation and deforestation, and by restoring natural environments where possible. A second challenge is to increase carbon stocks in agricultural soils, in particular cultivated soils. ADEME supports R&D on these themes through various calls for projects, in particular GRAINE, the 4th edition of which will be launched in October 2021. In this edition: PRESENTATION /Carbon in agricultural soils: a look back at 10 years of ADEME-supported research; SIGNIFICANT RESULTS/ Of field research, soil at the crossroads of agricultural and climatic issues; MEETING / Baptiste Soenen, Head of the Agronomy, Economy and Environment department at Arvalis-Institut du Vegetal and Thomas Eglin, Scientific and technical coordinator, Agriculture, forestry and sustainable soil management at ADEME.
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Caractéristiques

Référence Ademe
011506
Date de mise en ligne
09/06/2021
Type de document
Périodique
Nb. de pages
6 P
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Présentation
French soils store, in their top 30 centimetres, between 3 and 4 billion tonnes of carbon in the form of organic matter. Even a relatively small variation in this stock can significantly impact the regions' "greenhouse gas" (GHG) balance. A better understanding of organic carbon stocks in soils, the way they evolve naturally and the impact of agricultural and forestry practices on their future is therefore essential. This knowledge should feed into the implementation of the National Low-Carbon Strategy (Stratégie nationale bas-carbone - SNBC) which, under the Paris Agreement (COP 21), aims to achieve carbon neutrality by 2050, i.e. the balance between human emissions and the capacity of ecosystems to sequester more carbon. In this context, the first challenge is to preserve carbon stocks and sinks in the soils of natural and forest areas by combating artificialisation and deforestation, and by restoring natural environments where possible. A second challenge is to increase carbon stocks in agricultural soils, in particular cultivated soils. ADEME supports R&D on these themes through various calls for projects, in particular GRAINE, the 4th edition of which will be launched in October 2021. In this edition: PRESENTATION /Carbon in agricultural soils: a look back at 10 years of ADEME-supported research; SIGNIFICANT RESULTS/ Of field research, soil at the crossroads of agricultural and climatic issues; MEETING / Baptiste Soenen, Head of the Agronomy, Economy and Environment department at Arvalis-Institut du Vegetal and Thomas Eglin, Scientific and technical coordinator, Agriculture, forestry and sustainable soil management at ADEME.

Liste des documents

Caractéristiques
Référence Ademe
011506
Auteurs
ADEME
Public(s)
Monde de la recherche
EAN format impression
9791029718007
EAN format numérique
9791029718014
Type de document
Périodique
Thématique
Recherche et Innovation
Collection
Expertises
Date d'édition
06/2021
Date de mise en ligne
09/06/2021
Nb. de pages
6 P
Format
pdf/A4
Imprimé/A4
Langue
Français
Périmètre de publication
National

Lettre ADEME Recherche N° 35 Version anglaise

Disponible
Gratuit
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Lettre ADEME Recherche N° 35 Version anglaise