Scott D. Struck, Ph.D., M.ASCE Statement of Personal ... · His professional passion is in planning, implementation, ... The tool uses RS Means to ... and convey runoff to regional

EWRI FY2018 Vice President Candidate, Scott D. Struck, Ph.D., M.ASCE 1

Scott D. Struck, Ph.D., M.ASCE

Statement of Personal Qualification and Vision for EWRI

Personal Qualifications

Dr. Struck is Principal with Geosyntec Consultants in Lafayette, Colorado. He has more than 15 years of water resources experience in research and private industry, building upon his bachelor, masters and doctoral degrees (University of Washington and Indiana University). He often participates in research with academic and governmental institutions, appreciating the need to incorporate and apply research results and outcomes to the problems of other clients. He believes that bridging the gap between academic efforts and client applications is an important aspect of his practice and an area that EWRI is best prepared to fulfill across all our technical disciplines. His professional passion is in planning, implementation, and assessment of green infrastructure and other stormwater best management practices to meet drainage and NPDES permit requirements. Examples of his experience includes identification and prioritization of management opportunities for stormwater practice selection and placement, modeling, design, monitoring, performance assessment, cost analyses, triple bottom line and life cycle cost evaluation, and integrated watershed planning. He has participated in projects throughout the United States and Canada. He has experience working with public (municipal, county, state, and federal), private (industrial and commercial), and non-profit (local and national NGOs) clients.

After receiving his doctoral degree, Scott was a researcher for four years with US EPA’s Office of Research and Development, Urban Watershed Management Branch in Edison, New Jersey before moving to Colorado and private consulting. He has over 40 publications including journal articles, technical reports, book chapters, and conference proceedings. He also is an Associate Editor for the Journal of Sustainable Water in the Built Environment.

Scott has been a champion for ASCE-EWRI for over a decade volunteering in various roles. He served two terms with the Governing Board as Treasurer (2013 and 2014). He volunteered as Technical Chair for the 2010 LID Conference and the 2013 EWRI Congress. He was on the 2008, 2010, 2013, 2014, and 2016 LID Conference Planning Committees. Scott was on the Urban Resources Research Council Core Group and served as Secretary, Vice Chair, and Chair (2010 – 2015). He also served various roles within the UWRRC in the following task committees: Pathogens in Wet Weather Flow, LID National Guidelines, Green Streets-Green Highways Task Committee, Urban Watershed Management Symposium Task Committee (2004-2014), LID for Combined Sewer Overflow Task Committee, Global Outreach Standing Committee, MENA Task Committee and represented the UWRRC on the EWRI Awards Committee. Scott has also had the pleasure to represent ASCE-EWRI on EPA’s Campus RainWorks Judging Panel in 2013, 2015, and 2016 and has served on several other ad hoc committees.


Scott is actively involved with Engineers Without Borders, serving as an International Community Program Reviewer and a mentor on several projects in East Africa, where, in the late 1990s, he was also a Peace Corps Volunteer. He has provided training on sustainable water resources management at national and international workshops and conferences for organizations such as EPA, ASCE-EWRI, and WEF. EWRI Vision Statement

I am familiar with and respectful of the history and development of the Environmental and Water Resources Institute. I consider EWRI’s Vision Statement, “Advancing water resources and environmental solutions to achieve a sustainable future,” to be a professional and personal goal. Having served on committees for both the Member Services and Technical Program Executive Committees I am aware of and actively support the varying products, functions, and roles that these communities give to EWRI members. Knowing the incredible resources that EWRI and its members provide to ASCE, other organizations, and environmental and water resources professionals worldwide, through support of existing volunteer strengths as well as pursuing burgeoning future endeavors, I feel strongly that effective communication and outreach is critical. Hence it is compulsory to provide an easy to use mechanism and portal to share EWRI information, approaches, tools, and cutting-edge technical products. Our technical and social connection to local practitioners, student members, young and mid-career professionals, and venerated retirees has made and will continue to make EWRI a rewarding and successful membership oriented organization. Leveraging this and facilitating a clear and concise delivery mechanism should remain a leading priority.

To be a successful professional organization in today’s fast-paced world can be a challenge. Relevancy is a constant question both for the time and resources of every individual. To remain relevant often requires looking beyond our “typical” village walls. Integration of multidisciplinary and multicultural teams with a broader view of problems and solutions to advance our knowledgebase and impact is not only standard, but expected requiring a nexus of many professional disciplines. This is clearly evident in academic, utility, governmental, and the private sectors. EWRI must lead by example. Fortunately, they have! The success of the Low Impact Development and other specialty conferences has set the precedent where the EWRI community reaches far beyond the societal engineering core and institutional scientific pillars to produce a desirable and captivating venue for economists, landscape architects, community development and outreach, and many other professionals to engage in meaningful discussions and experiences. This is the rich fabric from which EWRI has grown and which must continue as a strategic pathway for maintaining relevancy in this evolving professional landscape.

Answering the call to service and representing my professional and personal community is a principal driver for me in all of my volunteer activities with EWRI and other organizations. A shared mission of doing, not just saying, and inspiring and being inspired by others was the reason I joined the US Peace Corps and why I continue to work with students and professionals in Engineers Without Borders. The way that EWRI embraces and supports those that volunteer “to do” is one of the primary reasons why I believe in this organization. From the staff in


Reston, to the Chapter leaders, EWRI and ASCE are strongly founded in service to our members and community. I hope to bring this deep-seated dedication to “improving by doing” to the forefront and continue to foster this passion when interacting with and representing EWRI members.

Through a dedication to service, a fundamental base in engineering and science that includes a multidisciplinary approach to remain relevant, as well as building upon effective internal and external communication tools, I hope that I can join together existing and future members and lead our EWRI organization to a successful and relevant future.


Curriculum Vitae

Scott D. Struck, Ph.D., M.ASCE

EDUCATION

Ph.D., Water Resources, Indiana University, Bloomington, IN, 2003 M.S., Water Resources Management and Engineering, Indiana University (with coursework at IUPUI), Bloomington, IN, 2001 M.P.A., Env. Policy and Natural Resource Mgmt., Indiana University, Bloomington, IN, 2001 B.S., University of Washington, Seattle, WA, 1995 B.A., University of Washington, Seattle, WA, 1995 REGISTRATIONS AND CERTIFICATIONS

Professional Wetland Scientist, Assoc. of Prof. Wetland Scientists, 2006 (No. 1655)

CAREER SUMMARY

Dr. Struck has 15 years of water resources experience with a focus on planning and implementation of stormwater best management practices including green infrastructure and low impact development techniques to meet drainage and NPDES permit requirements. His broad experience spans identification of management opportunities and barriers to implementation, screening and prioritization, modeling, design, monitoring, and performance assessment of these systems. He has participated in projects throughout the country designed to plan, design, and evaluate the effectiveness of many types of stormwater control practices and he regularly supports efforts in planning and implementation of integrated watershed management strategies.

PROFESSIONAL EXPERIENCE

Geosyntec Consultants, Denver, Colorado, 2012 - present Tetra Tech Inc., Golden, Colorado, 2007 - 2012 US EPA, Office of Research and Development, Edison, New Jersey, 2003 - 2007

PROJECT EXPERIENCE

Low Impact Development and Green Infrastructure

National Demonstration of Advanced Drainage Concepts Using Green Infrastructure for CSO Control - U.S. EPA – ORD, Cincinnati, Ohio. This project demonstrates the efficacy of integrated, green infrastructure-based solutions to wet-weather flow pollution problems and focuses on measuring the effects of larger-scale LID application for stormwater management and to monitor the change in peak flow, total flow volume, and pollutant mass of storm-generated flow to the combined sanitary sewer system in an urban core neighborhood The project combines


local and regional efforts to collect performance data on Green Infrastructure practices, assess management performance at the watershed/sewershed scale. Dr. Struck was the project manager.

Development of Low Impact Development Stormwater Control Cost Estimation procedure to accompany the National Stormwater Calculator. US EPA, Office of Research and Development. Cincinnati, Ohio. This project collected relevant cost data and estimation procedures for LID controls to be used as a part of the EPA National Stormwater Calculator (SWC). The integration of cost components of LID controls into the SWC Scott D. Struck, Ph.D. increases the tool functionality and allows for greater application of the calculator. The addition of cost estimation allows users to evaluate LID controls based on comparison of project cost estimates and predicted LID control performance. The cost data builds upon key site-specific variables, design considerations, and LID control infrastructure to estimate costs. Estimates include a band of uncertainty to reflect variations in potential costs. The tool uses RS Means to temporally and spatially customize the tool output to tailor estimates to current information and geospatial locations.

Water Environment Research Foundation; WERF-U5R14: Stream Restoration BMP Database Module. Alexandria, Virginia. This project is developing a scientifically based set of monitoring and reporting protocols for water quality and habitat performance of stream restoration and stabilization projects to begin the creation of a national database to store information on these projects. This database will be used in the future to support improvements in stream restoration applications (long-term) as well as to provide a consistent approach for data collection and assessment to support regulatory compliance for TMDLs, NPDES permit compliance, and pollutant and ecosystem services trading.

Water Environment Research Foundation; WERF-IT13 Stream Restoration as a BMP for developing Crediting Guidance. Alexandria, Virginia. The primary goal for this research effort is to develop a practical guidance document and consistent approach for regulatory agencies to use when developing and assigning pollutant reduction credits for stream restoration approaches and similar riparian and upland techniques for meeting water quality goals. Dr. Struck is the project manager.

Green Infrastructure Project Identification and Conceptual Design, City of Omaha, Omaha, Nebraska. This project evaluated five City of Omaha watersheds to identify and develop green infrastructure projects that would be included in the City’s Long Term Control Plan Update. The project developed an evaluation process that identified over 50 specific opportunities, impacting over 3,500 acres of runoff into the combined sewer system. These opportunities included public and private property, and greening of City streets and management of runoff from limited access roadways. Five projects were selected based on CSO volumetric and flow performance and cost effectiveness (i.e. 20-year life cycle cost/gallon of CSO volume reduced). Conceptual designs were developed to support design and next phases. The selected projects maximize the prior investment made by the City in localized sewer separation by using the existing storm sewers and convey runoff to regional detention facilities located on public property prior to discharge into the combined sewer system. Dr. Struck was the assistant project manager.


Development of Pretreatment Guidance for Stormwater Runoff Control Practices, Minnesota Pollution Control Agency (MPCA), St. Paul, Minnesota. Geosyntec was tasked to gather information for the Minnesota Pollution Control Agency on water quality benefits and maintenance expectations for pretreatment systems such as vegetated filter strips, hydrodynamic separators, underground settling devices, swales, and forebays for incorporation into the Minnesota Stormwater Manual. The Stormwater Manual is used by stormwater practitioners to make decisions related to stormwater management, such as selecting appropriate Best Management Practices, meetings stormwater regulatory requirements, and determining pollutant and stormwater volume reductions associated with implementation of different stormwater management practices. Geosyntec also documented how these practices: consider type and amount of contributing impervious surfaces (e.g. roads, small parking lots, residential driveways, roofs, etc.), can contain Stormwater hotspots and spill control, are suitable for cold climate, including snow storage, can be use in retrofit scenarios, application in ultra-urban settings, can be tailored for receiving water needs, and can serve as a stand-alone BMP. Dr. Struck was the project manager.

Real Time Management of Stormwater Runoff Through Green Infrastructure Retrofit, City of Omaha, Omaha, Nebraska. This project (1) designed and implemented a monitoring and release system for retrofit of an existing pervious pavement project at a police precinct to better use the gravel storage layer for controlling the volume and rate of stormwater runoff, and (2) designed and installed monitoring equipment to determine performance and design modifications for a pervious pavement parking lot at Fire Station #10. Monitoring data were used to establish rainfall and storm flow relationships upon which control logic was developed to allow automated and manual operation of the outlet control structures. A cloud-based computing system, which integrated all data with forecasted rainfall events, allowed for the development of program logic that provides storm-based dynamic control of the rate and volume of flow discharged to the combined sewer system with a goal of preventing or reducing wet weather overflows. Dr. Struck was the project manager.

Blacksnake Creek Stormwater Separation Improvements using Green Infrastructure and Real Time Management, City of St. Joseph, St. Joseph, Missouri. Geosyntec’s role in the stormwater separation diversion structure and channel improvements on Blacksnake Creek was to develop and design green infrastructure and real time control projects to support the diversion of stormwater (creek water), for the CSO control design storm event, from the Blacksnake Creek combined sewer system to a new stormwater conduit. Geosyntec was tasked with planning and developing conceptual (30%), draft (60%) and final designs (90%, 95%, and 100%) for several kinds of green infrastructure as a part of combined system separation. Tasks include screening and evaluation of potential locations, hydrologic and hydraulic modeling, site inspection and feasibility analyses, evaluation of Real Time Control Concepts at Potential Sites, and conceptual, draft final, and final designs. In addition Dr. Struck is involved in conducting public meetings and workshops assisting project and City staff in understanding and promoting the implementation, operation, and maintenance the selected green infrastructure and real time control designs. Dr. Struck is the Geosyntec project manager for this effort.


Design of Green Infrastructure/Distributed Storage for Middle Blue River Basin – Phase 2, Kansas City Water Services Department, Kansas City, Missouri. Through this project, Geosyntec is providing site selection, planning, concept (30%), draft (60%) and final (90%, 95%, and 100%) designs of green infrastructure and distributed storage systems within outfall 059 sub-basin of the Middle Blue River to reduce or prevent wet-weather overflows within the combined sewer system. Geosyntec sites identified for management opportunities include public park and private property. The project teams are developing strategies for property and easement acquisitions to further green infrastructure implementation in the most cost effective areas. Dr. Struck is the Geosyntec project manager of this effort and will also assist in public outreach and information exchange with the City staff to the neighboring communities.

Green Infrastructure Monitoring Program Development for the City of Calgary, Calgary, Alberta, Canada. The City of Calgary recently constructed several green infrastructure pilot projects but had no plans for assessment. Geosyntec responded to a request to develop and implement a City-wide monitoring plan as well as site specific monitoring plan built and upcoming green infrastructure projects. Specific tasks completed included: Development of a City-wide and detailed monitoring programs, mobilization and installation of monitoring equipment, data analysis, and annual program assessment. Dr. Struck was project manager.

Evaluation of Green Infrastructure for CSO Control in Chartiers Creek and Ohio River Basins, Pittsburgh, Pennsylvania. This project for ALCOSAN evaluates opportunities for integrating green infrastructure-based solutions to reduce wet-weather flow pollution problems and control combined sewer overflows. Objectives of this project are to develop a strategy, identify locations, and determine practices to combine larger-scale storage systems along with Green Infrastructure source control applications to affect the peak flow, total flow volume, and pollutant mass of storm-generated flow in urban areas drained by the combined sewer system in Chartiers Creek and Ohio River sub-basins. Modeling of potential infrastructure applications along with site investigations were used to identify potential parcels and practices that may help in reducing overflows and provide additional benefits to the community.

Colorado Regulation 85 Nutrient Data Gap Analysis, Colorado Stormwater Council and Urban Drainage Flood Control District, Denver, Colorado. For Municipal Separate Storm Sewer Systems and Colorado Discharge Permit System permittees, Regulation 85 requires public education and outreach on stormwater impacts associated with nutrients, pollution prevention/good housekeeping for municipal operations, and data collection regarding the approximate nitrogen and phosphorus contribution to state waters due to discharges from MS4s. The project determined whether adequate information exists to allow for determinations of representative nutrient estimates by statistically evaluating Front Range municipal data collected in the past. In this way, future data collection can be focused on areas that have a paucity of data to address the remaining information requirements under Regulation 85. Dr. Struck was project manager for Geosyntec.

Green Stormwater Infrastructure Joint Program Management Services, Seattle Public Utilities and King County-Wastewater Treatment Division, Seattle, Washington. Seattle Public Utilities (SPU) and King County’s Wastewater Treatment Division (WTD) are planning,


designing, and constructing green stormwater infrastructure (GSI) throughout the City of Seattle to reduce the volume of stormwater runoff entering combined sewers, separated storm drains, or creeks. Dr. Struck is a part of a team to provide support services on behalf of both SPU and WTD to assist in the development and day-to-day management of both agencies’ GSI programs. His role focuses on development of equivalency policies with state regulatory requirements, monitoring, modeling, operation and maintenance, and economic triple-bottom-line evaluation of programmatic elements.

Pipers Creek Flow Control Plan, Seattle Public Utilities, Seattle, Washington. Dr. Struck initiated efforts to assess the data available for the hydrology model used in Pipers Creek analyses. He also was a part of developing a standardized data assessment process that included development of a data inventory, creation of a data management system for geospatial and other electronic data, review of available data, evaluation of suitability of data compared to data needs, and identification of important data gaps. Scott also contributed to developing data quality objectives and a data collection QAPP that complies with SPU’s QAPP guidelines.

Comprehensive Load Reduction Program for Pollutant Load Reductions and Environmental Compliance, City and County of San Diego, San Diego, California. To improve the efficiency of limited planning resources, and to take advantage of an extended 20-year wet weather compliance timeline, The San Diego NPDES Co-Permittees have chosen to addresses multiple pollutants of concern through a comprehensive load reduction program strategy. Dr. Struck provided review of approaches taken and draft documents submitted for the evaluation and prioritization of regional and distributed stormwater management controls to meet load reduction requirements for multiple pollutant impairments within the five City of San Diego watersheds, as well as the San Luis Rey and Upper San Diego Rivers.

Evaluation of Memorial Park Infiltration Basin, City of San Diego, San Diego, California. Dr. Struck was project manager for this project which determined the water quantity and quality performance of a treatment train of best management practices (BMPs) implemented at Memorial Park, San Diego. This report consists of collection and review of pre- and post-construction flow and water quality monitoring. It also satisfies the requirements of the Municipal Storm Water Permit in evaluating the implementation of two watershed water quality activities that result in pollutant load reduction in high-priority watersheds.

Otay Mesa Engineering and Drainage Reports Review, City of San Diego, San Diego, California. Dr. Struck managed this project which provided review of existing stormwater management plans, current land use and drainage patterns based on GIS data, and other relevant information to evaluate recommended improvements in the drainage plans of the Otay Mesa Area of San Diego. The project provided detailed review of previously completed planning and engineering reports and local and county storm water regulations to develop recommendations for the placement and design of storm water-management facilities and restoration projects that may be required to mitigate impacts to sensitive areas (e.g., vernal pools) and manage stormwater runoff.


Orange County Transportation Authority Measure M2 Environmental Cleanup Program Tier 2 Grant Evaluation Assistance, County of Orange, Santa Ana, California. Dr. Struck assisted a team in applying an integrated model to identify and categorize strategically effective areas for prioritizing best locations for water quality mitigation. He lead the team in developing an evaluation methodology for determining cost effective ranking of stormwater improvement plan submittals based on criteria developed through a technical advisory committee. The methodology ranked projects to determine award allocations to assist in implementation of the project with the greatest cost-benefit efficiency for stormwater improvements.

Aliso Creek TMDL Review and Data Needs Assessment, County of Orange, Santa Ana, California. This project provided review and assessment of existing data for the Aliso Creek. The purpose was to evaluate whether the allocations and goals were in need of change following 7 years of management and data collection. Specifically, validation of the Aliso Creek dry weather model was assessed using additional data collected from 2002 to 2009. In addition, an assessment of existing data inventory and modeling needs was provided with the development of a data needs plan to address remaining water quality issues.

Pillar Point Low Impact Evaluation for Water Quality Preservation, U.S. Air Force, Half Moon Bay, California. Dr. Struck assisted a design team with implementing LID concepts to minimize impacts of a storm water discharge from a military installation, Pillar Point Air Force Station (PPAFS), to the Pacific Ocean. The project, located in Half Moon Bay, California, was in response to a waste discharge into a sensitive habitat designated in California as an Area of Special Biological Significance (ASBS). The use of a watershed approach to apply bioswales and stormwater collection for reuse opportunities was selected as the preferred alternative to meet regulatory restrictions along the California Coastline.

Accotink Creek Stream Evaluation and Restoration, U.S. EPA ORD, Fairfax, Virginia. This project evaluated the effectiveness of stream restoration as a means to improve in-stream water quality in an impaired urban aquatic ecosystem. The goal of this project was to provide information to the Municipal Separate Storm Sewer System (MS4s) operator, state, and others on whether stream restoration can provide short and long term water quality benefits. This project used chemical, physical, and biological data to more closely tie watershed management techniques to in-stream water quality changes to meet regulatory requirements of total maximum daily loads (TMDLs).

Tool Development and Modeling of Stormwater BMPs

National Stormwater Calculator: Low Impact Development Stormwater Control Cost Estimation Programming US EPA, Office of Research and Development, Cincinnati, Ohio. This project developed a user friendly planning level cost module using a web browser neutral HTML5 platform and features an easy-to-use graphical user interface for the EPA National Stormwater Calculator. Users of this tool include land owners, developers and private citizens to enable better plan and implement green infrastructure stormwater control measures. Practice-specific cost curves were developed using a sophisticated unit-cost estimation procedure along with cost-determining site and project characteristics, including project development type (e.g.,


new development, redevelopment, and retrofit), slope/soil characteristics (affecting design and construction complexity), and control measure pretreatment. As a part of the programming, the tool uses a real-time data acquisition procedure that collects Bureau of Labor Statistics (BLS) data to estimate stormwater control capital and operation and maintenance (O&M) costs at a national and regional scale, assuring cost relevance and requiring less future maintenance of the calculator. Throughout the software development process, standard best practices were used to design, develop, test, document, deliver, install and maintain the products.

Louisville Metropolitan Sewer District, Louisville, Kentucky. Dr. Struck added to the Watershed Assessment Tool (Limnotech) by including a module that used BMP unit cost information to evaluate and determine green infrastructure implementation scenarios based on least cost methodology, hydrologic soil types, land uses, and the intensity of development. These scenarios identified the number, types, and costs of BMPs necessary to achieve a given standard for programmatic planning.

Modeling Scenarios for the Energy Independent Securities Act (EISA) Section 438, U.S. EPA, Washington, D.C. Dr. Struck assisted in the development of modeling and design scenarios for The US EPA interpretation of the Energy Independent Securities Act (EISA) Section 438. The intent of Section 438 of the EISA is to require federal agencies to develop and redevelop applicable facilities in a manner that maintains or restores stormwater runoff to the maximum extent technically feasible. Dr. Struck provided modeling and conceptual design for stormwater management planning of green infrastructure BMPs for many locations across the continental US, including the Navy Shipyard, Norfolk, VA; and other federal facilities in Portland, OR; Atlanta, GA; Cincinnati, OH; Denver, CO; and Boston, MA.

Comparison of Stormwater Management Models, Water Resources Department, City of Calgary, Alberta, Canada. Dr. Struck led the team that developed a document to provide summary information for a number of promising stormwater computer models being used in urban stormwater management. The document presented a slate of stormwater management models and allowed for comparison between the tools based on their ability to quantify the benefits of sustainable urban stormwater management approaches in simulating stormwater quantity and quality. Summary sheets were developed to provide information on the approach and capabilities and acquisition details of each model. Finally, a matrix was created to combine information in one location for easier decision making.

Green Infrastructure Database Implementation Tool for Wet Weather Control, Three Rivers Wet Weather, Inc., Pittsburgh, Pennsylvania. This project developed a web-based tool that provides property owners with a site-specific menu of green alternatives for their properties, guidance on how to incorporate them, and a list of potential vendors and costs. Also the project developed a higher-level web-based tool for use by municipal planners and engineers to help predict the cumulative impact of green infrastructure projects on the ALCOSAN sewage pipe network. This tool also includes a costing tool to evaluate the question of “Where is green infrastructure cost effective.” Lastly, this project completed a spatial inventory of all known existing green infrastructure projects in Allegheny County, including green roofs, rain gardens, pervious pavement, and biofiltration systems and identified high-priority locations for the


placement of green infrastructure to reduce Combined Sewer Overflows (CSOs). Dr. Struck assisted with model development and prioritization for these tools.

LID Planning and Design Optimization Toolbox, Air Combat Command, U.S. Air Force. Dr. Struck assisted a team of engineers in the development of planning and design tools (model) for LID stormwater control structures at two separate Air Force Bases. This project developed a planning tool that provides cost optimization of stormwater management controls on a watershed scale based on local site conditions and to meet regulatory stormwater requirements at each military base. The toolbox included three functions: a base-wide BMP optimization analysis using the EPA model SUSTAIN; development of a locally-specific BMP design guidebook; and a simple Excel-based BMP sizing tool and design template. Dr. Struck authored the guidebook and helped develop the easy-to-use design tool that brought the complex SUSTAIN modeling output into an understandable, easily applied spreadsheet environment.

Watershed Planning and Implementation

Triple Bottom Line (TBL) Valuation for Sustainable Stormwater Management Alternatives for the Renfrew Neighborhood. City of Calgary, Alberta, Canada. The City of Calgary had two TBL and Life Cycle Analysis (LCA) tools that were occasionally used to support project decision making. Geosyntec provided assistance to evaluate the critical factors, cost information, and decision support framework in these tools to develop a combined sustainable quantitative and qualitative optimization framework to evaluate on-site, infrastructure, and regional management green and gray project alternatives. This project will serve as a pilot project to refine and implement at a larger scale.

Triple Bottom Line (TBL) Analyses for Comparing Stormwater Management Alternatives, Exeter/Stratham, New Hampshire. A triple bottom line analysis was completed in concert with life-cycle costs analysis (LCA) for three communities exploring options for meeting more stringent nitrogen requirements. TBL analysis provided a framework for valuing the costs and benefits of green and gray infrastructure project alternatives by quantifying the net social, environmental and economic outcomes for each alternative for the local community. Locally relevant data such as census data, property value data, floodplain information, recreation and tourism visits and fee data were used to understand life cycle costs and hydrologic and hydraulic performance of project alternatives. Dr. Struck led the TBL efforts.

Development of a Watershed-Based Approach to Stormwater Mitigation, National Cooperative Highways Research Program, Washington, D.C. This project provided literature review of research and available tools to produce a practical watershed-based decision-making framework that enables DOTs to identify and implement cost-effective and environmentally beneficial water quality solutions for stormwater impacts. This effort included a toolbox to guide practitioners through strategies and techniques to directly address the stormwater impacts of highways at the site and watershed level. Dr. Struck was assistant project manager for research and tool development.

Boulder Creek Data Assessment and Evaluation, New Consolidated Lower Boulder Reservoir and Ditch Company, Longmont, Colorado. Dr. Struck completed data evaluation of stream


water quality data as a liaison with City of Boulder to communicate water quality needs for agricultural ditch users.

Evaluation of High Line Canal for Stormwater Management, Urban Drainage Flood Control District, Denver, Colorado. Dr. Struck completed analyses to develop scenarios that convey stormwater runoff from the existing MS4 system to the High Line Canal to assess how this larger ditch system might be used for stormwater treatment. Scott developed presentation materials for UDFCD to support communication to large stakeholder group covering storm drainage, conveyance, and water quality for the transitioning High Line Canal.

Stormwater Management Planning and Permitting Support, General Services Administration, Denver Federal Center, Lakewood, Colorado. Dr. Struck has provided permit and compliance assistance through development of the installation Stormwater Management Plan and assistance with EPA interviews and audits. Additional compliance assistance was delivered through review of the Draft MS4 permit as well as developing necessary facility education and workshop training. Additional services were provided through facility inspection and monitoring of dry weather flows and modeling as a part of future facility master planning.

Stormwater Strategic Planning, City of San Diego, California. In order to ensure that stormwater management activities are sufficiently and cost-effectively contributing to an overall improvement water quality throughout the City, Dr. Struck assisted with the City’s stormwater strategic planning section (now within the Streets Division) to establish a systematic method for evaluation of BMP costs and impacts. He developed methodologies for collecting and organizing key information for programmatic evaluations and structural BMP performance for permit compliance within the City’s watersheds.

Los Angeles County Watershed Planning, Los Angeles, California. This project provided watershed planning assistance to prioritize and cost optimize implementation or stormwater controls to meet regulatory requirements. Dr. Struck has been involved with selection, design, placement, and cost optimization of runoff management and source control practices (LID and Green Infrastructure techniques) providing decision support for watershed planning and capital improvement projects in the unincorporated areas of Los Angeles County. Dr. Struck also assisted Los Angeles County engineers in the development of cost benefits analyses tools to assist in BMP selection.

Third Fork Creek Watershed Planning and Design, Durham, North Carolina. Dr. Struck was task manager for a $1M+ planning and design project in Durham, NC. Relevant tasks included stream assessment, stormwater retrofit planning and design, LID implementation, and BMP maintenance program review for Third Fork Creek.

Policy Development and Training

US EPA Stormwater Rulemaking, EPA Office of Wastewater Management, Washington, D.C. Dr. Struck assisted with developing technical guidance for determining nationwide representation of volumetric quantities and monetization of the benefits associated with infiltration of stormwater by using green infrastructure stormwater management practices. This


was a part of background research as a part of the U.S. Environmental Protection Agency effort to develop new stormwater rules.

Reducing Stormwater Costs through Low Impact Development Strategies and Practices, U.S. EPA Office of Wetlands, Oceans, and Watersheds, Washington, D.C. Dr. Struck assisted with the research on case studies and costs for developing a technical report for the U.S. Environmental Protection Agency detailing the costs and benefits of low impact development.

Post-Construction Stormwater Guidance for U.S. EPA, Headquarters. Washington, D.C. Dr. Struck assisted in authoring chapters of the guidance document. The post-construction guide provides stormwater Phase II MS4s with practical instructions, insights, and tools to build effective post-construction programs.

Source Control Practice Fact Sheets, Water Resources Department, City of Calgary, Alberta, Canada. Dr. Struck assisted in the development of fact sheets using a customized water balance spreadsheet. Fact sheets included the source control practices of: bioretention/raingardens, absorbent landscaping, green roofs, vegetative swales, permeable pavements, and rainwater harvesting. The fact sheets were based on modeling efforts that used representative sites within the urban landscape to determine design examples for each source control practice.

Technical Guidance for the Selection, Design, Review, Construction and Maintenance of Green Roofs, Water Resources Department, City of Calgary, Alberta, Canada. Dr. Struck managed a team to develop a document to provide guidance on application of green roofs in the Calgary region. It includes information on the different green roof systems, planning, design, constraints, installation considerations, construction, maintenance, monitoring, and performance of green roofs. Special features of the document include inspection and maintenance checklists and a regionally tailored plant selection process.

Credit Valley Conservation Low Impact Development Training, Credit Valley Conservation, Mississauga. Ontario, Canada. Dr. Struck developed and delivered four 1-day training modules on Low Impact Development (LID) t to help achieve a natural hydrologic flow regime and maintain quantity and quality of surface and subsurface water resources while allowing for growth and conserving and enhancing natural heritage areas, habitats and aquatic communities. The modules included presentations and materials drawing from the Credit Valley Conservation strategies, guidelines, manuals and other watershed management documents. Developed modules included: Design and plan review for LID, Construction considerations of LID BMPs, Monitoring of LID BMPs; and Maintenance of LID BMPs. Dr. Struck provided technical review of the LID manual and fact sheets, as well as plan review consultation.

Credit Valley Conservation Guidance for Monitoring Low Impact Development Practices, Credit Valley Conservation, Mississauga. Ontario, Canada. Dr. Struck along with representatives from AECOM developed a guidance document on LID monitoring which incorporated current CVC monitoring programs into stormwater and watershed management strategies. This monitoring guide included strategies for assessing integrated watershed managements at a watershed scale as well as evaluating stormwater management facility performance for water quality and quantity. Three proposed LID facilities were used as a case


study of determining how to monitor LID components of the site stormwater management system.

Development of LID Design Manual, City of San Diego, California. Dr. Struck was instrumental in the development of the City of San Diego LID manual for the implementation of LID and source control practices for Municipal (and private) use. This manual incorporates regional and local climate, soil, and topographic conditions for the City of San Diego in the consideration of planning guidance: BMP selection; design standards; specifications, and drawings; BMP sizing tool; fact sheets; construction considerations; operation and maintenance checklists; and plant and soil guides for bioretention, vegetated swales, permeable hardscapes (paver stones, porous concrete and porous asphalt), and several other LID BMPs. The manual emphasizes LID applications and examples in municipal rights-of-way.

Lexington Fayette Urban County Governments: Stormwater Management Low Impact Development Guidelines, Lexington, Kentucky. Dr. Struck was the project technical lead to develop Stormwater Management Low Impact Development Guidelines for LFUCG. The guidance is intended to provide engineers, architects, planners, developers, builders, and interested public groups with guidance on how to incorporate LID into development projects occurring in Fayette County. The guide focuses on LID Considerations and Implementation based on development types including New Development Sites, Infill & Redevelopment Sites, Retrofits of Existing Sites, Streets and Rights-of-Way.

PROFESSIONAL EXPERIENCE

Geosyntec Consultants, Denver, Colorado, 2012 - present Tetra Tech Inc., Golden, Colorado, 2007 - 2012 US EPA, Office of Research and Development, Edison, New Jersey, 2003 - 2007 PROFESSIONAL SERVICE

Associate Editor, Journal of Sustainable Water in the Built Environment. 2015 – Present. http://ascelibrary.org/journal/jswbay Treasurer and Governing Board Member, American Society of Civil Engineers-Environmental and Water Resources Institute, 2013 - 2015 Conference Technical Co-Chair, American Society of Civil Engineers-Environmental and Water Resources Institute 2013 World Water Congress, Cincinnati, OH Conference Co-Chair of the 2010 International Low Impact Development Conference, San Francisco, CA Chair of the Urban Water Resources Research Council of the Environmental and Water Resources Institute, 2011-2013.


Chair of the Urban Watershed Management Track Planning Task Committee; Urban Water Resources Research Council of the Environmental and Water Resources Institute, 2004-2014. Engineers Without Borders – Mentor: MIT Chapter; Uganda, East Africa, Development of a Village Center Rainwater Harvesting System. U.S. EPA - Campus RainWorks Challenge: A Green Infrastructure Design Challenge for Colleges and Universities. Submission Judge – 2013, 2015, and 2016. PROFESSIONAL AFFILIATIONS

American Society of Civil Engineers Environmental and Water Resources Institute Water Environment Federation TEACHING EXPERIENCE

New Jersey Institute of Technology, Lecturer. CE 321 - Water Resources Engineering, 2003-2004.

REPRESENTATIVE PUBLICATIONS

Refereed Journal Articles

Selvakumar, A., O’Connor, T.P. and S.D. Struck. 2010. Role of Stream Restoration in Improving Benthic Macroinvertebrate and In-Stream Water Quality in an Urban Watershed – A Case Study. Journal of Environmental Engineering, 136(1) pp 127-139. DOI:10.1061/(ASCE)EE.1943-7870.0000116

Struck, S.D., Selvakumar, A, and M. Borst. 2008. Prediction of Effluent Quality from Retention Ponds and Constructed Wetlands for Managing Bacterial Stressors in Stormwater Runoff. Journal of Irrigation and Drainage Engineering, 134(5) pp 567-578. DOI:10.1061/(ASCE)0733-9437(2008)134:5(567)

Struck, S.D., Selvakumar, A., T. O’Connor. 2008. “Evaluating the Accotink Creek Restoration Project for Improving Water Quality, In-Stream Habitat, and Bank Stability.” Water Practice, 2(1) pp 1-11.

Struck, S.D., C.B. Craft, S.W. Broome, M.D. Sanclements, and J.N. Sacco. 2004. Effects of

Bridge Shading on Estuarine Marsh Benthic Invertebrate Community Structure and Function. Environmental Management. 34(1) pp. 99-111.

Refereed Chapters in Books Struck, S.D, Dreher, D, and R. Roseen. 2014. Implementation of Linked Green Solutions on a

Neighborhood Scale. In Green Infrastructure Implementation. Edited by Hufnagel, C., and N. Rottle. Water Environment Federation, Alexandria, VA.


Struck, S.D. 2013. Visions of Green Technologies in 2050 for Municipal Resource

Management. In Toward a Sustainable Water Future: Visions for 2050. Edited by Grayman, W; Loucks, DP; Saito, L. ASCE. Press. Reston, Virginia, USA pp. 263-268.

Hufnagel, C., and S.D. Struck. Chapter 7 - Overflow Mitigation Technologies. In WEF Manual

of Practice No. FD-17. Prevention and Control of Sewer System Overflows. 2011. WEF Press, Alexandria, VA. pp. 289-297.

Struck, S.D., Borst, M., Selvakumar, A., Muthukrishnan, S., and T. O’Connor. 2009. Swale

Performance for Stormwater Runoff,” pp. 182-190. In Low Impact Development – New and Continuing Applications. Michael Clar, Editor. ASCE Press. Reston, VA. 392 pp.

Refereed Conference Proceedings and Technical Reports Struck, S.D., C. Hufnagel, M. Monroe, S. Gray, and R, Field. 2011. Prioritizing and Selecting

Green Infrastructure in Combined Sewer System Service Areas: Strategies for Planning and Implementing and Select Case Studies. EPA Report 600/R-11/109.

Struck, S.D. S. Carter, J. Brescol, D. Christian, C. Hufnagel. 2010. Applying Low Impact

Development Practices to Meet Multiple Objectives: Case Studies. Proceedings of the Water Environment Federation’s 84th Annual Conference. (16) pp. 7824-7833.

Struck, S.D. R. Pitt, R. Field, A. Tafuri, A. Khalid, F. Reddy, and D. O’Bannon. 2010. Use of

Green Infrastructure Integrated with Conventional Gray Infrastructure for Combined Sewer Overflow Control: Kansas City, MO. Proceedings of the Water Environment Federation’s 84th Annual Conference. (16) pp. 6060-6071.

Struck, S.D., A.C. Rowney, and L.D. Pechacek. 2009. Innovative Approaches for Urban

Watershed Wet-Weather Flow Management and Control: State-of-the-Technology. EPA Report 600/R-09/128.

Vander Tuig, K., C. Hufnagel, A. Carrier, D. Christian, and S.D. Struck. 2009. The Great Sewer

Separation Debate. Proceedings of the Water Environment Federation’s 82nd Annual Conference. (18) pp. 254-271.

Struck, S.D.; R. Field, R. Pitt, D. O'Bannon, E. Schmitz, M. Ports, and T. Jacobs. 2009. Green

Infrastructure for CSO Control in Kansas City, Missouri. Proceedings of the Water Environment Federation’s 82nd Annual Conference. (10) pp. 3631-3640.

Struck, S.D. Shoemaker, L.L. 2008. Developing a Watershed Sustainability Index and Incentives

for Integrated Water and Resource Management. Proceedings of the Water Environment Federation Sustainability Specialty Conference. (14) pp. 89-102.


Selvakumar, A., M. Borst, and S.D. Struck. 2007. Microorganisms Die-Off Rates in Urban Stormwater Runoff. Proceedings of the Water Environment Federation’s TMDL Specialty Conference, (17) pp. 214-230.

Struck, S.D., A. Selvakumar, and M. Borst. 2007. Bacterial Stressors: What Value Should Be

Given to Stormwater BMPs Such As Retention Ponds and Constructed Wetlands During TMDL Development. Proceedings of the Water Environment Federation’s TMDL Specialty Conference. (26) pp. 859-884.

Selvakumar, A., S.D. Struck, T. O'Connor, and P. Estornell. 2007. Effects of Stream Restoration

on In-stream Water Quality in an Urban Watershed. Proceedings of the Water Environment Federation’s TMDL Specialty Conference. (12) pp. 991-1002.

Struck, S.D., Selvakumar, A, Borst, M. 2006. Performance of Stormwater Retention Ponds and

Constructed Wetlands in Reducing Microbial Concentrations. EPA Report 600/R-06/102. Struck, S.D., M. Borst, and A. Selvakumar. 2005. Evaluation of Constructed Wetland and

Retention Pond BMPs for Attenuating Microbial Contaminants in Urban Stormwater Runoff: Investigation into Unit Processes for Improved Design. Proceedings of the Water Environment Federation’s 78th Annual Conference.

Edited Books, Proceedings, and Special Journal Issues Proceedings of World Environmental and Water Resources Congress 2013: Showcasing the

Future, Cincinnati, OH, May, 2013. S.D. Struck, D. Murray, and C. Patterson, Editors. ASCE Press. Reston, VA. 412 pp.

Special Issue on Urban Storm-Water Management in the 21st Century. 2011. R. Traver, S. Clark,

W.F. Hunt, and S.D. Struck, guest editors. Journal of Irrigation and Drainage Engineering 137(113) DOI:10.1061/(ASCE)IR.1943-4774.0000325

Low Impact Development 2010 - Redefining Water in the City. Proceedings of the 2010

International Low Impact Development Conference, San Francisco, California. April 2010. S.D. Struck, K. Lichten, Editors. ASCE Press. Reston, VA. 487 pp.

Best Management Practice Technology: Current and Future Directions. R. Field, S.D. Struck, A.

N. Tafuri, and M.A. Ports, Editors. 2006. ASCE Press, Reston, VA. 323pp. Non-Refereed Journal Articles, Chapters, Proceedings, Transactions Struck, S.D. 2012. Developing a Cluster-Based Water Harvesting Project in Ddegeya, Uganda.

In Proceedings of the World Environmental and Water Resources Congress 2012: Crossing Boundaries. Eric D. Loucks, Ph.D., P.E., editor. Pages 699 – 714.

Hufnagel, C.L. and S.D. Struck. 2012. Core Elements of Green Infrastructure Programs for CSO

Control. WEF Stormwater Conference 2012.


Struck, S.D., Hufnagel, C.L., and R. Field. 2012. Prioritization of Green Infrastructure for CSO

Communities – Identifying Effective Implementation Opportunities. Proceedings of the World Water and Environmental Resources Congress. Eric Loucks, Ph.D., P.E., editor.

S.D. Struck, S. Carter, J. Brescol, D. Christian, C.L. Hufnagel, and Y. Sim. 2011. Applying Low

ImpactDevelopment Practices to Meet Multiple Objectives: Case Studies, ASCE Conf. Proc. 414, 63, DOI:10.1061/41173(414)63.

Hasenin, S., J. Wright, C. Helmle, and S.D. Struck. 2010. Developing Standards for Low Impact

Development in San Diego: City of San Diego Low Impact Development Design Manual. ASCE Conf. Proc. 414, 64, DOI:10.1061/41173(414)64.

Struck, S.D., R. Pitt, M.A. Ports, D. O’Bannon, and R.I. Field. 2010. Infrastructure for CSO

Control in Kansas City, MO, USA Proceedings of the International Association of Hydraulic Engineering and Research – 17th Asia Pacific Division Congress. February 21st – 24th. Auckland, New Zealand.

Struck, S.D., R. Field, R. Pitt, D. O'Bannon, E. Schmitz, M. A. Ports, T. Jacobs, and G. Moore.

2010. Green Infrastructure for CSO Control in Kansas City, Missouri. Challenges of Change – Proceedings of the World Water and Environmental Resources Congress. R. Palmer, editor. DOI:10.1061/41099(367)24.

Weinstein, N., S. D. Struck, and J. G. Lee. 2010. Energy Independence and Security Act (EISA)

of 2007: Advancing the Science and Use of Low Impact Development (LID). Proceedings of the 2010 International Low Impact Development Conference, ASCE Press. Reston, VA. DOI:10.1061/41099(367)131.

Struck, S.D., R. Pitt, M.A. Ports, D. O’Bannon, R.I. Field. 2009. Kansas City – Balancing Green

Infrastructure with Traditional Approaches for CSO Control. Proceedings of the 33rd International Association of Hydraulic Engineering & Research Congress. August 9th - 14th, 2009, Vancouver, British Columbia, Canada.

Leeds, T. and S.D. Struck. 2009. Kansas City, Missouri Overflow Control Plan Summary. Great

Rivers – Proceedings of the World Water and Environmental Resources Congress. S. Starrett, editor. DOI:10.1061/41036(342)126.

Lee, J.G. and S.D. Struck. 2009. Evaluation and Optimization of Distributed Stormwater

Controls in Spreadsheet. Great Rivers – Proceedings of the World Water and Environmental Resources Congress. S. Starrett, Editor. DOI:10.1061/41036(342)108.

Helmle, C.S., S.D. Struck, T.P. Tringali, and J.G. Lee, 2008. Case Study: Low Impact

Development Retrofit at Pillar Point Air Force Station. Proceedings of the 3rd National Low Impact Development Conference. N. She and M. Clar, editors. ASCE Press. DOI:10.1061/41007(331)16.DOI:10.1061/41009(333)36.


Struck, S.D., T. Jacobs, G. Moore, R. Pitt, M.A. Ports, D. O'Bannon, E. Schmitz, K.S. Jeng-Bulloch, and R. Field. 2008. Advanced Drainage Concepts Using Green Solutions for CSO Control --- The KC Approach. Proceedings of the 3rd National Low Impact Development Conference. N. She and M. Clar, editors. ASCE Press. DOI:10.1061/41009(333)109.

Struck, S.D. Shoemaker, L.L. 2008. “How Sustainability Indices Can Provide Incentives for

Integrated Water and Resource Management.” 11th International Conference on Urban Drainage. Edinburgh, Scotland. August 31st - September 5th, 2008.

Struck, S.D. 2008. Incentives for Adoption of Low Impact Development Approaches on a Larger

Scale. Ahupua‘a – Proceedings of the 2008 World Water and Environmental Resources Congress. R W. Babcock, Jr. and R. Walton, editors. ASCE Press. DOI:10.1061/40976(316)38.

Struck, S.D., A. Selvakumar, and M. Borst. 2007. Performance of Retention Ponds and

Constructed Wetlands for Attenuating Bacterial Stressors. Restoring Our Natural Habitat – Proceedings of the World Water and Environmental Resources Congress. K.C. Kabbes, editor. DOI:10.1061/40927(243)8.

Struck, S.D., M. Borst, S. Muthukrishnan, A. Selvakumar, and T. O'Connor. 2007. Approaches

for Determining Swale Performance for Stormwater Runoff. Restoring Our Natural Habitat – Proceedings of the World Water and Environmental Resources Congress. K.C. Kabbes, editor. ASCE Press DOI:10.1061/40927(243)41.

Borst, M., S. D. Struck, S. Muthukrishnan, A. Selvakumar, and T. O'Connor. 2007. US EPA

Design for Determining Swale Performance for Stormwater Runoff. Proceedings of the 2nd National Low Impact Development Conference. W. Hunt, editor. ASCE Press. DOI:10.1061/41007(331)16.

Struck, S. D. 2007. Process Modeling of Bacteria and other Stressors: Are First-Order Decay

Predictions Accurate? Proceedings of the “Urban Runoff Modeling: Intelligent Modeling to Improve Stormwater Management” - Engineering Conferences International” Invited Conference. Humboldt State University, CA. July 22-27, 2007.

Struck, S.D., A. Selvakumar, K. Hyer, and T. O'Connor. 2006. Evaluating the Accotink Creek

Restoration Project for Improving Water Quality, In-Stream Habitat, and Bank Stability. Examining the Confluence of Environmental and Water Concerns – Proceedings of the 2006 World Water and Environmental Resources Congress. R. Graham, editor. ASCE Press. DOI:10.1061/40856(200)402.

Struck, S.D. 2006. Stormwater Best Management Practice Monitoring. New Jersey Flows-

Publication of the New Jersey Water Resources Research Institute, 7(1) p. 4-8. Struck, S.D., Borst, M., Selvakumar, A. 2005. The Role of Stormwater Research in BMP Design

− Pathogens and Regulatory Demands. Impacts of Global Climate Change on Water


Resources and the Environment –Proceedings of the 2005 World Water and Environmental Resources Congress. R. Walton, editor.ASCE Press. DOI:10.1061/40792(173)220.

Nietch, C., M. Borst, and S.D. Struck. 2005. Nutrient-Based Ecological Considerations for

Stormwater Management Basins: Ponds and Wetlands. Impacts of Global Climate Change on Water Resources and the Environment – Proceedings of the 2005 World Water and Environmental Resources Congress. R. Walton, editor. ASCE Press. DOI:10.1061/40792(173)208.

Struck, S.D., Nietch, C.N., Borst, M. 2004. Constructed wetlands vs. retention pond BMPs:

Mesocosm studies for improved pollutant management in urban stormwater treatment.” Critical Transitions in Water and Environmental Resources Management – Proceedings of the 2004 World Water and Environmental Resources Congress. D. Phelps, editor. ASCE Press. DOI:10.1061/40737(2004)68.

Other (e.g., Book Reviews, Technical Reports, In-House Reports, Workshops) “Green Infrastructure Implementation: Implementation of Linked Green Solutions on a

Neighborhood Scale”; Workshop W11. Water Environment Federation’s 87th Annual Conference. New Orleans, LA. September 28th, 2014.

“Using the Right Mix to Optimize Bioretention Performance” Sightline Institute Stormwater

Learning Cohort Workshop. University of Washington, Seattle, WA. March 20th, 2014. “Advances in Design and Monitoring to Improve Green Infrastructure Performance” Workshop

at the 2013 Low Impact Development Symposium. St. Paul, MN. August 18th, 2013. “Advances in Design for Improved Green Infrastructure Performance” Kansas City Region

American Public Works Association. Johnson County Public Works, Olathe KS. August 1st, 2013.

“Piecing Together a Green Infrastructure Program – Components that Lead to Success”

Workshop 211, at Water Environment Federation’s 85th Annual Conference. New Orleans, LA. September 30th, 2012.

“Green Infrastructure: Beyond the Hype to Real Results” Workshop 209, Full Day at Water

Environment Federation’s 84th Annual Conference. Los Angeles, CA. October 16th, 2011.

“LID 101: Basic Concepts and Applications.” Workshop at the 5th National Low Impact

Development Conference, Philadelphia, PA. September 25th, 2011. “LID 201: Design Guidelines for LID Practices.” Workshop at the 5th National Low Impact

Development Conference, Philadelphia, PA. September 25th, 2011.


“Green Solutions for Urban New Jersey - Picking the “Right” Green Options: Case Studies from Urban Centers.” Workshop for Rutgers Center for Urban Environmental Sustainability (CUES). Newark, NJ. May 19th, 2011.

“Workshop on Tools for Implementing LID.” Workshop at the 4th National Low Impact

Development Conference, San Francisco, CA. April 11th, 2010. “Workshop on Incorporating Green Infrastructure into Municipal Programs” Sustainability 2008:

Green Practices for the Water Environment – Workshop at the Water Environment Federation Sustainability Specialty Conference, National Harbor, MD. Water Environment Federation, Alexandria, VA.

Robert Traver, Shirley Clark, and Scott Struck, 2008. Technical note to editor. Journal of

Irrigation and Drainage Engineering 134 pp. 547. DOI:10.1061/(ASCE)0733-9437(2008)134:5(547).

“Workshop on Sustainable Stormwater Management Using Low Impact Development”.

Nebraska State Floodplain and Stormwater Managers Association. May 26th, 2006. Lincoln, NE.

"Monitoring Urban Stormwater Best Management Practices: Why It Is Important and What and

How to Monitor." New Jersey Water Monitoring Technical Workshop. Rutgers University Ecocomplex, Columbus, NJ April 20th, 2006.

Struck, S.D. 2004. Water Volumes. Book Review of Monitoring Ecological Impacts – Concepts

and Practice in Flowing Waters. Water Environment and Technology, 16(12) p. 79. Invited Lectures and Presentations: Stevens Institute of Technology – Lecture for CE 535: Cost Enhancements to EPA’s National

Stormwater Calculator for Use in Stormwater Planning. November 15, 2016. Stevens Institute of Technology – Lecture for EN 424. Retrofitting Community Parks for Green

Infrastructure to Meet Long Term Control Plan and Water Quality Goals. November 15, 2016.

Villanova University – Lecture for CEE 8501. Using Triple Bottom Line Analyses for

Comparing Stormwater Management Alternatives. November 14, 2016. North Carolina 2016 Green Infrastructure Summit - Keynote Presentation “How Regulatory

Context Drives Green Infrastructure Planning, Design, and Implementation Across North America.” Raleigh Sheraton Convention Center, Raleigh, NC. April 6-7, 2016.

Minnesota Water Resources Conference - Keynote Presentation “A Miscellany of Thoughts,

Considerations, and Lessons Learned about Planning, Design, Construction, and


Maintenance of LID Stormwater Control Measures.” Saint Paul River Centre, Saint Paul MN. October 14-15, 2014.

University of British Columbia. Rainwater Capture and Use in Rural Uganda, East Africa -

Drivers, Technology, and Cost. For LA404: Design Studio for Landscape Architects. Vancouver, BC, CAN. November, 9th, 2011.

University of Calgary - School of Medicine. Water-Based Pollutants of Concern. For

ME601:Medical Education for Practitioners. Calgary AB, CAN. March, 18th 2011. New Jersey Institute of Technology. "Watershed Management Research and Techniques" For

EnE 666 - Analysis of Receiving Waters. December 4, 2006. Newark, NJ.

Documents

Scott D. Struck, Ph.D., M.ASCE Statement of Personal ... · His professional passion is in planning, implementation, ... The tool uses RS Means to ... and convey runoff to regional