Forest Hydrology and Watershed Management

Proceedings of a symposium held during
the XIX Assembly of the International Union of Geodesy and Geophysics at Vancouver, August 1987
 
edited by R.H. Swanson, P.Y. Bernier & P.D. Woodard

Contents

• Swanson, R.H., Keller, H.M. & Pearce, A.J.
  Preface, v / Préface, vii

  I Hydrologic effects of acid precipitation

• Swank, W.T., Fitzgerald, J.W. & Strickland, T.C.
  Microbial incorporation of sulfate into organic matter in forest soils, 3-10
• McColl, J.C.
  Acidity and alkalinity of reservoir water in the Sierra Nevada, California, 11-18
• Jones, H.C. & Bédard, Y.
  The dynamics and mass balances of and in meltwater and surface-runoff during spring melt in a boreal forest, 19-31
• Feller, M.C.
  The influence of acid precipitation on stream chemistry in a small forested basin in southwestern British Columbia, 33-47
• Foster, I.D.L.
  Acid buffering in lowland forested ecosystems: a case study in the Trent basin, UK, 49-63
• Hornung, M., Reynolds, B., Stevens, P.A. & Neal, C.
  Stream acidification resulting from afforestation in the UK : évaluation of causes and possible ameliorative measures, 65-74
• Langan, S.J. & Whitehead, P.G.
  The application of time-series modelling to short-term streamwater acidification in upland Scotland, 75-87
• Nicolson, J.A.
  Contributions of acid deposition to streamwater chemistry in three Precambrian Shield basins, 89-98
• Peters, N.E. & Driscoll, C.T.
  Sources of acidity during snowmelt at a forested site in the west-central Adirondack Mountains, New York, 99-108
• Probst, A., Fritz, B., Ambroise, B. & Viville, D.
  Forest influence on the surface water chemistry of granitic basins receiving acid precipitation in the Vosges massif, France, 109-120

  2 Hydrologic processes - erosion and sédimentation

• Fritsch, J.M.
  Ecoulements et érosion sous prairies artificielles après défrichement de la foręt tropicale humide, 123-130
• Fritsch, J.M., Dubreuil, P.L. & Sarrailh, J.M.
  De la parcelle au petit bassin-versant: effet d'échelle dans l'écosystème forestier amazonien, 131-142
• Howes, D.E.
  A method for predicting terrain susceptible to landslides following forest harvesting: a case study from the Southern Coast Mountains of British Columbia, 143-154
• Llerena, C.A., Zhang, H. & Rothwell, R.L.
  Test of an erodibility rating system for the of central Alberta, Canada, 155-161
• Okagbue, C.O. & Uma, K.O.
  Performance of gully erosion control measures in southeastern Nigeria, 163-172
• Okunishi, K., Saito, T. & Yoshioka, R.
  Possible hydrological and geomorphological changes due to alteration of forest, 173-180
• Tsukamoto, Y. & Minematsu, H.
  Evaluation of the effect of deforestation on slope stability and its application to watershed management, 181-190
• Bolin, S.B. & Ward, T.J.
  Recovery of a New Mexico drainage basin from a forest fire, 191-198
• Bonell, M. & Williams, J.
  Infiltration and redistribution of overland flow and sediment on a low relief landscape of semi-arid, tropical Queensland, 199-212
• Brandt, J.
  The effect of different types of forest management on the transformation of rainfall energy by the canopy in relation to soil erosion, 213-222
• James, E.J., Pradeepkumar, P.K., Rangana, G., Nayak, I.V. & Ravi, T.B.
  Studies on the hydrological processes in the forest drainage basins of the Western Ghats of India, 223-230
• Putjaroon, W. & Pongboon, K.
  Amount of runoff and soil losses from various land-use sampling plots in Sakolnakorn Province, Thailand, 231-238
• Ramsay, W.J.H.
  Deforestation and erosion in the Nepalese Himalaya - is the link myth or reality? 239-250
• Simon, A. & Hupp, C.R.
  Geomorphic and vegetative recovery processes along modified Tennessee streams: an interdisciplinary approach to disturbed fluvial systems, 251-262

  3 Hydrologic processes - snow hydrology

• Kattelmann, R.
  Water release from a forested snowpack during rainfall, 265-272
• MacDonald, L.H.
  Forest harvest, snowmelt and streamflow in the central Sierra Nevada, 273-284
• McCurk, B.J. & Berg, N.H.
  Snow redistribution: strip cuts at Yuba Pass, California, 285-296
• Woo, M.-K. & Heron, R.
  Effects of forests on wetland runoff during spring, 297-308

  4 Hydrologic processes – evapotranspiration

• Čermàk, I. & Kučera, J.
  Transpiration of mature stands of spruce (Picea abies (L.) Karst.) as estimated by the tree-trunk heat balance method, 311-318
• Dolman, A.J. & Stewart, J.B.
  Modelling forest transpiration from climatological data, 319-328
• Dye, P.J.
  Estimating water use by Eucalyptus grandis with the Penman-Monteith equation, 329-338
• Flint, A.L. & Childs, S.W.
  The effect of surrounding topographe on receipt of solar radiation, 339-348
• Hattari, S.
  Seasonal variation of radiation and energy balances in a hinoki stand, 349-356
• Helbig, A.
  Use of lysimeter measurements for estimation of the evapotranspiration of pine forest by Bagrov's method, 357-364
• Viswanadham, Y., de Abreu Sà, L.D., de P. Silva Filho, V. & Manzi, A.O.
  Ratios of eddy transfer coefficients over the Amazon forest, 365-374

  5 Hydrologic processes - soil moisture and soil water chemistry

• Cheng, J.D.
  Root zone drainage from a humid forest soil in the west coast of Canada, 377-386
• Childs, S.W., Costello, C. & Flint, A.L.
  A soil water balance model for partitioning water use among crop trees, evaporation, and competing vegetation, 387-400
• Stednick, J.D.
  The effects of hydrochemistry variability on water quality sampling frequencies in an alpine-subalpine forest basin, 401-408
• Ternan, J.L., Williams, A.G. & Solman, K.
  A preliminary assessment of soil hydraulic properties, and their implications for agro forestry management in Grenada, West Indies, 409-422
• Troendle, C.A. & Nilles, M.A.
  The effect of clearcutting on chemical exports in lateral flow from differing soil depths on a subalpine forested slope, 423-432
• Wheater, H.S., Langan, S.J., Miller, J.D. & Ferrier, J.C.
  The détermination of hydrological flow paths and associated hydrochemistry in forested catchments in central Scotland, 433-450
• Williams, A.C., Ternan, J.L. & Kent, M.
  The impact of conifer afforestation on water quality in an upland catchment in southwest England, 451-462

  6 Watershed hydrology

• Jackson, R.J.
  Hydrology of an acid wetland before and after draining for afforestation, western New Zealand, 465-474
• Krečmer, V. & Peřina, V.
  Management of forests with water conservation function, 475-480
• Moore, T.R.
  Dissolved organic carbon in forested and cutover drainage basins, Westland, New Zealand, 481-488
• Pearce, A.J., O'Loughlin, C.L., Jackson, R.J. & Zhang, X.B.
  Reforestation: on-site effects on hydrology and erosion, eastern Raukumara Range, New Zealand, 489-498
• Cheng, J.D., Hsia, Y.J., Lu, H.S., Liu, V.C. & Koh, C.C.
  Streamflow characteristics of two small, steep and forested watersheds in high elevation areas of central Taiwan, 499-508
• Colding, D.L.
  Changes in streamflow peaks following timber harvest of a coastal British Columbia watershed, 509-518
• Herrmann, A., Koll, J., Schöniger, M. & Stichler, W.
  A runoff formation concept to model water pathways in forested basins, 519-530
• Hetherington, E.D.
  Carnation Creek, Canada - review of a west coast fish/forestry watershed impact project, 531-538
• Liu, C.-M.
  Source of increased stormwaters after forest operations, 539-544
• Troendle, C.A.
  Effect of clearcutting on streamflow generating processes from a subalpine forest slope, 545-552
• Verry, E.S.
  The effect of aspen harvest and growth on water yield in Minnesota, 553-562

  7 Watershed simulation

• Hornbeck, J.W., Federer, C.A. & Pierce, R.S.
  Effects of whole-tree clearcutting on streamflow can be adequately estimated by simulation, 565-574
• Schulze, R.E. & George, W.J.
  Simulation of effects of forest growth on water yield with a dynamic process-based user model, 575-584
• Soczyziska, U.
  Extrapolation of research results by deterministic models, 585-594
• Storm, B., Jørgensen, G.H. & Styczen, M.
  Simulation of water flow and soil erosion processes with a distributed physically-based modelling system, 595-608
• Tani, M. & Abe, T.
  Analysis of stormflow and its source area expansion through a simple kinematic wave equation, 609-616
• Tecle, A., Fogel, M. & Duckstein, L.
  Multicriterion forest watershed resources management, 617-626

Acknowledgement : Digitization of the volume contributed by N.E. Peters, USGS Atlanta