Physico-chemical properties of a soil type determines its ability to support plant growth. Climate change is one of the major factors that contributes towards deterioration of soil health globally. The largest Native American Reservation in the United States, the Navajo Nation, is currently experiencing this problem firsthand. The Navajo Nation is comprised of approximately 16 million acres of land and is located in the Four Corners area (Arizona, New Mexico, Utah, and Colorado). Pinyon Pine (Pinus edulis) is the state tree of New Mexico and has cultural significance for the Navajo people. Currently pinyon pine trees are threatened by climate change due to the increased temperature over the past years. This study aimed to conduct soil health monitoring in the areas within the Navajo Nation where pinyon pine trees grow in abundance. In August 2019, students from Navajo Technical University (NTU) planted 232 pinyon pine seedlings, beginning a restoration site at Borrego pass, which is fifteen minutes from NTU Crownpoint, NM campus. The seedlings of the pinyon pine were separated into four sets and planted in different areas at the restoration site. In total 20 soil samples were tested. Physical properties of the soil samples were determined through soil textures analysis using a hydrometer and seven-layered sieves. Chemical properties of the soil samples were measured by analyzing soil pH, nitrogen concentration, potassium concentration, phosphate concentration, salinity, and cation exchange capacity. The findings of this study provided a broad data set containing physico-chemical soil properties of the area which was previously untested. With this data collected soil texture determination of the areas not measured will be possible using Geographic Information System. This result will also be extremely beneficial for the pinyon pine restoration and management practices in the area.