Читать книгу The Roswell Report: Case Closed - James McAndrew - Страница 18

UFO theorists support their claims of an extraordinary occurrence in the New Mexico desert by describing mysterious U.S. military personnel, operating a variety of vehicles and aircraft that always seem to arrive shortly after the crash of a “flying saucer.” When carefully scrutinized, the descriptions of the mystery crews, their equipment, methods, and the areas where the recoveries allegedly occurred—in targeted high altitude balloon recovery areas—indicates that Holloman Balloon Branch activities were most likely responsible for the claims.

To successfully recover high altitude balloons, balloon recovery technicians regularly ventured far from Holloman AFB. In most instances the balloons and their scientific payloads were recovered from predetermined recovery areas. These regularly targeted areas, located in Arizona, West Texas, and New Mexico, included the area surrounding Roswell.[98] From 1947 to the present, the Roswell area has been the site of hundreds of balloon and payload recoveries (including those that carried anthropomorphic dummies).[99]

The regularly targeted areas were the result of the evolution of high altitude balloon control techniques developed at Holloman AFB. These techniques were based on meteorological, geographical, and operational conditions that exist in New Mexico. These factors, combined with ample amounts of skill and experience of balloon controllers at Holloman AFB, determined the impact points of Holloman high altitude balloons.

Many of the procedures used to position Air Force balloons are described in General Philosophy and Techniques of Balloon Control, and Meteorological Aspects of Constant-Level Balloon Operations in the Southwestern United States, both by Bernard D. Gildenberg (see statement in Appendix B).[100] Gildenberg served as the Holloman Balloon Branch Meteorologist, Engineer, and Physical Science Administrator from 1951 until 1981. During this period, Gildenberg, a recognized world expert in upper atmospheric wind patterns, pioneered methods to launch, control, track, and recover high altitude balloons. Many of these methods are still used today by the U.S. Air Force and by research organizations throughout the world.