16 Water Resources from Apuseni Mountains …
573
24. Forray FL (2002) Geochemistry of the environment in mining sites areas from the Arie¸ s valley
(Apuseni Mountains) (in Romanian). Ph.D. thesis—manuscript, Universitatea Babes-Bolyai,
Catedra de Mineralogie, Cluj-Napoca, p 301
25. G⸠stescu P (2003) Territorial distribution of water resources in Romania in terms of socialeconomic demand. Revue roumaine de géographie, tomes 47:48
26. G⸠stescu P (2010) Water resources from Romania. Potential, quality, spatial distribution, management (in Romanian). În volumul „Resursele de ap˘ a din România – vulnerabilitate la presiunile antropice ”, Lucr˘ arile primului simpozion na¸ tional de Limnogeografie, Editori G⸠stescu,
P., Bre¸ tcan, P., 11–13 iunie, Universitatea Valahia, Târgovi¸ ste, Edit. Transversal, pp 10–30
27. Gâs , tescu P (2012) Water resources in the Romanian Carpathians and their management. GEOREVIEW: Scientific Annals of Stefan cel Mare University of Suceava. Geogr Ser 21(2):9–10
28. Gyori M-M (2013) The flash floods prediction in the conditions of limited data. Application
to the small rivers from the Z˘ arand and S˘ avârs , in mountains (in Romanian). PhD. thesis—
manuscript, Universitatea Babes-Bolyai, Facultatea de Geografie, Cluj-Napoca
29. Haidu I, Craciun AI, Bilasco St. (2007) The SCS-CN model assisted by GIS-alternative estimation of the hydric runoff in real time. Geographia Technica 1:1–7. ISSN 1842-5135
30. Horvath C (2008) The study of the reservoirs from the upper basin of the Cri¸ sul Repede river
(in Romanian). Editura Casa C˘ ar¸ tii de ¸
Stiin¸ t˘ a, Cluj-Napoca, p 208
31. Iacob E (1971) Apuseni Mountains, Hydrological Study (in Romanian), Ph.D. thesis—
manuscript, Universitatea Babes-Bolyai, Facultatea de Biologie, Geografie s , i Geologie, ClujNapoca
32. Konar M, Evans TP, Levy M, Scott CA, Troy TJ, Vörösmarty CJ, Sivapalan M (2016)
Water resources sustainability in a globalizing world: who uses the water? Hydrol Process
30(18):3330–3336
33. Lakshmi V, Fayne J, Bolten J (2018) A comparative study of available water in the major river
basins of the world. J Hydrol 567:510–532
34. Lal R (2015) World water resources and achieving water security. Agron J 107(4):1526–1532
35. Li P, Qian H (2018) Water resource development and protection in loess areas of the world: a
summary to the thematic issue of water in loess. Environ Earth Sci 77(24):796
36. Linzer HG, Frisch W, Zweigel P, Girbacea R, Hann HP, Moser F (1998) Kinematic evolution
of the Romanian Carpathians. Tectonophysics 297(1–4):133–156
37. Mac I (1998) Documentation of certification of the Fântânele tourist resort like as ecoethnographic resort (in Romanian). Plan de Urbanism Zonal, S.C. FACIL SERVCOM S.R.L.
Cluj-Napoca
38. M˘ alai M (1983) Hydropower improvement of Somes , ul Mic river downstream of Tarnit , a dam
(in Romanian). Hidrotehnica, 11, Bucure¸ sti
39. Mirchi A, Watkins DW, Huckins CJ, Madani K, Hjorth P (2014) Water resources management
in a homogenizing world: averting the growth and underinvestment trajectory. Water Resour
Res 50(9):7515–7526
40. Morariu T, Savu Al (1956) The hydrographic regions of Transylvania (in Romanian), Bulletin
S , tiintific, Sectia Geologie-Geografie I.3-4 Bucuresti
41. Mustafa D (2013) Water resource management in a vulnerable world: the hydro-hazardscapes
of climate change. Philip Wilson Publishers
42. Or˘ a¸ seanu I (2016) The hydrogeology of karst from Apuseni Mountains (in Romanian). Edit,
Belvedere, Oradea
43. Pandi G (1997) The energy conception of the suspension alluvium formation and transport:
application in Nord-West of Romania (in Romanian). Presa Universitar˘ a Clujean˘ a, ClujNapoca, 229p
44. Pavel M (1975) Dr˘ agan hydropower improvement on Iad river (in Romanian). Hidrotehnica 2,
Bucuresti
45. Piasecki A, Marszelewski W (2014) Dynamics and consequences of water level fluctuations
of selected lakes in the catchment of the Ostrowo-Gopło Channel. Limnological Review
14(4):187–194. https://doi.org/10.1515/limre-2015-0009
573
24. Forray FL (2002) Geochemistry of the environment in mining sites areas from the Arie¸ s valley
(Apuseni Mountains) (in Romanian). Ph.D. thesis—manuscript, Universitatea Babes-Bolyai,
Catedra de Mineralogie, Cluj-Napoca, p 301
25. G⸠stescu P (2003) Territorial distribution of water resources in Romania in terms of socialeconomic demand. Revue roumaine de géographie, tomes 47:48
26. G⸠stescu P (2010) Water resources from Romania. Potential, quality, spatial distribution, management (in Romanian). În volumul „Resursele de ap˘ a din România – vulnerabilitate la presiunile antropice ”, Lucr˘ arile primului simpozion na¸ tional de Limnogeografie, Editori G⸠stescu,
P., Bre¸ tcan, P., 11–13 iunie, Universitatea Valahia, Târgovi¸ ste, Edit. Transversal, pp 10–30
27. Gâs , tescu P (2012) Water resources in the Romanian Carpathians and their management. GEOREVIEW: Scientific Annals of Stefan cel Mare University of Suceava. Geogr Ser 21(2):9–10
28. Gyori M-M (2013) The flash floods prediction in the conditions of limited data. Application
to the small rivers from the Z˘ arand and S˘ avârs , in mountains (in Romanian). PhD. thesis—
manuscript, Universitatea Babes-Bolyai, Facultatea de Geografie, Cluj-Napoca
29. Haidu I, Craciun AI, Bilasco St. (2007) The SCS-CN model assisted by GIS-alternative estimation of the hydric runoff in real time. Geographia Technica 1:1–7. ISSN 1842-5135
30. Horvath C (2008) The study of the reservoirs from the upper basin of the Cri¸ sul Repede river
(in Romanian). Editura Casa C˘ ar¸ tii de ¸
Stiin¸ t˘ a, Cluj-Napoca, p 208
31. Iacob E (1971) Apuseni Mountains, Hydrological Study (in Romanian), Ph.D. thesis—
manuscript, Universitatea Babes-Bolyai, Facultatea de Biologie, Geografie s , i Geologie, ClujNapoca
32. Konar M, Evans TP, Levy M, Scott CA, Troy TJ, Vörösmarty CJ, Sivapalan M (2016)
Water resources sustainability in a globalizing world: who uses the water? Hydrol Process
30(18):3330–3336
33. Lakshmi V, Fayne J, Bolten J (2018) A comparative study of available water in the major river
basins of the world. J Hydrol 567:510–532
34. Lal R (2015) World water resources and achieving water security. Agron J 107(4):1526–1532
35. Li P, Qian H (2018) Water resource development and protection in loess areas of the world: a
summary to the thematic issue of water in loess. Environ Earth Sci 77(24):796
36. Linzer HG, Frisch W, Zweigel P, Girbacea R, Hann HP, Moser F (1998) Kinematic evolution
of the Romanian Carpathians. Tectonophysics 297(1–4):133–156
37. Mac I (1998) Documentation of certification of the Fântânele tourist resort like as ecoethnographic resort (in Romanian). Plan de Urbanism Zonal, S.C. FACIL SERVCOM S.R.L.
Cluj-Napoca
38. M˘ alai M (1983) Hydropower improvement of Somes , ul Mic river downstream of Tarnit , a dam
(in Romanian). Hidrotehnica, 11, Bucure¸ sti
39. Mirchi A, Watkins DW, Huckins CJ, Madani K, Hjorth P (2014) Water resources management
in a homogenizing world: averting the growth and underinvestment trajectory. Water Resour
Res 50(9):7515–7526
40. Morariu T, Savu Al (1956) The hydrographic regions of Transylvania (in Romanian), Bulletin
S , tiintific, Sectia Geologie-Geografie I.3-4 Bucuresti
41. Mustafa D (2013) Water resource management in a vulnerable world: the hydro-hazardscapes
of climate change. Philip Wilson Publishers
42. Or˘ a¸ seanu I (2016) The hydrogeology of karst from Apuseni Mountains (in Romanian). Edit,
Belvedere, Oradea
43. Pandi G (1997) The energy conception of the suspension alluvium formation and transport:
application in Nord-West of Romania (in Romanian). Presa Universitar˘ a Clujean˘ a, ClujNapoca, 229p
44. Pavel M (1975) Dr˘ agan hydropower improvement on Iad river (in Romanian). Hidrotehnica 2,
Bucuresti
45. Piasecki A, Marszelewski W (2014) Dynamics and consequences of water level fluctuations
of selected lakes in the catchment of the Ostrowo-Gopło Channel. Limnological Review
14(4):187–194. https://doi.org/10.1515/limre-2015-0009