11 Monitoring and Management of Water in the Siret River …
387
– The automated rain gauges should also be multiplied as it necessary especially
when there are registered local rainfalls.
In the case of representative basins, it is imperative to use modern hydrometrical
equipment (level sensors, water and air temperature sensors, automatic rain gauges).
Some other recommendations are:
– Preventions, reduction and control of pollution on surface and groundwater and
conservation of its living resources in accordance with generally accepted international rules and standards.
– Sustainable and equitable management of the Siret River Waters.
– Conservation, improvement and rational use of surface water and groundwater in
the Siret River Waters.
– Control of the hazards caused by accidents with pollutants for surface and groundwater.
– Control of hazards caused by floods and frost on Siret River Waters.
Acknowledgements The authors would like to express their gratitude to the employees of the
Romanian Waters Agency Bucharest, Siret Water Direction Bacau, particularly to Dr. Petre Olariu,
hydrologist at this research and administration agency, who kindly provided a significant part of
the data used in the present study.
References
1. Albu M, Enea A, Romanescu G, Iosub M, Stoleriu CC (2015) Polarization areas of lakes,
as quantitative water resources. In: International Multidisciplinary Scientific geoconference
SGEM 2015, Water resources. Forest, marine and ocean ecosystem. Conference proceedings, Hydrology & water resources, vol 1, pp 509–516. https://doi.org/10.5593/sgem2015/
b31/s12.065
2. Albu M, Stoleriu CC, Enea A, Iosub M, Hapciuc OE, Romanescu G (2016) Geomorphologic
risk assessment in Tecucel drainage basin, using GIS techniques. In: Proceedings, 2nd International Scientific Conference GEOBALCANICA 2016, 10–12 June 2016, Skopje, Republic
of Macedonia, pp 95–102. https://doi.org/10.18509/gbp.2016.13
3. Andronache I, Fensholt R, Ahammer H, Ciobotaru A-M, Pintilii R-D, Peptenatu D, Dr˘ aghici
CC, Diaconu DC, Radulovi´ c M, Pulighe G, Azihou AF, Toyi MS, Sinsin B (2017) Assessment
of textural differentiations in forest resources in Romania using fractal analysis. Forests 8(3):54.
https://doi.org/10.3390/f8030054
4. Anton MC, Baltazar-Rojas MM, Aluculesei A, Marguta R, Dorohoi D (2008) Study regarding
the water Pollution in Romanian and Spain. Rom J Phys 53(1–2):157–163
5. Bairros da Silva PR, Makara CN, Munaro AP, Schnitzler DC, Diaconu DC, Sandu I, Poleto C
(2017) Risks associated of the waters from hydric systems urban’s. The case of the Rio Barigui,
South of Brazil. Rev Chim (Bucharest) 68(8):1834–1842
6. Briciu AE, Toader E, Romanescu G, Sandu I (2016) Urban streamwater contamination and selfpurification in a Central-Eastern European City. Part I. Rev Chim (Bucharest) 67(7):1294–1300
7. Briciu AE, Toader E, Romanescu G, Sandu I (2016) Urban streamwater contamination
and self-purification in a Central-Eastern European City—Part B. Rev Chim (Bucharest)
67(8):1583–1586
387
– The automated rain gauges should also be multiplied as it necessary especially
when there are registered local rainfalls.
In the case of representative basins, it is imperative to use modern hydrometrical
equipment (level sensors, water and air temperature sensors, automatic rain gauges).
Some other recommendations are:
– Preventions, reduction and control of pollution on surface and groundwater and
conservation of its living resources in accordance with generally accepted international rules and standards.
– Sustainable and equitable management of the Siret River Waters.
– Conservation, improvement and rational use of surface water and groundwater in
the Siret River Waters.
– Control of the hazards caused by accidents with pollutants for surface and groundwater.
– Control of hazards caused by floods and frost on Siret River Waters.
Acknowledgements The authors would like to express their gratitude to the employees of the
Romanian Waters Agency Bucharest, Siret Water Direction Bacau, particularly to Dr. Petre Olariu,
hydrologist at this research and administration agency, who kindly provided a significant part of
the data used in the present study.
References
1. Albu M, Enea A, Romanescu G, Iosub M, Stoleriu CC (2015) Polarization areas of lakes,
as quantitative water resources. In: International Multidisciplinary Scientific geoconference
SGEM 2015, Water resources. Forest, marine and ocean ecosystem. Conference proceedings, Hydrology & water resources, vol 1, pp 509–516. https://doi.org/10.5593/sgem2015/
b31/s12.065
2. Albu M, Stoleriu CC, Enea A, Iosub M, Hapciuc OE, Romanescu G (2016) Geomorphologic
risk assessment in Tecucel drainage basin, using GIS techniques. In: Proceedings, 2nd International Scientific Conference GEOBALCANICA 2016, 10–12 June 2016, Skopje, Republic
of Macedonia, pp 95–102. https://doi.org/10.18509/gbp.2016.13
3. Andronache I, Fensholt R, Ahammer H, Ciobotaru A-M, Pintilii R-D, Peptenatu D, Dr˘ aghici
CC, Diaconu DC, Radulovi´ c M, Pulighe G, Azihou AF, Toyi MS, Sinsin B (2017) Assessment
of textural differentiations in forest resources in Romania using fractal analysis. Forests 8(3):54.
https://doi.org/10.3390/f8030054
4. Anton MC, Baltazar-Rojas MM, Aluculesei A, Marguta R, Dorohoi D (2008) Study regarding
the water Pollution in Romanian and Spain. Rom J Phys 53(1–2):157–163
5. Bairros da Silva PR, Makara CN, Munaro AP, Schnitzler DC, Diaconu DC, Sandu I, Poleto C
(2017) Risks associated of the waters from hydric systems urban’s. The case of the Rio Barigui,
South of Brazil. Rev Chim (Bucharest) 68(8):1834–1842
6. Briciu AE, Toader E, Romanescu G, Sandu I (2016) Urban streamwater contamination and selfpurification in a Central-Eastern European City. Part I. Rev Chim (Bucharest) 67(7):1294–1300
7. Briciu AE, Toader E, Romanescu G, Sandu I (2016) Urban streamwater contamination
and self-purification in a Central-Eastern European City—Part B. Rev Chim (Bucharest)
67(8):1583–1586