 |
|
Multi-Coupled Modelling of Oceanic Circulation within the Air-Sea-Earth Continuum and Consequences on the Matter Cycle
Focus on oceanic convection, chaotic variability applied to semi-enclosed sea and regional marine systems
|
|  |
|
Back to
summary
|
IRD home
|
CSS5-IRD
:
HERRMANN, Marine
/
Multi-Coupled Modelling of Oceanic Circulation within the Air-Sea-Earth Continuum and Consequences on the Matter Cycle
Competencies of
HERRMANN, Marine
,
senior scientist (CSS5 RESIGNED)
UMR LEGOS
Laboratory for Space Geophysics and Oceanography Studies
 citations Google scholar
 citations IRD
 citations ResearchGate
 Personal home page
 UMR LEGOS
 web-link Cordex-SEA
 web-link LMI Lotus
 web-link Moose
 web-link Sirocco
 web-link WCRP-CMIP
 _get in touch
|
The current research is entitled :"Functioning, variability and influence of ocean dynamics within
the regional climate system: a multi-coupled approach"
web-links:
* LMI Lotus : joint international laboratory in Hanoï Univ. on land-ocean-atmosphere coupled systems
* Moose: integrated observation network for long term monitoring and research on Mediterranean marine ecosystems
* Cordex-SEA: South-East Asian component of the Regional Climate Downscaling Experiment (CORDEX)
* WCRP-CMIP : Coupled Model Intercomparison Project of the World Climate Reseach Program (WCRP)
* Sirocco : joint service engaged in providing codes, methods and tools for coastal oceans simulation research.
Below: competencies in black when any are unique to
M. Herrmann (CSS5 resigned)'s profile in the current state of the database
/
applied chaos
/
atmosphere
/
Biogeochemistry
/
biomass (ocean)
/
carbon cycle
/
chlorophyll
/
climate change impacts
/
climatic forcing
/
Climatology (hydro)
/
coastal processes
/
data (satellite)
/
delta
/
deterministic approach
/
differential equation
/
downscaling (modelling)
/
dynamical system
/
ecosystem (tropical pelagic)
/
estuary
/
extreme event
/
integrative approach
/
mathematics (applied)
/
matter cycle
/
Mediterranean sea
/
model (bio-physical)
/
model (biogeochemical)
/
model (mathematical)
/
model (numerical)
/
model coupling
/
MODELLING
/
modelling (chaos)
/
modelling (hydrodynamics)
/
modelling (integrated)
/
modelling (interdisciplinary)
/
modelling (mathematical)
/
modelling (multi-scale)
/
modelling (physics)
/
multi-model coupling (MMC)
/
multi-scale (spatial)
/
MULTIDISCIPLINARY
/
ocean circulation
/
oceanic convection
/
Oceanography
/
Oceanography (physical)
/
plankton
/
plankton (phyto)
/
remote sensing
/
research cruise
/
satellite product
/
SDG 04 (Sust. Devel. Goal - Education)
/
SDG 13 (Sust. Devel. Goal - Climate)
/
SDG 14 (Sust. Devel. Goal - Oceans)
/
SDG 15 (Sust. Devel. Goal - Terrestrial ecosystems)
/
semi-enclosed sea
/
simulation
/
South-East Asia
/
sustainability science
/
training (fr: formation)
/
UMR LEGOS (Space Geophys. Oceanogr. Studies Lab.)
/
upwelling
/
Vietnam
/
water cycle
/
watershed (fr: bassin versant)
/
____________________________________________________________________
Last update : 2022-08-22
(id:
65
)
Navigation suggestion: Deployment of Innovative Uses of Information Technology
(
9
)
CSS5 related headings
Concept
Field Location
Institution
Method or approach
Model
Natural Item
Natural Process
Science or discipline
SDG (Sust. Dev. Goal) Theme
Technique
Tool
