Resocialization of the Street Children

This project studied the phenomenon of street children through various forms of action dealing with them. The target group included 100 children who frequented the Pygmalion and Open House day centres in Bucharest. On the basis of this sample it was possible to establish the main problems of the street children: reasons for appearance, age on the street, origin, family size, attitude towards parents, reasons for street life, consumption of toxic substances, reasons for detention by the police, main health problems, needs and wishes. The work in Bucharest was supplemented by visits elsewhere in Romania and abroad which provided a breadth of understanding and knowledge of the specific profile of street children, of the complexity of their problems and of their prospects. A comparison of the causes of the phenomenon, and study of some projects and intervention programmes both from Romania and abroad provided the basis for a proposed strategy for combatting the problem. The practical activities on the project included continuing counselling and informative and education activities with the children in order to motivate them to change their life. Further mediation was aimed at changing the hostile approach of the public opinion and some people in authority towards these children. The experiments with schooling and professional resocialisation of the street children provided clear evidence of the possibility of reintroducing them into the social framework but this will require systems and mechanisms specially developed to achieve this.

Creation of Computer Simulation Model for Ecological Consequences Prognosis of Toxic Chemicals Discharge from Sunken on Baltic Sea Bottom Weapons"

This study summarises all the accessible data on old German chemical weapons dumped in the Baltic Sea. Mr. Goncharov formulated a concept of ecological impact evaluation of chemical warfare agents (CWA) on the marine environment and structured a simulation model adapted to the specific character of the hydrological condition and hydrobiological subjects of the Bornholm Deep. The mathematical model he has created describes the spreading of contaminants by currents and turbulence in the near bottom boundary layer. Parameters of CWA discharge through corrosion of canisters were given for various kinds of bottom sediments with allowance for current velocity. He created a method for integral estimations and a computer simulation model and completed a forecast for CWA "Mustard", which showed that in normal hydrometeorological conditions there are local toxic plumes drifting along the bottom for a distance of up to several kilometres. With storm winds the toxic plumes from separate canisters interflow and lengthen and can reach fishery areas near Bornholm Island. When salt water from the North Sea flows in, the length of toxic zones can increase up to and over 100 kilometres and toxic water masses can spread into the northern Baltic. On this basis, Mr. Goncharov drew up recommendations to reduce dangers for human ecology and proposed the creation of a special system for the forecasting and remote sensing of the environmental conditions of CWA burial places.