Photograph used for a story in the Daily Oklahoman newspaper. Caption: "It's nice to put your feet up and relax after a hard day's skiing."

Analysis of 21 post-burn cores taken from the Hanna IV UCG site allows 96 m (315 ft) of overburden to be subdivided into four local stratigraphic units. The 7.6 m (25 ft) thick Hanna No. 1 coal seam is overlain by a laterally discontinuous, 3.3 m (11 ft) thick shaley mudstone (Unit A') in part of the Hanna IV site. A more widespread, 30 m (90 ft) thick well-indurated sandstone (Unit A) overlies the A' unit. Unit A is the roof rock for both of the Hanna IV cavities. Overlying Unit A is a 33 m (108 ft) thick sequence of mudstone and claystone (Unit B), and the uppermost unit at the Hanna IV site (Unit C) is a coarse-grained sandstone that ranges in thickness from 40 to 67 m (131 to 220 ft). Two elliptical cavities were formed during the two phases of the Hanna IV experiment. The larger cavity, Hanna IVa, is 45 x 15 m in plan and has a maximum height of 18 m (59 ft) from the base of the coal seam to the top of the cavity; the Hanna IVb cavity is 40 x 15 m in plan and has a maximum height of …

Report detailing areas with anomalous geochemical characteristics indicative of mineral occurrences or deposits that have been identified using statistical and cartographic techniques developed during the National Uranium Resource Evaluation (NURE) program.

Tables presenting statistics for reconnaissance, detailed, and combined stream-sediment data derived from samples collected from the Mt. Harvard 15-minute quadrangle.

Tables presenting factor analysis of reconnaissance, detailed, and combined stream-sediment samples collected from the Mt. Harvard 15-minute quadrangle.

Tables presenting the results of stepwise multiple regression analysis applied to the stream-sediment data sets for the Mt. Harvard 15-minute quadrangle, using uranium as the dependent variable.

The study was conducted to demonstrate the applicability of National Uranium Resource Evaluation geochemical and geophysical data required

Maps showing the locations of samples collected from the Mt. Harvard 15-minute quadrangle along with the associated National Uranium Resource Evaluation (NURE) Hydrogeochemical and Stream Sediment Reconnaissance (HSSR) and Aerial Radiometric and Magnetic (ARM) survey data (see page 1 of report).

Interview with Lloyd Pearson, a former member of the Civilian Conservation Corps from Denver, Colorado. Pearson discusses: growing up with his family during the Depression; joining the CCC and his assignment in South Fork, Colorado; quality of life at the camp; projects worked; the establishment of "side camps;" recreation, leave, and policies of the CCC.

The following appendix contains petrographic photomicrographs of uranium anomalies in Waterloo Gulch, Colorado.

Photograph of a clothesline in a backyard of a light colored house with an air-conditioning unit sticking out of a window.

Photograph of a young boy playing with a bicycle tire in a front yard.

Photograph of Richard Doherty and Jane sunbathing on a beach in swim suits.

Photograph of a woman, man and young child sitting in lawn chairs surrounding a small dog.

Photograph of a man, woman and young child sitting in lawn chairs with two dogs around them.

Photograph of a front porch with a broken grid of wooden posts surrounding the area.

Photograph of small house with four posts on the front porch.

Photograph of a front porch with louvers sticking out of the front windows.

Photograph of Leeann Webb and their handler at the Colorado State Fair. The handler can be seen smiling at the camera and holding the horse's lead.

Photograph of Lise sitting in the driver's seat of a car.

Photograph of a man holding a brown paper bag on his front porch with a toddler running behind him.

Photograph of a man standing at a street corner while a chain leash attached to a medium sized black dog.

Photograph of Rich Owen holding a glass and cigarette while sitting on a front porch.

Photograph of a man standing behind an inflatable board against a wall corner.