• Aucun résultat trouvé

Investing in SMART tools to assess soil biological functioning

N/A
N/A
Protected

Academic year: 2021

Partager "Investing in SMART tools to assess soil biological functioning"

Copied!
1
0
0

Texte intégral

(1)

Biofunctool® soil

quality index under till vs no-till cropping systems at the

Con-servation Agriculture Training Center (Bos Khnor, Cambodia).

Investing in SMART tools to

as-sess soil biological functioning

Sambo Pheap, Alexis Thoumazeau, Soulikone Chaivanhna, Clara Lefevre, Channaty Ngang, Veng Sar, Vira Leng, Fidero Kuok, Lyda Hok, Koy Ra, Florent Tivet, Pascal Lienhard, and Alain Brauman

Pox C (labile-C) to mineralizable C ratio used to assess organic carbon dynamics in soils (Hurisso et al. 2016). Positive trends refer to SOC stabilization and negative trends to SOC mineralization.

Positive trend of C stabilization under Forest and Maize-Rice bean system in Laos, Laeng village (left), and under no-till cropping systems (DMC 1, 2a, 2b) in Cambo-dia (Conservation agriculture training center, Bos Khnor, right).

psambo@rua.edu.kh, brauman.ird@gmail.com, alexis.thoumazeau@cirad.fr, florent.tivet@cirad.fr, pascal.lienhard@cirad.fr

Références

Documents relatifs

We recorded: (i) rice and maize yields; (ii) cumulated above-ground biomass per cropping systems; (iii) bulk density, total nitrogen, and available phosphorus (0-10cm) and;

In conclusion, short-term CA practices in the three cropping systems increased the storage of STN, SOC and labile SOC pool and enhanced soil enzyme activities in the surface soils

Thus, this study assessed the humification degree (HLIF) of soil organic matter (SOM) and the changes in functional C groups (aromatic-C and aliphatic-C) for contrasting land use and

Thus, the objective of this study was to quantify changes in SOC fractions due to conversion of NV to agricultural land, and to assess the rate of recovery of SOC fractions and

conservation agriculture conversion in areas where soils are rich in top-soil organic status and entire soil physical properties which are cultivated by small-farms for

Blast incidence was reduced in DSMB cropping system and, on the contrary to the traditional cropping system, the mineral fertilisation had no effect on blast in DSMB.. N

Land preparation is based mainly on plowing, which degrades soil and destroys infrastructures (paddy fields and roads). These deteriorations result from growing pressure

The number of grains per panicles, elaborated during the « leaf blast period » was affected in the tillage crop compared to the zero tillage.. We supposed then that not only