Format: Article / Topic: prediction and soil erosion

1. Critical data requirements for prediction of erosion and sedimentation in mountain drainage basins.

Article Title:: Journal of the American Water Resources Association /
Author:: Dunne, T.
View in NAL's Catalog:: IND21970259
Format:: Article

2. Design and development of environmental indicators with reference to Canadian agriculture.

Article Title:: North American Workshop on Monitoring for Ecological Assessment of Terrestrial and Aquatic Ecosystems = Taller Norteamericano Sobre Monitoreo para la Evaluación Ecológica de Ecosistemas Terrestres y Acuáticos : Mexico City, September 18-22, 1995 /
Author:: McRae, T.
View in NAL's Catalog:: IND21806187
Format:: Article

3. Assessing uncertainties in WEPP's soil erosion predictions on rangelands.

Article Title:: Journal of soil and water conservation.
Author:: Tiscareno-Lopez, M.
View in NAL's Catalog:: IND20486160
Format:: Article

4. Estimating universal soil loss equation factor values with aerial photography.

Article Title:: Journal of soil and water conservation.
Author:: Stephens, P.R.
View in NAL's Catalog:: ADL85058413
Format:: Article

5. Risk prediction of loblolly pine decline on littleleaf disease sites in South Carolina.

Article Title:: Plant disease.
Author:: Oak, S.W.
View in NAL's Catalog:: ADL88060145
Format:: Article

6. Toward a general method of estimating productivity-soil depth response relationships.

Article Title:: Journal of soil and water conservation.
Author:: Christensen, L.A.
View in NAL's Catalog:: ADL88060125
Format:: Article

7. Erosion and delivery of deposited peat sediment.

Article Title:: Water resources research.
Author:: Marttila, Hannu
View in NAL's Catalog:: IND44100317
Format:: Article

8. Influence of sediment settling velocity on mechanistic soil erosion modeling.

Article Title:: Water resources research.
Author:: Tromp-van Meerveld, H.J.
View in NAL's Catalog:: IND44100272
Format:: Article

9. Patterns of water and tillage erosion on topographically complex landscapes in the North American Great Plains.

Article Title:: Journal of soil and water conservation.
Author:: Li, S.
View in NAL's Catalog:: IND44019286
Format:: Article

10. Sediment supply and local scouring at bed sills in high-gradient streams.

Article Title:: Water resources research.
Author:: Marion, A.
View in NAL's Catalog:: IND43837540
Format:: Article

11. An evaluation of the PESERA soil erosion model and its application to a case study in Zakynthos, Greece.

Article Title:: Soil use and management.
Author:: Tsara, M.
View in NAL's Catalog:: IND43828698
Format:: Article

12. Predicting soil erosion for alternative land uses.

Article Title:: Journal of environmental quality.
Author:: Wang, E.
View in NAL's Catalog:: IND43802128
Format:: Article

13. Predicted impact and evaluation of North Carolina's phosphorus indexing tool.

Article Title:: Journal of environmental quality.
Author:: Johnson, A.M.
View in NAL's Catalog:: IND43753543
Format:: Article

14. Analyzing digital terrain attributes to predict soil attributes for a relatively large area.

Article Title:: Soil Science Society of America journal.
Author:: Ziadat, F.M.
View in NAL's Catalog:: IND43743315
Format:: Article

15. A rare-earth approach to tracing soil erosion.

Article Title:: Agricultural research.
Author:: Pons, L.
View in NAL's Catalog:: IND43714188
Format:: Article

16. Mathematical modeling of phosphorus losses from land application of hog and cattle manure.

Article Title:: Journal of environmental quality.
Author:: Grant, R.F.
View in NAL's Catalog:: IND43675275
Format:: Article

17. Evaluation of USLE and RUSLE estimated soil loss on rangeland.

Article Title:: Journal of range management.
Author:: Spaeth, K.E. Jr.
View in NAL's Catalog:: IND43641645
Format:: Article

18. Field evaluation of selected soil erosion models for catchment management in Indonesia.

Article Title:: Biosystems engineering.
Author:: Moehansyah, H.
View in NAL's Catalog:: IND43640843
Format:: Article

19. A quantitative framework for evaluating the mass balance of in-stream organic debris.

Article Title:: Forest ecology and management.
Author:: Benda, L.E.
View in NAL's Catalog:: IND23318333
Format:: Article

20. Sediment yields and soil loss rates from native forest, pasture and cultivated land in the Bathurst area, New South Wales.

Article Title:: Australian forestry.
Author:: Mahmoudzadeh, A.
View in NAL's Catalog:: IND23296210
Format:: Article

21. Conservation strategies for effective land management of protected areas using an erosion prediction information system (EPIS).

Article Title:: Journal of environmental management
Author:: Millward, A.A.
View in NAL's Catalog:: IND23225297
Format:: Article

22. Adoption of precision farming within three Midwest watersheds.

Article Title:: Journal of soil and water conservation.
Author:: Napier, T.L.
View in NAL's Catalog:: IND23221173
Format:: Article

23. Effects of land use and eventual fire on soil erodibility in dry Mediterranean conditions.

Article Title:: Forest ecology and management.
Author:: Giovannini, G.
View in NAL's Catalog:: IND23218710
Format:: Article

24. The effect of tillage depth, tillage speed, and soil condition on chisel tillage erosivity.

Article Title:: Journal of soil and water conservation.
Author:: Muysen, W. van.
View in NAL's Catalog:: IND23218618
Format:: Article

25. What soil constraints should be included in crop and forest models?

Article Title:: Agriculture, ecosystems & environment.
Author:: Probert, M.E.
View in NAL's Catalog:: IND22906011
Format:: Article

26. Predicting post-fire erosion and sedimentation risk on a landscape scale: a case study from Colorado.

Article Title:: Journal of sustainable forestry.
Author:: MacDonald, L.H.
View in NAL's Catalog:: IND22295054
Format:: Article

27. Relationship between soil test phosphorus, soluble phosphorus, and phosphorus saturation in Delaware soils.

Article Title:: Soil Science Society of America journal.
Author:: Pautler, M.C.
View in NAL's Catalog:: IND22063391
Format:: Article

28. Sedimentation in the Panama Canal Watershed.

Article Title:: Journal of sustainable forestry.
Author:: Loewenberg, M.
View in NAL's Catalog:: IND22051824
Format:: Article

29. An application of terrain and environmental modelling in a large-scale forestry experiment.

Article Title:: Forest ecology and management.
Author:: Mummery, D.
View in NAL's Catalog:: IND22032861
Format:: Article

30. Multipurpose trees as improved fallow: an economic assessment.

Article Title:: International tree crops journal.
Author:: Grist, P.
View in NAL's Catalog:: IND22028006
Format:: Article

31. Development and evaluation of a new soil erosion productivity index model (SEPIM).

Article Title:: Tropical agriculture.
Author:: Mulengera, M.K.
View in NAL's Catalog:: IND22026560
Format:: Article

32. Estimating the USLE-soil erodibility factor in developing tropical countries.

Article Title:: Tropical agriculture.
Author:: Mulengera, M.K.
View in NAL's Catalog:: IND22026557
Format:: Article

33. The future of deserts.

Article Title:: Journal of arid environments.
Author:: Warren, A.
View in NAL's Catalog:: IND22025823
Format:: Article

34. Spectacular increases in crop yields in the United States in the twentieth century.

Article Title:: Weed technology : a journal of the Weed Science Society of America.
Author:: Warren, G.F.
View in NAL's Catalog:: IND22018515
Format:: Article

35. "R1-R4" and "BOISED" sediment prediction model tests using forest roads in granitics.

Article Title:: Journal of the American Water Resources Association /
Author:: Ketcheson, G.L.
View in NAL's Catalog:: IND22003545
Format:: Article

36. Effective erosion parameters for slopes with spatially varying properties.

Article Title:: Journal of irrigation and drainage engineering.
Author:: Govindaraju, R.S.
View in NAL's Catalog:: IND21983549
Format:: Article

37. CPIDS: a plant parameter selection program for erosion prediction modeling.

Article Title:: Computers and electronics in agriculture.
Author:: Ascough, J.C. II
View in NAL's Catalog:: IND21809456
Format:: Article

38. Impinging jet calibration of excess shear sediment detachment parameters.

Article Title:: Transactions of the ASAE.
Author:: Stein, O.R.
View in NAL's Catalog:: IND21234539
Format:: Article

39. Natural erosion rates and their prediction in the Idaho batholith.

Article Title:: Journal of the American Water Resources Association /
Author:: Clayton, J.L.
View in NAL's Catalog:: IND20623367
Format:: Article

40. Predicting downslope travel of granitic sediments from forest roads in idaho.

Article Title:: Water resources bulletin.
Author:: Megahan, W.F.
View in NAL's Catalog:: IND20591394
Format:: Article

41. The GCTE soil erosion network: a multi-participatory research program.

Article Title:: Journal of soil and water conservation.
Author:: Ingram, J.
View in NAL's Catalog:: IND20539775
Format:: Article

42. Plant parameter database for erosion prediction models.

Article Title:: Applied engineering in agriculture.
Author:: Deer-Ascough, L.A.
View in NAL's Catalog:: IND20492444
Format:: Article

43. The applicability of RUSLE to geomorphic studies.

Article Title:: Journal of soil and water conservation.
Author:: Toy, T.J.
View in NAL's Catalog:: IND20486156
Format:: Article

44. The site and condition specific nature of sensitivity analysis.

Article Title:: Journal of soil and water conservation.
Author:: Ferreira, V.A.
View in NAL's Catalog:: IND20486154
Format:: Article

45. Lessons learned in RUSLE technology transfer and implementation.

Article Title:: Journal of soil and water conservation.
Author:: Kautza, T.J.
View in NAL's Catalog:: IND20486153
Format:: Article

46. The future of RUSLE: inside the new Revised Universal Soil Loss Equation.

Article Title:: Journal of soil and water conservation.
Author:: Yoder, D.
View in NAL's Catalog:: IND20486152
Format:: Article

47. Newest soil erosion formula "goes commercial".

Article Title:: Agricultural research /
Author:: Senft, D.
View in NAL's Catalog:: IND20484889
Format:: Article

48. Comparison of erosion predictions with GLEAMS, GLEAMS-WT, and GLEAMS-SWAT models for alluvial soils.

Article Title:: Transactions of the ASAE.
Author:: Reyes, M.R.
View in NAL's Catalog:: IND20473306
Format:: Article

49. Simulating the effects of erosion on corn productivity.

Article Title:: Soil Science Society of America journal.
Author:: Shaffer, M.J.
View in NAL's Catalog:: IND20466501
Format:: Article

50. The impact of GIS-derived topographic attributes on the simulation of erosion using AGNPS.

Article Title:: Applied engineering in agriculture.
Author:: Srinivasan, R.
View in NAL's Catalog:: IND20440591
Format:: Article

51. Prediction of sediment yield.

Article Title:: Journal of irrigation and drainage engineering.
Author:: Kothyari, U.C.
View in NAL's Catalog:: IND20437582
Format:: Article

52. Predicting eroded aggregate size distributions.

Article Title:: Paper /
Author:: Armstrong, S.M.
View in NAL's Catalog:: IND20428651
Format:: Article

53. Validation of the GLEAMS-WT and GLEAMS-SWAT erosion submodels.

Article Title:: Paper /
Author:: Reyes, M.R.
View in NAL's Catalog:: IND20428645
Format:: Article

54. C-factor calculations in RUSLE.

Article Title:: Paper /
Author:: Yoder, D.C.
View in NAL's Catalog:: IND20428076
Format:: Article

55. WEPP surface impoundment element: farm pond sedimentation.

Article Title:: Paper /
Author:: Lindley, M.R.
View in NAL's Catalog:: IND20424926
Format:: Article

56. Evaluation of the WEPP deposition component.

Article Title:: Paper /
Author:: Flanagan, D.C.
View in NAL's Catalog:: IND20424925
Format:: Article

57. WEPP watershed model: applications and progress.

Article Title:: Paper /
Author:: Ascough, J.C. II.
View in NAL's Catalog:: IND20424924
Format:: Article

58. WEPP watershed model: background and processes.

Article Title:: Paper /
Author:: Ascough, J.C. II.
View in NAL's Catalog:: IND20424923
Format:: Article

59. RUSLE revisited: status, questions, answers, and the future.

Article Title:: Journal of soil and water conservation.
Author:: Renard, K.G.
View in NAL's Catalog:: IND20410868
Format:: Article

60. How research improves land management.

Article Title:: ... yearbook of agriculture.
Author:: Meyer, L.D.
View in NAL's Catalog:: IND20394021
Format:: Article

61. Topographic effect on erosion from cropland in the Northwestern Wheat Region.

Article Title:: Transactions of the ASAE.
Author:: McCool, D.K.
View in NAL's Catalog:: IND20369000
Format:: Article

62. Hydraulic roughness coefficients for native rangelands.

Article Title:: Journal of irrigation and drainage engineering.
Author:: Weltz, M.A.
View in NAL's Catalog:: IND20368797
Format:: Article

63. Estimating soil loss from changes in soil cesium-137.

Article Title:: Canadian journal of soil science.
Author:: Kachanoski, R.G.
View in NAL's Catalog:: IND20376961
Format:: Article

64. Simulation of sediment and plant nutrient losses by the CREAMS water quality model.

Article Title:: Water resources bulletin.
Author:: Yoon, K.S.
View in NAL's Catalog:: IND93053657
Format:: Article

65. Productivity index model comparison for selected soils in North Central United States.

Article Title:: Journal of soil and water conservation.
Author:: Lindstrom, M.J.
View in NAL's Catalog:: IND93017227
Format:: Article

66. Effect of slope prediction methods on slope and erosion estimates.

Article Title:: Applied engineering in agriculture.
Author:: Srinivasan, R.
View in NAL's Catalog:: IND93003239
Format:: Article

67. Soil erosion prediction for sustainable agriculture systems.

Article Title:: Paper - American Society of Agricultural Engineers.
Author:: Drungil, C.
View in NAL's Catalog:: IND92075725
Format:: Article

68. WEPP hillslope erosion model predictions for natural runoff plots.

Article Title:: Paper - American Society of Agricultural Engineers.
Author:: Nearing, M.A.
View in NAL's Catalog:: IND92066336
Format:: Article

69. Soil erosion prediction with unit stream power theory.

Article Title:: Paper - American Society of Agricultural Engineers.
Author:: McIsaac, G.F.
View in NAL's Catalog:: IND92060372
Format:: Article

70. Predicting soil erodibility from soil properties including classification, mineralogy, climate, and topography.

Article Title:: Paper - American Society of Agricultural Engineers.
Author:: Elliot, W.J.
View in NAL's Catalog:: IND92060371
Format:: Article

71. A wind erosion prediction system to meet user needs.

Article Title:: Journal of soil and water conservation.
Author:: Hagen, L.J.
View in NAL's Catalog:: IND92056380
Format:: Article

72. Evolution in use and development of the wind erosion equation.

Article Title:: Journal of soil and water conservation.
Author:: Argabright, M.S.
View in NAL's Catalog:: IND92056379
Format:: Article

73. Advances in wind and water erosion prediction.

Article Title:: Journal of soil and water conservation.
Author:: Foster, G.R.
View in NAL's Catalog:: IND92056302
Format:: Article

74. Prediction of monthly erosion index from daily rainfall records.

Article Title:: Paper - American Society of Agricultural Engineers.
Author:: Thomas, A.W.
View in NAL's Catalog:: IND92019351
Format:: Article

75. Model to predict soil parent material underlying a loess mantle in Illinois from satellite data.

Article Title:: Soil science.
Author:: Agbu, P.A.
View in NAL's Catalog:: IND92040185
Format:: Article

76. Plant growth component of WEPP.

Article Title:: Paper - American Society of Agricultural Engineers.
Author:: Ghidey, F.
View in NAL's Catalog:: IND92019066
Format:: Article

77. An evaluation of EPIC using Iowa and Ohio data.

Article Title:: Paper - American Society of Agricultural Engineers.
Author:: Catus, B.
View in NAL's Catalog:: IND92007042
Format:: Article

78. Computers refine the prediction of erosion.

Article Title:: Minnesota science - Agricultural Experiment Station, University of Minnesota.
Author:: Hansen, D.
View in NAL's Catalog:: IND91049126
Format:: Article

79. Spatial pattern of soil redistribution in Boroll landscapes, southern Saskatchewan, Canada.

Article Title:: Soil science.
Author:: Pennock, D.J.
View in NAL's Catalog:: IND91014833
Format:: Article

80. Polymer effects on erosion under laboratory rainfall simulator conditions.

Article Title:: Soil Science Society of America journal.
Author:: Ben-Hur, M.
View in NAL's Catalog:: IND90049765
Format:: Article

81. Procedure to generate CREAMS precipitation data for average annual erosion predictions from overland areas: the design storm methodology.

Article Title:: Modeling agricultural, forest, and rangeland hydrology : proceedings of the 1988 International Symposium, December 12-13, 1988, Hyatt Regency Chicago, in Illinois Center, Chicago, Illinois.
Author:: Griffin, M.L.
View in NAL's Catalog:: IND90025130
Format:: Article

82. An erosion-based land classification system for military installations.

Article Title:: Environmental management.
Author:: Warren, S.D.
View in NAL's Catalog:: IND89036956
Format:: Article

83. Effect of tall vegetation on erosion and sedimentation: a microcuputer package.

Article Title:: Hydraulics and hydrology in the small computer age : proceedings of the Specialty Conference, Lake Buena Vista, Florida, August 12-17, 1985 ; edited by William R. Waldrop.
Author:: Khanbilvardi, R.M.
View in NAL's Catalog:: IND89009460
Format:: Article

84. Present and future erosion prediction tools for use in pinyon-juniper communities.

Article Title:: General technical report INT - U.S. Department of Agriculture, Forest Service, Intermountain Research Station.
Author:: Renard, K.G. re, Tucson, AZ.
View in NAL's Catalog:: IND89006074
Format:: Article

85. Predicting soil losses in Tennessee.

Article Title:: Bulletin - University of Tennessee, Agricultural Experiment Station.
Author:: Jent, C.H. Jr.
View in NAL's Catalog:: IND90008038
Format:: Article

86. Quantifying denitrification on a field scale in hummocky terrain.

Article Title:: Canadian journal of soil science.
Author:: Elliott, J.A.
View in NAL's Catalog:: IND92067557
Format:: Article

87. The US national project to develop improved erosion prediction technology to replace the USLE.

Article Title:: Reprints - U.S. Department of Agriculture, Agricultural Research Service.
Author:: Lane, L.J.
View in NAL's Catalog:: IND89064090
Format:: Article

88. Infiltration parameters and Landsat classification of erosion-prone landscapes in the San Juan Basin, New Mexico.

Article Title:: Journal of soil and water conservation.
Author:: Gardner, T.W.
View in NAL's Catalog:: ADL85058432
Format:: Article

89. Sediment yield modelling.

Article Title:: Erosion and sediment yield : some methods of measurement and modelling / edited by R.F. Hadley and D.E. Walling.
Author:: Onstad, C.A.
View in NAL's Catalog:: IND85015105
Format:: Article

90. Measuring and predicting soil erosion.

Article Title:: Erosion and sediment yield : some methods of measurement and modelling / edited by R.F. Hadley and D.E. Walling.
Author:: Hadley, R.F.
View in NAL's Catalog:: IND85015103
Format:: Article

91. Comments on "Soil Erosion Class and Landscape Position".

Article Title:: Soil Science Society of America journal.
Author:: Moore, I.D.
View in NAL's Catalog:: IND86076112
Format:: Article

92. Maximum allowable velocity prediction for vegetated waterwasy.

Article Title:: Transactions of the ASAE - American Society of Agricultural Engineers.
Author:: Gregory, J.M.
View in NAL's Catalog:: IND86068152
Format:: Article

93. Effect of rainfall measurement interval on EI calculation.

Article Title:: Transactions of the ASAE - American Society of Agricultural Engineers.
Author:: Istok, J.D.
View in NAL's Catalog:: IND86068150
Format:: Article

94. Determination of erodibility of a subtropical clay soil: a laboratory rainfall simulator experiment.

Article Title:: Journal of soil science.
Author:: Elwell, H.A.
View in NAL's Catalog:: IND86058644
Format:: Article

95. Joint frequency distributions for use in erosion research.

Article Title:: Soil Science Society of America journal.
Author:: Istok, J.D.
View in NAL's Catalog:: IND86052599
Format:: Article

96. A method of predicting slope erosion.

Article Title:: Third Congress of the Asian and Pacific Regional Division of the International Association for Hydraulic Research, Aug 24-26, 1982, Bandung, Indonesia / org./spon. by Ministry of Public Works, Republic of Indonesia.
Author:: Komura, S.
View in NAL's Catalog:: IND86039386
Format:: Article

97. Evaluation of the topographical factor in the universal soil loss equation on irregular slopes.

Article Title:: Journal of soil and water conservation.
Author:: Castro, C.D.
View in NAL's Catalog:: ADL86036401
Format:: Article

98. Prediction of sediment yields from small watersheds.

Article Title:: Transactions of the ASAE - American Society of Agricultural Engineers.
Author:: Williams, J.R.
View in NAL's Catalog:: ADL87073380
Format:: Article

99. Water movement through continuous furrow and prediction of severe soil scouring.

Article Title:: Soviet agricultural sciences.
Author:: Chitishvili, G.Sh.
View in NAL's Catalog:: IND87046219
Format:: Article

100. Effect of antecedent rainfall on runoff during low-intensity rainfall.

Article Title:: Journal of hydrology.
Author:: Istok, J.D.
View in NAL's Catalog:: ADL87033128
Format:: Article

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1. Critical data requirements for prediction of erosion and sedimentation in mountain drainage basins.

2. Design and development of environmental indicators with reference to Canadian agriculture.

3. Assessing uncertainties in WEPP's soil erosion predictions on rangelands.

4. Estimating universal soil loss equation factor values with aerial photography.

5. Risk prediction of loblolly pine decline on littleleaf disease sites in South Carolina.

6. Toward a general method of estimating productivity-soil depth response relationships.

7. Erosion and delivery of deposited peat sediment.

8. Influence of sediment settling velocity on mechanistic soil erosion modeling.

9. Patterns of water and tillage erosion on topographically complex landscapes in the North American Great Plains.

10. Sediment supply and local scouring at bed sills in high-gradient streams.

11. An evaluation of the PESERA soil erosion model and its application to a case study in Zakynthos, Greece.

12. Predicting soil erosion for alternative land uses.

13. Predicted impact and evaluation of North Carolina's phosphorus indexing tool.

14. Analyzing digital terrain attributes to predict soil attributes for a relatively large area.

15. A rare-earth approach to tracing soil erosion.

16. Mathematical modeling of phosphorus losses from land application of hog and cattle manure.

17. Evaluation of USLE and RUSLE estimated soil loss on rangeland.

18. Field evaluation of selected soil erosion models for catchment management in Indonesia.

19. A quantitative framework for evaluating the mass balance of in-stream organic debris.

20. Sediment yields and soil loss rates from native forest, pasture and cultivated land in the Bathurst area, New South Wales.

21. Conservation strategies for effective land management of protected areas using an erosion prediction information system (EPIS).

22. Adoption of precision farming within three Midwest watersheds.

23. Effects of land use and eventual fire on soil erodibility in dry Mediterranean conditions.

24. The effect of tillage depth, tillage speed, and soil condition on chisel tillage erosivity.

25. What soil constraints should be included in crop and forest models?

26. Predicting post-fire erosion and sedimentation risk on a landscape scale: a case study from Colorado.

27. Relationship between soil test phosphorus, soluble phosphorus, and phosphorus saturation in Delaware soils.

28. Sedimentation in the Panama Canal Watershed.

29. An application of terrain and environmental modelling in a large-scale forestry experiment.

30. Multipurpose trees as improved fallow: an economic assessment.

31. Development and evaluation of a new soil erosion productivity index model (SEPIM).

32. Estimating the USLE-soil erodibility factor in developing tropical countries.

33. The future of deserts.

34. Spectacular increases in crop yields in the United States in the twentieth century.

35. "R1-R4" and "BOISED" sediment prediction model tests using forest roads in granitics.

36. Effective erosion parameters for slopes with spatially varying properties.

37. CPIDS: a plant parameter selection program for erosion prediction modeling.

38. Impinging jet calibration of excess shear sediment detachment parameters.

39. Natural erosion rates and their prediction in the Idaho batholith.

40. Predicting downslope travel of granitic sediments from forest roads in idaho.

41. The GCTE soil erosion network: a multi-participatory research program.

42. Plant parameter database for erosion prediction models.

43. The applicability of RUSLE to geomorphic studies.

44. The site and condition specific nature of sensitivity analysis.

45. Lessons learned in RUSLE technology transfer and implementation.

46. The future of RUSLE: inside the new Revised Universal Soil Loss Equation.

47. Newest soil erosion formula "goes commercial".

48. Comparison of erosion predictions with GLEAMS, GLEAMS-WT, and GLEAMS-SWAT models for alluvial soils.

49. Simulating the effects of erosion on corn productivity.

50. The impact of GIS-derived topographic attributes on the simulation of erosion using AGNPS.

51. Prediction of sediment yield.

52. Predicting eroded aggregate size distributions.

53. Validation of the GLEAMS-WT and GLEAMS-SWAT erosion submodels.

54. C-factor calculations in RUSLE.

55. WEPP surface impoundment element: farm pond sedimentation.

56. Evaluation of the WEPP deposition component.

57. WEPP watershed model: applications and progress.

58. WEPP watershed model: background and processes.

59. RUSLE revisited: status, questions, answers, and the future.

60. How research improves land management.

61. Topographic effect on erosion from cropland in the Northwestern Wheat Region.

62. Hydraulic roughness coefficients for native rangelands.

63. Estimating soil loss from changes in soil cesium-137.

64. Simulation of sediment and plant nutrient losses by the CREAMS water quality model.

65. Productivity index model comparison for selected soils in North Central United States.

66. Effect of slope prediction methods on slope and erosion estimates.

67. Soil erosion prediction for sustainable agriculture systems.

68. WEPP hillslope erosion model predictions for natural runoff plots.

69. Soil erosion prediction with unit stream power theory.

70. Predicting soil erodibility from soil properties including classification, mineralogy, climate, and topography.

71. A wind erosion prediction system to meet user needs.

72. Evolution in use and development of the wind erosion equation.