Cover Image
This color infrared digital orthophoto quadrangle (DOQ) image of Imperial Beach, California and Tijuana, Mexico was produced by the U.S. Geological Survey (USGS) in support of the United States-Mexico Binational Aerial Photography, Mapping, and GIS Initiative. On May 6, 1996, during the 13th annual meeting of the U.S.-Mexico Binational Commission (BNC) in Mexico City, the two countries signed an agreement to undertake an ambitious aerial photographic survey along the entire 3,250 kilometer-long and 200 kilometer-wide border region. As a result of this agreement, and through funding partnerships with Federal and State agencies, the USGS has completed the acquisition of 1:40,000-scale color infrared photographic images for the U.S. portion of the border region. Similarly, Mexico’s mapping agency, Instituto Nacional de Estadistica, Geografia e Informatica (INEGI) is acquiring similar aerial photographs for Mexico. These photographic images are now being used by USGS and INEGI to produce DOQ’s and to digitally update border region maps for use in a binationally seamless GIS.
For more information, contact U.S. Geological Survey, Earth Science Information Centers, at http://mapping.usgs.gov/ and go to the Rocky Mountain Mapping Center Homepage.
Peer Reviewed Articles (Click the linked titles to see the full abstract)
1075 Foreword
Richard D. Wright
1077 The United States-Mexico Border Region: An Overview
Paul Ganster
Historical development; economic, population, and political features; major issues; and recent trends in interdependence and transborder cooperation are discussed.
1085 United States-Mexico Transboundary Aerial Photography and Mapping
Initiative
Kenneth J. Osborn
New maps, digital geospatial data, and a GIS will be used to make informed decisions concerning land and water management, environmental protection, and ecological preservation.
1089 Using a GIS to Overcome Data Adversity: Industrial Air
Pollution Risk Modeling in Tijuana, Mexico
Anne J. Obee, Ernst C. Griffin, and Richard D. Wright
The distribution of industrial air pollution is modeled and how city morphology affects the types of residential areas which are most susceptible to air pollution from industrial sources is examined through the use of an air pollution risk model.
1097 Modeling Agricultural Nonpoint Source Sediment Yield in Imperial
Valley, California
Mark V. Finco and George F. Hepner
A parcel-scale erosion model is linked to drainage-scale agricultural information in a GIS and is used to quantitatively estimate sediment yield from a 13,000-hectare study area.
1107 Mapping and Monitoring Agricultural Crops and Other Land Cover
in the Lower Colorado River Basin
Russell G. Congalton, Mary Balogh, Cindy Bell, Kass Green, Jeff A. Milliken,
and Robert Ottman
Maps of the agricultural crops with a required overall accuracy of 93 percent for use in the water model were generated from Landsat TM data four times per year.
1115 Transnational Gap Analysis of the Rio Bravo/Rio Grande Region
Carlos Gonzalez-Rebeles, Vincent J. Burke, Michael D. Jennings, Gerardo
Ceballos, and Nick C. Parker
Vertebrate modeling, based on habitat associations, will identify habitats potentially important to vertebrate life cycles and areas of high biodiversity.
Announcements
1046 1999 ASPRS Annual Conference
1054 Thank you for Donations
1067 Call for PE&RS Articles: Photogrammetry
1072 PE&RS Back Issues Sale
1106 Pecora 14/Land Satellite III Conference
1106 Call for Papers: 17th Biennial Workshop
on Color Photography & Videography in Resource Assessment
1114 ASPRS Certification Seals & Stamps
1130 ASPRS Scholarship and Awards
Columns & Updates
1043 Headquarters
1055 Society
1058 Industry News
1061 GIS
1065 Grids & Datums -
The Cayman Islands (Adobe PDF file)
Departments
1049 Software Review
1063 Book Review
1069 Who’s Who in ASPRS
1070 Sustaining Members
1073 New Members
1074 Index to Advertisers
1076 Instructions to Authors
1088 Forthcoming Articles
1119 Calendar
1120 Classifieds
1122 Professional Directory
1126 Bookstore
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