CSS5-IRD :  LARAQUE, Alain / Hydrology, Matter Flows and Long-Term Evolution of Very Large River Basins

Hydrology, Matter Flows and Long-Term Evolution of Very Large River Basins
environmental observatories of inter-tropical and peri-Atlantic wide hydrosystems


Competencies of  LARAQUE, Alain , senior scientist (RETIRED)
UMR GET   Geosciences Environment Toulouse

/  Amazon river /  Andes /  anthropogenic impact /  Atlantic ocean (intertropical) /  behaviour (hydrochemical) /  Brazil /  Caribe island /  Casiquiare watershed (Venezuela) /  Central Africa /  Chemistry (Geo) /  Chemistry (Hydro-Bio-Geo) /  climate change impacts /  Climatology (hydro) /  coastal processes /  Colombia /  Congo watershed /  critical zone /  dam (Hydrology) /  data (Hydrology) /  data collection /  data conservation /  data management /  DATA SCIENCE /  ecosystem (aquatic) /  ecosystem dynamics /  Ecuador /  environment /  erosion /  expertise (scientific) /  French Guiana /  geodynamics /  Geophysics /  Geoscience /  hydrological basin /  hydrological monitoring system /  Hydrology /  hydrosystem /  impact assesment (environment) /  impact assessment (water) /  inter-tropical (region) /  Magdalena watershed (Colombia) /  matter transportation (Hydrology) /  Meteorology (hydro) /  monitoring (environmental) /  monitoring (long-term) /  MULTIDISCIPLINARY /  Nordeste (Brazil) /  observatory /  Orinoco watershed /  OZCAR critical zone Res. Infrast. /  popularization (fr: vulgarisation) /  Potamology (river streams science) /  research cruise /  river /  Sargassum (seaweed) /  SDG 06 (Sust. Devel. Goal - Water and sanitation) /  SDG 13 (Sust. Devel. Goal - Climate) /  SDG 15 (Sust. Devel. Goal - Terrestrial ecosystems) /  sedimentation (Hydrology) /  South America /  training (fr: formation) /  UMR GET (Geosci. Environ. Toulouse) /  Venezuela /  water management /  water quality /  water resources /

Competencies in black are unique of A. Laraque (retired 2021)'s profile in the current state of the database 

The behaviors of these often gigantic hydrosystems (over 1 million km2) reflect the climatic, geodynamic
and anthropogenic impacts that affect large areas of the intertropical band.  Their regime and hydro-climatic trends are studied
as hydro-sedimento-bio-geochemical processes in a long-term perspective with strong societal implications.

Data portal SO-HYBAM:  
      observatory on Geodynamical, hydrological and biogeochemical processes
      in the Amazon, Orinoco and Congo basins.
web-link WHYCOS: the World Hydrological Cycle Observation System
citations Google scholar   citations IRD   citations ResearchGate   data portal SO-HYBAM   UMR GET   web-link WHYCOS  

 

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Last update : 2022-07-15

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