THE SUSTAINABLE RECOVERY OF THE TOURISM'S POTENTIAL OF VEGETATION IN THE BASIN OF SUCEAVA RIVER
Our study followed in the first part, the analysis of the tourism potential of the natural vegetation within the basin of Suceava, the identification and description of the specific of tourism resources imposed by bio diversity, the drawing of cartographic representation of synthesis to reveal its potential volume and quality. In the second part, the data analysis and synthesis has allowed advancement of proposals for the development of tourism activities in sustainable development and the growing importance of this sector in all economic activities in the area and the NE Region.
SUSTAINABLE DEVELOPMENT IN BUCOVINA REGION – ANALYSIS OF TOURISTIC POTENTIAL IN SUCEAVA BASIN
Tourism has always been an economic pillar of European countries, in addition to building understanding and enlightening travellers. New considerations, sustainability, environment and socio-economics are calling for a new pardigm of how tourism operates. This article present the touristic potential of Suceava Basin, the infrastucture and how tourism can be considered as a fundamental opportunity for social and economic development in North East Region – Bucovina. The research investigated innovative strategies, solutions and recommandations to improve infractucture and supporting services for tourism, overcoming many barriers.
Acetylation analysis of saccharides. 2. Microanalysis of neutral glycosphingolipids by means of acetylation with radioactive acetic anhydride.
Abstract The quantitative analysis of mixtures of glycosphingolipids by acetylation with radioactive acetic anhydride and separation by thin-layer chromatography is described. The method was primarily developed for screening of glycosphingolipid composition of tissues, cultured cells, and virus preparations. The sensitivity and linearity of the method is demonstrated. Although theoretically a much higher sensitivity is achievable, in practive about 10 −9 g of glycosphingolipid can be detected and tentatively identified. As an example, the acetylation pattern of lipids from a preparation of herpes simplex virus is demonstrated.