Other Finding Fossils from Space Fossil hunting takes a step into the future with the use of satellite data to locate new fossil beds in the depths of the Gobi desert. In 1993, after three summers of trudging across the barren rust colored hills and deep sands of Mongolia's Gobi Desert, paleontologist Mike Novacek and a team of researchers from the American Museum of Natural History stumbled upon one of the richest fossil bed ever found. New fossils are eroded out of the Gobi's sandstone every year Since their big discovery, the researchers have traveled back to the Gobi every summer to locate additional sites and to work Ukhaa Tolgod. Despite the scientists experience and their earlier success, locating potential fossil beds in the Gobi continues to be a difficult task.
Maps are often inaccurate and trails are unmarked.
Traipsing about looking for these outcrops of reddish-brown sandstone where fossils are often found requires an enormous amount of time and money. Recently, in an effort to improve their chances, the museum researchers have turned their attention to orbiting satellites. Using the images these satellites produce of the Earth, Novacek and his team have found a way to locate potential fossil beds before they even set foot in the desert. Already their efforts uncovered one site last year that produced several good specimens. In the future they hope the images will not only cut down on the time they spend trekking around the desert, but will also ensure that they never stop retrieving remarkable specimens from the reddish-brown sandstone of the Gobi.