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8 <br />• The collection transect artifact assemblage numbers 525 items (table, Appendix A). Almost <br />51 % of this is vessel glass fragments. The next most common categories aze plate glass, historic <br />ceramics, wire, and debitage, in that order. Both transects cross the eazlier historic dump azea, and <br />the northern transect crosses through a general trash scatter representative of the later historic <br />occupations and also skirts the azea of the greatest concentration of lithic component materials. <br />Site Maooine <br />SLA7186 was mapped using a total station. Data collected will be processed through a CAD <br />program to produce a scaled map ofthe site, its features, topography, excavations, and existing but <br />non-site related man-made features. The map is keyed both to mapping stations and grid points left <br />at the site, and to engineered points along the proposed haul road and railroad spur. <br />Conne <br />Finding one or several of the outhouses at the site, and preferably the one from the oldest <br />occupation, has always been a goal of the project since these features often preserve an informative <br />artifactual record not available from other site contexts. The prospects for finding these features <br />were enhanced significantly with information on the approximate location of the Trujillo outhouse <br />provided by Alphonso Trujillo. With the possible location of at least this outhouse narrowed <br />considerably, and with the expectation that outhouses, when moved, do not tend to be moved faz, <br />especially if the superstructure is reused, a coring effort was initiated to try and find one or several <br />. of the outhouse pits. <br />A Giddings Soil Coring Device, with atwo-inch core, was used to remove cores in a two- <br />metergrid over an azea about 20 m square, centered on the approximate location identified by Mr. <br />Trujillo. A two-meter grid was chosen to balance the level of effort with the likelihood of hitting <br />a pit with cores at this interval. A two-meter grid of cores has about a 75% chance of hitting a pit <br />one meter in diameter. If a pit could be found, i[ was planned to then use afour-inch core to remove <br />multiple cores from the pit sediments, hopefully recovering a reasonable sample of artifacts. <br />Because the core can be removed intact, stratigraphic information is retained. <br />One hundred eight cores were removed. While none of the cores actually hit an outhouse pit, <br />coring did locate the dense pocket of chazcoal at Feature 10, which turned out to overlie an outhouse <br />pit. Two excavation units were placed here because of the charcoal found in coring. It was then <br />discovered that three core holes came within inches of encountering the pit. The coring effort was <br />thus at least partially successful, but in an indirect way. <br />Historic Records Reseazch <br />Historic records reseazch to this point has focused on the chain of title for the property. At <br />present, the chain of title is fairly complete, beginning with the original patent on the property by <br />• Lorenzo Sandoval in 1880 (it is probable that Lorencito Canyon may have been named after <br />Lorenzo). Feature 8 and Structure 1 may have been built by Mr. Sandoval. The beginning of the <br />