Program information will be posted as it takes shape.
| 8-9 am | Registration & Continental Breakfast |
| 9-9:05 am | Opening ConferenceFran Wilshusen |
| 9:05-9:25 am | WelcomingMel Sheldon Jr., Chairman, Tulalip TribesBlessingMarie Zackuse, Vice-Chairman, Tulalip Tribes |
| 9:25-10:00 am | Introduction to Conference & KeynoteTerry Williams, Commissioner of Fisheries and Natural Resources, Tulalip Tribes |
| 10:00-10:30am | Break & Poster Session |
| 10:30-11:45pm | Tulalip Tribes Management Activities
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| 12-1 pm | LunchSpeaker: Honorable Chairman Joseph Pavel, Skokomish Tribe, Tacoma City Cushman Dam Settlement |
| 1-2 pm | Nearshore and Marine Session
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| 2-3 pm | Forestry Session
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| 3-3:30 pm | Break & Poster Session |
| 3:30-4:30 pm | Restoration Projects/Monitoring Session
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| 4:30-5:00 pm | Environmental Cleanup and Restoration Progress through the Puget Sound Initiative
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| 5:00-5:30 pm | Exploring the Relationship between Science, Policy, and TEK
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| 5:30-5:45 pm | Conference CloseFran Wilshusen |
| 5:45-6:30 pm | Informal Social Gathering |
| 6:30 pm | DinnerEntertainment: Tulalip Drummers & Dancers |
| 7:30-8:30 am | Registration & Continental Breakfast |
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| 8:30 – 10:30am | SSHIAPHydro Training- Tyson Waldo, SSHIAP North Sound Area Biologist The workshop will give an overview of SSHIAPHydro, and then will proceed step-by-step through loading the data system, setting it up, entering data, and using the data system for analysis. Each attendee will be given an illustrated manual that they can refer to during the workshop, and that they can use after the workshop when they load and begin using SSHIAPHydro on their own computers. Due to ArcGIS licensing constraints, the workshop is designed to flow through trainer demonstration with the trainees using the illustrated manual to follow along. The objective of this workshop is to provide a comprehensive introduction of the SSHIAPHydro GIS data management system to the Tribes. |
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| 10:30-10:45am | Break & Poster Session |
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| 10:45 – 12:30pm | Tribal Water Quality Database Training– Ron McFarlane, SSHIAP/WQ GIS Analyst A standardized enterprise level database has been created to assist the tribes in transferring their data from existing formats into a common format. The database schema has a common structure with EPA’s WQX schema and uses the same domain values, to facilitate the transfer of data to the EPA. This training is intended to familiarize the user with the adopted schema, database population sequence and options; as well as import/export tools and interfaces. Introductory setup of the Microsoft SQL Express 2008 database and configuration will be covered, as will utilization of the Tribal WQX Microsoft Excel Template. This training is lecture only and will be followed by a more detailed (hands on) training at a near term future date. |
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| 12:30pm – 1:30 pm | LUNCH |
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| 1:45pm – 4:00 pm | Tulalip Restoration Site Field TripTour Guides:
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Coho Creek ProjectCoho Creek is a tributary to Quilceda Creek, a watershed experiencing increasing urbanization. Coho Creek is a third order channel primarily used by coho salmon, chum salmon and cutthroat trout. The 2005 Snohomish Basin Salmon Recovery Plan considers Quilceda Creek degraded and places it in a group of sub-basins requiring restoration, specifically focusing on habitat restoration and reconnection. The Salmon Recovery Plan also recommends actions that benefit multiple species. The project reestablishes salmon use in an area that has not seen anadromous salmon for over 50 years. The project creates and enhances both spawning and rearing habitats in this Puget Sound lowland stream and would benefit coho salmon, chum salmon, and cutthroat trout within this sub-basin. The Coho Creek Restoration Project aims to restore and enhance 6,000 feet of stream channel, 8 acres of riparian forest and improve connectivity to adjacent forest communities. The project will also restore natural hydrologic connection and functions to sub-basins forest, wetland and streams. Restoration involves excavating 6,000 feet of stream channel replacing a ditch that Coho Creek currently occupies, constructing riffles or spawning areas, installing large woody debris, and replanting streambanks and adjacent forest. Qwuloolt Estuary Restoration ProjectThe Qwuloolt Estuary Restoration Project represents a broad-based interagency and community effort to restore historic tidal processes and a functioning estuary intertidal marsh system to 350 acres of isolated floodplain within the lower Snohomish River estuary. The project will also restore natural hydrologic connection and functions to two stream systems and provide unrestricted fish access to 16 miles of upstream spawning and rearing habitat. Restoration work will involve removing levee along Ebey Slough, installing setback levee to protect adjacent properties located in the floodplain, filling ditches, excavating stream and tidal channels, and conducting native riparian planting. The Qwuloolt Project is exceptional in both scale and value to the lower Snohomish River estuary system and salmon recovery in Puget Sound. The Snohomish River basin represents one of the few rivers in Puget Sound where the trend of estuary wetland decline may be significantly reversed. Most of the estuary was cleared, drained, and cutoff from tidal and riverine influences by an extensive network of levees, however, lands were not converted to industrial urban development. These conditions provide the opportunity for almost complete restoration of an historic estuarine system in Puget Sound. Multiple resource assessment and watershed planning efforts within the region have identified the Qwuloolt project as a priority for intertidal marsh restoration and salmon recovery. The 2005 Snohomish Basin Salmon Recovery Plan hypothesizes that the quality and quantity of rearing habitat in the nearshore, estuary, and mainstem rivers is the primary factor limiting Chinook Salmon and Bull Trout. The Qwuloolt project will have a direct benefit on these federally threatened species, as well as Steelhead Trout, and other salmonids by restoring access to limited fresh to salt water critical transitional estuary habitat and by significantly improving access to miles of stream rearing and spawning habitat. Specifically, the Qwuloolt project will contribute to restoration of 350 acres of the 2,700 acre target for estuarine habitat restoration as outlined in the Salmon Recovery Plan and improved fish access to 16 miles of upstream habitat. |
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