Property:Description of your CSDMS-related interests member
From CSDMS
This is a property of type Text.
I
- Numerical Forward Modeling
- Seismic Forward Modeling
- Carbonate platform in sin-rift setting +
F
- PhD in Environmental Sciences
- hydrodynamic modelling of transitional and coastal areas
- involved in the Preparatory Phase project for the DANUBIUS Research Infrastructure - Modelling Node and Po Delta and North Adriatic Lagoons Supersite (www.danubius-ri.eu/). +
H
- Terrestrial ecosystem modeling and assimilation of multi-source remote sensing data to improve these models. +
B
M
1) Glacial retreat and advances
2) Isostasy and glacio-isostatic modelling
3) Interactions between tectonics and volcanism
4) Links between surface processes (particularly erosion and volcanic/glacial loading) and subsurface crustal response
5) Volcanic hazard mapping and pyroclastic flow modelling
6) Ice sheet - Subglacial volcano - Climate - Crust feedback cycles +
S
1) use of models to explore coastal and submarine morphodynamics for teaching and research
2) use of models to explore evolution of sedimentary fabric and structure for education and research +
H
J
A Multi-scale Numerical Study on Coastal Hydrodynamics, Sediment Transport, and Morphodynamics +
D
B
A quantitative understanding of marine systems from the continental shelf to the supratidal zone, with a focus on estuarine morphodynamics +
P
N
AI/ML earth system model coupling +
P
M
A
After my professional experience (17 years) as a university professor of a wide spectrum of disciplines (e.g., Ecology, General Microbiology, Human Anatomy and Physiology, Cell Biology, Classical Genetics and Evolutionary Biology), I became aware of the necessity of developing an interdisciplinary understanding of ecosystem functioning based on physics. Therefore, my current research activity is addressed to develop a general model of ecosystem functioning based on plausible theoretical links between principles of ecosystem ecology, thermodynamics, thermostatistics and quantum mechanics. The main part of the results from this effort are included in several articles published in the journal Ecological Modelling. The main advantage of the above-mentioned set of models is its validity for almost any kind of ecosystem following a fractal structure. From my research experience in economics, it seems to be that this model, with certain modifications, could be also useful to understand macroeconomics performance as well as economic development processes, in a sort of TOE which would interconnect Physics, Biology and Social Sciences. +
T
K
Agent-based modeling of complex systems and applications toward sustainable development, co-generation of knowledge, and decision making. +
J
Agricultural/Environmental Modeling +
A
Aid in advancing/refining landscape evolution & hydrology models as a result of their outputs when applied to my geomorphic research. +
I
