Sustaining the Global farm
Selected papers from the 10th
International Soil Conservation Organization Meeting
Edited by
Diane E.
Stott, Rabi H. Mohtar,
and Gary C. Steinhardt
Published by the
International Soil Conservation Organization
in cooperation
with
United States Department of Agriculture
Agricultural Research Service
National Soil Erosion Research Laboratory
and
Purdue University
Editors
Diane E.
Stott, Ph.D.
Research
Soil Microbiologist/Biochemist
USDA-ARS
National Soil Erosion Research Laboratory
1196 Soil Building
West
Lafayette IN 47907-1196 USA
Phone:
1-765-494-6657; Fax: 1-765-494-5948
destott@purdue.edu
http://topsoil.nserl.purdue.edu/nserlweb/destott/default.htm
Rabi H. Mohtar, Ph.D.
Assistant Professor
Environmental and Natural Resources Engineering
Department
of Agricultural and Biological Engineering
1146 ABE Building, Purdue University
West Lafayette, IN 47907-1146
Phone: 1-765-494-1791; Fax: 1-765-496-1115
mohtar@purdue.edu
http://pasture.ecn.purdue.edu/~mohtar/
Gary C. Steinhardt, Ph.D.
Professor
Soil Management
Agronomy Department
1150 Lilly Hall of Life Sciences
Purdue University
West Lafayette,
IN
47907-1150
Phone: 1-765-494-8063; FAX: 1-765-496-2926
gsteinhardt@purdue.edu
CD Cover Artwork
The art work used
was from the USDA-NRCS Photo Gallery, Photo #NRCSIA99371. Please contact the
USDA-NRCS directly for more information. Photo Gallery web site is
http://photogallery.nrcs.usda.gov/ (confirmed 2 May, 2002)
Disclaimer
The
information and opinions herein are the responsibility of the individual paper
authors. Neither the United
States
Department of Agriculture, Agricultural Research Service (USDA-ARS) nor Purdue University expressly guarantees
the research presented here, nor endorses any equipment, product, or method
used.
Citation Format
<<Paper
Authors>>. 2001. <<Paper Title>>. <<Paper page
numbers>> pgs. In: D.E. Stott, R.H. Mohtar, and G.C. Steinhardt (eds). Sustaining
the Global Farm – Selected papers from the 10th International Soil
Conservation Organization Meeting, May 24-29, 1999,
West Lafayette, IN. International Soil Conservation Organization in
cooperation with the USDA and Purdue University, West Lafayette, IN. CD-ROM available from the USDA-ARS National Soil
Erosion Laboratory, West Lafayette, IN. Web site http://topsoil.nserl.purdue.edu/nserlweb/isco99/pdf/isco99pdf.htm
(verified 2 May 2002).
ISCO 99 was sponsored by:
International Soil Conservation Organization
Agricultural Research Service, U.S.
Department of Agriculture
Natural Resources Conservation Service, U.S.
Department of Agriculture
In cooperation with:
Cooperative State Research, Education, and Extension Service, U.S. Department of Agriculture
U.S. Department of State
Foreign Agricultural Service, U.S.
Department of Agriculture
Forest Service, U.S. Department of
Agriculture
Geological Survey, U.S. Department
of the Interior
Purdue University
The World Bank
U.S. Agency for International
Development
U.S. Environmental Protection
Agency
And:
Agriculture and Agri-Food Canada
American Society for
Photogrammetry and Remote Sensing
American Water Resources
Association
Association for Better Land
Husbandry
Canadian Society of Soil Science
Conservation Technology Information
Center
European Society for Soil
Conservation
International Erosion Control
Association
International Soil Science Society
International Soil Tillage
Research Organization
Organization of American States
Society for Ecological Restoration
Society for Range Management
Soil Conservation Council of Canada
Soil and Water Conservation
Society
Soil Science Society of America
World Association of Soil and
Water Conservation
The sponsors of the thank the 10th
International Soil Conservation Organization Conference following institutions
for their generous financial support:
Agricultural Research Service,
USDA
Agriculture and Agri-Food Canada
Conservation Technology Information
Center
Cooperative State Research,
Education, and Extension Service, USDA
Dow Elanco
Foreign Agricultural Service, USDA
Forest Service, USDA
Geological Survey, USDI
Monsanto Company
Natural Resources Conservation
Service, USDA
U.S. Environmental Protection
Agency
Organizing Committee for
the
10th International Soil
Conservation Organization Conference
Pearlie S. Reed (co-chair),
USDA, Natural Resources Conservation Service (NRCS)
Mark Nearing (co-chair),
USDA, Agricultural Research Service (ARS)
Andres Aguilar, Universidad
Autonomia de Chapingo
Gene Alberts, USDA, ARS
C. Richard Amerman, USDA,
ARS
Vincent Bralts, Purdue
University
Ann Carey, USDA, NRCS
Maurice Cook, North
Carolina State University
Dave Cressman, Ecologistics,
Ltd.
Julian Dumanski, World Bank
Robert Eddleman, USDA, NRCS
Samir El-Swaify, University
of Hawaii
Linda Elswick,
International Partners for Sustainable Agriculture
Hari Eswaran, USDA-NRCS
Dennis Flanagan, USDA-ARS
Susan Gordon, U.S.
Department of State
Guillermo Grajalcs,
InterAmerican Institute for Cooperation in Agriculture
Jerry Hammond, USDA, NRCS
John Hebblethwaite,
Conservation Technology Information Center
Mike Hickman, USDA, ARS
Chi-Hua Huang, USDA, ARS
Tom Huntington, U.S.
Geological Survey
Chris Johannsen, Purdue
University
Paul Johnson, Oneota Slopes
Farm
Rattan Lal, Ohio State
University
Leonard Lane, USDA, ARS
Gerry Luciuk, Agriculture
and Agri-Food Canada
Kristen Martin, U.S.
Environmental Protection Agency
Don McCool, USDA, ARS
William McFee, Purdue
University
Rabi Mohtar, Purdue
University
Henry Mount, USDA, NRCS
Curt Nissly, U.S. Agency
for International Development
John Nordin, USDA, Forest
Service
L. Darrell Norton, USDA,
ARS
Christian Pieri, World Bank
Ken Renard, USDA, ARS
(Retired)
David Sammons, Purdue
University
Sara Scherr, University of
Maryland
David Schertz, USDA, NRCS
Berlie Schmidt, USDA,
Cooperative State Research, Education, and Extension Service
Max Schnepf, USDA, NRCS
Charles Sloger, U.S. Agency
for International Development
Gary Steinhardt, Purdue
University
Diane Stott, USDA, ARS
Dan Towery, Conservation
Technology Information Center
Glenn Weesies, USDA, NRCS
Previous ISCO Meetings and Publications
ISCO-10. West Lafayette, Indiana,
USA. 24-29 May 1999 (Published 2001). Sustaining the Global Farm
– Selected papers from the 10th International Soil Conservation
Organization Meeting (Eds: D.E. Stott, R.H. Mohtar and G.C. Steinhardt).
CD-ROM. West Lafayette (USA): ISCO in cooperation with the USDA-ARS National
Soil Erosion Research Laboratory and Purdue University. http://topsoil.nserl.purdue.edu/nserlweb/isco99/pdf/isco99pdf.htm.
(last verified 2 May 2002 )
ISCO-9. Bonn, Germany.
26-30 August 1996 (Published 1998) Towards Sustainable Land
Use: Furthering Cooperation between People and Institutions, Selected papers
of the Conference of the International Soil Conservation Organisation (Eds:
Blume, Eger, Fleischhauer, Hebel, Rei, and Steiner. Advances in Geolecology 31.
2 vols. Reiskirchen (Germany): Catena Verlag. ISBN 3 923381 42 5.
ISCO-8. New Delhi.
4-8 December 1994 (Published 1998). Soil and Water Conservation -
Challenges and Opportunities (Eds: L.S. Bhushan, I.P. Abrol, M.S. Rama, and
M. Rao). 2 vols. 1700pp. Dehra Dun (India): Indian Assoc. of Soil & Water
Conservation. ISBN 81 204 1082 x.
ISCO-7. Sydney, Australia.
27-30 September 1992.(published 1992). People Protecting their Land
(Eds: P.G. Haskins and B.M. Murphy). 2 vols. 832pp. Sydney (Australia): ISCO
and NSW Dept of Conservation and Land Management. . ISBN 0 7305 9977 9.
ISCO-6: Ethiopia
and Kenya. 6-18 November 1989. (Published 1992). Erosion,
Conservation and Small-Scale Farming and 'Soil Conservation for Survival
(Eds H.Hurni and K Tato). 582 and 420pp. Bern (Switzerland): Geographica
Bernensia, ISCO, and the World Assoc. Soil and Water Conservation. ISBN 3
906290 70 0 and 0 935734 27 9.
ISCO-5: Bangkok,
Thailand. 18-29 January 1988. (Published 1989) Land
Conservation for Future Generations (Ed: S. Rimwanich). 2 vols. 1312 pp. Bangkok
(Thailand): Dept. of Land Development, Min. of Ag. & Coops. ISBN
974-7724-94-4.
ISCO-4: Maracay,
Venezuela. 3-9 November 1985. (Published 1987). Soil
Conservation and Productivity. (Ed: Pla Sentis I.) 2 vols, 1215pp. Maracay
(Venezuela): Universidad Central and the Soc. Venezolana de la Ciencia del
Suelo. ISBN 980 265 924 X.
ISCO-3: Honolulu,
Hawaii, USA. (Malama Aina, first to be coined
as an ISCO Conference), January 16-22 1983 (Published 1985). Soil Erosion
and Conservation (Eds: S.A. El-Swaify, W.C. Moldenhauer, A. Lo). 793pp. Ankeny
(USA): Soil & Water Consv Soc. ISBN 0 935734 11 2.
Pre-ISCO-2: Silsoe,
UK. 21-25 July 1980. (Published 1981). Soil Conservation:
Problems and Prospects (Ed: R.P.C. Morgan). 575pp. Chichester (UK): Wiley. ISBN
0 471 27882 3.
Pre-ISCO-1: Ghent,
Belgium, 27 February to 3 March, 1978 (Published 1980). Assessment of Erosion (Eds: H. De Boodt and D. Gabriels), John Wiley
and Sons, Chichester (UK). ISBN 0 471 27899 8.
Table of Contents
Editor
Contact Information ii
Disclaimer
and Citation Format iii
Sponsors,
Cooperating Organizations, and Financial Sponsors iv
Conference
Planning Committee v
Previous
ISCO Meetings and Publications vi
Preface vii-viii
I. Sustaining the Global Farm
II. Social, Economic and Policy Elements of Conservation
III. Local Action for Land Stewardship
|
Keynote:
Land Care In Australia
Michael Sutherland and Brian Scarsbrick
|
160-164
|
|
Soil
and Water Conservation Strategies on the Red and Yellow Soils of South China
Huaxing Li, Xinming
Zhang, Xichong Chen, and Weisheng Lu
|
165-170
|
|
Facilitating
Better Linkages Between Hill-Tribe Communities and Government Agencies with
Digitized Land Use Maps in Mae Hong Son Province, Thailand
Oliver Puginier
|
171-178
|
|
Land
Resource Constraints for Sustainable Agriculture in Thailand
P. Moncharoen, T. Vearasilp, and H. Eswaran
|
179-185
|
|
Impact
of Upland Agriculture and Conservation Project (UACP) on Sustainable
Agriculture Development in Serang Watershed, Indonesia
Naik Sinukaban
|
186-190
|
|
Participatory
Soil and Water Conservation in India - Experiences from the KRIBHCO
Indo-British Rainfed Farming Project
Paul D. Smith
|
191-197
|
|
Selection
of Soil Conservation Measures in the Indonesian Regreening Program
Fahmuddin Agus
|
198-202
|
|
Fodder
Dissemination for Soil Conservation and Cash Generation in the Central Kenyan
Highlands
M.K. O’Neill, P.K. Tuwei, G.M. Karanja, and B. Okoba
|
203-207
|
|
Sustainable
Agricultural Enterprises in Two Districts in Uganda
Nkuba R. Michael
|
208-211
|
|
Soil
Pollution Patterns in Terrestrial Ecosystems of the Kola Peninsula, Russia
Serguei V. Koptsik, and Galina N. Koptsik
|
212-216
|
|
Spectral
Reflectance as a Tool to Study Soils in Semi-Arid Regions
E.I. Karavanova
|
217-222
|
|
Monitoring
Water and Sediment Yield In Mediterranean Mountainous Watersheds: Preliminary
Results
J. Rius, R. Batalla, and R.M. Poch
|
223-228
|
|
Role
of Kenyan Women’s Groups in Community Based Soil and Water Conservation
Margaret J. Kamar
|
229-233
|
IV. Land Use Influences
|
Keynote:
The Development and Future of Direct Seed Cropping Systems in Argentina.
Explaining some of the Economic, Agronomic, Environmental, Social and
Sustainability Benefits that Support the Process
Roberto A. Peiretti
|
234-247
|
|
Keynote:
Frontiers in Conservation Tillage and Advances in Conservation Practice
Rolf Derpsch
|
248-254
|
|
Factors
Affecting Agricultural Sustainability in the Pacific Northwest, USA: An
Overview
D. K. McCool, D. R. Huggins, K. E. Saxton, and A. C.
Kennedy
|
255-260
|
|
Grazing,
Burning, and Drought Influences on Rangeland Ecosystem Sustainability
W. E. Emmerich and R. K. Heitschmidt
|
261-265
|
|
Effects
of Erosion and Manure Applications on Corn Production
F.J. Arriaga and B. Lowery
|
266-271
|
|
Relating
Crop Yields to Physiographic Attributes in Ohio Through Principal Component
Analysis
E. Salchow and R. Lal
|
272-276
|
|
Crop
Residue Management Increases Dryland Grain Sorghum Yields in a Semiarid
Region
Paul W. Unger and R. Louis Baumhardt
|
277-282
|
|
Saturated
Transport of Atrazine Under Two Tillage System
Alton B. Johnson
|
283-287
|
|
Sustainable
Land Use: An Interdisciplinary Demonstration Project in Northeast Germany
T. Kalettka, K. Helming, H. Kächele, A. Khorkov, K.
Müller, and H.-J. Philipp
|
288-292
|
|
Agricultural
Field State and Runoff Risk: Proposal of a Simple Relation for the
Silty-Loam-Soil Context of the Pays de Caux (France)
Philippe Martin, François Papy, and Alain Capillon
|
293-299
|
|
Influence of
Cultural Practices on Sheetflow, Sediment and Pesticide Transport: The Case
of Corn Cultivation Under Plastic Mulching
C. Gascuel-Odoux, F. Garnier, and D. Heddadj
|
300-304
|
|
Evaluating
the Biodiversity of Almond Cultivars From a Germplasm Collection Field in
Southern Italy
D. De Giorgio and G.B. Polnigano
|
305-311
|
|
Soil
Losses Caused by Chicory Root and Sugar Beet Harvesting in Belgium:
Importance and Implications
Jean W.A. Poesen, Gert Verstraeten, Leen Seynaeve, and
Ruben Soenens
|
312-316
|
|
Feasibility
of Agroforestry for Sugarcane Production and Soil Conservation in Brazil
L.F.G. Pinto, M.S. Bernardes, G. Sparovek, and G.M.S.
Camara
|
317-320
|
|
Monitoring
the Sediment Loading of Itaipu Lake and Modeling of Sheet and Rill Erosion
Hazards in the Watershed of Parana River: An Outline of the Project
L.D. Norton, C. Castro Filho, T.C. Cochrane, J.H.
Caviglione, H.M. Fontes Jr., L.P. Johanson, and L.D. Marenda
|
321-323
|
|
Abstract
Soil Conservation Perspectives of Road Infrastructure within a Development
Context in South Africa
H.R. Beckedahl, T.R. Hill, and M. Moodley
|
324-328
|
|
Influence
of Cabbage Growth on Ridge Erosion
Takahiro Shiono, Azuma Takagi, Chikara Ogura, and Ken-ichiro
Kamimura
|
329-332
|
|
Biological
Restoration of a Degraded Alfisol in the Humid Tropics Using Planted Woody
Fallow: Synthesis of 8-Year-Results
G. Tian, F.K. Salako, F. Ishida, and J. Zhang
|
333-337
|
|
Hydrological
Implications of Planting Bluegum in Natural Shola and Grassland Watersheds of
Southern India
J.S. Samra, A.K. Sikka, and V.N. Sharda
|
338-343
|
|
Simulated
Nitrogen Loading from Corn, Sorghum, and Soybean Production in the Upper
Mississippi Valley
Jay D. Atwood, Verel W. Benson, R. Srinivasan, Clive
Walker, and Erwin Schmid
|
344-348
|
|
Monitoring
land use changes in the Nam Phung Valley of Lom Kao District in Thailand
C.D. Dedzoe, B.A. Raji, and M. Staljanssens
|
349-355
|
|
Factors
Enhancing the Terrace Use in the Highlands of Kabale District, Uganda
Richard Miiro
|
356-361
|
|
Reduced
Tillage Problem in the New Conditions of Romanian Agriculture
Vergil Gangu, Mihail-Florian Neacsu, and Iosif Cojocaru
|
362-365
|
|
Conservation
Tillage Systems for Spring Corn in the Semihumid to Arid Areas of China
Cai Dianxiong, Wang Xiaobin, Zhang Zhitian, Gao Xuke,
and Zhang Jingqing
|
366-370
|
|
Effects
of Nitrification Inhibitor on Nitrate Leaching in Cotton Production Systems
R. K. Malik and K. C. Reddy
|
371-377
|
|
Overwinter
Changes to Vehicle Ruts and Natural Rills and Effects on Soil Erosion
Potential
Lawrence W. Gatto
|
378-383
|
V. Erosion Control
|
Polyacrylamide:
A Review of the Use, Effectiveness, and Cost of a Soil Erosion Control
Amendment
V. Steven Green and D.E. Stott
|
384-389
|
On-farm
Assessment of Contour Hedges for Soil and Water Conservation in Central Kenya
S.D. Angima, M.K. O’Neill, and D.E. Stott
|
390-394
|
|
Contour
Hedgerows of Calliandra calothyrsus Meissn. for Soil and Water
Conservation in the Blue Mountains of Jamaica
M.A. McDonald, P.A. Stevens, and J.R. Healey
|
395-402
|
|
Research and practical experiences with vegetative
barriers for water erosion control in Venezuela
Oscar S. Rodríguez and Onelia Andrade
|
403-411
|
|
Early
Growth Performance of Sixteen Populations of Faidherbia albida in Semi
Arid Baringo District of Kenya
O.G. Dangasuk, S. Gudu, and J.R. Okalebo
|
412-418
|
|
Land
Application of Organic and Inorganic Fertilizer for Corn in Dryland Farming
Region of North China
Wang Xiaobin, Cai Dianxiong, and Zhang Jingqing
|
419-422
|
|
Mangrove
Structure on the Eastern Coast of Samar Island, Philippines
Antonio B. Mendoza and Danilo P. Alura
|
423-425
|
|
New
Initiatives to Control Soil Erosion In England
Roger J. Unwin
|
426-430
|
|
Rainfall-Runoff
Harvesting for Controlling Erosion and Sustaining Upland Agriculture
Development
I. Sumarjo Gatot, J. Duchesne, F. Forest, P. Perez, C.
Cudennec, T. Prasetyo, and S. Karama
|
431-439
|
|
Use
of Compost and Sewage Sludge with Different Tillage Treatments for Sustained
Soil Protection
Thorsten Hoss, Rolf-Alexander Düring, and Stefan Gäth
|
440-446
|
|
Designing
Research to Improve Runoff and Erosion Control Practices: Example, Grass
Hedges
L. D. Meyer, S. M. Dabney, and W. D. Kemper
|
447-451
|
|
Use
of Some Natural Plant Species for Erosion Control in Southern Turkey
Mehmet Aydin, Ismail Celik, and Aytekin Berkman
|
452-457
|
|
See also: |
|
|
Erosion Control by Amending Soil with Synthetic Gypsum
B.H. Wallace, L.D. Norton and R. Woodward |
1158-1162 |
VI. Carbon Sequestration
|
Keynote:
Soil Conservation For C Sequestration
R. Lal
|
459-465
|
|
Carbon
Sequestration in a Plowed and No-Tillage Chronosequence in a Brazilian Oxisol
João Carlos de M. Sá, Carlos C. Cerri , Warren
A. Dick, Rattan Lal, Solismar P. Venske Filho, Marisa C. Piccolo ,
Brigitte E. Feigl
|
466-471
|
|
Erosion
Effects on Soil Organic Carbon Pool in Soils of Iowa
J.M. Kimble, R. Lal, and M. Mausbach
|
472-475
|
|
Soil
and Crop Management and the Greenhouse Gas Budget of Agroecosystems in Canada
R.L. Desjardins, W.N. Smith, B. Grant, H. Janzen, S.
Gameda and J. Dumanski
|
476-480
|
|
Effects
of Conservation Tillage on Soil Organic Carbon Dynamics: Field Experiments in
the U.S. Corn Belt
D.C. Reicosky
|
481-485
|
|
Regional-Scale
Analysis of Soil Microbial Biomass and Soil Basal CO2-Respiration in
Northeastern Germany
Stephan J. Wirth
|
486-493
|
|
Soil
Carbon Enhancement in Graded and Ungraded Reclaimed Minesoil Under Forest and
Pasture in Ohio, USA
V.A. Akala and R. Lal
|
494-498
|
|
Land
Use Effects on Soil Carbon Pools in Two Major Land Resource Areas of Ohio,
USA
A. Lantz, R. Lal, and J. Kimble
|
499-502
|
Carbon
Concentrations and Transport in Sediment Leaving Small, Cropped Watersheds
L.B. Owens, R.W. Malone, G.C. Starr, and R. Lal
|
503-508
|
|
Global
Climate Change: Implications of Extreme Events for Soil Conservation
Strategies and Crop Production in the Midwestern United States
Anne N. Williams, Mark Nearing, Mike Habeck, Jane
Southworth, Rebecca Pfeifer, Otto C. Doering, Jess Lowenberg-Deboer, J.C.
Randolph, and Michael A. Mazzocc
|
509-515
|
|
See also: |
|
|
Potential of Conservation Tillage to Reduce Carbon Dioxide Emission in
Australian Soils
H.B. So; R.C. Dalal; K.Y. Chan; N.M. Menzies, and D.M.
Freebairn
|
821-826 |
VII. Biological, Chemical & Physical Properties of Soils
|
Keynote: The Secret to
Making Soil Conservation Successful: Short-Term Benefits
Roland
Bunch
|
516-522
|
|
Keynote: Monitoring
Progress Towards Sustainable Land Management
Julian Dumanski and Christian
Pieri
|
523-528
|
|
Locally Led
Conservation Activities: Developing a Soil Quality Assessment Tool
A. J. Tugel, S. Seiter, D. Friedman, J. Davis, R. P.
Dick, D. McGrath, and R. R. Wei
|
529-534
|
|
Identification and
Interpretation of Regional Soil Quality Factors for the Central High Plains
of the Midwestern USA
John J. Brejda and Thomas B. Moorman
|
535-540
|
|
Development of Soil
Hydraulic Pedotransfer Functions on a European scale: their usefulness in the
assessment of soil quality
A. Nemes, J.H.M. Wösten, and A. Lilly
|
541-549
|
|
Development of a Soil
Quality Index for the Chalmers Silty Clay Loam from the Midwest USA
M. Diack and D.E. Stott
|
550-555
|
|
Quantifying the Spatial
Patterns of Soil Redistribution and Soil Quality on two Contrasting Hillslopes
Y. Li, M.J. Lindstrom, M. Frielinghaus, and H.R. Bork
|
556-563
|
|
Soil Quality of Very
Fragile Sandy Soils From Southern Brazil
Telmo J.C. Amado, Dalvan J. Reinert, and J. Miguel
Reichert
|
564-568
|
|
Global Assessment
of Land Quality
Fred H. Beinroth, Hari Eswaran, and Paul F. Reich
|
569-574
|
|
Role of a
Saprophytic Basidiomycete Soil Fungus in Aggregate Stabilization
T. C. Caesar-TonThat and V.L. Cochran
|
575-579
|
|
Effects of
Exchangeable Ca:Mg Ratio on Soil Clay Flocculation, Infiltration and Erosion
Katerina Dontsova and L. Darrell Norton
|
580-587
|
|
Effects of Soil
Strength, Texture, Slope Steepness and Rainfall Intensity on Interrill
Erosion of Some Soils in Taiwan
Jen-Chen Fan and Min-Fon Wu
|
588-593
|
|
Use of the Chain Set
for Scale-Sensitive and Erosion-Relevant Measurement of Soil Surface
Roughness
S.D. Merrill, C. Huang, T.M. Zobeck, and D.L. Tanaka
|
594-600
|
|
Interrill and Rill
Erosion on a Tropical Sandy Loam Soil Affected by Tillage and Consolidation
J. Miguel Reichert, Marcos J. Schäfer, Elemar A. Cassol,
and L. Darrell Norton
|
601-605
|
|
Characterization of
the Stages of Soil Resilience to Degradative Stresses: Erosion
M.M. Tenywa, R. Lal, and M.J.G. Majaliwa
|
606-610
|
|
Experimental Study
of Nutrient Runoff from Purple Soils in the Three Gorges Area
Cai Chongfa, Ding Shuwen, Huang Li, and Cai Qiangguo
|
611-616
|
|
Crop Productivity and
Surface Soil Properties of a Severely Wind-Eroded Soil
T. M. Zobeck and J. D. Bilbro
|
617-622
|
|
Organic Matter
Formation in Post Mining Soils in Central Poland
Gilewska Mirosława, Bender Jan, and Drzymała
Stanisław
|
623-626
|
|
Assessment of Soil
Quality for Biodiversity Conservation in Boreal Forest Ecosystems
Galina N. Koptsik, Serguei V. Koptsik, and Svetlana Yu
Livantsova
|
627-634
|
|
The Impact of Deep
Rooted Plants on the Qualities of Compacted Soils
Jaan Kuht and Endla Reintam
|
632-636
|
|
A Morphology Index
for Soil Quality Evaluation of Near-Surface Mineral Horizons
R.B. Grossman, D.S. Harms, C.A. Seybold, and M.T. Sucik
|
637-640
|
|
Spatial Variability of
Soil Properties along a Transect of CRP and Continuously Cropped Land
Xuewen Huang, E.L. Skidmore, and G. Tibke
|
641-647
|
|
Rehabilitation of
the Soil Quality of a Degraded Peat site
U. Schindler and L. Müller
|
648-654
|
|
Changes in Physical
and Chemical Properties of Fen Soils Induced by Long-term Drainage, Followed
by Recent Rewetting
Jutta Zeitz and Andreas Gensior
|
655-661
|
|
Spectral
Reflectivity as a Diagnostic Criteria of the Degree of Erosion of the Gray
Forest Soils
E.I. Karavanova, N. P. Sorokina, and E. A. Kudelina
|
662-665
|
|
Erosion Intensity
Evaluated from Microtopographic Soil Erosion Features, its Correlation with
Conservation Practice, Presence of Fertilizer, and Erosion Development
between Alley Cropping Hedges
Ir. Eelko Bergsma
|
666-675
|
|
Arbuscular Mycorrhizal
Fungi (AMF) Spore Abundance is affected by Wastewater Pollution in Soils of
Mezquital Valley in Central Mexico
M.P. Ortega-Larrocea
|
676-681
|
|
Farmers’ Resource
Levels, Soil Properties and Productivity in Kenya’s Central Highlands
Mira Ovuka and Anders Ekbom
|
682-687
|
VIII. Erosion Processes: Water, Wind, Irrigation, Tillage & Mechanical
|
Developments in
Measurement and Models for Suspension-Dominated Wind Erosion
David Chandler and Keith Saxton
|
688-692
|
|
Evaluating WEPP
Predicted On-field Furrow Irrigation Erosion
David L. Bjorneberg
and Thomas J. Trout
|
693-698
|
|
Hydraulic Modeling
of Irrigation-Induced Furrow Erosion
Theodor S. Strelkoff and David
L. Bjorneberg
|
699-705
|
|
Influence of
Irrigation Water Properties on Furrow Infiltration: Temperature Effects
R. D. Lentz and D.L. Bjorneberg
|
705-709
|
|
Sediment Transport in
Irrigation Furrows
Thomas J. Trout
|
710-716
|
|
Study of Sediment
Transport in Shallow Channel Flows
D. Pal, S. N. Prasad, and M. J.
M. Römkens
|
717-724
|
|
Relation Between
Soil Erosion and Sediment Yield in Catchment Scale
Ch. Seiberth
|
725-731
|
|
Effect of Runoff
and Sediment from Hillslope on Gully Slope In the Hilly Loess Region, North
China
Cai Qiangguo
|
732-736
|
|
Effects of
Up-Slope Runoff on Erosion Processes At Down-Slope Shallow Gully Erosion
Areas
Fen-Li Zheng and Xue-Tian Gao
|
737-741
|
|
Assessment of Wind
Erosion Parameters Using Wind Tunnels
Lawrence J. Hagen
|
742-746
|
|
TEAM: The Texas
Tech Wind Erosion Analysis Model
James M. Gregory, Roel Vining, Lawrence Peck, and.
Kent Wofford
|
747-750
|
|
Soil Born Dust Release
from Polluted Industrial Derelict Land and Deposition in the Ruhr Area
(Germany)
Silke Höke & Prof. Dr.
Wolfgang Burghardt
|
751-759
|
|
Wind Erosion
Estimates with RWEQ and WEQ
D.W. Fryrear, P.L. Sutherland,
G. Davis, G. Hardee, and M. Dollar
|
760-765
|
|
Wind Erosion and Air
Quality Research in the Northwest U.S. Columbia Plateau: Organization and
Progress
Keith Saxton, David Chandler,
and William Schillinger
|
766-770
|
|
Wind Speed Effects
on Rain Erosivity
Katharina Helming
|
771-776
|
|
Tillage-Induced
Erosion in the Humid Tropics: Rates, Effects on Soil Properties, and
Approaches to Reduce It
B. B. Thapa, D. K. Cassel, and
D. P. Garrity
|
777-783
|
|
Slope Length
Effects on Soil Loss for Steep Slopes
B.Y. Liu, M.A. Nearing, P.J.
Shi, and Z.W. Jia
|
784-788
|
|
Soil Erosion of an
Indurated Volcanic Soil from the Semiarid Area of the Valley of Mexico
Eusebio Ventura, Jr., L.
Darrell Norton; Jose L. Oropeza, and Benjamin Figueroa
|
789-795
|
|
Rocks and Rills:
The Impact of Rock Fragments on Soil Loss by Concentrated Flow Erosion in
Laboratory Experiments
Dirk Rieke-Zapp, M.A. Nearing,
and J. Poesen
|
796-802
|
|
Measurement of
Erodibility for Soils in Subtropical China by Simulated and Natural Rainfall
Shi Xuezheng and Yu Dongsheng
|
803-806
|
|
Assessment of
Erodibility, Runoff and Infiltration in an Uruguayan Vertisol
Carlos Victoria, Aarón Kacevas,
and Héctor Fiori
|
807-811
|
|
Impacts of
Mechanization on Surface Erosion and Mass Movements in Vineyards of the
Anoia-Alt-Penedes Area (Catalonia-Spain)
Ildefonso Pla Sentís and Silvana
Nacci Sulbarán
|
812-816
|
|
Soil Pollution by
Acid Rains and Heavy Metals in Zlatna Region, Romania
R. Lacatusu, M. Dumitru, I.
Risnoveanu, C. Ciobanu, Mihaela Lungu, S. Carstea,
Beatrice Kovacsovics, and Carmen Baciu
|
817-820
|
|
Potential of
Conservation Tillage to Reduce Carbon Dioxide Emission in Australian Soils
H.B. So; R.C. Dalal; K.Y. Chan;
N.M. Menzies, and D.M. Freebairn
|
821-826
|
|
Deposition Diagram
studies - The Residual Erosion Potential of Soils
I. Sisak, M. Palkovics, and K.
Plotar
|
827-833
|
|
A Comparison of Rain
Erosivity Parameters for Predicting Soil Detachment on Interrills
Christian Salles, Jean Poesen,
and Gerard Govers
|
834-837
|
|
Global Dimensions of
Vulnerability to Wind and Water Erosion
Paul Reich, Hari Eswaran, and Fred Beinroth
|
838-846
|
IX. Erosion Models
|
Keynote: Soil Erosion
Prediction Technology for Conservation Planning
George R. Foster
|
847-851
|
|
Soil Erosion Models and
Implications for Conservation of Sloping Tropical Lands
C.W. Rose
|
852-859
|
|
From Plot to
Continent: Reconciling Fine and Coarse Scale Erosion Models
Mike Kirkby
|
860-870
|
|
How WEPP Model
Responds to Different Cropping and Management Systems
X.C. Zhang, M.A. Nearing, and
L.D. Norton
|
871-876
|
|
WEPP Simulated
Tillage Effects on Runoff and Sediment Losses in a Corn-Soybean Rotation
A.Z.H. Ranaivoson, S.C. Gupta, and J.F.
Moncrief
|
877-881
|
|
Updating Slope
Topography During Erosion Simulations with the Water Erosion Prediction
Project
Jingcai Zhu, Seth M. Dabney,
and Dennis C. Flanagan
|
882-887
|
|
Incorporating
Surface Crusting and its Spatial Organization in Runoff and Erosion Modeling
at the Watershed Scale
V. Souchere, O. Cerdan, Y. Le
Bissonnais, A. Couturier, D. King, and F. Papy
|
888-895
|
|
Quantitative Field
Estimations of Stickiness and Plasticity for Predicting WEPP Model Parameters
Donald F. Post, RaeAnn Papp,
and Laerte Ferreira
|
896-902
|
|
Application and
Adaptation of WEPP to the Traditional Farming Systems of the Ethiopian
Highlands
Gete Zeleke
|
903-912
|
|
RUSLE Estimates of
Soil Erosion in Cotton Production Systems in North Alabama
E. Z. Nyakatawa, K.C. Reddy,
and J.L. Lemunyon
|
913-918
|
|
Using Fuzzy Logic-Based
Modeling to Improve the Performance of the Revised Universal Soil Loss
Equation
L.T. Tran, M.A. Ridgley, M.A.
Nearing, L. Duckstein, and R. Sutherland
|
919-923
|
|
The USLE-M and
Modeling Erosion Within Catchments
Peter I.A. Kinnell
|
924-928
|
|
Re-interpretation of USLE
Datasets for Physically Based Erosion Models with Examples From Southern
China and Northern Thailand
B. Yu, C.W. Rose, D. Yin, and
C. Anecksamphat
|
929-934
|
|
Application of WEPS Generated
Soil Loss Components to Assess Off-site Impacts
L.E. Wagner and L. J. Hagen
|
935-939
|
|
Wind Erosion Monitoring and
Modeling Techniques in Australia
John Leys, Grant McTainsh, and
Yaping Shaos
|
940-950
|
|
GPFARM: An Integrated
Decision Support System for Sustainable Great Plains Agriculture
James C. Ascough II, Marvin J.
Shaffer, Dana L. Hoag, Gregory S. McMaster, Lajpat R. Ahuja, and Mark A.
Weltz
|
951-960
|
|
Rapid Indicator-Based Soil
Mapping for Regional Planning in Northern Thailand
Horst Vogel, Taweesak
Vearasilp, Kanitasri Hoontrakul, Sumitra Wattana, and Dagmar Bolsmann
|
961-965
|
|
GULTEM - The Model to
Predict Gully Thermoerosion and Erosion (Theoretical Framework)
Aleksey Sidorchuk
|
966-972
|
|
Actions Against Soil Erosion
at The Single Field and the Catchment Scale Guided by Computer Simulation
J. Schmidt, W. Schmidt, M.v.
Werner, and A. Michael
|
973-978
|
|
A Non-parametric Analysis
of Qualitative and Quantitative Data for Erosion Modeling: A Case Study for
Ethiopia
B.G.J.S. Sonneveld, M.A. Keyzer
and P.J. Albersen
|
979-993
|
|
Applying the SWAT Model as a
Decision Support Tool for Land Use Concepts in Peripheral Regions in Germany
N. Fohrer, K. Eckhardt, S. Haverkamp,
and H.-G. Frede
|
994-999
|
|
The Usefulness of a New Model
for the Gully-Control Structures Effects Prediction
Lucia Otlacan Nedelcu
|
1000-1007
|
|
Finite Element Modeling of
Erosion on Agricultural Lands
V.N. Sharda and Mark Nearing
|
1008-1017
|
|
Development of the Long Term
Hydrologic Impact Assessment (LTHIA) WWW Systems
Kyoung Jae Lim, Bernard A.
Engel, Youngsug Kim, Budhendra Bhaduri, and Jon Harbor
|
1018-1023
|
|
Testing the Ephemeral
Gully Erosion Model (EGEM) in Mediterranean Environments
J. Nachtergaele, J. Poesen, L. Vandekerckhove, D.
Oostwoud Wijdenes, and M. Roxo
|
1024-1028
|
|
See also: |
|
|
Multiscale
Simulation of Land Use Impact on Soil Erosion and Deposition Patterns
Helena Mitasova, Lubos Mitas, and William M. Brown |
1163-1169 |
X. Soil Survey, Erosion Surveys, Tracers
|
The Early Soil Survey: Engine for the Soil Conservation Movement
Douglas Helms |
|
Assessment of Soil Erosion at the Watershed Scale From 137Cs
Measurements
Claude Bernard and Marc R.
Laverdière |
|
Comparing Erosion and Redeposition Rates and Patterns Upslope of a Grass
Hedge Determined Using 137Cesium and Field Survey Techniques
Jerry C. Ritchie |
|
New Nuclear Methods for Studies of Soil Dynamics Utilizing Cosmic Ray
Produced Radionuclides
Devendra Lal |
|
Predicting Hillslope Scale Erosion on Disturbed Landscapes From
Laboratory Scale Measurements
H.B. So, G.J. Sheridan, C.P.
Horn, and N. Currey |
|
Use of Fly Ash as Time Marker in Soil Erosion and Sedimentation Studies
By K. R. Olson and R. L.
Jones |
|
Regionalization Methods for Watershed Management - Hydrology and Soil
Erosion from Point to Regional Scales
Chris S. Renschler, Tom
Cochrane, Jon Harbor, Bernd Diekkrüger |
|
Map of Soil Vulnerability and Degradation in Estonia
Loit Reintam, Igna Rooma,
and Ain Kull |
|
Identification of Severely Eroded Soils From Remote Sensing Data Tested in
Rišňovce, Slovakia
Emil Fulajtar |
|
A GIS-based Methodology for Soil Degradation Evaluation
Rami Zurayk, Faraj el Awar
Christine Sayegh, Shady Hamadeh and Abdel Ghani Chehab |
|
Estimation of Soil Erosion Using Remote Sensing and GIS, its Valuation and
Economic Implications on Agricultural Production
Manzul Kumar Hazarika and
Kiyoshi Honda |
XI. Water Conservation and Quality
|
The Mississippi Delta MSEA Program
S.M. Dabney, R. A. Rebich,
and J.W. Pote |
1094-1110 |
|
Linking Intensive Monitoring Sites to Conservation Planning
J.L. Hatfield, P. Heilman, and M. Adkins |
1101-1105 |
|
Cooperation Between USDA and Bulgaria in Agro-environmental Water Quality
Programs
Dimitar Stoichev, Marvin
Shaffer, James Starr, Jerrell Lemunyon, Dimitranka Stoicheva, Milena
Kercheva, and Venelina Kolev |
1106-1111 |
|
Comparison of Root-Water-Uptake Models
K.Y. Li, R. De Jong, and J.B.
Boisvert |
1112-1117 |
|
A Comparison of Manual and Computer-Assisted Drainage Delineation Methods
for Hydrologic-Unit Map Development
Gregory P. Stanton |
1118-1127 |
|
Spatial Patterns in Water Use Efficiency Created by Intensive Cultivation on
Semi-arid Hillslopes
Bas van Wesemael, Mark
Mulligan, and Jean Poesen |
1128-1133 |
|
Rationally Utilizing Water Resources to Control Soil Salinity in Irrigation
Districts
Fang Sheng Chen Xiuling |
1134-1138 |
|
Water Conservation, Harvesting and Management (WCHM) - Kenyan Experience
Kithinji Mutunga |
1139-1143 |
|
Water Balance Components in the Canadian Mixed Wood Ecozone
R. De Jong
and K.B. MacDonald |
1144-1151 |
|
Participatory Evaluation of Water Harvesting Techniques for Establishing
Improved Mango Varieties in Smallholder Farms of Mbeere District, Kenya
Jayne Mugwe, Mick O’Neill,
Samuel Gachanja, Jonathan Muriuki, and Jack Mwangi |
1152-1157 |
XII. Late Arriving Papers
Supplemental Documents
Abstracts
of Papers Presented at the 10th Meeting of the International Soil
Conservation Organization
Guidebook
for the Mid-week Field tour
