UNIVERSITA' DEGLI STUDI DI NAPOLI "FEDERICO II"

 

The Applied Mathematics and Computer Science Group

 

Research

Plant growth modeling and vegetation dynamics:

System dynamic modelling is a very important research area in ecology. We consider different spatial and temporal scales of modelling simulations.
Plant physiology modelling
We implemented a new growth model of plant system, using the software SIMILE â . We analysed the different process of plant physiology like: photosynthesis, respiration, partitioning, water relation, etc.
Individual-based modelling of Plant communities
In collaboration with University of Coimbra and Lisbona we implemented a Soil-Plant-Atmosphere model for Mediterranean ecosystems. Moreover we study the vegetation communities dynamic with individual-based modelling approach.
Integration of system dynamics models and GIS
To generalize the model in a spatial system, we implemented a software SimArc to interface a system dynamic software Simile and E.S.R.I GIS ArcView. Moreover, recently a new modeling approach is to consider also the integration of spatial processes and we are developing a new raster-based spatial modelling system named 5D.

PEOPLE
Francesco GIANNINO
Gerardo TORALDO

PROJECTS
Regione Campania Legge 5 - Ecohydrology "Hydrological analysis of the spatial and temporal dynamics of the soil-vegetation-atmosphere system in Mediterranean ecosystems"
PRIN 2005 - C-Cycle "Effects of species diversity on litter production and decomposition in Mediterranean maquis: modelling analysis"

PUBLICATIONS
- S. Mazzoleni, F. Giannino, M. Amato, R. Gucci and G. Toraldo, Individual based model of plant communities, Mathematical Modelling & Computing in Biology and Medicine, V. Capasso (Ed)., The MIRIAM Project Series, ESCULAPIO Pub., 2003, pp. 288-294
- S. Mazzoleni, F. Rego, F. Giannino and C. Legg, Vegetation and disturbance in Environmental Modelling: Finding Simplicity in Complexity, J. Wainwright, and M. Mulligan, (Eds), John Wiley and Sons. 2003
- G. Bonanomi, F. Giannino, S. Mazzoleni, Plant-soil negative feedback and species coexistence OIKOS 111: PP. 311/321, 2005

Web-based learning tool: The aim of this work is to present SIRMM (Searchable Information Repository of Mathematical Models), an interactive environment for mathematical teaching and learning within scientific disciplines.....more »
Modelling software development: Applications to different scientific and technical contexts are presented in the fields of integrated ecological and hydrological dynamics and of simulation of interactions between vegetation and landslides dynamics.....more »

 

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