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Santa Cruz, CA
831.421.9291
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  Portland, OR
503.227.5979
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Hydrologic & Hydraulic Modeling, Analysis, & Gauging

fishladderClient: Boy Scouts of America, Monterey Bay Area Council

The Boy Scouts of America own and operate an 800-acre property on the Little Sur River that is used as a summer camp. A flashboard dam was installed in the 1950s to create an impoundment for recreational and educational uses. The seasonal operation of this dam impeded juvenile and adult steelhead passage at the site.

northmontereyClient: Resource Conservation District of Monterey County

Currently undeveloped portions of the North Monterey County High School Campus provide excellent locations for upland and wetland restoration projects that could facilitate educational opportunities.  Waterways is supporting Central Coast Wetlands group and the RCD of Monterey County by providing land surveying, preliminary design services, and permit support for proposed nature trails and wetland enhancement projects in support of Red Legged Frog and Santa Cruz Long Toed Salamanders.

widdoes1 webClient: South Coast Habitat Restoration

South Coast Habitat Restoration contracted with Waterways to provide design services for the improvement of fish passage conditions at Widdoes Crossing, a private road crossing on Gobernador Creek. Fish passage conditions at the site were severely impacted by incision of the streambed below a concrete and boulder ford which created an 8 foot hydraulic drop.

img 71585 webClient: Trout Unlimited

Under contract with Trout Unlimited, Waterways led design and construction phase engineering efforts for the removal of a fish passage barrier on San Clemente Creek, a major tributary to the Carmel River. Our design team included Streeter Group (structural engineer) and CMAG Engineering (geotechnical). Work included topographic mapping, hydraulic modeling, concept level design alternatives analysis, and development of final 100% level design drawings. Waterways coordinated with the Resource Conservation District of Monterey County to provide technical support for permitting efforts and then coordinated engineering support during project implementation in the summer of 2020.

Hat Construct WebClient: California Trout, Inc.

Lower Hat Creek is an important coldwater fishery and is a designated Wild Trout Fishery by the California Department of Fish and Wildlife. Decades of cattle grazing, the introduction of muskrats, and over fishing caused the degradation of riparian and aquatic habitat along lower Hat Creek. Waterways, in collaboration with Streeter Group and California Trout, Inc., completed designs to restore a reach of Hat Creek. The restoration measures included installing a 160’-long pedestrian bridge and trail, and relocating the parking facilities that improve angler access and reduce habitat disturbance.

20141029 085507Client: West Valley College

Waterways has provided comprehensive planning, grant writing, surveying, design, construction support, and post construction monitoring services for five distinct projects within the West Valley College campus.

09 024 kral DSC08888 webClient: Clean Water Services (CWS), Oregon Department of State Lands (DSL)

Waterways assisted Clean Water Services and Department of State Lands in the planning and design of a 20 acre mitigation bank in the Tualatin River Watershed to provide wetland, temperature, and salmon credits. In addition to providing purchasable credits, the project simultaneously tested a function-based accounting system developed by the Willamette Partnership’s Counting on the Environment program (http://www.willamettepartnership.org). This program was developed with the help of public, private, and non-profit stakeholders to create a shared accounting system for quantifying impacts and benefits to ecosystem services for application to ecosystem markets. The Partnership has completed a test version for water temperature, wetlands, salmonid habitat, and upland prairie that was applied to pilot projects. Half Mile Lane was one of the pilot projects that tested three of these services, and was the first pilot site that resulted in real-world transactions. The project tested not only the ecosystem credit calculator, but also the sequence of developing, selling and buying ecosystem credits.

wes2 RCClient: Clackamas County, Water Environment Services

Clackamas County Water Environment Services (WES) is one of the agencies responsible for wastewater and stormwater management in the greater Portland metro area. To better understand the effects of management activities on watershed health and the status of aquatic resources in the district, WES contracted with Waterways to develop monitoring methods and carry out monitoring of aquatic resource and physical habitat conditions in its management region, which consists of small and medium sized tributaries in the lower Willamette, Clackamas, and Tualatin Rivers, in northern Clackamas County, OR. In close cooperation with WES, Waterways led the development of geomorphic monitoring approaches, site selection, establishment of monumented cross sections and initial monitoring of 25 to 30 stream reaches in 2009. Each monitoring event includes long profile and cross section surveys, bulk bed material sampling, pebble counts, large wood inventory, measurements of pool size and frequency, documentation of active bank erosion, and general geomorphic observations. These data are complimented with macroinvertebrate population analysis of the same reaches by Mike Cole (Cole Ecological), a regional expert in stream macroinvertebrates. WES retained Waterways to lead monitoring events in 2009, 2011, 2014, and 2017.

photo for wats slough farms Web

Client: Resource Conservation District of Santa Cruz County

Waterways Consulting has provided planning, design, and construction implementation support (e.g., staking, field modifications, and supervision) for the installation of 3 ponds located on the Watsonville Slough Farm property, owned by the Land Trust of Santa Cruz County. The ponds were created either as a stormwater or sediment control facility or for habitat enhancement.

 

roughened channel at former dam webClient: Johnson Creek Watershed Council

Kelley Creek is a moderate gradient tributary to Johnson Creek that flows from south to north near the boundary between Clackamas and Multnomah Counties. The channel is incised and has been impacted by past land uses which have most likely straightened and ditched the channel to accommodate crossings and local and regional roads, limit flooding, and utilize adjacent areas, including historic floodplain, for agricultural use. Waterways was hired by the Johnson Creek Watershed Council (JCWC) to develop designs and help oversee construction of a fish passage project over an existing dam along Kelley Creek. The project site is located on an approximately 16- acre property that has been owned and managed for multiple generations. The property is primarily residential though the owner does graze cattle and the owner holds a water right for an off-channel pond that is primarily a landscape feature though historically it may have been used to store water for irrigation. Prior to project implementation, water entered the pond through a gravity fed system that consists of the approximately five-foot high diversion dam and intake pipe. This dam presented a total fish passage barrier for all fish species.

hope survey053 webClient: American Rivers, Inc. & Placer County Resource Conservation District

Waterways was selected to develop and analyze alternatives for ecological restoration of the Hope Valley Meadow on the West Fork Carson River, with a primary goal of enhancing the full range of ecosystem services this highly visible and well-known meadow provides. The project area encompasses approximately 400 acres of the meadow within Upper Hope Valley, just east of Blue Lakes Road, Alpine County.

2013 09 20 13 45 42 webClient: Oregon Parks and Recreation

Waterways Consulting recently completed a restoration plan for Jackson Creek and Netarts Creek for the OPRD at Cape Lookout State Park. The focus of the effort was to evaluate the hydrology, geomorphology, and habitat conditions of Jackson Creek, the principle stream that flows through Cape Lookout. Approximately 60 years ago, a portion of Jackson Creek was diverted to Netarts Bay to increase freshwater flows into Netarts Bay with the hope of improving the commercial oyster beds. Impacts associated with the diversion and associated flow split were addressed in the restoration plan as well as opportunities for enhancement of the Jackson Creek mainstem downstream of the diversion site.

Hillsboro Figure with labelsClient: Latimer Environmental

The Hillsboro Landfill is a construction-demolition waste landfill situated on 400 acres south of Hillsboro, Oregon between SE Minter Bridge Road and the Tualatin River. With the landfill operations located at the northeast end of the property, the south and west sides of the property contain wetland mitigation sites adjacent to the Tualatin River. Waterways was retained to design an outfall from the constructed wetlands located at the south end of the property that provides a geomorphically stable discharge into the Tualatin River. 

20130521 180504Client: Town of Truckee

Over the past 150 years, Trout Creek, a tributary to the Truckee River, has been impacted by development of the downtown, the railroad, and other land uses. These impacts have resulted in channelization and realignmentof Trout Creek, upsetting natural channel processes such as bed load movement, habitat creation, hydrology, and wildlife corridors through loss of riparian habitat. Despite past efforts to “control” Trout Creek, flooding has remained a significant problem. In addition, the biological and aesthetic value of the channel was degraded.

kunzler1Client: Granite Construction Company

Waterways staff assisted Granite Construction Company with planning, designing, and permitting an off-channel gravel extraction project on the Kunzler Ranch property, located in Ukiah Valley at the confluence of Ackerman Creek and the Russian River. Waterways conducted hydrologic, hydraulic, and geomorphic analyses to assess flooding impacts, habitat development potential, and channel stability at the proposed project site during project-life and reclamation phases.

P2200031 webClient: Benchmark Resources

The pond construction at Pilarcitos Quarry included two bentonite-lined ponds within the Nuff Creek watershed, each designed to improve habitat for red-legged frogs. Waterways provided planning services to site the ponds, performed topographic and construction surveying, prepared preliminary and final designs, provided permit support, and supervised the construction effort.

 

18 068 trout creekClient: Truckee Tahoe Lumber Company

The Truckee Lumber Company owns a parcel of land adjacent to Trout Creek in the Town of Truckee, CA that is currently shown within a FEMA designated special flood hazard area (SFHA) for the Creek. Trout Creek has undergone multiple flood control/habitat improvement projects since the date the effective SFHA was established, several of which were designed by Waterways for the Town. The Lumberyard retained Waterways to work through the FEMA letter of map revision (LOMR) application process to remove developable property from the SFHA. The application is currently working its way through the permitting process.

post trail webClient:City of Watsonville

The CARE project includes an ADA compliant pedestrian and bicycle trail providing community access to through a riparian corridor along the Pajaro River, near its outlet to the Pacific. The trail was designed with a surface that could be easily maintained following periodic inundation and fine sediment deposition within the floodplain through which it traverses. The trail provides an outlet to a scenic overlook on the Pajaro River, as well as to a boat launching ramp.

trails2Client: City of Watsonville

Under Phase 1, Waterways staff designed a seven mile network of pedestrian and bicycle trails along the Watsonville Sloughs System, within the City of Watsonville. Our scope included the preparation of a Trails Master Plan, identification of opportunities and constraints, engineering feasibility assessment, hydraulic modeling, final plans and specifications, permit support, and construction monitoring. The trail designs were implemented successfully, creating public access footpaths and bicycle trails with trail segments that also provide Americans with Disabilities Act-compliant access. Design challenges included multiple slough crossings (boardwalks), retaining walls, and bridges constructed on peat soils within a complex hydrologic regime. Design of each trail segment offered opportunities for ecological restoration, including removal of exotic vegetation and re-vegetation with native communities.

For phase 2, Waterways created a Master Plan for over 25 additional miles of trails within and adjacent to the City of Watsonville. Waterways is currently preparing 100% designs for portions of the Phase 2 trails system.

 

woodydebris webClient: US Forest Service

Waterways staff led an interdisciplinary team to assess existing conditions within the Blackwood Creek Watershed, and then prepare detailed engineering plans and specifications for recommended projects. Blackwood Creek is a major tributary to Lake Tahoe, drains a mix of steep volcanic and granitic terrain, has a high bedload transport rate, and was historically impacted by grazing, logging, and instream gravel mining. Key impacts identified during the study were excessive bank erosion and channel widening associated with channel incision and loss of floodplain connectivity and the presence of several fish passage barriers. To restore the physical processes that sustain channel morphology and biological function, an aggressive, long-term restoration strategy was proposed. To date, four distinct restoration projects have been designed and implemented:​

pads during constClient: USFS- Lake Tahoe Basin Management Unit

Waterways, in coordination with the USFS Lake Tahoe Basin Management Unit (LTBMU) and Swanson Hydrology, has developed designs to restore the mainstem and tributaries of Cold Creek in the High Meadow Complex (HMC) near South Lake Tahoe, California. The basic restoration objective is to increase soil moisture within approximately 70 acres of meadow area by modifying the morphology and hydrology of the streams in a manner consistent with natural geomorphic processes. Work involves re-constructing approximately 8,700 linear feet of channel and raising the elevation of the streambeds by 2 to 4 feet. The project will significantly increase the diversity and density of meadow wetland vegetation species and shift some areas from seasonally dry and sparse mesic meadows to wet meadow conditions.

The project’s three-year construction plan was completed in 2012, with Waterways providing on-site construction observation.

photo coldstream webClient: Truckee River Watershed Council & California State Parks

A 2007 geomorphic assessment of the Coldstream Canyon watershed identified opportunities to restore stream and watershed function along the lower one-half mile of Cold Creek, extending upstream from the confluence with Donner Creek. Waterways, in coordination with River Run Consulting, prepared final designs for the restoration of this reach. Designs included excavating an inset floodplain bench, re-contouring steep banks, and installing log/boulder barb to reduce bank erosion and expand and improve riparian habitat. Waterways and River Run also provided permit support and construction observation.

PA210029webClient: Necanicum River Watershed Council

Waterways was hired to develop an engineered solution to address a high priority fish passage site on the South Fork Necanicum. The project site consists of a 6-foot high diversion dam and intake structure. The objectives of the project were to provide unimpeded passage for all species and life histories of salmonids present in the South Fork, meet NMFS and NOAA Fisheries fish screening guidelines, and provide a reliable source of water to the City of Seaside according to their existing water right. Specific project tasks include preparing a set of alternatives for review by a technical advisory team, preparation of preliminary engineering drawings for the selected alternative, preparation of a water management plan that identifies potential changes in the operation and management of the diversion as a result of the modifications, and preparation of the final engineering drawings.

DSC09338 smallClient: Columbia Soil and Water Conservation District

This project is located along the mainstem of the Clatskanie River, where the river transitions from a riverine to a tidal system. Past land use impacts have led to a degraded riparian corridor dominated by reed canary grass, less frequent side channel connectivity, and a lack of pool scour in floodplain and secondary channels.

restored channel webClient: United States Forest Service

The Cookhouse Meadow Restoration Project replaced approximately 1600 linear feet of stream that was incised by 4-6 feet within a meadow setting. The new channel provided a more natural channel morphology, flood regime, and soil moisture regime throughout the meadow. In turn, water quality, vegetation composition, and fish and wildlife habitat was improved. The project used stacked sod, salvaged from distributed areas throughout the adjacent meadow, to construct stable banks that will allow for natural channel evolution and adjustment.

0506 108 webClient: California State Parks- Diablo Vista District

The Mitchell Creek Riparian Restoration and Fish Passage Improvement Project provides for removal of four small dams and the decommissioning of defunct access roads along a reach of Mitchell Creek, within Mount Diablo State Park. The design includes approximately 400 feet of constructed roughened channel to provide fish passage through the grade transition created by the various impoundments. In addition to the fish passage improvements, the project removed aproximately 2,500 cubic yards of impounded sediments from upstream of the site to restore floodplain function and reduce local bank erosion. The design included the installation of large wood elements obtained on site to provide bank stability and enhanced pool development. Waterways provided construction oversight for the project.

arroyoburro webCity of Santa Barbara

Waterways recently provided planning, design and construction management services for Phase 1 of the Arroyo Burro Open Space Restoration Project. The project area is located within the Arroyo Burro Open Space Preserve, owned by the City of Santa Barbara. Pre-project conditions within the approximately 20 acre project area were characterized by a deeply incised channel with actively eroding banks that was disconnected from historic floodplains. Ongoing bank erosion threatened to undermine a section of Las Positas Drive and several large oak and sycamore trees. Exotic vegetation had colonized the former floodplains and streambanks.

Site 2 Post Con webClient: Sandy Riverfront RV Resort, LLC.

The Sandy River RV Resort (Resort) is located just upstream of the confluence of Beaver Creek and the Sandy River in the City of Troutdale. Beaver Creek, which flows through mixed low density residential and commercial areas with multiple road crossings before flowing into the Sandy River, is prone to lateral erosion and channel widening. This contributed to bank erosion along the right bank of Beaver Creek at two sites on the Resort property during high creek stage in 2017. This erosion threatened the Resort infrastructure in addition to being a source of sedimentation to the stream which impacts threatened aquatic species and their habitat.

20141006 135247Client: San Jose State University

Waterways is supporting Central Coast Wetlands Group by leading the design team in development of plans to construct a 30 acre managed wetland to treat irrigation runoff within the Elkhorn Slough Watershed.

20190715 172754 webClient: Cascade Environmental Group

Waterways has teamed with Cascade Environmental Group to develop, implement, and monitor a restoration plan for approximately 30 acres of riparian and bottomland forest along the Willamette River in the city of Gladstone.  The site encompasses a short, perennial tributary known as Rinearson Creek that is periodically backwatered from the Willamette River and provides rearing and off-channel refugia for a variety of species and life stages of salmon. 

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