Changes

The Directorate of Science & Technology was established to research, create, and manage technical collection disciplines and equipment. Many of its innovations were transferred to other intelligence organizations, or, as they became more overt, to the military services. Albert D. "Bud" Wheeler (1963-66) and Carl E. Duckett (1966-76) built the directorate into a strong component of the CIA and then guided it through its golden age of technical innovation. In contrast, decisions by Ruth David (1995-98) contributed, Richelson (2001) argues, to a decline in the importance and status of the directorate as it lost control over key responsibilities, including the analysis of satellite photography.

The Directorate of Science & Technology was established to research, create, and manage technical collection disciplines and equipment. Many of its innovations were transferred to other intelligence organizations, or, as they became more overt, to the military services. Albert D. "Bud" Wheeler (1963-66) and Carl E. Duckett (1966-76) built the directorate into a strong component of the CIA and then guided it through its golden age of technical innovation. In contrast, decisions by Ruth David (1995-98) contributed, Richelson (2001) argues, to a decline in the importance and status of the directorate as it lost control over key responsibilities, including the analysis of satellite photography.

Richelson (2001) explains the major DS&T's achievements, especially reconnaissance airplanes and a series of increasingly sophisticated surveillance satellites, with cameras that could photograph Soviet bomber bases and missile sites with startling clarity from orbits deep in space. In 1960, the first effective satellite produced coverage of more than one million square miles, surpassing all previous U-2 photography combined. This imagery revealed that the Soviets had far fewer bombers and (later) [[ICBM|ICBMs]] than the Pentagon expected. The worst-case estimates of the U.S. Air Force proved wildly exaggerated, and the myths of the bomber and missile "gaps" were punctured by empirical data.  

Richelson (2001) explains the major DS&T's achievements, especially reconnaissance airplanes and a series of increasingly sophisticated surveillance satellites, with cameras that could photograph Soviet bomber bases and missile sites with startling clarity from orbits deep in space. In 1960, the first effective satellite produced coverage of more than one million square miles, surpassing all previous [[U-2]] photography combined. This imagery revealed that the Soviets had far fewer bombers and (later) [[ICBM|ICBMs]] than the Pentagon expected. The worst-case estimates of the U.S. Air Force proved wildly exaggerated, and the myths of the bomber and missile "gaps" were punctured by empirical data.

===Dulles years 1953-51===

===Dulles years 1953-51===