One goal of the SDCP was to obtain a permit from the U.S. Fish and Wildlife Service under Section 10 of the Endangered Species Act to enable incidental take of species protected by the ESA in the course of development in Pima County. This report provides the county with the framework to go forward and further its analysis of the final funding costs for a Section 10 Permit.

A number of significant positive and negative economic impacts could result from Pima County's SDCP and related programs, according to an analysis of existing research on large-scale conservation planning undertaken to provide a framework for community decision-making. This report offers no final verdict on the net economic impact of Pima County's current, ambitious initiatives in habitat conservation and growth management. However, it does provide a framework for future assessment and decision-making.

Provides basic information about the source of surface water in Cienega Creek at the downstream end of the natural preserve, which will contribute to efforts to conceptualize and implement effective land management proposals for the SDCP. Study results indicate that the surface flow or subflow from Agua Verde Creek do not significantly influence the water in the Cienega Creek.

Conducted for the Pima County Flood Control District by the Pima Association of Governments in order to determine if stormflows on the Cienega Creek have changed over time when analyzed in terms of frequency, volume, and seasonallity. In a data search that extends back to the 1950s, they were able to determine the daily mean flow, the flows over base, and the annual peak flows of the Cienega Creek.

The purpose of this project was to compile information on groundwater withdrawals and surface water diversions near perennial streams, intermittent streams, and shallow groundwater areas previously identified by PAG for the SDCP. The information could be used to prioritize future investigations of potential impacts of these withdrawals and diversions on riparian and aquatic habitats for the SDCP.

This document and the Geographic Information System file that is now a part of the County library of over 1000 coverages, gives the scientific community access to mapping that better differentiates perennial, ephemeral and intermittent watercourses, and provides more comprehensive coverage of shallow groundwater sources. This data is significant because riparian habitat is one of the most important and least protected of the habitat types in Pima County.

Does H20 = Growth in Arizona? That is how many people view the water-growth equation -- any introduction of "new" water supplies inevitably stimulates population growth and economic activity. However, the report by Morrison Institute for Public Policy, Growth on the Coconino Plateau, offers some surprisingly contrary conclusions. Completed on behalf of Arizona Department of Water Resources and the Coconino Plateau Watershed, this document is relevant for all regions of rural Arizona. Among the findings: - Some rural areas in the West have constructed major water supply projects only to see most of their towns languish, not prosper. - New water infrastructure in growing rural counties hasn't affected the size so much as the pattern of new development. - Leapfrog sprawl into unincorporated areas has been discouraged in regions where cities and towns hold control over the distribution of new water supplies. Bottom line, water won't automatically produce population growth. But planning for water - how it is supplied and governed - does offer a useful tool for managing future growth. Moreover, it can provide some measure of protection for the environment. We believe this report has important application well beyond northern Arizona. By providing original research and analysis on the water-growth equation, this report helps resolve one of Arizona's most critical issues. As a result, public policy discussions in the future will be able to focus on the state's most important growth drivers and how they can be managed.