The present topography of the Făgăraş Mountains is a snapshot of the long-term evolution that brought about significant alterations of the landscape, and especially of the relief, which has acquired different features depending on the intensity of the relationship between the exogenous and endogenous agents. At present, relief shaping in the study area is controlled by the orographic and climatic features. However, the climate of the high and middle-height mountains is the main cause that determines the mechanism, the intensity and the spatial distribution of the shaping processes. The considerable height of the Făgăraş Mountains, which exceeds 2500 m altitude is responsible for the vertical zonation of climate and vegetation which implicitly induce the setting of the systems of relief modelling, too.
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References
Ancey C, Meunier M and Richard D 2003 Inverse problem in avalanche dynamics models; Water Resour. Res. 39(4) 1099–1112.
Bălteanu D and Călin D 1996 L‘etagement des processus geomorphologicues actuels dans les Carpates Méridionales; Geographical International Seminars, Inst. Geogr. Bucureşti 3 1–9.
Chardon M 1984 L′étagement des paysages et les processus géomorphologiques actuels dans les Alpes occidentales; Studia Geom. Carpatho-Balcanica 17 33–43.
Chardon M 1990 Quelques réflexions sur les catastrophes naturelles en montagne; Rev. Géogr. Alp. 1–3 193–213.
Chardon M and Rovera G 1992 Vitesse d′évolution des versants réglés en montagne alpine; Bulletin Association des Géographes Francais, pp. 246–249.
Francou B 1982 Chutes de pierres et éboulisation dans les parois de l′étage périglaciaire; Rev. Géogr. Alp. 70( 4) 279–300.
Francou B 1984 Données préliminaires pour l′étude des processus périglaciaires dans les hautes Andes du Pérou; Rev. de Géom. Dyn. 33(4) 113–126.
Francou B 1988 L′éboulisation en haute montagne – Andes et Alpes; Thèse de Doctorat, Départament de Géographie, Université de Paris VII, France.
Gardner J S 1983 Observation of erosion by wet snow avalanches, Mount Rae, Alberta; Canada, Arc. Alp. Res. 15(2) 271–274.
Grunewald K, Weber C, Scheithauer J and Haubold F 2006 Mikrogletscher im Piringebirge (Bulgarien); Zeitschrift für Gletscherkunde und Glazialmorphologie 39 99–114.
Hughes P D 2007 Recent behaviour of the Debeli Namet glacier, Durmitor, Montenegro; Earth Surf. Proc. Land. 10 1593–1602.
Hughes P D 2009 Twenty-first Century Glaciers in the Prokletije Mountains, Albania; Arctic, Antarctic and Alpine Research 41 455–459.
Hughes P D 2010 Little Ice Age glaciers in Balkans: Low altitude glaciation enabled by cooler temperatures and local topoclimatic controls; Earth Surf. Proc. Land. 35 229–241.
Johnson A L and Smith D J 2010 Geomorphology of snow avalanche impact landforms in the southern Canadian Cordillera; The Canadian Geographer 54(1) 87–103.
Keylock C 1997 Snow avalanches; Progress in Physical Geography 21(4) 481–500.
Kotarba A, Kaszowsky L and Krzemien K 1987 High-mountain denudational system of the Polish Tatra Mountains; Polish Acad. Sci., Geogr. Studies 3 31–48.
Kotarba A and Pech P 2002 The recent evolution of talus slopes in the high Tatra Mountains (with the Panszczyca Valley as example); Studia Geomorphologica Carpatho-Balcanica XXXVI 69–76.
Mihai B and Nedelea A 1999 Câteva comparaţii geomorfologice între masivele înalte din Carpaţi. Studiu de caz: Munţii Făgăraş-Tatra Înaltă; Com. de Geografie III 159–167.
Neboit-Guilhot R, Valadas B and Lageat Y 1990 Dynamique rapide et modelé des versants supra-forestiers des hautes Tatra polonaises; Rev. Géogr. Alp. 1–3 259–280.
Nedelea A 2003 Dinamica versanţilor în sectorul superior al văii Buda (Munţii Făgăraş); Com. de Geografie VII 33–40.
Nedelea A 2005 Procese periglaciare în sectorul montan al văii Argeşului; Com. de Geografie. IX 43–50.
Pech P 1986 La dynamique des versants dans l′Ossola (Italie du Nord, Alpes Centrales); Rev. de Géogr. Alp. 4 355–371.
Raczkowska Z 1990 Observations on nivation and its geomorphological effects in mountains at high latitude (with Mt. Njulla Massif in northern Sweden as example); Pirineos. 136 19–32.
Raczkowska Z 1997 Nivation and its geomorphic significance – examples from the Polish High Tatra and the Ortles-Cevedale Massif, the Italian Alps; Studia Geomorphologica Carpatho-Balcanica XXXI 175–192.
Raczkowska Z 2004 Considerations on periglacial landforms and slope morphodynamic in periglacial zone of Tatra Mountains; Analele Universităţii de Vest din Timişoara – Geografie. XIV 35–50.
Rovera G 1990 Géomorphologie dynamique des versants en Moyenne Tarentaise (Savoie); Thèse d′Univ. J. Fourier, Grenoble, France.
Tenthorey G 1987 Etude sur le périglaciaire dans les Alpes penniques; Cahiers de l’Institut de Géographie de Fribourg 5 151–159.
Tricart J and Cailleux A 1967 Le modelé des régions périglaciaires; Sedes, Paris, 512p.
Urdea P 1988 Consideraţii asupra gheţarilor de pietre din Munţii Retezat; SCGGG – seria Geografie XXXV 85–90.
Urdea P 2000 Munţii Retezat. Studiu geomorfologic, Edit. Acad. Rom., Bucureşti, 272p.
Voiculescu M 2002 Fenomene geografice de risc în Masivul Făgăraş. Edit. Brumar, Timişoara, 231p.
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NEDELEA, A., COMANESCU, L. Present day relief-shaping systems acting on the southern slope of the Făgăraş Mountains (Romania). J Earth Syst Sci 120, 1023–1032 (2011). https://doi.org/10.1007/s12040-011-0124-z
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DOI: https://doi.org/10.1007/s12040-011-0124-z