434
G. ¸
Serban et al.
42. Savin C (1990) Jiului Water resources from Jiu river major riverbed. Editura Scrisul Românesc,
Craiova (in Romanian)
43. Simonovic SP (2002) World water dynamics: global modeling of water resources. J Environ
Manage 66(3):249–267
44. Sły´ s D, Stec A, Zeleˇ náková M (2012) A LCC analysis of rainwater management variants. Ecol
Chem Eng S 19(3):359–372
45. Smical I, Muntean A, Nour E (2015) Research on the surface water quality in mining influenced
area in north-western part of Romania. Geogr Pannonica 19(1):20–30
46. Sorocovschi V, ¸
Serban G (2012) Elements of climatology and hydrology. Part II—hydrology.
ID Education form. Edit. Casa C˘ ar¸ tii de ¸
Stiin¸ t˘ a, Cluj-Napoca, 242 p (in Romanian)
47. ¸
Serban G, Pandi G, Sima A (2012) The need for reservoir improvement in Vi¸ seu river basin, with
minimal impact on protected areas, in order to prevent flooding. Studia Univ. “Babe¸ s-Bolyai”,
Geographia, LVII, nr.1, Cluj-Napoca, pp 71–80
48. ¸
Serban G, Alexe M, Rusu R, Vele D (2015) The evolution of salt lakes from Ocna Sugatag
between risk and capitalisation. În: Sorocovschi V (ed) Volumul “Riscuri ¸
si catastrofe”, an
XIV, vol. 17, nr. 2. Edit. Casa C˘ ar¸ tii de ¸
Stiin¸ t˘ a, Cluj-Napoca, pp 69–82
49. ¸
Serban G, Sab˘ au A, Rafan S, Corpade C, Ni¸ toaia A, Ponci¸ s R (2016) Risks induced by maximum
flow with 1% probability and their effect on several species and habitats in Pricop-Huta-Certeze
and Upper Tisa Natura 2000 protected areas. In: ¸
Serban G, B˘ atina¸ s R, Croitoru A, Holobâc˘ a
I, Horvath C, Tudose T (eds) Proceedings of conference air and water—components of the
environment. 22–23 March, Babe¸ s-Bolyai University, Faculty of Geography, Cluj-Napoca,
România, Edit. Casa C˘ ar¸ tii de ¸
Stiin¸ t˘ a, pp 58–69
50. Telcean I, Cup¸ sa D (eds) (2015) Methodologic guide for evaluation of rivers from Tisa river
watershed. edit , ie trilingv˘ a, Ed. Universit˘ at , ii din Oradea, 624 p (in Romanian)
51. Teodosiu C, Barjoveanu G, Vinke-de Kruijf J (2013) Public participation in water resources
management in Romania: issues, expectations and actual involvement. Environ Eng Manag J
(EEMJ) 12(5)
52. Ujvári I (1972) The geography of Romanian waters. Edit. ¸
Stiin¸ tific˘ a, Bucure¸ sti, 578 p (in
Romanian)
53. Ujvari I, G⸠stescu P (1958) Water evaporation to the lakes surface from R.P.R. MHGA 1:49–55
(in Romanian)
54. Woodward RT, Shaw WD (2008) Allocating resources in an uncertain world: water management and endangered species. Am J Agr Econ 90(3):593–605
55. Yan Z, Zhou Z, Sang X, Wang H (2018) Water replenishment for ecological flow with an
improved water resources allocation model. Sci Total Environ 643:1152–1165
56. Zaharia L (1999) Water resources in Putna catchment. A hydrological study. Editura Universit˘ a¸ tii din Bucure¸ sti, 305p (in Romanian)
57. Zaharia L (2010) The Iron Gates reservoir—aspects concerning hydrological characteristics
and water quality. Lakes, reservoirs and ponds. Roman J Limnol 4(1–2):52–69
58. Zaharia L (2005) Study on water resources in Curvature Carpathians and Subcarpathians area
to optimize their use for the population supply. In the volume Lucr˘ ari ¸
si rapoarte de cercetare. Centrul de cercetare “Degradarea terenurilor si Dinamica geomorfologica”, vol I, Ed.
Universit˘ a¸ tii Bucure¸ sti, pp 137–171 (in Romanian)
59. Zaharia L, Toroimac G-I (2013) Romanian Danube River management: Impacts and perspectives. In: Arnaud-Fassetta G, Masson E, Reynard E (eds) European Continental Hydrosystems
under Changing Water Policy. Verlag Friedrich Pfeil, München, pp 159–170
60. Zeleˇ náková M, Diaconu DC, Haarstad K (2017) Urban water retention measures. Procedia Eng
190:419–426
61. Zeleˇ náková M, Hudáková G (2014) The concept of rainwater management in area of Košice
region. Procedia Eng 89:1529–1536
62. Zeleˇ náková M, Markoviˇ c G, Kaposztásová D, Vranayová Z (2014) Rainwater management in
compliance with sustainable design of buildings. Procedia Eng 89:1515–1521
63. Zhang J, Zhang C, Shi W, Fu Y (2019) Quantitative evaluation and optimized utilization of
water resources-water environment carrying capacity based on nature-based solutions. J Hydrol
568:96–107
G. ¸
Serban et al.
42. Savin C (1990) Jiului Water resources from Jiu river major riverbed. Editura Scrisul Românesc,
Craiova (in Romanian)
43. Simonovic SP (2002) World water dynamics: global modeling of water resources. J Environ
Manage 66(3):249–267
44. Sły´ s D, Stec A, Zeleˇ náková M (2012) A LCC analysis of rainwater management variants. Ecol
Chem Eng S 19(3):359–372
45. Smical I, Muntean A, Nour E (2015) Research on the surface water quality in mining influenced
area in north-western part of Romania. Geogr Pannonica 19(1):20–30
46. Sorocovschi V, ¸
Serban G (2012) Elements of climatology and hydrology. Part II—hydrology.
ID Education form. Edit. Casa C˘ ar¸ tii de ¸
Stiin¸ t˘ a, Cluj-Napoca, 242 p (in Romanian)
47. ¸
Serban G, Pandi G, Sima A (2012) The need for reservoir improvement in Vi¸ seu river basin, with
minimal impact on protected areas, in order to prevent flooding. Studia Univ. “Babe¸ s-Bolyai”,
Geographia, LVII, nr.1, Cluj-Napoca, pp 71–80
48. ¸
Serban G, Alexe M, Rusu R, Vele D (2015) The evolution of salt lakes from Ocna Sugatag
between risk and capitalisation. În: Sorocovschi V (ed) Volumul “Riscuri ¸
si catastrofe”, an
XIV, vol. 17, nr. 2. Edit. Casa C˘ ar¸ tii de ¸
Stiin¸ t˘ a, Cluj-Napoca, pp 69–82
49. ¸
Serban G, Sab˘ au A, Rafan S, Corpade C, Ni¸ toaia A, Ponci¸ s R (2016) Risks induced by maximum
flow with 1% probability and their effect on several species and habitats in Pricop-Huta-Certeze
and Upper Tisa Natura 2000 protected areas. In: ¸
Serban G, B˘ atina¸ s R, Croitoru A, Holobâc˘ a
I, Horvath C, Tudose T (eds) Proceedings of conference air and water—components of the
environment. 22–23 March, Babe¸ s-Bolyai University, Faculty of Geography, Cluj-Napoca,
România, Edit. Casa C˘ ar¸ tii de ¸
Stiin¸ t˘ a, pp 58–69
50. Telcean I, Cup¸ sa D (eds) (2015) Methodologic guide for evaluation of rivers from Tisa river
watershed. edit , ie trilingv˘ a, Ed. Universit˘ at , ii din Oradea, 624 p (in Romanian)
51. Teodosiu C, Barjoveanu G, Vinke-de Kruijf J (2013) Public participation in water resources
management in Romania: issues, expectations and actual involvement. Environ Eng Manag J
(EEMJ) 12(5)
52. Ujvári I (1972) The geography of Romanian waters. Edit. ¸
Stiin¸ tific˘ a, Bucure¸ sti, 578 p (in
Romanian)
53. Ujvari I, G⸠stescu P (1958) Water evaporation to the lakes surface from R.P.R. MHGA 1:49–55
(in Romanian)
54. Woodward RT, Shaw WD (2008) Allocating resources in an uncertain world: water management and endangered species. Am J Agr Econ 90(3):593–605
55. Yan Z, Zhou Z, Sang X, Wang H (2018) Water replenishment for ecological flow with an
improved water resources allocation model. Sci Total Environ 643:1152–1165
56. Zaharia L (1999) Water resources in Putna catchment. A hydrological study. Editura Universit˘ a¸ tii din Bucure¸ sti, 305p (in Romanian)
57. Zaharia L (2010) The Iron Gates reservoir—aspects concerning hydrological characteristics
and water quality. Lakes, reservoirs and ponds. Roman J Limnol 4(1–2):52–69
58. Zaharia L (2005) Study on water resources in Curvature Carpathians and Subcarpathians area
to optimize their use for the population supply. In the volume Lucr˘ ari ¸
si rapoarte de cercetare. Centrul de cercetare “Degradarea terenurilor si Dinamica geomorfologica”, vol I, Ed.
Universit˘ a¸ tii Bucure¸ sti, pp 137–171 (in Romanian)
59. Zaharia L, Toroimac G-I (2013) Romanian Danube River management: Impacts and perspectives. In: Arnaud-Fassetta G, Masson E, Reynard E (eds) European Continental Hydrosystems
under Changing Water Policy. Verlag Friedrich Pfeil, München, pp 159–170
60. Zeleˇ náková M, Diaconu DC, Haarstad K (2017) Urban water retention measures. Procedia Eng
190:419–426
61. Zeleˇ náková M, Hudáková G (2014) The concept of rainwater management in area of Košice
region. Procedia Eng 89:1529–1536
62. Zeleˇ náková M, Markoviˇ c G, Kaposztásová D, Vranayová Z (2014) Rainwater management in
compliance with sustainable design of buildings. Procedia Eng 89:1515–1521
63. Zhang J, Zhang C, Shi W, Fu Y (2019) Quantitative evaluation and optimized utilization of
water resources-water environment carrying capacity based on nature-based solutions. J Hydrol
568:96–107