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Kinney Park Channel Restoration Project, Scope of Work Page 6 Pacific Water Resources, Inc. the model with: current and future land use information as provided by the City's GIS database, multiple flow frequencies (maximum of 8 total design storms), adding the east fork link, and evaluating pipe sizes in Martin St. 5. Perform Fluvial Geomorphic Investigations. As a follow-on to the field work performed earlier this activity will focus on determining geometric and alignment parameters for proposed channel improvements. The maps and hydraulic information gathered earlier will be used to support this activity. At this time we are aware of the need to stabilize ahead-cut and incision on the main channel as well as the desire to reestablish an historic tributary (the `east fork'). Working with the detailed topographic surveys provided by the City, this effort will attempt to define an `east fork' alignment and geometry which minimizes impact and disturbance on the forest area. (We understand that the City's survey includes the locations of significant trees.) The field work will also identify other issues which should be addressed such as clearing limits, access for construction equipment and coordination with proposed parks improvements. If additional information or measurements are needed then this activity will identify these via laths, flagging or other markings for City surveyors to measure precisely. The results of this investigation, including any needs for additional field measurements, will be coordinated with the City. A summary of important design features will be included with the Predesign Report discussed below. 6. Ident~ Possible Project Elements. Numerous elements may be used to achieve the City's goals. These include (but are not limited to): bioswales, stormwater filters, channel restoration, bioengineered bank stabilization, large woody debris (LWD), detention facilities, sediment manholes or sumps, pipe/culvert reconstruction and/or realignment, channel grade controls, floodplain reconnection, native plantings, vegetation management, etc. The purpose of this task is to work with the City to develop a palette of elements which may be incorporated into this project to achieve the identified goals. Only elements which are applicable to satisfying project goals will be considered. As the goal of the Predesign Phase is to determine feasibility, only elements which can be successfully applied to this particular site will be considered. Applicability of particular project elements will also be considered in light of proposed park facilities and their `fit' with the park concepts for access and use. The results of this task will be included in the Predesign Report described below. 7. Attend a Meeting with Regulatory Reviewers. With an understanding of site hydrology, fluvial geomorphology, the City's goals and a list of available project elements, PWR will attend a meeting with regulatory personnel and the City to discuss the project. The meeting should be setup and facilitated by the City. PWR will present the project objectives, proposed elements and known design constraints based on the studies and information available at that time. PWR will also document the meeting discussion outlining issues and concerns raised by the regulatory agencies. 8. Assemble Elements into Project Alternatives. Having reviewed the project within the regulatory context (above), develop a comprehensive solution using elements already discussed. If appropriate, identify one alternative using a different design approach or concept. The final results of this task will be submitted with the Predesign Report PACIFIC WATER RESOURCES, INC.