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Coverage of Terrorism<br />

Press Access to Satellite Images is a Casualty in This War<br />

The Department of Defense owns and controls these pictures.<br />

By Christopher Simpson<br />

Not too many years ago, I invited<br />

the chief intelligence and national<br />

security correspondent<br />

from one of America’s most prominent<br />

newspapers to a conference on news<br />

media use of remote sensing tools to<br />

cover wars and similar crises. He gruffly<br />

replied that it was all baloney (though<br />

he used a different word for it) and<br />

declined to attend. I was curious and<br />

asked him why.<br />

“Remote sensing,” he said, “like using<br />

mind waves to read Kremlin mail,”<br />

is complete crud. (He used a different<br />

term there, as well.)<br />

Today that correspondent tells quite<br />

a different story. He encourages his<br />

paper to use remote sensing tools such<br />

as images gathered by civilian spy satellites,<br />

especially for coverage of the<br />

World Trade Center disaster and the<br />

subsequent war in Afghanistan. Remote<br />

sensing from satellites, sometimes<br />

known as “earth observation” or as<br />

imagery gathered by spy satellites, has<br />

nothing whatever to do with ill conceived<br />

attempts to use purported<br />

psychics for intelligence collection.<br />

Instead, unclassified imagery gathered<br />

from space has emerged as a powerful<br />

tool for capturing unique photographs<br />

and information. Properly<br />

analyzed, these images present to broad<br />

audiences some of the complex ideas<br />

that for decades have been the exclusive<br />

preserve of presidents, intelligence<br />

agencies, and a handful of scientific<br />

specialists. During the past three years<br />

alone, almost every major news organization<br />

in the world has used these<br />

tools to report on natural disasters,<br />

war, closed societies, environmental<br />

destruction, some types of human<br />

rights abuses, refugee flight and relief,<br />

scientific discoveries, agriculture and<br />

even real estate development.<br />

The increasing popularity and effectiveness<br />

of these journalistic tools has<br />

raised concerns in some quarters that<br />

public images might reveal sensitive<br />

information in wartime, most recently<br />

in Afghanistan. Since mid-September,<br />

federal intelligence and security agencies<br />

have organized a sweeping<br />

clampdown on almost every type of<br />

geographic information available on<br />

the Internet, including civilian remote<br />

sensing information. Satellite imagery<br />

of Afghanistan, surrounding countries,<br />

and sensitive installations in the United<br />

States were among the first to go. The<br />

National Imagery and Mapping<br />

Agency—the Defense Department’s<br />

lead agency for satellite image collection<br />

and analysis—went so far as to<br />

attempt to end public distribution of<br />

decades-old, widely available Landsat<br />

5 imagery and of topographic maps of<br />

the United States that have been commercially<br />

available in one form or another<br />

for more than 100 years. They<br />

did not succeed. Nevertheless, NIMA<br />

and other defense agencies have announced<br />

a “review” of publicly available<br />

U.S. maps in order to eliminate<br />

Imagery for news and analysis: At left, a Spot Image satellite photo of Ground Zero captured on September 11, less than three hours<br />

after the towers’ collapse. The thermal infrared band identifies fierce fires (in white in this picture) at the base of the smoke plumes.<br />

Ground spatial resolution of the image—that is, the size of an object represented by a single pixel—is about 15 meters. At center, a<br />

one-meter resolution Ikonos satellite image of the same area taken on September 15. Debris and emergency vehicles are clearly visible.<br />

This image was collected by an observation satellite some 423 miles in space traveling at about 17,500 mph. At right, this LIDAR<br />

image extrusion prepared by the National Oceanographic and Atmospheric Administration (NOAA) permits precise three-dimensional<br />

location of elevator shafts, stairwells and broken support structures at the destroyed World Trade Center. When merged with other<br />

satellite data, the final color 3-D image provides approximately 30 meter resolution. Image credits: (left) Spot Image/CNES, (center)<br />

Space Imaging, (right) NOAA.<br />

<strong>Nieman</strong> Reports / Winter 2001 31

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