Property:Description of your CSDMS-related interests member

From CSDMS

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Showing 50 pages using this property.
B
Carbonates diagenesis modelling  +
M
Chesapeake Bay hydrodynamics  +
J
Climate and landscape dynamics  +
3
Climate, hydrology and atmospheric activity of the Holocene in North America.  +
T
Climate, tectonics, and biotic effects on topographic evolution, over geologic timescales.  +
K
Climatic and tectonic control on chemical weathering and physical erosion rates Landscape evolution models Environmental fluid dynamics  +
M
Co-chair of HD  +
L
Coastal & littoral evolution, processes & morphodynamics Tsunami & storm deposits Optical dating Sedimentology & Petrophysics  +
Coastal Hazard Modelling  +
P
Coastal Model  +
O
Coastal and estuaries dynamics  +
C
Coastal and terrestrial geomorphological modelling, with a particular interest in understanding the influence of geology (lithology & structure) in the modelling of landforms and landscapes  +
E
Coastal change hazards, sediment transport modeling, nature-based adaptation  +
F
Coastal circulation/tidal modeling; Sediment transport  +
P
Coastal evolution over decadal and centennial timescales; marine sediment transport  +
C
Coastal geomorphic change, Slope stability  +
D
Coastal hazards, and other climate change related impacts  +
M
Coastal hazards, coastal management, fluvial sediments  +
P
Coastal hydrology  +
A
Coastal modelling  +
Coastal morphodynamics (PhD student)  +
E
Coastal morphodynamics, coupled human-landscape dynamics.  +
M
Coastal morphodynamics, large-scale features  +
Coastal morphologic modelling  +
L
Coastal ocean/watershed coupling; Hydrotrend  +
J
Coastal oceanography, extreme events, and coastal management  +
M
Collaboration with Albert Kettner and James Syvitski on applying the (BQ)ART model on small river systems in Europe  +
D
Combined analysis of Glacial/proglacial/fluvial adjustment to climate change  +
J
Computational Fluid Dynamics; Coastal and Fluvial Hydraulics; Sediment Transport; Geomorphology  +
E
Computational Investigation of geophysical flows. Computational research in the general area of fluid dynamics and transport phenomena, with a special emphasis on geophysical fluid dynamics. Highly resolved direct numerical simulations are to be conducted, in order to obtain insight into the physical mechanisms that govern the evolution of gravity and turbidity currents.  +
S
Computational modelling of sediment-laden density currents  +
J
Connecting the CSDMS community to USGS water data  +
R
Contaminant Transport in unsaturated media  +
A
Contribution, exposure, and learning from researchers.  +
Q
Costal geomorpholoy and sedimentology  +
I
Coupled Human-Natural Systems, Surface Process Modeling, Agent-Based Modeling, Complex Adaptive Systems  +
P
Coupled climate and silicate Earth systems  +
J
Coupled human-natural modeling for coastal protection strategy  +
P
Coupled numerical modelling of surface and deeper processes.  +
G
Coupling atmospheric models with CSDMS model components.  +
R
Coupling geodynamics with landscape evolution  +
S
Coupling surface dynamics with surface flows  +
E
Critical zone, water transport in fractures, SPAC  +
A
Cryosphere  +
L
Cryosphere. I don't see a Cryosphere Focus Research Group here.  +
E
Currently I'm interested in using the PLUME model to test some hypothesis about sediment clearance from the Elwha River plume. The study is largely observational, but the PLUME model may add some insights regarding natural variability.  +
A
DEM and for landslide and flows, sediments tranport  +
S
Dear Sir/ Madam I am so thankful if you add me as one of the members in the group list. My research Interests would be Tropical Meteorology, Indian Monsoons, Hurricane/ Cyclone prediction, Ocean Surface studies, Air Quality Modeling, Remote Sensing  +
L
Debris Flows, critical zone interactions, wildfire  +
A
Debris flow erosion modelling  +