When skeletal remains are found, and the victim remains unidentified after traditional means of identification fail, investigators may call upon the forensic artist to utilize the three-dimensional facial reconstruction technique. The three-dimensional process is initiated by placing the skull on a workable stand, where the skull can easily be tilted and turned in all directions. The skull must be positioned in the Frankfort Horizontal position. By utilizing proper tissue depth data determined by race, gender, and age. Artificial eyes are placed in the skull’s eye sockets, centered and at the proper depth. The tissue markers are glued directly onto the skull. Clay will be systematically applied directly on the skull, following the skull's contours; paying strict attention to the applied tissue markers. Various measurements are made, and logged, to determine nose thickness/length, mouth thickness/width, and eye placement. Information such as geographic location of where the deceased lived, his or her lifestyle, and the various information provided to the artist by the Forensic Anthropologist and other professionals, is heavily relied upon when netpleting the reconstruction. Hair is acnetplished by means of a wig, or by applying clay to represent hair. Various items (props), such as glasses, clothing, hats, etc. may be applied to better accentuate the features of the individual. Upon netpletion, the sculpture is photographed. All procedures are documented and working notes collected. When executed properly, this technique is proven to have a high success rate.
As with the three-dimensional technique, the two-dimensional reconstruction is used when unidentified skeletal remains are found. The two-dimensional reconstruction process is initiated by utilizing the same data as used for the Three-dimensional clay reconstruction. The process begins by gluing on the proper tissue markers in the proper pre-determined locations. The skull is then placed on a stand in the Frankfort Horizontal position. The skull is photographed; profile and frontal views, at a 1:1 scale, with a ruler positioned aside of the skull. The photos are then enlarged to life size dimension. The frontal and profile photos are then taped, in the Frankfort Horizontal position, directly aside one another, to two separate flat wood boards. Upon netpletion of the above process, transparent natural vellum sheets are taped directly over the printed photographs. Sketching begins, where the artist follows the contours of the skull, along with using the tissue markers as guidelines. Measurements for the mouth, nose, and eyes, is the same for the Two-dimensional process as it is with the Three-dimensional process. Hair type and style is determined by samples found on the scene by investigators, or by estimation determined by victim’s race, gender, and/or ethnic background. Information provided by the Forensic Anthropologist and other professionals is utilized. All procedures are documented and working notes collected. This method has also been tried and proved over the years. Benefits of this method over the clay reconstruction are cost, and the time it takes to netplete the reconstruction.
Another method of Two-dimensional identification is that of reconstructing a face from a denetposing body. Utilizing the artist’s knowledge of the face, how the soft tissue lies on the skull, and a general knowledge of how the human body reacts to denetposition, the artist can make educated estimations on how an individual may have appeared prior to death. All methods of facial reconstruction allow the investigators, and the media, the opportunity to put a face with the victim, and a chance of a quick identification – saving man-hours, and allowing the victim’s family to put the element of the unknown to rest.
Avalanche occurs when a layer of snow loses its grip on a slope and slides downhill. Avalanches have killed more than 190 people in the past century in Washington State, exceeding deaths from any other natural hazard. One of the nation’s worst avalanche disasters occurred in 1910 when massive avalanches hit two trains stopped on the west side of Stevens Pass; 96 people were killed. Avalanches kill one to two people, on average, every year in Washington, although many more are i nvolved in avalanche accidents that do not result in fatalities. Since 1985, avalanches have killed 23 people.