Inventory of the Hans A. Einstein Sediment Transport Collection, 1930-1970

Herschel, Clemens. On the erosive and abrading power of water upon the sides and the bottom of rivers and canals, Journal of the Franklin Institute, Vol.105, No.6, June 1878. pp.330-403.

Wilson, Walter T. Report on volume of bed and bank erosion of East and West Tarkio Creeks above the gaging stations since these creeks were straightened. 1939.

Ionides, M.G. Scour in river beds, The Engineer, Vol.CLX, No.4154, Aug. 23, 1935. pp.196-197.

Tison, L.J. Erosion of the bottom of river beds. 1939.

Wright, Chilton A. Experimental study of the scour of a sandy river bed by clear and by muddy water, Journal of Research of the National Bureau of Standards, Vol.17, Aug. 1936. pp.193-206. (The Bureau's Research paper RP907).

Ireland, H.A., C.F.S. Sharpe and D.H. Eargle. Principles of gully erosion in the piedmont of South Carolina. Washington, U.S. Government Printing Office, 1939.

Blench, T., E.W. Lane and J.W. Stanley. Discussion of retrogression on the Lower Colorado River after 1935, American Society of Civil Engineers, Hydraulics Division, Proceedings, Vol.77, Separate no.D-28, May 1951.

Meyer-Peter, E. and R. Muller. Affouillements en aval des barrages. Presented at the Second Meeting of the International Association for Hydraulic Structures Research, Stockholm, June 7-9, 1948.

Romita, Pier Luigi. Erosioni d'alveo al piede delle pile di ponte investite obliquamente dalla corrente. Milano, Instituto di Idraulica e Costruzioni Idrauliche del Politecnico di Milano, 1953.

Laursen, Emmett M. and Arthur Toch. Scour around bridge piers and abutments. Prepared by the Iowa Institute of Hydraulic Research in cooperation with the Iowa State Highway Commission and the Bureau of Public Roads. [n.p.] Iowa Highway Research Board, 1956.

Reinius, Erling. Modellundersöokning av erosion i ett broläage. Göoteborg, Sweden, Institutionen föor Vattenbyggnad, Chalmers Tekniska Höogskola, 1956.

Barnes, Leland H. and Sam B. Maner. Nomograph for computation of average annual sheet erosion soil loss in inches or acre-feet. Fort Worth, Tex., U.S. Soil Conservation Service, 1954.

Fasso, Costantino. Canali in terra protetti contro le erosioni mediante tappeti erbosi. Milano, Istituto de Idraulica e Costruzioni Idrauliche del Politecnico de Milano, 1952.

Wolman, M. Gordon. Factors influencing erosion of a cohesive river bank, American Journal of Science, Vol.257, March 1959. pp.204-216.

Pope, J.B., et al. Investigations in erosion control and reclamation of eroded sandy clay lands of Texas, Arkansas, and Louisiana at the Conservation Experiment Station, Tyler, Tex., 1931-40. Prepared by the U.S. Soil Conservation Service in cooperation with the Texas Agricultural Experiment Station. Washington, U.S. Government Printing Office, 1946.

Sharpe, C.F. Stewart. What is soil erosion? Washington, U.S. Government Printing Office, 1939.(U.S. Dept. of Agriculture, Miscellaneous publication no.286).

Peele, T.C., Earle E. Latham, and O.W. Beale. Relation of the physical properties of different soil types to erodibility. Clemson, S.C., Clemson Agricultural College, South Carolina Agricultural Experiment Station, 1945.

Schumm, Stanley A. and R.F. Hadley. Arroyos and the semiarid cycle of erosion, American Journal of Science, Vol.255, March 1957. pp.161-174.

Schumm, Stanley A. Evolution of drainage systems and slopes in badlands at Perth Amboy, New Jersey, Bulletin of the Geological Society of America, Vol.67, May 1956. pp.597-646.

Woodburn, Russell. Channel degradation studies on Little Rock Creek, East Goose Creek, Big Sand Creek, and Upper Pigeon Roost Creek. [n.p.] 1959.

Masch, Frank D. Report on scour resistance of cohesive sediments. [Austin] University of Texas, Bureau of Engineering Research, 1959.

Scimemi, Ettore. Sulle erosioni che possono determinarsi lungo il paramento delle traverse di sbarramento, Atti del Reale Instituto Veneto de Scienze, Lettere ed Arti, Tomo CII, Parte II: Cl. di Scienze mat. e nat., Anno accademico 1942-43. pp.43-46.

Gerlier, Pierre. Essais en modèle réduít d'un radier de barrage, extrait de la Revue Générale de l'Hydraulique, No.43 (Janvier-Février) et 44 (Mars-Avril), 1948. pp.3-14. (Travaux du Laboratoire Central d'Hydraulique).

Scimemi, Ettore. Sulla relazione che intercede fra gli scavi osservati nelle opere idrauliche originali e nei modelli. Milano, Societa Editrice Reviste Industrie Elettriche, 1939.

Tonini, Dino. Scalzamenti a valle dello sbarramento sul Brenta a Mignano. Milano, Societa Editrice Riviste Industrie Elettriche, 1948.

Moore, Walter L. and Frank D. Masch, Jr. Experiments on the scour resistance of cohesive sediments. Presented before the Symposium on Sedimentation, American Geophysical Union, Washington, D.C., April 18-21, 1961. Austin, University of Texas, 1961.

Pinto, Nelson Luiz de Sousa. Erosão ao redor de pilares de ponte. Curitiba, Universidade do Parana, Centro de Estudos e Pesquisas de Hidráulica e Hidrologia, 1961.

Garde, R.J. Local bed variation at bridge piers in alluvial channels, in University of Roorkee Research Journal, Vol.IV, No.1, Nov. 1961. pp.101-116.

Kasugaya, Nobumasa. The extension of the mean-value method to three dimensions and its application to discharge measurement. [n.p.] JSCE, Dec. 1955.

Lencastre, A. Descarregadores de lamina livre; bases para o seu estudo e dimensionamento. Lisboa, Ministerio das Obras Publicas, Laboratorio Nacional de Engenharia Civil, 1961.

Laursen, Emmett M. Some aspects of the problem of scour at bridge crossings. Presented at the Federal Inter-Agency Sedimentation Conference, Jackson, Miss., Jan. 28 - Feb. 1, 1963. [n.p., n.d.]

Beer, Craig E. and Howard P. Johnson. Factors related to gully growth in the deep loess area of western Iowa. For presentation at the 1963 Federal Inter-Agency Sedimentation Conference, Jackson, Miss., Jan. 28-31. [n.p., n.d.]

Willi, Walter. Zur frage der sohlenerosion bei grossen gefällen. Zurich, Eidgenössischen Technischen Hochschule, Versuchsanstalt für Wasserbau and Erdbau, 1965.

Zeller, J. Versuche der VAWE über die erosion in kohärenten gerinnen. Zurich, Eidgenossischen Technischen Hochschule, Versuchsanstalt für Wasserbau und Erdbau, 1965.

Franke, P.G. Uber kolkbildung und kolkformen, Oesterreichische Wasserwirtschaft, Sonderabdruck aus Jahrgang 12, Heft 1, 1960, pp.11-16.

Shalash, S. and P. Franke. Versuche über die kolkbildung beim ausflutz unter schützen, Die Bautechnik, 37 Jahrgang, Seite 142 u. 143, Heft 4, April 1960.

Burz, Jean Beitrag zum feststoffproblem nach hjulström. München, Bayerische Landesstelle für Gewässerkunde, 1965.

Kishi, Tsutomu, Tadao Yamaguchi, and Tatsuo Takeuchi. Laboratory experiments on the scour of cohesive soil, Proceedings, U.S.-Japan Seminar on Similitude in Fluid Mechanics, Sept. 1967. pp.151-169.

Schumm, Stanley A. The development and evolution of hillslopes, reprint from Journal of Geological Education, Vol.XIV, No.3, June 1966. pp.98-104. (Short reviews - 2).

Erosion problems from different aspects. Stockholm, Swedish Geotechnical Institute, 1964.

Mosonyi, E., and B. Schoppmann. Mitteilungen, Heft 154. Karlsruhe, Universität Fridericiana Karlsruhe, Versuchsanstalt füur Wasserbau and Kulturtechnik, Theodore-Rehbock-Flussbaulaboratorium, 1968.

Ismail, H.M. and Hassan Wahby. Experimental study of mechanics of river degradation, reprint from Bulletin of the Faculty of Engineering, Cairo University, 1961-1962 & 1962-1963. pp.73-89.

Partheniades, Emmanuel and Robert E. Paaswell. Erosion of cohesive soil and channel stabilization. Buffalo, State University of New York, Department of Civil Engineering, 1968.

Jamison, V.C., D.D. Smith, and J.F. Thornton. Soil and water research on a claypan soil; a compilation of results of research conducted at Midwest Claypan Experiment Farm, McCredie, Mo., 1937-1962. Prepared by the U.S. Agricultural Research Service in cooperation with Missouri Agricultural Experiment Station. Washington, U.S. Government Printing Office, 1968.

Pezzoli, Giannantonio. Ulteriore contributo allo studio dell'erosione al piede di pali circolari, estratto dalla Rivista Ingegneri Architetti Costruttori, No.6, Giugno 1964. pp.3-9.

Pezzoli, Giannantonio. Il trasporto solido e l'erosione alla base di pali circolari, estratto da Premio Rivista L'ingegnere, No.9, Anno 1963.

Renard, Kenneth G. Sediment problems in the arid and semiarid Southwest, reprint from Proceedings of the 27th Annual Meeting of the Soil Conservation Society of America, August 6-9, 1972, Portland, Oregon. pp.225-232.

Abdel-Aal, Farouk M. Armorplate as a protection against scour, reprint from the Egyptian Society of Engineers Journal, June 1972.

Ayres, Quincy C. Recommendations for the control and reclamation of gullies. Ames, Iowa State College of Agriculture and Mechanic Arts, 1935.

Brown, Carl B. Erosion control on watershed lands, reprint from Journal American Water Works Association, Vol.38, No.10, Oct. 1946. pp.1127-1137.

Musgrave, G.W. Designing agronomic practices to meet specific erosion hazards. Washington, D.C., U.S. Soil Conservation Service, 1949.

Grant, A.P. Soil conservation in New Zealand, presented by E.C. Schnackenberg. Reprint from Proceedings, New Zealand Institution of Engineers, Vol.XXXVI, 1950. pp.269-313.

Stallings, J.H. Wind-erosion control. Washington, D.C., U.S. Soil Conservation Service, 1953.

The nature of the problem, objectives, methods and results of soil conservation research. [n.p., n.d.]

Tschudy, L.C., and John G. Sutton. Brief instructions for the design and construction of small dams for emergency conservation work in North Dakota. [Washington, D.C.] U.S. Soil Conservation Service and Bureau of Agricultural Engineering, 1934.

Parsons, D.A., and F.W. Blaisdell. Soil and water conservation instruments, No.1 - Notes on the operation of the Fergusson recording rain and snow gage. Washington, D.C., U.S. Soil Conservation Service, 1941.

Ramser, C.E. Brief instructions on methods of gully control. [Washington, D.C.] U.S. Bureau of Agricultural Engineering, 1933.

Ramser, C.E. Outline and summary of engineering experiments on erosion control on the ten soil erosion experiments of the U.S. Department of Agriculture. [n.p.] 1935.

Soil conservation. Vol.VIII, No.1, July 1942. Washington, D.C., U.S. Soil Conservation Service.

McLaughlin, Willard T. and Robert L. Brown. Controlling coastal sand dunes in the Pacific Northwest. Washington, D.C., U.S. Department of Agriculture, 1942.

New Zealand. Soil Conservation and Rivers Control Council. Flood control by stopbanks. Wellington, The Council, 1955.

Mason, Martin A. Erosion et protection des cotes, La Houille Blanche, Numero 1, Janvier-Fevrier 1949. pp.1-24.

Strahler, Arthur N. Equilibrium theory of erosional slopes approached by frequency distribution analysis, American Journal of Science, Vol.248, Oct.-Nov. 1950. pp.673-696, 800-814.

Smith, Kenneth G. Standards for granding texture of erosional topography, American Journal of Science, Vol.248, Sept. 1950, pp.655-668.

Strahler, Arthur N. Davis' concepts of slope development viewed in the light of recent quantitative investigations, reprint from Annals of the Association of American Geographers, Vol.XL, No.3, Sept. 1950. pp.209-213.

Glymph, Louis M., Jr. Relation of sedimentation to accelerated erosion in the Missouri River Basin. Lincoln, Neb., U.S. Soil Conservation Service, 1951.

Chepil, W.S. Properties of soil which influence wind erosion: II. Dry aggregate structure as an index of erodibility, reprint from Soil Science, Vol.69, No.5, May 1950. pp.403-414.(Kansas Agricultural Experiment Station, Manhattan, Dept. of Agronomy Contribution no.414).

Chepil, W.S. Properties of soil which influence wind erosion: III. Effect of apparent density on erodibility, reprint from Soil Science, Vol.71, No.2, Feb. 1951. pp.141-153.(Kansas Agricultural Experiment Station, Manyattan, Dept. of Agronomy Contribution no.423).

Chepil, W.S. Properties of soil which influence wind erosion: IV. State of dry aggregate structure, reprint from Soil Science, Vol.72, No.5, Nov. 1951. pp.387-401.(Kansas Agricultural Experiment Station, Manhattan, Dept. of Agronomy Contribution no.435).

Chepil, W.S. Properties of soil which influence wind erosion: V. Mechanical stability of structure, reprint from Soil Science, vol.72, No.6, Dec. 1951. pp.465-478.(Kansas Agricultural Experiment Station, Manhattan, Dept. of Agronomy Contribution no.443).

Chepil, W.S. Factors that influence clod structure and erodibility of soil by wind: I. Soil texture, reprint from Soil Science, Vol.75, No.6, June 1953. pp.473-483.(Kansas State College, Manhattan, Dept. of Agronomy, Contribution 462).

Chepil, W.S. Factors that influence clod structure and erodibility of soil by wind: II. Water-stable structure, reprint from Soil Science, Vol.76, No.5, Nov. 1953. pp.389-399. (Kansas State College, Manhattan, Dept. of Agronomy, Contribution 476).

Chepil, W.S. Factors that influence clod structure and erodibility of soil by wind: III. Calcium carbonate and decomposed organic matter, reprint from Soil Science, Vol.77, No.6, June 1954. pp.473-480. (Kansas Agricultural Experiment Station, Manhattan, Dept. of Agronomy, Contribution 494).

Wilm, H.G. Research problems in forest and range influences in the United States. [n.p., n.d.] pp.280-293.

La Due, Wendell R. Watershed approach to sedimentation problems. [n.p., n.d.] pp. 71-73.

Barnes, Leland H. and Sam B. Maner. A method for estimating the rate of soil loss by sheet erosion from individual fields or farms under various types of land treatment. Fort Worth, Tex., U.S. Soil Conservation Service, 1953.

Deatrick, E.P. Methods for the determination of soil content of erosion water-soil mixtures, West Virginia Academy of Science, Geology and Mining Section [n.d.]. pp.97-104.

Musgrave, G.W. The quantitative evaluation of factors in water erosion - a first approximation, Journal of Soil and Water Conservation, Vol.2, No.3, July 1947. pp.133-138.

Maner, Sam B., and Leland H. Barnes. Suggested criteria for estimating gross sheet erosion and sediment delivery rates for the Blackland Prairies problem area in soil conservation. Fort Worth, Tex., U.S. Soil Conservation Service, 1953.

Bennett, H.H. Lecture II(Feb. 1, 1928)and Lecture III (Feb. 3, 1928) [on erosion].

Borst, Harold L., A.G. McCall, and F.G. Bell. Investigations in erosion control and the reclamation of eroded land at the Northwest Appalachian Conservation Experiment Station, Zanesville, Ohio, 1934-42. Washington, D.C., U.S. Soil Conservation Service, 1945.

Ree, W.O. Permissible velocities in vegetation-lined conservation channels. 1959.

Diseker, Ellis G. Sediment production from road cuts and ditches in northwest Georgia. Cartersville, Ga., U.S. Agricultural Research Service, 1959.

Dragoun, Frank J. Sediment yields from a treated and an untreated watershed as related to rainfall energy at hastings, Nebraska. 1959.

Dvorak, Verne I. Status of Medicine Creek long term sediment yield determinations. 1959.

Baird, Ralph W. Sedimentation investigations, Blacklands Experimental Watershed. 1959.

Piest, Robert F. Sediment yield rates and significance of unmeasured sediment load in Pigeon Roost Basin. 1959.

Piest, Robert F. Relation of sediment yield to rainfall: Pigeon Roost Creek Watershed. 1959.

Dendy, Farris E. Relation of sediment yield to rainfall on four small watersheds at the Holly Springs Branch Experiment Station. 1959.

Doty, Coy W. Relation of sediment yield to rainfall from small plots. 1959.

Holeman, John N., and A.F. Geiger. Sedimentation of Lake Barcroft, Fairfax County, Va. [n.p.] U.S. Soil Conservation Service, 1959.

Langbein, W.B., and S.A. Schumm. Yield of sediment in relation to mean annual precipitation, Transactions, American Geophysical Union, Vol.39, No.6, Dec. 1958. pp.1076-1084.

Ahmad, Nazir, and Dewan Ali. Soil conservation in the catchment of Jhelum River, reprint from Pakistan Journal of Science, Vol.13, No.1, Jan. 1961. pp.20-29.

Kestner, F.J.T. The old coastline of the Wash, reprint from New Scientist, Vol. 15, [n.d.]. pp.516-519.

Anderson, Henry W. and James R. Wallis. Sediment sources and causes, Pacific Coast basins in Oregon and California. [n.p.] 1963.

Du Boys, M.P. The Rhone and rivers with beds subject to scour - study of the regime of the Rhone and the action caused by water upon a bed of gravel indefinitely subject to scour, Annales des Ponts et Chaussees, Vol.8, 1879.

Kurzmann, Siegfried. Beobachtungen über geschiebeführung. München, A. Huber, Buchdruckerei u. Kunstanstalt, 1919.

Putzinger, Josef. Grade adjustment of bed-load carrying streams and rivers, Zeitschrift des Oesterr. Ing. u. Arch.-Vereines, Heft 13, March 28, 1919. pp.119-123,

Aki, Koichi. Essay on regime of river. [n.p., n.d.]. pp.145-147.

Straub, L.G. Hydraulic and sedimentary characteristics of rivers, Transactions, American Geophysical Union, 13th Annual Meeting, June 1932. pp.375-382.

Kramer, Hans. Modellgeschiebe und schleppkraft. Berlin, Preussischen Versuchsanstalt für Wasserbau und Shiffbau, 1932.

Liu, Te Yun, and Archie Newton Carter. Transportation of the bottom load in an open channel. Unpublished Masters thesis, State University of Iowa, Dept. of Mechanics and Hydraulics, June 1935.

Schoklitsch, Jug Armin. Shearing force and bedload movement. [n.p.] 1914.

Schoklitsch, A. The bed-load and the rate of bed-load transportation, Wasserkraft und Wasserwirtschaft, Vol.29, No.4, Feb. 16, 1934. pp.37-43.

Rapp, J. Bed load movement in natural watercourses, Wasserkraft und Wasserwirtschaft, Vol.29, No.2, Jan. 16, 1934. pp.13-16.

Meyer-Peter, E., H. Favre and A. Einstein. New experimental results on the transport of debris, Schweizer Bauzeitung, Vol.103, No.13, March 1934.

Meyer-Peter, E., Henry Favre, and Robert Müller. Beitrag zur berechnung der geschiebeführung und der normalprofilbrette von gebirgsflüssen, Schweizer Bauzeitung, Vol.105, No.9, March 10, 1935.

Chyn, Shiou-dean. An experimental study of the sand transporting capacity of flowing water on sandy bed and the effect of the composition of the sand. Unpublished Masters thesis, Massachusetts Institute of Technology, 1935.

Indri, Egidio. Sulla forza di trascinamento delle correnti liquide, L'energia Elettrica, Fascicolo XII, Vol. XI, Dec. 8, 1934.

Casey, Hugh J. Über geschiebebewegung. Berlin, Preussischen Versuchsanstalt für Wasserbau und Schiffbau, 1935.

U.S. Army Corps of Engineers. Waterways Experiment Station. Critical tractive force tests. 1935.

Shults, Samuel. The Schoklitsch bed-load formula, reprint from Engineering, June 21 and 28, 1935. pp. 644-46, 687.

U.S. Army Corps of Engineers. Missouri River silt report. [Unpublished figures and diagrams]. 1935.

Jorissen, Andre L. Experimental study of bed load transportation in river channel. Unpublished Masters thesis, Massachusetts Institute of Technology, Department of Civil Engineering, 1936.

MacDougall, C.H. An experimental investigation of bed sediment transportation: Appendix I. [n.p.] 1932-33.

Indri, Egidio. Sulla determinazione della portata solida nei corsi d'acqua naturali, Atti dell' VIII Congresso Nazionale delle Acque, Padova, 1935.

Indri, Egidio. Nuove ricerche sulla forza di trascinamento delle correnti liquide, L'Energia Elettrica, Fascicolo IV, Vol. XIII, April 1936.

Mavis, F. Theodore, Chitty Ho., and Yun-Cheng Tu. The transportation of detritus by flowing water - I, University of Iowa Studies, Studies in engineering bulletin 5, March 1, 1935.

Mavis, F.T., Te-Yun Liu, and Edward Soucek. The transportation of detritus by flowing water - II, University of Iowa Studies, Studies in engineering bulletin 11, Sept. 1, 1937.

O'Brien, Morrough P. Notes on the transportation of silt by streams, reprint from Transactions of the American Geophysical Union, 17th Annual Meeting, 1936. pp.431-436.

Reitz, Wilhelm. Über geschiebebewegung, Wasserwirtschaft und Technik, Nr.28-30, 1936. pp.276-278.

Shields, A. Application of similarity principles and turbulence research to bed-load movement. Pasadena, California Institute of Technology and U.S. Soil Conservation Service, 1936.

Jorissen, Andre. Etude experimentale du transport solide des cours d'eau, Revue Universelle des Mines, Tome XIV, No.3, Mars 1938. pp.269-282.

Bogardi, John, and C.H. Yen. Traction of pebbles by flowing water. Unpublished Masters thesis, State University of Iowa, Department of Mechanics and Hydraulics, 1938.

Ho, Pang-Yung. Abhängigkeit der geschiebebewegung von der kornform und der temperatur. Berlin, Preussischen Versuchssnstalt für Wasser-, Erdund Schiffbau, 1939.

Johnson, Joe W. Transportation of sediment by streams: bed load. Reporter's discussion of Topic 8(a) for the round-table discussion on The Role of Hydraulic Laboratories in Geophysical Research at the National Bureau of Standards, Sept. 13, 1939.

Tiffany, Joseph B., Jr. Effect of turbidity on sand movement. 1940.

Haywood, Oliver G., Jr. Flume experiments on the transportation by water of sands and light-weight materials. Unpublished Ph.D. thesis, Massachusetts Institute of Technology, 1940.

Quraishy, Mohamed Saleh. The critical shear stress, reprint from Journal of the University of Bombay, Vol.XII, Part III, Nov. 1943. pp.37-46.

Kalinske, A.A., and C.H. Hsia. Study of transportation of fine sediments by flowing water. Iowa City, University of Iowa, 1945.

Teofilato, Stefano. Leggi del trasporto solido nei canali, Acta, Vol.XI, No.2, 1947. pp.9-30.

Meyer-Peter, E., and R. Müller. Formulas for bed-load transport. Presented at the Second Meeting of the International Association for Hydraulic Structures Research, Stockholm, June 7-9, 1948.

Rolfe, J.A.S. Recent developments in the study of bed load transport in tidal models. Presented at Third Meeting of the International Association for Hydraulic Structures Research, Grenoble, Sept. 5-7, 1949.

Mostafa, M. Gamal. Analytical and experimental study of the effects of flow characteristics and fluid viscosity upon the movement of bed-load in an open channel. Unpublished Ph.D. thesis, University of Minnesota, 1949.

Einstein, Hans Albert. The bed-load function for sediment transportation in open channel flows. Washington, D.C., U.S. Soil Conservation Service, 1956.

Hanfush, Mahdi. Analysis of the U.S. W.W.E.S. flume experiment in the light of - curve. [n.p., n.d.]

Meyer-Peter, E., and R. Müller. Eine formel zur berechnung des geschiebetriebs, Schweiz. Bauzeitung, Vol.67, No.3, 1949.

Woods, F.W. Du Buat's experiments, The Engineer, April 9, 1938. pp.386-388.

Frosini, Pietro. Italian contribution on the study of the sediment load in streams. [n.p.] U.S. Soil Conservation Service, 1934.

Donat, Josef. Bed attack and bed-load transport, translated from Die Wasserwirtschaft, Heft 26 und 27, 1929.

Schaffernak, Fritz. The theory of bed-load transport and its application, translated from Zeitschrift des Oesterr. Ingenieur und Architekten Vereines, Heft 11 und 12, 1916.

Giandotti, Mario. Contribution to the study of the bed loads of torrents. Rome, U.S. Soil Conservation Service, 1931.

Liu, Te Yun. A study of bottom velocity and capacity in the transportation of bed load. Unpublished Ph.D. thesis, State University of Iowa, Department of Mechanics and Hydraulics, Feb. 1937.

Kurihara, Michinori, and Toichiro Tsubaki. On the critical tractive forces, reprint from Report of the Research Institute for Fluid Engineering, Vol.6, No.2, 1950.

Nizery, A., and G. Braudeau. Variation in grain size distribution of bed load in a river section, reprint from Proceedings, Minnesota International Hydraulics Convention, Sept. 1-4, 1953. pp.49-60.

Matakiewicz, M. On the transportation of bed-loads, translation from Question 3, Report 3, Report of the Washington Meeting of the International Association of Hydrology, Vol.I, 1939.

Debski, K. Bed load transportation in the bed of the Vistula [Poland], translation from Question 3, Report 7 of the Report of the Washington Meeting of the International Association of Hydrology, Vol. 1, 1939.

Seifert. Investigations concerning the transportation of bed-loads in watercourses with variable beds, especially concerning the formation of the bottom on sand banks and in depressions. Connections between transportation of bed-loads, water velocity, and depth as well as specific weight and grain size of the bed-load, according to laboratory tests and field observations, translation from Question 3, Report 8, Report of the Washington Meeting of the International Association of Hydrology, Vol. I, 1939.

Meyer-Peter, E. The problem of bed-load transportation in natural rivers, translation from Question 3, Report 10, of the Report of the Washington Meeting of the International Association of Hydrology, Vol.I, 1939.

Ho, Pang-Yung. Abhängigkeit der geschiebebewegung von der kornform und der temperatur. Berlin, Erschienen im Eigenverlage der Preussischen Versuchsanstalt für Wasser-, Erd- und Schiffbau, 1939.

[U.S. Bureau of Reclamation]. Modified Einstein computation. (As presented by Geological Survey in Progress Report No.2, Investigation of Fluvial Sediments of Niobrara River Near Cody, Nebraska.) [n.p.] 1954.

Danel, P., R. Durand, and E. Condolios. Introduction to the study of saltation, translated from La Houille Blanche, Vol. 8, No.6, 1953. pp.815-829.(Also in French: Introduction a l'etude de la saltation.)

Kimura, Haruhiko, and Masao Outi. A note on the traction of sediment particles along the bed of running water, reprint from Bulletin of the Kyoto Gakugei University, Ser. B, No.4, Feb. 1954.

Tison, L.J. Etude des conditions dans lesquelles les particules solides sont transportees dans les courants a lit mobile. Extrait des procès verbaux des séances de l' Assemblee Générale d'Oslo (19-28 Aout 1948) de l'Union Géodésique et Géophysique Internationale. pp.293-310.

Tison, L.J. Transport de materiaux de fond, et erosion a l'aval de barrages. Presented at the Second Meeting of the International Association for Hydraulic Research, Stockholm, June 7-9, 1948.

Labaye, Georges. Note sur le debit solide des cours d'eau, La Houille Blanche, Numero special A, 1948, pp.3-30.

Eguiazarov, I.V. Transport solide dans les ecoulements a surface libre. Paris, Électricité de France, Service des Etudes et Recherches Hydrauliques, 1956.

Eguiazarov, I.V. Debit solide dans un ecoulement. Paris, Electricité de France, Service des Etudes et Recherches Hydrauliques, 1950.

Equiazarov, I.V. Coefficient f de la force d'entrainement critique des materiaux par charriage. Paris, Electricité de France, Service des Etudes et Recherches Hydrauliques, 1950.

Chien, Ning, and Chao-Wei Wan. On the determination of the total-load rate from point-integrating suspended-sediment sampling, reprint from Sediment Research, Vol.1, No.2, Dec. 1956. pp.55-64. [Published in Chinese].

Sato, Seiichi, Hideo Kikkawa, and Kazuo Ashida. Research on the bed load transportation, Journal of Research, Public Works Research Institute (Japan), Vol.3, Research paper 3, March 1958.

Onodera, Toru. Role of fault on the susceptivity of mountain-side to erosion, Journal of Research, Public Works Research Institute (Japan), Vol.3, Research paper 1, March 1958.

Kikkawa, Hideo. Variation of sediment load in rivers during flood, Journal of Research, Public Works Research Institute (Japan), Vol.1, Research paper 9, July 1954.

Shinohara, K., and K. Susuki. Analytical estimation of the rate of transportation of sediments in the Aso Valley torrents. Kyushu University [Japan] Institute of Applied Mechanics, 1952.

U.S. Army Corps of Engineers. Linnton Hydraulic Laboratory. Bank protection studies. [Portland, Ore.] The Laboratory, 1938.

California. University. College of Engineering. Division of Civil Engineering. Transportation of silt. [n.p., n.d.]

Bondurant, D.C. Discussion - Paper 1530, The total sediment load of streams, by Emmett M. Laursen. [n.p., n.d.]

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Zeller, J. Einführung in den sedimenttransport offener gerinne, Schweizerische Bauzeitung, 81 Jahrgang, Hefte 34, 35, 36, vom 22, 29 August und 5 September 1963. pp. 3-19.

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Johansson, Carl Erik. Orientation of pebbles in running water; a laboratory study, offprint of Geografiska Annaler, Vol. XLV, 1963. pp. 85-112. (The Royal University of Lund, Sweden. Lund studies in geography, Ser.A. Physical geography, No. 24).

Larras, Jean. Solid drift flow in uniform linear streams on saturated beds. Comptes-rendus de l'Academie des Sciences (Paris), 11 Mai 1964.

Ishihara, Tojiro, Yuichi Iwagaki, and Tomitaro Sueishi. On the effect of bed-load movement in thin sheet flow, Proceedings of the 3rd Japan National Congress for Applied Mechanics [n.d.] pp. 265-269.

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Quraishy, Muhammad Saleh. The problem of critical discharge in sediment motion, reprint from The Engineering News, Vol. 9, No. 2, June 1964.

Gessler, Johannes. Der geschiebetriebbeginn bei mischungen untersucht an natürlichen abpssästerungserscheinungen in kanälen. Zurich, Versuchsanstalt für Wasserbau und Erdbau an der Eidgenössischen Technischen Hochschule in Zürich, 1965.

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Hansen, Eggert. Bed load investigation in Skive-Karup River, reprint from Ingeniøren, Transactions no.3, 1966.

Denmark. Technical University. Coastal Engineering Laboratory. Basic research - progress report 13. Prepared cooperatively with the Technical University of Denmark, Hydraulic Laboratory. Copenhagen, 1967.

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Larras, Jean. Energy gradient of uniform linear flows on movable bottoms, Comptes-Rendus de l'Academie des Sciences, Paris, 29 Mars 1965.

Frijlink, H.-C. Discussion des formules de debit solide de Kalinske, d'Einstein et de Meyer-Peter et Muller (Zürich), compte tenu des mesures recentes de gransport dans les rivieres neerlandaises, Deuxiemes Journees de l'Hydraulique. pp.98-103.

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Engelund, Frank, and Eggert Hansen. A monograph on sediment transport in alluvial streams. Copenhagen, Teknisk Forlag, 1967.

Bogardi, Janos. Bestimmung der grenzzustände bei der geschiebebewegung, Die Wasserwirtschaft, Vol.7, 1968. pp.205-212.

Libby, Fred. An automatic bedload sediment sampler, Agricultural Engineering, Vol.49, No.9, Sept.1968. pp.524-525.

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Comis, Democrito. Capacita di trasporto solido di correnti idriche in canali a fondo fisso e liscio, Atti VIII Convegno di Idraulic, Aprile 1963.

Sentürk, F. Mechanics of bed formations, La Houille Blanche, No.2, 1969. pp.163-172.

Ashida, Kazuo, and Shuzi Narai. The structure of movable bed configuration, Bulletin of the Disaster Prevention Research Institute, Kyoto University, Japan, Vol.19, Part 1, No.151, Aug.1969. pp.15-30.

Francis, J.R.D. Solitary particle movement in a rough-bedded stream, The South African Mechanical Engineer, March 1970. pp.72-75.

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Marzolo, Francesco, and Augusto Ghetti. Modello generale del Delta del Po, estratto da Atti XXI Congresso Internazionale di Navigazione, Stoccolma, 1965. Relation S.1-5, Section 1, Subject V. pp.111-126. (Istituto di Idraulica dell'Universita di Padova, Centro Veneto di Ricerche Idrauliche del C.N.R. Studi e ricerche n.256).

Müller, Andreas, Albert Gyr, and Themistocles Dracos. Interaction of rotating elements of the boundary layer with grains of a bed; a contribution to the problem of the threshold of sediment transportation, Journal of Hydraulic Research, Vol.9, No.3, 1971. pp.373-411.

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Da Cunha, L. Veiga. Evolução e posição actual dos conceitos sobre transporte sólido em escoamentos com superfície livre. Lisboa, Ministério das Obras Públicas, Laboratório Nacional de Engenharia Civil, 1969.

[Da Silva, Carlos Viera, and Jean Gruat.] Etude dans un canal en charge de la distribution du debit solide, Le Genie Civil, T. 145, No.5, Mai 1968. pp.353-357.

Ikeda, Syunsuke. Some studies on the mechanics of bed load transport, Proceedings of JSCE, No.185, Jan. 1971. pp.61-69.

Irmay, S. The mechanics of entrainment of solid particles in turbulent channel flow. Presented at the International Symposium on Two-Phase Systems, Aug. 29-Sept. 2, 1971, Technion City, Haifa, Israel.

Pezzoli, Giannantonio. Il moto di trasporte solido e l'applicazione ai modelli idraulici, VIII Convegno di Idraulica, Pisa, Aprile 1963.

Hjulström, Filip. Das transportvermögen der flüsse und die bestimmung des erosionsbetrages, Geografiska Annaler, Häft 3, Och 4, 1932. pp.244-258. (Medellanden frän Uppsala Universitets Geografiska Institution, Ser.A, No.3).

Jakuschoff, Paul. The movement of suspended matter in rivers in theory and practice, Die Wasserwirtschaft, No.5-6, 1932.

Jakuschoff, Paul. Zur frage der vereinfachten schwebes-toffuntersuchung nach gehalt und zusammensetzung, Der Kulturtechniker, Jahrg.XXXVI, Heft nr.4, Oct.-Dec.1933.

Observations on the percent of sand carried in suspension in the River Po, translated by John R. Hopkins from Le Service Hydrographique Italien, XV Congres International de Navigation, Venice, Sept.1931.

Zurich. Versuchsanstalt für Wasserbau an der Eidgenössischen Technischen Hochschule. Wasserführung, sinkstofführung und schlammablagerung des alten Rheins; ein beitrag zur frage der regulierung zwischen Rheineck und dem Bodensee. Zurich, 1932.

Richardson, E.G. The transport of silt by a stream, Philosophical Magazine, Ser.7, Vol.XVII, April 1934. pp.769-783.

Christiansen, J.E. Distribution of silt in open channels, reprint from Transactions of the American Geophysical Union, 16th Annual Meeting, 1935. pp.478-484.

Rouse, Hunter. Experiments on the mechanics of sediment suspension, reprint from Proceedings of the Fifth International Congress for Applied Mechanics, 1938. pp.550-554.

Velikanov, M.A. Theory of probability applied to analysis of sedimentation of silt in turbulent streams, Transactions of the Scientific Research Institute of Hydrotechnics, Vol.XVIII, 1936.

Richardson, E.G. The suspension of solids in a turbulent stream, Proceedings, Royal Society, A, Vol.162, 1937. pp.583-597.

Straub, L.G. Observations and analysis of the suspended load of rivers, First Meeting, International Association for Hydraulic Structures Research, Berlin, Oct. 4-7, 1937.

Hayami, Shoitiro. Hydrological studies on the Yantze River, China; II, Journal of the Shanghai Science Institute, Sect.I, Vol.1, July 1938. pp.175-198. (Separate print no.9, Studies from the Department of Physics of the Shanghai Science Institute).

Hayami, Shoitiro. Hydrological studies on the Yangtze River, China; IV. On the mehcanics of flow in a wide alluvial river, Journal of the Shanghai Science Institute, Sect.I, Vol.1, July 1939. pp.239-261. (Separate print no.13, Studies from the Department of Physics of the Shanghai Science Institute).

Rouse, Hunter. Laws of transportation of sediment by streams: suspended load. Prepared for the roundtable disucssion on the Role of Hydraulic Laboratories in Geophysical Research at the National Bureau of Standards, Sept. 13, 1939.

Chan-Mou, Tchen. Mean value and correlation problems connected with the motion of small particles suspended in a turbulent fluid. The Hague, Martinus Nijhoff, 1947.

Halbronn, G. Remarque sur la theorie de l'Austausch appliquee au transport des materiaux en suspension. Presented at the Third meeting, International Association for Hydraulic Structures Research, Sept. 5-7, 1949, Grenoble.

Craya, A. Schemas de suspension en regime variable. Presented at the Third meeting, International Association for Hydraulic Structures Research, Grenoble, Sept. 5-7, 1949.

Carry, M. Cl. Vitesse moyenne des materiaux en suspension. Presented at the Third meeting, International Association for Hydraulic Structures Research, Grenoble, Sept. 5-7, 1949.

Kikkawa, Hideo. Some investigations on the suspended load transportation in rivers, Journal of Research, Public Works Research Institute (Japan), Vol.1, Research paper 7, July 1954. pp.71-82.

Tsubaki, Toichiro. On the effects of suspended sediment on the flow characteristics, Journal of Japan Society of Civil Engineers, Sept. 1955. pp.449-454.

Braudeau, G. L'etude et la mesure du debit solide en suspension. Presented at Assemblee Generale de Bruxelles, 1951, Union Geodesique et Geophysique Internationale, Association Internationale d'Hydrologie Scientifique. pp.117-123. (Extrait de Tome III).

Ippen, A.T., J.W. Daily, and G. Bugliarello. Pertinent factors in flow research on dilute fiber suspensions, reprint from Tappi, Vol.40, No.6, June 1957. pp.478-484.

Daily, James W., and George Bugliarello. A particular non-Newtonian flow: dilute fiber suspensions. Paper submitted to the Symposium on Non-Newtonian Fluids in Science and Engineering, Division of Industrial and Engineering Chemistry of the American Chenical Society, Pittsburgh, Pa., Dec. 29-30, 1958.

Shapiro, M.A. A limnological study of the Upper Ohio River; final report covering hydromechanics and radiation phases of the study. Pittsburgh, University of Pittsburgh, Department of Public Health Practice, 1962.

Toffaleti, Fred B. Deep river velocity and sediment profiles and the suspended sand load. Prepared for Federal Interagency Sedimentation Conference of the Subcommittee on Sedimentation, ICWR, Jackson, Miss., Jan.28-Feb. 1, 1963.

Harrison, Alfred S., and Harold C. Lidicker. Computing suspended sand loads from field measurements. Prepared for Federal Interagency Sedimentation Conference, of the Subcommittee on Sedimentation, ICWR, Jackson, Miss., Jan.28-Feb.1, 1963.

Shook, C.A., and S.M. Daniel. Concentration and velocity measurement in the horizontal flow of solid-liquid suspensions. Saskatchewan Research Council, 1963.

Bird, R. Byron. Fenomenos de transporte, Ciencia y Tecnica, Revista del Centro Estudiantes de Ingenieria, Vol.128, No.643,44,45, 1960. pp.119-127.

Hino, Mikio. On the mechanism of self-aerated flow on steep slope channels; applications of the statistical theory of turbulence. Presented at IAHR Ninth Convention, Belgrade, 1961.

Engelund, F. A note on the Vedernikov's criterion, Notules Hydrauliques, 1965. pp.801-2.

Partheniades, Emanuel. Corriente estratificada en estuarios y su influencia en la sedimentacion de los canales navegables, Sociedad Venezolana de Ingenieria Hidraulica Boletin, Ano V, No.8, April 1966. pp.3-23.

Knapp, Robert T. Energy-balance in stream-flows carrying suspended load, reprint from Transactions of the American Geophysical Union, 19th Annual Meeting, April 27-30, 1938, Washington, D.C. pp.501-505.

Engelund, Frank. A criterion for the occurrence of suspended load, from Progress report, Technical University of Denmark, Hydraulic Laboratory, Aug.1965. pp.7-8.

Larras, Jean. Average concentration of suspended matters in a uniform linear flow, translation from Comptes Rendus de l'Academie des Sciences, Paris, Oct.1965.

Denmark. Technical University. Coastal Engineering Laboratory. Basic research - progress report 9. Prepared cooperatively with the Technical University of Denmark, Hydraulic Laboratory. Copenhagen, 1965.

Soo, S.L. Dynamics of mutliphase flow systmes, I & EC Fundamentals, Vol.4, No.4, Nov.1965. pp.426-434.

Gyr, Albert. The behavior of the turbulent flow in a two-dimensional open channel in presence of suspended particles. Zurich, Versuchsanstalt für Wasserbau und Erdbau an der Eidgenössischen Technischen Hochschule [n.d.]. pp.9-16. (Mitteilungen nr.73).

Müller, Andreas. Measurements of the influence of suspended particles on the size of vortices. Zurich, Versuchsanstalt für Wasserbau und Erdbau an der Eidgenössischen Technischen Hochschule, [n.d.]. pp.107-114. (Mitteilungen nr.73).

Apmann, Robert P. and Ralph R. Rumer, Jr. Diffusion of sediment in a non-uniform flow field. Buffalo, State University of New York, Department of Civil Engineering, 1967. (Civil engineering report no.16).

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Bruk, Stevan. Schwebstofführung feinsandiger wasserläufe. Karlsruhe, Versuchsanstalt für Wasserbau und Kulturtechnik, Theodor-Rehbock-Flussbaulaboratorium, Universität Fridericiana Karlsruhe, 1969. pp.130-156. (Mitteilungen, Heft 156).

Rodriguez-Iturbe, Ignacio, and Carl F. Nordin. Time series analyses of water and sediment discharges, reprint of Bulletin of the I.A.S.H., XIIIe Annee No.2, 1968. pp.69-84.

Çeçen, Kazim, Mehmetçik Bayazit, and Mutlu Sümer. Distribution of suspended matter and similarity criteria in settling basins. Presented at the Thirteenth Congress of the International Association for Hydraulic Research, Aug.31-Sept.5, 1969, Proceedings Vol.4 (Subject D).

Sümer, Mutlu. On the longitudinal dispersion coefficient for a broad open channel, Journal of Hydraulic Research, Vol.7, No.1, 1969. pp. 129-135.

Erdogan, M. Emin and Mutlu Sümer. Effect of rotation in a straight pipe on longitudinal dispersion. Istanbul, Technical and Scientific Research Council of Turkey, Industrial and Scientific Research Center, Applied Mathematics Division, 1969.

[James, William]. Silt research project, progress report. [n.p.], December 1968.

Curtis, M.W. Suspended sediment in the Umsindusi headwaters. Unpublished M.Sc. thesis, University of Natal, 1968.

Babcock, Henry A. Heterogeneous flow of heterogeneous solids. Presented to International Symposium on Solid-Liquid Flow in Pipes and Its Application to Solid Waste Collection and Removal, Philadelphia, Pa., March 4-6, 1968.

Lorenz, Volker. Some aspects of the eruption mechanism of the Big Hole Maar, central Oregon, Geological Society of America Bulletin, Vol.81, June 1970. pp. 1823-1930.

Engelund, Frank. A note on the mechanics of sediment suspension, in Basic research - progress report 21, Technical University of Denmark, Coastal Engineering Laboratory and Hydraulic Laboratory, July 1970. pp. 7-14.

Navntoft, Erling. A theory of the velocity and suspended load distribution in a two-dimensional steady and uniform open-channel flow. Copenhagen, Technical University of Denmark, Danish Center for Applied Mathematics and Mechanics, 1970.

Gyr, Albert. Toms effekt. Zurich, Institut fuer Hydromechanik und Wasserwirtschaft, Eidgenössische Technische Hochschule, 1972.

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Inglis, Claude. Historical note on empirical equations, developed by engineers in India for flow of water and sand in alluvial channels. Presented for Second Meeting, International Association for Hydraulics Structures Research, Stockholm, June 7-9, 1948.

Inglis, Claude. The effect of variations of charge and grade on the slopes and shapes of channels. Presented for Third Meeting, International Association for Hydraulic Structures Research, Grenoble, Sept. 5-7, 1949.

Blench, T. Turbulent flow theory from the viewpoint of an irrigation engineer from India. [n.p., 1946].

Blench, T. Hydraulics of sediment-bearing canals and rivers. Vancouver, B.C., Evans Industries Ltd., 1951.

Blench, Thomas. Dynamical statements of regime formulas. Presented at Panel discussion on the Pros and Cons of Regime Theory, ASCE, Hydraulics Division, Vicksburg Meeting, Aug. 18-21, 1964.

Zeller, Jürg. Die `Regime-Theorie', eine methode zur bemessung stabiler flussgerinne, Schweizerische Bauzeitung, Jahrgang 83, Hefte 5 und 6, 4, und 11, Feb. 1965. pp. 3-15.

Ahmad, Mushtaq, and Abdur Rehman. Design of alluvial channels as influenced by sediment charge. Lahore, Irrigation Research Institute [West Pakistan], 1962.

U.S. Army Corps of Engineers. Linton Hydraulic Laboratory. Hydraulic data pertaining to the design of rock revetment. Portland, Ore., The Laboratory, [1938].

Levin, Leon. New apparatus for clearing supply channels of sand, Genie Civil, July 10, 1937, translated by Martin A. Mason.

Knapp, Frank H. and J.A. Libby. Erosion of stream banks, its prevention and correction. Albuquerque, N.M., U.S. Soil Conservation Service, 1942.

Muller, Robert. Theoretische grundlagen der fluss- und wildbachverbauungen. Zurich, Verlag A.-G. Gebr. Leemann & Co., 1943.

Quraishy, M. Saleh. River meandering and the earth's rotation, reprint from Curr. Science, Vol.12, Oct.1943. p.278.

Grant, A.P. Channel improvements in alluvial streams, reprint from Proceedings, New Zealand Institution of Engineers, Vol.XXXIV, 1948. pp.231-304. (Technical bulletin no.1).

Lane, E.W. Principles of design of stable channels in erodible material. Washington, D.C., U.S. Bureau of Reclamation, 1950.

France. Port Autonome de Strasbourg. Carte du cours du Rhin de Bale à Lauterbourg; d'après les plans du Service de la Navigation du Rhin à Strasbourg. Strasbourg, 1948.

U.S. Bureau of Reclamation. Probable channel width computations -- middle Rio Grande near Bernardo. [n.p.] 1952.

U.S. Bureau of Reclamation. Project Planning Division. Sedimentation Section. A plan of channel erosion control, Five Mile Creek, Riverton Project, Wyoming. Denver, Colo., The Bureau, 1953.

[U.S. Army Corps of Engineers. Linton Hydraulic Laboratory.] Hydraulic data pertaining to the design of rock revetment. [Portland, Ore., The Laboratory, 1938].

Barton, James R. and Pin-Nam Lin. A study of the sediment transport in alluvial channels. Fort Collins, Colorado A & M College, Civil Engineering Department, 1955.

Ghetti, Augusto. Sulla forma dei profili trasversali di equilibrio degli alvei mobili, estratto dal Giornale Del Genio Civile, Fascicolo 6, 1952.

Kikkawa, Hideo. A method to design channel sections of the alluvial river, Journal of Research, Public Works Research Institute (Japan), Vol.1, Research paper 8, July 1954. pp.83-101.

Chien, Ning. On the stability criterion of alluvial streams, Acta Geographica Sinica, Vol.24, No.2, May 1958. pp.128-143. [Published in Japanese].

Miller, John P. High mountain streams: effects of geology on channel characteristics and bed material. Socorro, New Mexico Institute of Mining and Technology, 1958.

Bretting, A.E. Stable channels, Acta Polytechnica Scandinavica, Vol.245, 1958.

Lane, E.W., P.N. Lin and H.K. Liu. The most efficient stable channel for comparatively clear water in non-cohesive materials. Fort Collins, Colorado State University Research Foundation, 1959.

Iwagaki, Yuichi, and Yoshito Tsuchiya. An analysis of the stable cross section of a stream channel. Kyoto, Japan, Kyoto University, Disaster Prevention Research Institute, 1959.

Schumm, S.A. The effect of sediment type on the shape and stratification of some modern fluvial deposits, American Journal of Science, Vol.258, March 1960. pp.177-184.

Vitols, A. Essai de projet d'amerlioration d'un cours d'eau naturel, Latvijas Universitates Raksti, Acta Universitatis Latviensis, Mechanikas fakultates serija I.5, pp.167-184.

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Doubt, Paul D. Design of stable channels in erodible materials. [Beltsville, Md., U.S. Soil Conservation Service, 1963].

Ashida, Kazuo. On river bed variations and stable channels in alluvial streams. Kyoto, Japan, Kyoto University, [n.d.].

Mao, S.P. Silt transportation and deposition with stable river channels. National Taiwan University, Taipei Hydraulic Laboratory, 1967.

Ahmad, Mushtaq, and Abdul Rehman. Some methods of computing retrogression in channels due to change in sediment charge. [Lahore, Irrigation Research Institute, n.d.]

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Neill, Charles R. and Victor J. Galay. Systematic evaluation of river regime. Presented at ASCE Water Resources Engineering Conference, Denver, Colo., May 16-20, 1966.

Krumbein, W.C. and W.C. Rasmussen. The probable error of sampling beach sand for heavy mineral analysis, reprinted from Sedimentary Petrology, April 1941, Vol.11, no.1. pp.10-20.

Swenson, Frank A. Sedimentation near junction of Maquoketa and Mississippi Rivers, Journal of Sedimentary Petrology, Vol.12, no.1, April 1942. pp.3-9.

Rittenhouse, Gordon. Transportation and deposition of heavy minerals, Bulletin of the Geological Society of America, Vol.54, Dec.1943. pp.1725-1780.

Rittenhouse, Gordon. Sources of modern sands in the middle Rio Grande Valley, New Mexico, The Journal of Geology, Vol.XII, No.3, May 1944. pp.145-183.

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Griffiths, J.C., and H.W. Shadle. Petrography and reservoir performance of the weir sand, Martha Pool, Kentucky, reprint from Producers Monthly, Vol.21, No.1, Nov. 1956. pp.22-28.

Measuring littoral drift with fluorescent tracers. Wallingford, Berkshire, England, Hydraulics Research Station, 1960.

Reid, W.J., and I.P. Jolliffe. Coastal experiments with fluorescent tracers; measuring quantity and direction of littoral drift, reprint from The Dock and Harbour Authority, Vol.XLI, No.484, Feb.1961.

Reid, W.J. and H.D. Morgan. The use of radioactive and fluorescent tracers in England to measure the movement of silt, sand and shingle. Brussels, Permanent International Association of Navigation Congress, 1960.

Crickmore, M.J. and G.H Lean. The measurement of sand transport by means of radioactive tracers, reprint from Proceedings of the Royal Society, A, Vol.266, 1962. pp.402-421.

Crickmore, M.J. The use of irradiated sand for tracer studies in hydraulic models, La Houille Blanche, No.6, Dec.1961. pp.797-806.

Sayre, W.W. and D.W. Hubbell. Transport and dispersion of labelled bed material, North Loup River, Nebraska. Fort Collins, Colo., U.S. Geological Survey, 1962.

McDowell, L.L. Sediment movement as defined by radioactive tracers. Presented at Federal Inter-Agency Sedimentation Conference, Jackson, Miss., Jan.28-Feb.1, 1963.

Gibert, A. Observation des mouvements du sable sous l'eau au moyen de l'argent 110. Lisboa, Ministerio das Obras Publicas, Laboratoria Nacional de Engenharia Civil, 1960.

Davidsson, Jan. Investigations of sand movements using radio-active sand. Lund, Royal University of Lund, Department of Geography, 1958. pp.107-126. (Lund studies in geography, Ser. A. Physical geography no.12).

Forest, G. and P. Jaffry. Emploi de traceurs radioactifs dans l'etude des mourvements de sediments sous l'effet de la houle et des courants. Communication presentee au 7 Congres de l'Association Internationale de Recherches Hydrauliques, Lisbonne, Juillet 1957.

Saito, Nabufusa. On the existence of radiocolloids in natural waters. Presented at the Brussells Assembly, August, 1951, International Association of Hydrology.

McDowell, L.L. and M.E. Ryan. Radiocarbon dating by liquid scintillation spectrometry: synthesis of benzene (C614H6). [n.p.] U.S. Agricultural Research Service, 1964.

Lean, G.H. and M.J. Crickmore. Methods for measuring sand transport using radioactive tracers, reprint from Radioisotopes in Hydrology, International Atomic Energy Agency, Vienna, 1963. pp.111-131.

Measuring the rate of sediment transport with radioactive tracers, Hydraulics Research Station Notes, No.5, April 1963.

Silt density probe, Technical Operations Product Bulletin, 1964.

Jolliffe, Ivan P. A study of sand movements on the Lowestoft sandbank using fluorescent tracers, reprint from The Geographical Journal, Vol.129, Part 4, Dec.1963. pp.480-493.

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Seavy, Louis M. Sedimentation survey of Guernsey Reservoir, Guernsey, Wyoming. Denver, Colo., U.S. Bureau of Reclamation, Hydrology Division, 1948.

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Burz, Jean. Classificacion de los materiales solidos. München, Proyecto Hidrometeorologico, Naciones Unidas, Gobierno de Chile, 1965.

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Reineck, Hans-Erich. Vergleich von Schlämm - Analysen mit der pipette nach Köhn und dem Aräometer nach Casagrande, Senckenberg, Vol.48, No.3/4, 1967. pp.345-349.

Hagerman, Tor H. Sedimentgenetik und messung von korneigenschaften, Geologie und Bauwesen, Vol.25, No.4, 1959. pp.259-267.

Hagerman, Tor H. Data concerning characteristical properties of bottom-sediments from a location near the outlet of the Indal River in Sweden, Teknik och Natur, 1967. pp.203-215.

Kuenen, Ph.H. Settling convection and grain-size analysis, Journal of Sedimentary Petrology, Vol.38, No.3, Sept.1968. pp.817-831.

Irmay, S. The mechanism of filtration of non-colloidal fines in porous media. Prepared for the Symposium on the Fundamentals of Transport Phenomena in Porous Media, Haifa, Feb.1969, Session no.5.

Jensen, Marvin E., and Willis H. Sletten. Evapotranspiration and soil moisture-fertilizer interrelations with irrigated winter wheat in the Southern High Plains. Washington, D.C., U.S. Government Printing Office, 1965.

United Nations Educational, Scientific and Cultural Organization. International Hydrological Decade Co-ordinating Council. Final report: Second Session, Paris, 19-25 April 1966. Paris, 1966.

Schumm, S.A. Paleohydrology: application of modern hydrologic data to problems of the ancient past, Proceedings, International Hydrology Symposium, Vol.1, Sept.1967. pp.185-193.

Carstens, T. Hydraulics of river ice, La Houille Blanche, No.4, 1968. pp.271-284.

Schiff, Leonard. A report upon the design and construction of an Aliquot Divisor. Santa Paula, Calif., U.S. Soil Erosion Service, 1935.

[U.S. Soil Conservation Service.] Sediment trap at Greenville, S.C. [n.p.] 1938.

U.S. Army Corps of Engineers. Waterways Experiment Station. Investigation of sediment traps. Vicksburg, Miss., 1935.

Smetana, J. An instrument for the measurement of the bedload in rivers, from Report on the First Meeting of the International Association for Hydraulic Structures Research, Berlin, 1937. pp.93-96, 108-116. (Translated by Paul Nemenyi from German).

Meyer-Peter, E. Uber die eichung eines geschiebefangers für die aare. Zurich, Versuchsanstalt für Wasserbau an der Eidg. Techn. Hochschule, 1937.

Lane, E.W. Collection of data on the solids load of flowing streams, reprint from Journal of the Association of Chinese and American Engineers, Vol.XIX, No.3, May-June, 1938. pp.151-161.

Bates, C.G. Bed load trap, Gilmore Creek, preliminary examination. [n.p.] U.S. Forest Service, Lake States Forest Experiment Station, 1940.

O'Neill, J. Pat. Designs for suspended-load samplers based upon an experimental investigation of the disturbances caused by the instruments and analysis of sediment-laden flow. Washington, D.C., U.S. Soil Conservation Service, 1940.

Nelson, Martin E., and Paul C. Benedict. Study of methods used in measurement and analysis of sediment loads in streams. Presented by Joint Committee on Sedimentation in Reservoirs, ASCE Annual Convention, Spokane, Wash., July 17-19, 1946.

Labaye, Georges. Note sur le debit solide des cours d'eau, La Houille Blanche, Numero special A, 1948. pp.3-30.

Karolyi, Z. Mesures se rapportant au debit solide du Haut-Danube Hongrois. Prepared for the Third Meeting of the International Association for Hydraulic Structures Research, Grenoble, 5-7 Sept. 1949.

Brune, Gunnar M. Collection of basic data on sedimentation. Milwaukee, U.S. Soil Conservation Service, 1953. pp.53-62.

Poliakev, B.V. New type of sampler for measurement of sandy bottom silt, Transactions of the Scientific Research Institute of Hydrotechnics, Vol.VII, 1932. Translated by V. Monroe.

Ehrenberger, R. Geschiebemussungen an flüssen mittels auffanggeräten und modellversuche mit letzteren, Die Wasserwirtschaft, Heft 33 and 36, 1932.

Karolyi, Zoltan. Experiments with the bed load sampler, Vizügyi Közlemenyek (Hydraulic Proceedings), Vol.29, No.1-4, 1947. pp.101-109. [Translated from Hungarian].

Brandeau, G. Le turbidimetre a double cellule photo-electrique, Deuxiemes Journees de l'Hydraulique, 25-29 Juin, 1952. pp.104-105.

Nagai, Shositiro. New current meter for flood flows, Journal of the Institute of Polytechnics, Osaka City University, Vol.2, Series E, June 1954. pp.1-4.

Parsons, Donald A. Coshocton-type runoff samplers; laboratory investigations. Washington, D.C., U.S. Soil Conservation Service, 1954.

Vinckers, J. Beckering, E.W. Bijker, and J.B. Schijf. Bed-load transportmeter for fine sand Sphinx. [n.p.] 1953.

Delft, The Netherlands. Delft Hydraulic Laboratory. Bedload sampler for coarse material. [n.p., n.d.]

Delft, The Netherlands. Delft Hydraulic Laboratory. Sampler for sand in suspension Delft-Bottle. [n.p., n.d.]

Reineck, Hans-Erich. Wühlbau-gefüge in abhängigkeit von sediment-umlagerungen, Senckenberg, Vol.39, No.1/2, 1958. pp.1-23, 54-56.

McHenry, J. Roger. Use of radioisotopes in sedimentation research. [n.p.] 1959.

McHenry, J. R. Exences with the Beach Erosion Board sediment densitometer. [n.p., 1959].

Novak, Pavel. Study of the performance and efficiency of bed-load meters. Prague-Podbaba, Czechoslovakia, Hydraulic Research Institute, 1958.

Reineck, H.E. Uber hilfsmittel und methoden der marinen aktuo-geologie, Deutsch. Geol. Ges, Band 112, 3 Teil. p.531.

Reineck, Hans-Erich. Versteinerte nordsee, Natur und Volk, Vol.91, No.5, 1961. pp.151-162.

Reineck, Hans-Erich. Der kastengreifer, Natur und Museum, Vol.93, No.3, 1963. pp.101-108.

Philip, J.R. The damping of a fluctuating concentration by continuous sampling through a tube, Aust. J. Phys., No.16, 1963. pp.454-463.

Power equipment for depth-integration sediment sampling. [n.p., n.d.]

Mero, John L. A method of determining the direction of net sand drift along Northern California beaches using natural thorium as a radioactive tracer. Submitted for coursework in Geological Engineering 299, Department of Mineral Technology, University of California, Riverside, 1959.

Sanden, E.J., and C.R. Neill. Measuring scour around bridge foundations in floods, reprint from Public Works in Canada, Sept.1963.

Murphy, T.D. Innovations in the sediment density gamma probe. Prepared for the ASCE Hydraulics Division Meeting, Aug.18-21, 1964, Vicksburg, Miss.

Gallo, Giulio, and Leonardo Rotundi. Beitrag zum feststoffproblem. Munchen, Bayerische Landesstelle für Gewässerkunde, 1965.

Kuenen, Ph.H. Experiments in connection with turbidity currents and clay-suspensions, reprint from Proceedings of the Seventeenth Symposium of the Colston Research Society, Vol.XVII, University of Bristol, April 5-9, 1965. pp.47-74.

Beverage, Joseph P., and John V. Skinner. What's new at the Federal Inter-Agency Sedimentation Project pumping samplers, 1968. [n.p., 1968?]

da Cunha, L. Veiga. Avaliacao do caudal solido em escoamentos unidireccionais. Lisboa, Ministerio das Obras Publicas, Laboratorio Nacional de Engenharia Civil, 1968.

Reineck, Hans-Erich. Ein kolbenlot mit plastik-rohren, Seckenberg, Vol.48, No.3/4, 1967. pp.285-298.

Flammer, G.H., N.E. Stauffer, Jr., and E.Y. Liu. The effect of sediment properties of an ultrasonic plane wave. Logan, Utah State University, Utah Water Research Laboratory, 1969.

Flammer, Gordon H., and Ernest Y. Liu, Ultrasonic measurement of sediment size distribution and concentration. Logan, Utah State University, Utah Water Research Laboratory, 1969.

Lara, Joe M. Gamma probe calibration tests. Denver, Colo., U.S. Bureau of Reclamation, 1968.

Mied, R.P., and F.J. Merceret, Jr. The construction of a simple conductivity probe. Baltimore, Md., The Johns Hopkins University, Department of Mechanics, [1968?].

Inman, Douglas L. Sorting of sediments in the light of fluid mechanics. La Jolla, University of California, Scripps Institution of Oceanography, 1948.

Wertz, Jacques B. Mechanism of erosion and deposition along channelways, reprint from Journal of the Arizona Academy of Science, Vol.2, No.4, Dec.1963. pp.146-163.

Kraj, W. Experimental studies on diffusive mixing of loose granular bodies, Bulletin de l'Academie Polonaise des Sciences, Vol.XIII, No.2, 1965. pp.117-122.

Schultz-Grunow, Fritz, and Peter Sand. Hydrodynamische entmischungsphänomene in nichtsedimentierenden suspensionen, Forschung im Ingenieurwesen, Bd.31, Nr.4, 1965. pp.101-132.

Volshchuk, V.M. The approximate coefficients of entrapment of aerosol particles by obstacles of various forms, Atmospheric and Oceanic Physics, Vol.2, No.2, 1966. pp.164-173.

Kotoulas, Dimitrios. Das kolkproblem unter besonderer berücksightigung der faktoren zeit und geschiebemischung im rahmen der wildbachverbauung. Separatabdruck aus Mitteilungen der Schweizerischen Anstalt für das forstliche Versuchswesen, Bd.43, Heft 1, 1967. pp.6-67.

Gessler, Johannes. The beginning of bedload movement of mixtures investigated as natural armoring in channels. (Translated by Edmund A. Prych). Pasadena, California Institute of Technology, W.M. Keck Laboratory of Hydraulics and Water Resources, 1967, rev.1968.

Aly, Hassan Wahby Morsy. Mechanics of degradation and roughness in alluvial channels. Unpublished thesis (Ph.D.) in Civil Engineering, Faculty of Engineering, Cairo University, July 1969.

Günter, Arthur. Die kritische mittlere sohlenschubspannung bei geschiebemischungen unter berücksichtigung der deckschichtbildung und der turbulenzbedingten sohlenschubspannungsschwankungen. Zurich, Eidgenössischen Technischen Hochschule Zurich, 1971.

Bulle, Hermann. Untersuchungen über die geschiebeableitung bei der spaltung von wasserläufen; modellversuche aus dem Flussbaulaboratorium der Technischen Hochschule zu Karlsruhe. Berlin, Verein Deutscher Ingenieure, 1926.

Smrcek, A. La protection contre les affouillements; essais sur modeles reduits du barrage de Pizançon, sur l'Isere, La Genie Civil, Fev.16, 1929.

Rehbock, Th. Die Verhütung Schadlicher Kolke bei Sturzbetten, Der Bauingenieur, Heft 4/5, 1928.

Savarensky, A.D. Peculiarities of erosion in the downstream pool of dams on mountainous rivers. (Translated from Russian by Rebecca Minicker). U.S. Soil Conservation Service, 1934.

Engineer School, Fort Humphreys, Va. River and harbor improvement location of contraction works; company officers course. 1933-34.

Burkov, A.T. Silt at Zemo Avchal Hydro-electric Plant on the Kura River, Transactions of the Scientific Research Institute of Hydrotechnics, Leningrad, Vol.XI, 1934. (Translated by V.N. Kositsin, from Russian). pp.96-137.

Rohr, Fritz. Wasser-und Sinkstoff-Bewegungen in fluss-und Seehäfen. Munchen und Berlin, Flussbaulaboratorium der Technischen Hochschule zu Karlsruhe, 1934.

Bengtson, T.F. On scour below dams. [n.p.] U.S. Army corps of Engineers, 1935.

Bengtson, T.F. A review of the more important publications on the dissipation of energy below dams illustrated by a suggested spillway design for Bonneville Dam. [n.p.] 1935.

Veronese, Alessandro. Erosion de fond en aval d'une decharge. Presentee par M.E. Scimemi a la Reunion de l'Association Internationale des Recherches pour Travaux Hydrauliques, a Berlin, 30 Aout 1937.

Bharadwaj, B.M. Prevention of silt deposition in channels, Indian Engineering, July 1939. pp.27-28.

Eggenberger, W., and R. Müller. Experimentelle und theoretische Untersuchungen über das Kolkproblem. Zurich, Versuchsanstalt für Wasserbau an der Eidg. Techn. Hochschule in Zurich, 1944.

Blanchet, Ch. Formation et destruction par un courant d'eau de massifs en pierres, La Houille Blanche, No.2, March 1946. pp.141-149.

Inglis, C.C. Note of May 1931 on silt exclusion from canals: still pond vs. open flow, Part I. Bombay, 1931.

Brun, Edmond, and Marcel Vasseur. La mecanique des suspensions dans le cas d'un cyclone. [n.p.] 1950? pp.264-279.

Labaye, M., and M. Fauconnier. Model studies of the necessary steps for improving the desilting of an existing intake, La Houille Blanche, No. Special B, 1951. pp.620-629.

Meyer-Peter, E. Quelques problemes concernant le charriage des matieres solides dans les rivieres alpines et subalpines, La Houille Blanche, Numero Special B, 1949. pp.3-21.

Labaye, G., and X. Michon. Etude sur modele reduit de la modification du cours du rhin au droit de Strasbourg, La Navigation Du Rhin, March 1950. pp.3-10.

[Velikanov, M.A.] [Design of settling basin in U.S.S.R.] [n.p., 1951]. pp.532-539.

Acheson, A.R. Operation of tower excavator, Otaki River. Wellington, New Zealand Institution of Engineers, 1949. pp.486-519.

Pöpel, F. Bemessung von absetzbecken, Gesundheits-Ingenieur, Heft 15/16, 70 Jahrg. 1949. pp.1-7.

Grimm, C.I., and Norbert Leupold. Hydraulic data pertaining to the design of rock revetment. Portland, Ore., U.S. Engineer Office, North Pacific Division, 1939.

Inglis, Claude Cavendish. Training works constructed in the Rupnarain River in Bengal -- after model experiments -- to prevent further bank erosion endangering the Bengal-Nagpur Railway Line linking Calcutta with Bombay and Madras. Presented at Maritime and Waterways Engineering Division Meeting, Institution of Civil Engineers, Feb.5, 1946, Session 1945-1946. pp.3-43. (Maritime paper no.3).

Wittmann, H. Gestalt und Richtung der Hafeneinfahrten insbesondere bei Flüssen mit starker Geschiebeführung. Sonderdruck aus den deutschen Berichten zum XVIII, Internationalen Schiffahrtskongress, Rome 1953. pp.3-11.

Novak, P. Vypustna zarizeni prehrad na sterkonosnych tocich, Vodni Hospodarstvi, Cislo 9, 1956.

Halmark, Dasel E., and Maurice L. Albertson. Use of gravel armorplate in drop structure design. [n.p., n.d.] pp.57-59.

Albertson, Maurice L., and George L. Smith. Principles of energy dissipation in erosion-control structures. Prepared for Joint ARS-SCS Irrigation-Drainage Conference, Colorado Springs, Jan.14-17, 1957.

Bayer, M. Debouche d'un ruisseau dans un canal de fuite navigable. Prepared for the Third Meeting, International Association for Hydraulic Structures Research, Grenoble, 5-7 Sept. 1949.

U.S. Army Corps of Engineers. Waterways Experiment Station Summary of test results, Old River rock-fill closure dam embankment formed by dumping in flowing water. Vicksburg, Miss., 1958.

Raynaud, A. Water intakes on mountains streams -- example of application to the Torrent du Longon. Prepared for the Fourth Meeting, International Association for Hydraulic Research, Bombay, 1951.

Blanchet, Ch., and W. Kravtzoff. Protection against the silting-up of the junction of a canal and a river. Prepared for Fourth Meeting, International Association for Hydraulic Research, Bombay, 1951.

Kantey, B.A. A suggested hypotehsis for the determination of scour depths in river beds, The South African Institution of Civil Engineers, Aug.1956. pp.245-250.

[El-Ghamry, Osman.] Canal intakes. Cairo, United Arab Republic, Ministry of Public Works (Southern Region), Hydraulic Research & Experiment Station, Delta Barrage, 1959.

Ahmad, Mushtaq, Muhammad Ali, and Abdul Khaliq. Sediment exclusion methods and devices at the intake of canals, reprint from Proceedings of the West Pakistan Engineering Congress, Lahore, Pakistan, 1960, Paper no.341, Vol.44, Part I.

Wehrschütz, Ferdinand. Wasserentnahme aus alpinen Abflüssen. Graz, Mitteilungen des Institutes für Wasserwirtschaft, Grundbau und Konstruktiven Wasserbau der Techn. Hochschule Graz, 1960.

Steinberg, Israel H. Russian River channel works, Journal of the Waterways and Harbors Division, Proceedings of the American Society of Civil Engineers, Vol.86, No.WW4, Nov.1960. pp.17-32. (Proceedings paper 2647).

Liu, H.K., F.M. Chang, and M.M. Skinner. Effect of bridge constriction on scour and backwater. Fort Collins, Colorado State University, Civil Engineering Section, 1961.

The P.L.A. Thames model, reprint from P.L.A. Monthly, August 1961. pp. 3-7.

Vanoni, Vita A., and J.T. O'Brien. Hydraulic model studies of Cebada and Purisima wasteway structures. Pasadena, California Institute of Technology, Hydrodynamics Laboratories, 1949.

Carlson, E.J., and R.A. Dodge, Jr. Control of alluvial rivers by steel jetties. Prepared for the First Water Resources Engineering Conference, ASCE, Omaha, Neb., May 14-18, 1962.

Carlson, E.J., and P.F. Enger. Sediment control at a headworks using guide vanes. Prepared for the Federal Inter-Agency Sedimentation Conference, Jackson, Mass., Jan. 28 - Feb. 1, 1963.

Bribiesca, Jose L. Sanchez, and Carlos Cruickshank. Contribucion a la hidraulica del cierre de cauces, in Ingenieria, Enero 1963. pp. 31-44.

Tsuchiya, Yoshito. Basic studies on the criterion for scour resulting from flows downstream of an outlet. Kyoto, Japan, Kyoto University, Disaster Prevention Research Institute, 1963.

Peru. Universidad Nacional de Ingenieria. Laboratorio Nacional de Hidraulica. Estudio en modelo hidraulico de la erosion del cauce al pie de la represa de aguada blanca. Lima, 1965.

Kerr, John A. Selected extracts concerning sedimentation and erosion problems in dam construction. Prepared in cooperation with R.K. Kilborn & Associates. Toronto, Ontario, Canada, 1961.

Benini, Giuseppe. Researches on sedimentation in settling basins carried out on real plants and on hydraulic models, L'Energia Elettrica, Vol.XXXVII, No. 4, 1960.

Palnitkar, V.G. A new type of anicut or diversion weir on small streams with permeable and friable foundations; first six monthly progress report for the period May 1965 to Sept. 1965. Hyderabad, Osmania University, University College of Engineering, 1965.

Palnitkar, V.G. A new type of anicut or diversion weir on small streams with permeable and friable foundations; second six monthly progress report for the period Oct. 1965 to March 1966. Hyderabad, Osmania University, University College of Engineering, 1966.

Palnitkar, V.G. A new type of anicut or diversion weir on small streams with permeable and friable foundations; third six monthly progress report for the period April 1966 to September 1966. Hyderabad, Osmania University, University College of Engineering, 1966.

Neill, C.R. River-bed scour; a review for bridge engineers Ottawa, Canadian Good Roads Association, 1964.

Farleigh, D.R.P. Channel movements resulting from construction of new bridge abutments at Conway, N. Wales. Prepared for 9th Congress, International Association for Hydraulic Research, Dubrovnik, 1961.

Dominy, Floyd E. Design considerations in the economic handling of sediment in irrigation systems. Prepared for the joint meeting of the United States National Committee of the International Commission on Irrigation and Drainage and the Irrigation and Drainage Division of the ASCE, El Paso, Texas, Dec. 2-4, 1964.

Taiwan. National Taiwan University. Taipei Hydraulic Laboratory. Model test on spillway and diversion tunnel of Paiho Reservoir Project. Taipei, Taiwan, China, 1964.

Cecen, Kazim. Die wasserfassung bei gebirgsflüssen, Die Wasserwirtschaft, Oct.1967. pp.359-363.

[Summary of papers on channel constrictions. n.p., n.d.] pp.32-45.

Linder, M., Howard E. Christian, and Warren J. Mellema. Missouri River Design Study: report on laboratory investigation of L-head river control structures. Kansas City, U.S. Army Engineer District, Omaha, 1964.

Guillou, John C., and Ven Te Chow. Desilting structures for highway drainage systems. Urbana, University of Illinois, College of Engineering, 1954.

Ghetti, Augusto. Hydraulic model research with sediment transportation for the S.I.M.A. Hydroelectric Plant of Isola Serafini on the River Po. Padova, Centro Veneto di Ricerche Idrauliche del C.N.R., Istituto di Idraulica dell'Universita di Padova, 1963.

Fairley, J.G., et al. Use of plastic filter cloth in revetment construction; potamology research project II. Memphis, Tenn., U.S. Army Corps of Engineers, Memphis District, 1970.

Hayashi, Masao. Numerical analysis of progressivé failure of sandy slope -- comparison with model test. Iwato, Tokyo, Japan, Central Research Institute of Electric Power Industry, 1970.

Krumbein, W.C. Tidal lagoon sediments on the Mississippi Delta, reprint from Recent Marine Sediments, American Association of Petroleum Geologists, Sept.1939. pp.178-194.

Wicker, C.F. Sediment discharge measurements in tidal waterways. Vicksburg, Miss., U.S. Army Corps of Engineers, Waterways Experiment Station, 1950.

Van Veen, J. Eb- en vloedschaar systemen in de Nederlandse getijwateren, overgedrukt uit Tijdschrift van Het Koninklijk Nederlandsch Aardrijkskundig Genootschap, Deel LXVII, Afl.3, 1950. pp.43-65.

Robinson, A.H.W., and R.L. Cloet. Coastal evolution in Sandwich Bay, reprint from Proceedings of the Geologists' Association, Vol.64, Part 2, 1953. pp.69-82.

Cloet, R.L. Sandwaves in the southern North Sea and in the Persian Gulf, reprint from Journal of the Institute of Navigation, Vol.VII, No.3, July 1954. pp.272-279.

Beckett, A.H. Conditions initiating bed lift and the effect of tide cycle time. Prepared for the Third Meeting, International Association for Hydraulic Structures Research, Grenoble, 5-7 Sept. 1949.

Rolfe, J.A.S. Recent developments in the study of bed load transport in tidal models. Prepared for the Third Meeting, International Association for Hydraulic Structures Research, Grenoble, 5-7 Sept.1949.

McDowell, D.M. A new attitude towards design of tide models. Prepared for Third Meeting, International Association for Hydraulic Structures Research, Grenoble, 5-7 Sept.1949.

Inglis, Claude Cavendish, and Fergus Hamilton Allen. The regimen of the Thames estuary as affected by currents, salinities, and river flow. Prepared for Maritime and Waterways Engineering Division Meeting, May 30, 1957. pp.827-878. (Maritime paper no.38).

U.S. Army Corps of Engineers. Charleston District. Investigation for reduction of maintenance dredging in Charleston Harbor, S.C.: Prototype investigation, Part 2 - Materials Testing Laboratory investigation of properties of shoals and materials in movement, Vol.II-2. Charleston, S.C., 1954.

Hiranandani, M.G., and C.V. Gole. Use of radioactive tracer for the study of sediment movement off Bombay Harbour. Poona, Government of India, Central Water and Power Research Station, 1960.

U.S. Army Corps of Engineers. Savannah District. Savannah Harbor, Georgia, Volume I Summary report of Savannah Harbor investigation & model study. Savannah, Ga., 1960.

Inglis, Claude Cavendish, and Friedrich Julius Theodor Kestner. The long-term effects of training walls, reclamation, and dredging on estuaries. Westminster, London, The Institution of Civil Engineers, 1958. pp.193-216. (Paper no.2628 of Proceedings).

Einstein, H.A. The viscosity of highly concentrated underflows and its influence on mixing, Transactions, American Geophysical Union, 1941. pp.597-603.

Farleigh, D.R.P., and Claude Inglis. The behaviour and control of the Karnafuli Estuary, East Pakistan, from Proceedings of the Conference on Civil Engineering Problems Overseas, 1962. pp.317-337. (Institution of Civil Engineers, Paper no.16).

Reineck, Hans-Erich. Reliefgüsse ungestörter Sandproben, sonderdruck aus der Zeitschrift für Pflazenernährung, Düngung, Bodenkunde, Vol.99, Heft 2/3, 1962. pp.151-153.

Reineck, Hans-Erich. Resin peel of undisturbed sand samples, Z. Pflanzenernähr, Düng, Bodenkunde, Vol.99, Heft 2/3, 1962. pp.154-159.

Kestner, Friedrich Julius Theodor. The old coastline of the wash; a contribution to the understanding of loose-boundary processes, reprint from The Geographic Journal, Vol.CXXVIII, Part 4, Dec.1962. pp.457-478.

Cloet, R.L. Hydrographic analysis of the sandbanks in the approaches to Lowestoft Harbour. London, Hydrographic Department, Admiralty, 1963.

Price, William Alan, and Mary Patricia Kendrick. Field and model investigation into the reasons for siltation in the Mersey Estuary, from Proc. Instn. Civ. Engrs., Vol.24, April 1963. pp.473-518. (Institution of Civil Engineers, Paper no.6669).

Huder, Hachen. Bestimmung der Scherfestigkeit strukturempfindlicher Böden under besonderer Berücksichtigung der Seekrieide. Zurich, Versuchsanstalt für Wasserbau und Erdbau and der Eidgenössischen Technischen Hochschule, 1963.

Raynaud, J.P. Charriage pseudo-plastique. Prepared for the Third Meeting, International Association for Hydraulics Structures Research, Grenoble, 5-7 Sept.1949.

Kestner, Friedrich Julius Theodor. The supply and circulation of silt in the wash. Prepared for the I.A.H.R. Congress, London, 1963. pp.231-238.

Russell, R.C.H., and J.R.J. Dyke. The direction of net sediment ttansport caused by waves passing over a horizontal bed. Prepared for I.A.H.R. Congress, London, 1963. pp.41-46.

Kestner, Friedrich Julius Theodor. Short-term changes in the distribution of fine sediments in estuaries, from Proc. Instn. Civ. Engrs., Vol.19, June 1961. pp.185-208. (Institution of Civil Engineers, Paper no.6494).

Projects relating to Hong Kong, Hydraulics Research Station Notes, Wallingford, No.9, Aug.1965.

Shepard, Francis P. Importance of submarine valleys in funneling sediments to the deep sea, reprint from Progress in Oceanography, Vol.3, 1965. pp.321-332.

Traxler, R.N. Influence of the solid on the flow properties of diulte suspensions, Paper Trade Journal, Technical Association Section, Feb.25, 1937. pp.123-125, 154.

Tison, L.J. Sedimentation und Erosion in Fluzzmündungen mit Gezeiten, Die Wasserwirtschaft, June 1968. pp.183-188.

Gierloff-Emden, H.G. Das Luftbild als Hilfsmittel zur Aufklärung der Dynamik von Schwebstoff- und Sinkstofftransport in der Nordsee, Deutschen Hydrographischen Zeitschrift, Band 20, Heft 6, 1967. pp.275-278.

Germany. University Fridericiana Karsruhe. Research Institute for Hydraulic Structures and Agricultural Engineering. Theodor-Rehbock-Laboratory for River Improvement. Mitteilungen, Heft 155. Karlsruhe, 1969.

[Demars, K.R., and D.G. Anderson]. Environmental factors affecting the emplacement of seafloor installations. Port Hueneme, Calif., U.S. Naval Civil Engineering Laboratory, 1971.

Anderson, D.G. Strength properties of some Pacific and Indian Oceans sediments. Port Hueneme, Calif., U.S. Naval Civil Engineering Laboratory, 1971.

Manzanares Abecasis, Fernando M. Hydraulic and sedimentary problems in tidal estuaries. Lisboa, Ministerio das Obras Publicas, Laboratorio Nacional de Engenharia Civil, 1969. 8 p.

Germany. Niedersächsische Wasserwirtschaftsverwaltung. Forschungsstelle für Insel- und Küstenschultz, Jahresbericht 1969, Band XXI. Norderney, 1970.

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