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- All Subjects: Watersheds
- All Subjects: Coconino County (Ariz.)
- Creators: Battelle Memorial Institute. Technology Partnership Practice
The collaborative process for developing the Tusayan Community Wildfire Protection Plan began May 5, 2004 at a Tusayan/Grand Canyon Chamber of Commerce Board meeting in Tusayan. A CWPP is developed to assist local fire districts, local governmental agencies and residents in the identification of lands—including federal lands—at risk from severe wildfire threat and to identify strategies for reducing fuels on wildlands while improving forest health, supporting local economies, and improving firefighting response capabilities.
The Coconino County Parks and Recreation Department (CCPR) contracted with PROS Consulting to develop an Organizational Master Plan that would aid the Department in sustaining a high quality park and recreation system over the next 10 years. This project seeks to provide sound and realistic recommendations, strategies, tactics, and suggested initiatives that address current and evolving park and recreation needs of residents of Coconino County.
A statement of the community vision for the 525-square-mile Flagstaff Metropolitan Planning Organization (FMPO) area, which extends west-to-east from Bellemont to Winona, and south-to-north from Kachina Village/Mountainaire to north of the San Francisco Peaks. It is the general plan for the City of Flagstaff, and in county areas, works in conjunction with the Coconino County Comprehensive Plan.
In fiscal year 2011, McNeal Elementary School District’s student AIMS scores were lower than or similar to peer districts’ averages. Although per pupil costs were high in some operational areas, the District was relatively efficient overall. McNeal ESD’s per pupil administrative costs were higher than the peer districts’ average, but only because the District served fewer students. The District’s food service program also had higher per pupil costs, but its cost per meal was similar to the peer districts’ average. However, the District subsidized its food service program with $23,000 that otherwise potentially could have been spent in the classroom. In addition, McNeal ESD’s plant operations and transportation program were both reasonably efficient, with lower costs per square foot and per mile, respectively. McNeal ESD paid a neighboring district to transport high school students living within McNeal ESD’s boundaries. As allowed by law, both districts received full funding for the route miles. Lastly, the District needs to strengthen some of its purchasing and computer controls.
Covers an area in southeastern Pima County that drains the Arivaca Creek watershed. The purpose of the report is to estimate peak discharge for the 50 year storm frequency event, utilizing the rational method (Q=CiA). This method pre-dates that outlined in the Hydrology Manual for Engineering Design and Floodplain Management within Pima County, Sept. 1979, and is considered less accurate. It is recommended that this report be archived and discontinued for use for regulatory purposes.
This report is the first phase of a study to provide a basin management plan for the Tucson Mountain Drainage Basin. Phase II will identify and evaluate alternative specific solutions to flood plain management measures with Phase III accomplishing conceptual designs for the selected alternatives.
The purpose of the study is to identify existing flooding problems for fifteen homes adjacent and west of Holladay Street which have experienced flooding in the past three years. A 1991 follow-up report is included that corrects an error in the earlier report's estimation of the split flow quantities at the intersection.
This report describes the hydrologic and hydraulic analysis. Development in the lower end of the watershed has occurred without knowledge of the floodplain's characteristics.
The purpose of the Phase I study is to evaluate existing drainage conditions and to identify alternative flood control/floodplain management strategies which warrant further consideration.
This study was developed to identify the resources and applicable methodology for the delineation of primary flood corridors.