3Fletcher T D, Andrieu H. Hamel P. Understanding, management andmodelling of urban hydrology and its conscquences for receiving waters: Astate of the art{J|- Kv.uu'fs in W.irc*r Resources, 2013, 51: 261-279.
4Brand I, Fletcher T D, Andrieu H. Hydrology of peri-urh;Hi catchments:Processes and modelling[J]. joiinul of Hydrology, 2013, 485: 1-4.
5KonyliJ K D,Shaw D T, Wcilor K W. Hydrologic design of a wetland:.Tilvantages of continuous modeliugUl- Ecoiogicai Engineering, 1995, 4(2):9i>-116.
6KlemeS V. Conceptualiziition and scale in hydrology[J]. JournjI ofHydrology, 1983, 65(1-3): 1 -23.
7Chapter 1: The Drainage Basin as a System Unit[M]//1on Z.Developments in Wnter Scicnct'. Elsevier, 1985: 9-25.
8Lhomme J, Bouvier C, Perrin J. Applying a GIS-based geoniorphologicalrouting model in urban catchments[J]. journal of Hydrology. 2004,299(3-4): 203-216.
9E H R. Erosional development of streams and their drainage basins:Hydrological approach to qiuuititative morphology[Jj. Otologic,il Socitty ofAmerica Bulletiii, 1945, 56: 275-370.
10Miyamoto H, Hashimaoto T, Michioku K. Basin-Wide Distribution ofLand Use and Human Populntion: Stream Order Modeling and River BasinClassification in Japanjjj. Environmental Manaircmenr, 201 1, 47(5): 885-898.