Interactions between surface and deep critical zone: case of South India ecosystems and agrosystems

One of the major interests of long-term critical zone observatories is to study and model the interactions between the different compartments that compose the critical zone, and in particular the feedback loops between surface and deep critical zone that affect the hydrological and geochemical cycles. The importance of these feedbacks was illustrated by salient results from the Kabini Critical Zone Observatory (SNO M-TROPICS in India), thanks to Laurent Ruiz, IR INRAE, agro-hydrologist and co-coordinator of the IRP CEFIRSE in Bangalore. The seminar was help at GET on October 29, 2021.

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M-TROPICS at JFFoS 2022 in Kyoto

Laurie Boithias presented M-TROPICS datasets collected in Mekong river basin, Lao PDR, at the interdisciplinary Japanese-French Frontiers of Science (JFFoS) Symposium 2022 in Kyoto, Japan: small and large catchment-scale climate, hydrology, and water quality long-term monitoring data including E. coli.

M-TROPICS catchments introduced at the Cyberseminar Series of CUAHSI: “Introduction to critical zone observatories and watershed sites”

Muddu Sekhar (IISc Bengalore, CEFIRSE) and Laurie Boithias (GET) presented the key questions and findings from the two experimental catchments Berambadi (India) and Houay Pano (Lao PDR) at the Cyberseminar Series of CUAHSI: “Introduction to critical zone observatories and watershed sites” on Sept. 7. The introduction of the Berambadi catchment was focused on the effect […]

Response of tropical experimental catchments to global changes: the M-TROPICS CZO network

Jean Riotte (IRD) presented the key questions and findings from the three experimental catchments Nyong (Cameroon), Mule Hole (India), and Houay Pano (Laos), at the Cyberseminar Series of CUAHSI: “Research and Observatory Catchments: the Legacy and the Future” on March 10. This presentation is related to the submission of three data papers to the eponymous […]

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