Encyclopedia of Environmental Science and Engineering, Volume I and II

HYDROLOGY 489

23. Nash, J.E., Lectures on Parametric or Analytical Hydrology, Ontario
    Committee for the Hydrologic Decade, PR 28, 1969.


24. McCarthy, G.T., The Unit Hydrograph and Flood Routing, Conference
    of North Atlantic Division, U.S. Corps of Engineers, June 1938.


25. Seddon, J.A., River Hydraulics, Trans. A.S.C.E., 43 , p. 179, 1900.


26. Henderson, F.M., and R.A. Wooding, Overland Flow and Interflow
    From Limited Rainfall of Finite Duration. J. Geophys. Res., 69 , No. 8,
    p. 1531, April 1964.


27. Lighthill, and Whitham, On kinematic waves: I-Flood movement in long
    rivers, Proc. Roy. Soc. (London) A., 229 , No. 1178, p. 281, May 1955.


28. Dooge, and Harley: Linear Routing in Uniform Open Channels, Intern.
    Hydrology Symposium, Fort Collins, Sept, 1967, 8.1, pp. 57–63.


29. Hyami, S., On the propagation of flood waves. Bulletin No. 1 Disas-
    ter Preventino Research Institute, Kyoto University, Japan (Dec. 1951)
    (Summarized by Henderson [4] p. 384).

Snow Hydrology

30. Hildebrand, C.E., and T.H. Pagenhart (1955) Lysimeter studies of
    snowmelt. U.S. Corps Research Note.


31. Light, P. (1941), Analysis of high rates of snowmelting. Trans. Am.
    Geophys. Union Pt. I., 22 , pp. 195–205.


32. Linsley, R.K. (1943), A simple procedure for the day to day forecasting
    of run-off from snowmelt. Trans. Am. Geophys. Union Pt. III, pp. 62–
    67.


33. Quick, M.C. (1965), River flood flows, Journal of the Hydraulics Divi-
    sion, Proc. A.S.C.E., No. HY 3, 91 , pp. 1–18.


34. SIPRE (1959), Report No. 12, Annotated Bibliography of Snow
    and Ice.


35. Snow and Ice Hydrology, Proceedings of Workshop, 1969, Colorado
    State University.


36. U.S. Corps of Engineers (1956), Report No. PB 151660 Snow Hydrol-
    ogy, U.S. Corps of Engineers, Dept. of Commerce, Washington, D.C.


37. U.S. Corps of Engineers (1960), Run-off from snowmelt, EM 1110–2-
    1406, U.S. Govt. Printing Office, Washington, D.C.


38. Wilson, W.T. (1941), An outline of the thermodynamics of snowmelt.
    Trans. Am. Geophys. Union Pt. I, pp. 182–195.


39. Snow and Ice Hydrology, Proceedings of Workshop 1969, Colorado
    State University.


40. Quick, M.C., Experiments with physical snowmelt models, National
    Research Council Hydrology Symposium No. 8: Runoff from snow
    and ice, Quebec City, May 1971.


41. Quick, M.C. Forecasting Runoff-Operational Practices, invited
    theme paper: International Symposium on the role of snow and ice in
    hydrology, Banff, 1972. UNESCO, WMO, IHD, Published by National
    Research Council, Ottawa.

Artificial Streamflow Generation

42. Maass et al., Design of Water Resource System, Chapter 12, Harvard.


43. Fiering, M.B., Streamflow Synthesis.

Simulation

44. Crawford, N.J., and R.K. Linsley, Digital Simulation in Hydrology:
    Stanford Watershed Model IV, Tech. Report No. 39, Dept, Civil Eng.,
    Stanford University, Stanford, California, 1966.


45. O’Connell, Nash, and Farrell, River flow forecasting through concep-
    tual models II, Journal of Hydrology, 1970, p. 322.


46. Quick, M.C., and A. Pipes, (1976), Combined snowmelt and rain-
    fall runoff model, Canadian Journal of Civil Engineering, 3 , No. 3,
    pp. 449–460.


47. Quick, M.C., and A. Pipes, Daily and Seasonal Forecasting with a
    water Budget Model, Proceedings of the International Symposium on
    the role of snow and ice in hydrology. Banff 1972, UNESCO, WMO
    and IHD, National Research Council, Ottawa.


48. Quick, M.C., and A. Pipes, (1975), Nonlinear channel routing by com-
    puter, Journal of the Hydraulics Division, Proc. A.S.C.E., 101 , No. HY6.


49. Quick, M.C., and A. Pipes, (1977), Snowmelt floods in mountain catch-
    ments, Proceedings of the Canadian Hydrology Symposium 77 Floods,
    Environment Canada, Ottawa, Ontario, KIA OE7.


50. Quick, M.C., and A. Pipes. (1977), UBC Watershed Model: Users
    Manual, Dept. of Civil Engineering. University of B.C.


51. Sugawara, Ozaki, Katsuyama and Watanabe, (1975), Tank Model, Sym-
    posium on the Application of Math Models in Hydrology, IAHS, IHP,
    UNESCO, WMO, Bratisla6va.

Designing

52. Kuiper, Water Resources Development, Butterworths.


53. Linsley, and Franzini, Water Resources Engineering, McGraw-Hill.


54. Bureau of Reclamation: Design of Small Dams U.S. Govt. Printing
    Office, Washington, 1965.


55. World Meteorological Organization, Manual for Estimation of Prob-
    able Maximum Precipitation Operational Hydrology, Report No. 1,
    WMO—No. 332. 1973. (Also obtain current listing of WMO Hydro-
    logical Publications.)


56. Blench, T., Mechanics of plains rivers, University of Alberta, Edmonton
    (1986).

MICHAEL C. QUICK

University of British Columbia

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