Conservation agriculture based on diversified and high-performance production system leads to soil carbon sequestration in subtropical environments

Conservation agriculture based on diversified and high-performance production system leads to soil carbon sequestration in subtropical environments

Soils can be a source or sink of atmospheric CO 2 , depending on the historic and existing land use and management. We used long term soil management database of a production farm that is based on principles of conservation agriculture such as: a) eliminate soil disturbance; b) maintain permanent so...

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Bibliographic Details
Main Authors: Briedis, C. (Author), de Oliveira Ferreira, A. (Author), Ferreira, L.A (Author), Fornari, A.J (Author), Furlan, F.J.F (Author), Gonçalves, D.R.P (Author), Inagaki, T.M (Author), Mishra, U. (Author), Romaniw, J. (Author), Sá, J.C.D.M (Author)
Format: Article
Language:English
Published: Elsevier Ltd 2019
Subjects:
Agro ecosystems
Agronomy
Biomass
C modeling
Century model
Climate models
Conservation management
Conservation management practices
Crop yield
Crops
Economics
Ecosystems
Forestry
Greenhouse gases
Greenhouse gases mitigation
Land use
Magnesium
Organic carbon
Roth-C model
Soil conservation
Soils
Subtropical agroecosystem
Tropics
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