This circulation study has developed transportation improvements for all transportation modes including automobile, transit, bicycle, pedestrian, and equestrian transportation. Although bicycle and equestrian travel is not common on the East Reservation, projects were developed to encourage future use of these modes of travel. The plan recommends transportation improvements for 5, 10, and 20 year planning horizons

This study identifies a plan of improvements for vehicular, transit, and nonmotorized transportation and outlines the specific actions necessary to implement and sustain the plan. The recommendations for these elements are based on technical analyses of existing and future conditions as well as stakeholder and public input. The Study identifies projects that establish and improve multimodal options for Nation members. The development of these suggested projects includes consideration of evaluation criteria addressing such issues as safety and connection of multimodal transportation modes throughout the Nation and to the greater region. The Study projects will be included in the Nation’s Long-Range Transportation Plan, which provides the vision for meeting the community’s transportation needs over a 20-year planning horizon.

The purpose of the Verde Valley Multimodal Transportation Study is to develop a long-range regional transportation plan to guide the implementation of transportation improvements on the roads of regional significance in the Verde Valley, including I-17, State Routes, and roads on the County Regional Road System. This Study is an update of the 1999 Verde Valley Transportation Study Update.

This Additional Site Characterization Work Plan presents a strategy for collecting site characterization information at the closed Maricopa County Cave Creek Landfill to support ongoing remedial action planning for trichloroethene-impacted groundwater underlying the site. The Work Plan supplements previous remedial investigation work plans prepared to characterize the nature and extent of site contamination.

To evaluate whether VOCs are migrating out of the landfills into the vadose zone, a soil vapor survey of the soil beneath the landfill bases was performed. Permanent vapor monitoring probes were installed and then sampled twice for VOCs. Groundwater beneath the landfills has been impactd by VOCs, namely TCE, DCE, and toluene.