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Water balances models have been developed for each alternative. These water balance models have been augmented by the addition of chemical balances. The purpose of this memo is to provide a description of the predictions of the chemical balance and resulting solute chemistry for Alternative 2.

This report contains a summary of ongoing work on the effects of noise on wildlife populations to date. Because the numbers and/or diversity of species have been used as indicators of the effects of noise, a number of studies that have indicated one or both of these factors for species alongside roads are included, although noise is not specifically mentioned in some of these reports.

The purpose of this memo is solely to identify a list of potential GDEs and their characteristics. Analysis of predicted impacts to GDEs is the focus of the full efforts of the Groundwater Modeling Workgroup and is described separately in the project record.

Early on August 4, 2014, a tailings dam failure occurred at the Mount Polley Mine caused water and tailings to be released form the Tailings Storage Facility to Polley Lake, Hazeltine Creek and Quesnal Lake.

We have audited the accompanying financial statements of the governmental activities, the business-type activities, each major fund, and the aggregate remaining fund information of The Town of Superior, Arizona, as of and for the year ended June 30, 2016, and the related notes to the financial statements, which collectively comprise the Town’s basic financial statements as listed in the table of contents.

Notes from meeting with Superior Town Manager Todd Pryor.

This report summarizes geological information as available from regional geology maps and accompanying explanatory notes (USGS), relevant peer-reviewed scientific publications, and Resolution Copper in-house peer-reviewed studies.

As such, the mine outdoor lighting design was prepared in accordance with Lighting Zone 3 and the results are discussed below.

This technical memorandum presents the results of the sensitivity analysis completed for the Resolution Copper (RC) groundwater flow model developed by WSP in support of the EIS for the Resolution Copper Mine plan and land exchange.