Sanda Rosca
Researcher in the last 9 years in the field of Technical and Theoretical Geography. The main research focused on the following directions: - Application, validation, and comparison of results obtained by quantitative and qualitative spatial modelling, expert knowledge, deterministic models, etc. using GIS technology in environmental studies, geographical studies, engineering with an emphasis on the objective analysis of model representativeness and their degree of predictability in applied geomorphology, and natural and anthropic hazards and risk. - Projects and applications related to technical issues for work focused on GIS technology applications in forest monitoring and evaluating the spatio-temporal distribution of forest and animal species under the pressure of climate change. - Evaluation of geospatial technologies and digital geomorphological mapping for fluvial dynamics assessment, landslides, and soil erosion, used in the context of individual and cumulative risk assessment. - Information from long-term historical and actual field experimentation based on satellite images and UAV acquisition data in comparison with the current state-of-the-art in environmental studies. - Studies related to the identification of favourable or restrictive areas for different land uses (agricultural, crop distribution, forestry or building spaces) in the current context of climate changes, with impacts on ecological factors influence (climatic, pedological, hydrological) and anthropogenic pressure involving the use of GIS technology to identify the evolution trends, the correlations between the factors, and the elaboration of land-use planning proposals.
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information, was set in order to better understand the potential in geomorphology and the geographical
risk phenomena in the Niraj Basin, by the studying of the generating factors, of the qualitative and
quantitative characteristics, as well as of their effects in the geographical environment.
The solutions and results of the applicative geomorphological analysis ca be put into practice, hence
they have as main characteristics their applicability. Developing the applicability nature of the
geomorphological research becomes essential, as an optimal relief valorisation and the offering of
veridical solution for solving the identified problems are desired.
The motivation behind choosing the present theme stems from the passion for Geomorphology and
the study of geographic risk phenomena, as well as from the desire to study the Niraj Basin with the
purpose of applying specific principles and of identifying the applicability of the geomorphology
methods, used for the obtaining of practical solutions to the identified dysfunctions. Hence the present
paper is structured into three main parts...