A5102777489- Land Use and Ecosystem Services
- Soil erosion and sediment transport
- Soil and Land Suitability Analysis
- Aeolian processes and effects
- Food Safety and Hygiene
- Soil and Environmental Studies
- Groundwater and Watershed Analysis
- Environmental and Cultural Studies in Latin America and Beyond
- Zoonotic diseases and public health
Babeș-Bolyai University
2022-2024
Institute for Economic Research
2023
Romanian Academy
2023
Changes in land use, increasing of agricultural areas to the detriment wooded ones, and poor management land, along with impact current changes climate (reflected increase aggression index) makes soil erosion one main risks associated improper a direct on its productivity an indirect human beings. The aim this study is assess risk induced by surface using as our method investigation development two models integrated spatial analysis territory: derived model universal loss equation (USLE)...
Multifunctional landscapes are complex systems that integrate biophysical, cultural-historical and socio-economic components into unique territorial structures regional ensembles. Facing increasing pressures generated by urbanization, climate change overexploitation of natural resources, assessing the sustainability these has become an urgent priority. The present research is based on development parametrization a new tool for evaluating multifunctional aims to measure level biocultural...
Changes in land use patterns induced by different agricultural practices are reflected territorially through transformations at the level of elementary landscape units, with an impact on territorial identity and cohesion. The aim this study is to highlight dynamics structures post-communist period (1990-2018), diachronically Guruslău Depression, using metrics. main direction scientific research was based analysis changes identification spatial elements structural-landscape distinction...
The present paper aims to assess the suitability for spatial planning of a depression area. For this purpose, analysis model was developed using GIS techniques, integrating databases representing morphometric parameters relief (depth fragmentation, density surface exposure, slope) and additional criteria (land use, geology soil erosion rate.) These were qualitatively evaluated on scale from 1 5 (1-very favourable; 5-unfavourable) used generate map planning. obtained results highlight fact...