We’re committed to improving our ecosystems, quality of life, and communities for the better.
Our passion and commitment to the integration of innovative science and engineering drive us to exceed on behalf of every client.
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Today, we’re pleased to introduce our newest team members, whose unique skills, experiences, and enthusiasm help strengthen our organization and support our mission of improving ecosystems, quality of life, and communities for the better. Please join us in welcoming them! Sushil Adhikari, MS, PE - Technical Director, Geotechnical Engineering Sushil is a geotechnical engineering professional with more than 15 years of experience in foundation design, subsurface investigations, stormwater infiltration testing, pavement design, retaining wall systems, settlement evaluations, and ground improvement. Over the course of his career, Sushil has managed projects from initial site investigations through construction support, overseeing drilling programs, laboratory testing, engineering analyses, and technical reporting. He is passionate about delivering practical, cost-effective solutions that support resilient infrastructure and sustainable site development. Outside of work, Sushil enjoys running, gardening, and spending time with his family. Jordan Belvett - Aquatic Specialist Jordan is an Aquatic Specialist with experience in groundwater monitoring and sampling throughout New York, New Jersey, and Pennsylvania. He supports a variety of pond and lake management projects for municipal, government, private, and nonprofit clients, including invasive species mitigation and aeration system and fountain installation and maintenance. Jordan has a strong background in plant identification and brings technical knowledge, adaptability, and attention to detail to every project. He is committed to helping clients improve water quality and promote the long-term health of aquatic ecosystems. Outside of work, Jordan enjoys kayaking, fishing, and hiking. Rebecca Rubright - Staff Engineer Rebecca is a Staff Engineer with experience in environmental engineering, regulatory compliance, and project management. She holds a B.S. in Biomedical and Environmental Engineering from Yale University. Prior to joining the team, Rebecca spent two years working as an environmental engineer in the U.S. Virgin Islands, where she supported capital improvement projects focused on water treatment and air and stormwater pollution prevention. Rebecca enjoys solving complex environmental challenges and developing solutions that help communities become more resilient. Outside of work, she enjoys spending time in nature with her family and her cat, Pumpkin. Nordia Spalding-Williams - Accounts Payable Specialist Nordia brings a well-rounded accounting background spanning a variety of industries. Her diverse professional experience has equipped her with a broad skill set in financial operations, analytical problem-solving, and customer service. In her role as Accounts Payable Specialist, she takes a collaborative approach to her work and believes that clear communication is the foundation for successful outcomes. Born and raised in Kingston, Jamaica, Nordia spent her early years there before relocating to the United States as a teenager. Prior to recently moving to New Jersey, she lived in South Florida. Outside of work, Nordia enjoys volunteering through preaching and teaching, as well as spending quality time with family, friends, and members of her congregation. To learn more about our team, click here. [post_title] => Employee Spotlight: Meet our New Team Members [post_excerpt] => [post_status] => publish [comment_status] => open [ping_status] => open [post_password] => [post_name] => employee-spotlight-meet-our-new-team-members [to_ping] => [pinged] => [post_modified] => 2026-07-20 16:13:40 [post_modified_gmt] => 2026-07-20 16:13:40 [post_content_filtered] => [post_parent] => 0 [guid] => https://princetonhydro.com/?p=20148 [menu_order] => 0 [post_type] => post [post_mime_type] => [comment_count] => 0 [filter] => raw ) [1] => WP_Post Object ( [ID] => 20086 [post_author] => 1 [post_date] => 2026-07-17 19:36:33 [post_date_gmt] => 2026-07-17 19:36:33 [post_content] => On July 16, Pennsylvania State Senator Carolyn Comitta joined municipal leaders, project partners, and community residents in Tredyffrin Township to celebrate the progress of the Willis Lake, Woodcrest Road, and Upper Weadley Road Stormwater Improvement Project, a significant initiative designed to reduce flooding, modernize aging infrastructure, and improve water quality within the Upper Weadley tributary, which feeds into Trout Creek and ultimately flows into the Schuylkill River. Tredyffrin Township Engineer Steve Burgo, PE, led participants on a guided site tour that showcased key construction milestones and recently completed improvements, and provided a deeper look into the long-term stormwater management benefits the project provides to community residents, local water resources, and the watershed as a whole. Tredyffrin Township has worked closely with Princeton Hydro since 2012 through an ongoing on-call engineering services partnership. Over the past decade, this partnership has supported watershed assessments, stormwater planning, identification and prioritization of improvement projects, grant funding efforts, and the implementation of practical, science-based solutions to address flooding, improve watershed health, and strengthen community resilience. The collaboration has also extended to numerous municipal infrastructure initiatives and major residential, commercial, and institutional redevelopment projects throughout the Township. The Willis/Woodcrest/Upper Weadley project, which began in 2022, represents an important milestone in Tredyffrin Township's ongoing efforts to address persistent stormwater management and flooding challenges. The planning process began with a comprehensive evaluation of the approximately 70-acre watershed. Princeton Hydro developed a hydrologic model of the watershed and its existing stormwater system using field survey data, Township records, and other site-specific information. This analysis helped identify critical areas where aging infrastructure and system limitations were contributing to localized flooding and drainage issues. Community engagement also played a key role in shaping the project. Township officials and Princeton Hydro hosted public meetings with residents to gather local knowledge, document firsthand experiences with flooding, and discuss potential solutions. This input provided valuable insight into how stormwater impacts neighborhoods during major storm events and helped inform project priorities. Combining technical analysis with community feedback, the project team evaluated a range of potential improvements, including both traditional "gray" infrastructure upgrades and nature-based "green" stormwater management strategies. The solution incorporates a series of targeted improvements that work together to reduce peak stormwater flows, increase storage and infiltration, modernize aging infrastructure, and improve the overall performance and resiliency of the watershed. [gallery columns="2" size="large" link="none" ids="20202,20203"] The final design combines critical upgrades to aging drainage infrastructure with new stormwater management measures that work together to better capture, convey, store, and infiltrate runoff throughout the watershed. Construction is anticipated to be completed later this year. The project is being funding from several funding sources, including the Pennsylvania Department of Community & Economic Development (DCED) H2O PA – Water Supply, Sanitary Sewer and Storm Water Projects Program, which supports critical water infrastructure investments throughout the Commonwealth. Key project improvements include:
Our team continues to grow with passionate professionals who are dedicated to making a difference through their work. Today, we’re pleased to introduce our newest team members, whose unique skills, experiences, and enthusiasm help strengthen our organization and support our mission of improving ecosystems, quality of life, and communities for the better.
Sushil is a geotechnical engineering professional with more than 15 years of experience in foundation design, subsurface investigations, stormwater infiltration testing, pavement design, retaining wall systems, settlement evaluations, and ground improvement. Over the course of his career, Sushil has managed projects from initial site investigations through construction support, overseeing drilling programs, laboratory testing, engineering analyses, and technical reporting. He is passionate about delivering practical, cost-effective solutions that support resilient infrastructure and sustainable site development.
Outside of work, Sushil enjoys running, gardening, and spending time with his family.
Jordan is an Aquatic Specialist with experience in groundwater monitoring and sampling throughout New York, New Jersey, and Pennsylvania. He supports a variety of pond and lake management projects for municipal, government, private, and nonprofit clients, including invasive species mitigation and aeration system and fountain installation and maintenance. Jordan has a strong background in plant identification and brings technical knowledge, adaptability, and attention to detail to every project. He is committed to helping clients improve water quality and promote the long-term health of aquatic ecosystems.
Outside of work, Jordan enjoys kayaking, fishing, and hiking.
Rebecca is a Staff Engineer with experience in environmental engineering, regulatory compliance, and project management. She holds a B.S. in Biomedical and Environmental Engineering from Yale University. Prior to joining the team, Rebecca spent two years working as an environmental engineer in the U.S. Virgin Islands, where she supported capital improvement projects focused on water treatment and air and stormwater pollution prevention. Rebecca enjoys solving complex environmental challenges and developing solutions that help communities become more resilient.
Outside of work, she enjoys spending time in nature with her family and her cat, Pumpkin.
Nordia brings a well-rounded accounting background spanning a variety of industries. Her diverse professional experience has equipped her with a broad skill set in financial operations, analytical problem-solving, and customer service. In her role as Accounts Payable Specialist, she takes a collaborative approach to her work and believes that clear communication is the foundation for successful outcomes. Born and raised in Kingston, Jamaica, Nordia spent her early years there before relocating to the United States as a teenager. Prior to recently moving to New Jersey, she lived in South Florida.
Outside of work, Nordia enjoys volunteering through preaching and teaching, as well as spending quality time with family, friends, and members of her congregation.
On July 16, Pennsylvania State Senator Carolyn Comitta joined municipal leaders, project partners, and community residents in Tredyffrin Township to celebrate the progress of the Willis Lake, Woodcrest Road, and Upper Weadley Road Stormwater Improvement Project, a significant initiative designed to reduce flooding, modernize aging infrastructure, and improve water quality within the Upper Weadley tributary, which feeds into Trout Creek and ultimately flows into the Schuylkill River.
Tredyffrin Township Engineer Steve Burgo, PE, led participants on a guided site tour that showcased key construction milestones and recently completed improvements, and provided a deeper look into the long-term stormwater management benefits the project provides to community residents, local water resources, and the watershed as a whole.
Tredyffrin Township has worked closely with Princeton Hydro since 2012 through an ongoing on-call engineering services partnership. Over the past decade, this partnership has supported watershed assessments, stormwater planning, identification and prioritization of improvement projects, grant funding efforts, and the implementation of practical, science-based solutions to address flooding, improve watershed health, and strengthen community resilience. The collaboration has also extended to numerous municipal infrastructure initiatives and major residential, commercial, and institutional redevelopment projects throughout the Township.
The Willis/Woodcrest/Upper Weadley project, which began in 2022, represents an important milestone in Tredyffrin Township's ongoing efforts to address persistent stormwater management and flooding challenges. The planning process began with a comprehensive evaluation of the approximately 70-acre watershed. Princeton Hydro developed a hydrologic model of the watershed and its existing stormwater system using field survey data, Township records, and other site-specific information. This analysis helped identify critical areas where aging infrastructure and system limitations were contributing to localized flooding and drainage issues.
Community engagement also played a key role in shaping the project. Township officials and Princeton Hydro hosted public meetings with residents to gather local knowledge, document firsthand experiences with flooding, and discuss potential solutions. This input provided valuable insight into how stormwater impacts neighborhoods during major storm events and helped inform project priorities.
Combining technical analysis with community feedback, the project team evaluated a range of potential improvements, including both traditional "gray" infrastructure upgrades and nature-based "green" stormwater management strategies. The solution incorporates a series of targeted improvements that work together to reduce peak stormwater flows, increase storage and infiltration, modernize aging infrastructure, and improve the overall performance and resiliency of the watershed.
The final design combines critical upgrades to aging drainage infrastructure with new stormwater management measures that work together to better capture, convey, store, and infiltrate runoff throughout the watershed. Construction is anticipated to be completed later this year. The project is being funding from several funding sources, including the Pennsylvania Department of Community & Economic Development (DCED) H2O PA – Water Supply, Sanitary Sewer and Storm Water Projects Program, which supports critical water infrastructure investments throughout the Commonwealth.
Key project improvements include:
One of the most compelling aspects of this project is the visible transformation that has occurred across the project site. The before-and-after photos below highlight the significant being progress made to address longstanding drainage challenges and improve stormwater management throughout the project area.
These additional pre-construction photos taken in 2023 document the conditions that prompted the project, including aging drainage infrastructure, erosion, and areas impacted by repeated stormwater flooding.
Today, as the construction work continues, the results of these improvements are already clearly visible throughout the project area. Modern stormwater infrastructure, enhanced drainage capacity, and thoughtfully integrated stormwater management features have transformed the site into a more resilient landscape capable of better managing runoff and reducing flood risk.
Princeton Hydro is honored to partner with Tredyffrin Township and support their continued leadership in and commitment to stormwater management. Please stay tuned for more updates later this year once construction is complete!
To learn more about this project, click here. To learn more about our work in Tredyffrin Township, click here.
Work is underway at Strawbridge Lake as Princeton Hydro and Moorestown Township continue a lake restoration project focused on managing excessive spatterdock growth throughout portions of the lake. The effort is part of a broader, long-term strategy to improve lake health, enhance recreational opportunities, and support the ecological function of this important community resource.
Take a look at some recent photos from the field featuring Field Services Project Manager Matt Kreines operating the Truxor during spatterdock removal activities:
Spatterdock (Nuphar advena), also known as yellow pond lily or cow lily, is a native aquatic plant commonly found in lakes, ponds, and slow-moving waters throughout the eastern United States. While native aquatic vegetation plays an important role in healthy lake ecosystems, excessive growth can reduce open water areas, limit recreation, and alter habitat conditions. At Strawbridge Lake, years of monitoring and management have identified areas where spatterdock has expanded significantly and requires active management.
The current project focuses on removing overabundant spatterdock from targeted sections of the lake while preserving important habitat along the shoreline. In coordination with guidance from the NJDEP Division of Fish and Wildlife, a vegetated buffer is being maintained around portions of the lake's edge to provide refuge and spawning habitat for fish.
Using Princeton Hydro's amphibious Truxor harvesting machine, our team of licensed operators are cutting and removing dense stands of spatterdock from open-water areas throughout the lake. The harvested vegetation is collected and transported to the shoreline, where Moorestown Township Public Works crews remove the material for composting and final disposal.
These photos, captured by Matt Kreines from the operator's seat of the Truxor, provide a firsthand look at the spatterdock removal process in action:
The restoration work also encourages improved water circulation in the lake and increased dissolved oxygen, two important factors in maintaining water quality. The harvesting process also removes nutrients stored within the plant biomass, providing additional benefits.
The spatterdock management project builds upon years of planning, monitoring, and restoration work at Strawbridge Lake. Since the development of the Strawbridge Lake Watershed Management and Restoration Plan, Moorestown Township has invested in a variety of initiatives, including water quality monitoring, aquatic vegetation management, Children's Pond restoration, stormwater improvements, fishery surveys, invasive species management, and public outreach programs.
On May 2, Moorestown Township hosted a public information session at the Moorestown Public Library, where residents joined Township staff and Princeton Hydro Senior Manager and Certified Lake Manager Chris Mikolajczyk, CLM to learn about Strawbridge Lake management and watershed restoration efforts.
The presentation highlighted the history of restoration efforts at Strawbridge Lake, ongoing vegetation management activities, and opportunities for residents to help improve water quality at home through practices such as rain gardens, rain barrels, natural landscaping, and other stormwater management techniques. The session also provided community members with the opportunity to ask questions and learn more about the work taking place throughout the watershed.
As work continues, the Township and Princeton Hydro remain committed to advancing practical, science-based solutions that benefit both the lake and the surrounding community. Click here to learn more about our partnership with Moorestown Township to protect and restore Strawbridge Lake.
Each July, Lakes Appreciation Month invites us to reconnect with one of our most valuable natural resources: our lakes. Since 1998, the North American Lake Management Society (NALMS) has led this initiative to raise awareness about the ecological, recreational, and community benefits lakes provide, while encouraging people to take an active role in protecting them. This year, we’re encouraging you to take your appreciation further by learning, participating, and making meaningful connections with your local lake. Here are four impactful ways to celebrate:
No matter how well you know your local lake, there is always something new to discover. Visit at a different time of day, explore a new access point, or try an activity you've never done before, like birding, early morning paddling, or shoreline photography.
As you spend time on the water or along the shore, take note of the details. Look for changes in water clarity, plant growth, wildlife activity, and seasonal shifts. These small observations can deepen your appreciation and help you better understand how your lake functions. If something doesn't look right, like signs of a harmful algal bloom, the presence of invasive aquatic species, or other water quality concerns, take note and share what you see. Reporting observations to your local lake association or through tools like the bloomWatch app can support monitoring efforts and help protect your lake.
Take your lake visit one step further by joining the annual Secchi Dip-In. This long-running citizen science effort invites volunteers across North America to measure water clarity using a simple Secchi disk. The data collected helps scientists and lake managers track water quality trends over time. Participation is simple and meaningful, and every reading contributes to a larger understanding of lake health.
If you are new to using a Secchi disk, watch our step-by-step instructional video to learn how to take accurate measurements:
Lakes bring people together and create lasting memories. This month, take the opportunity to share your connection to your favorite lake and inspire others to get involved. Join the NALMS #LakesAppreciation Challenge by posting photos or videos that capture your experience. Capture a quiet sunrise, a family outing, or a day spent volunteering and show others what makes your lake special.
Looking for more ways to tell your lake story? Try one of these ideas:
When you share, be sure to include the lake name and the hashtag #LakesAppreciation to connect with the broader celebration.
You don't need to make a big commitment to make a meaningful difference. Small, consistent actions can have a lasting impact on lake health over time. Here are a few simple ways to give back:
Communities across the country are working together to protect and restore their lakes. Your efforts, no matter how small, play an important role in that collective impact.
Lakes Appreciation Month is just the starting point. The actions you take now can help protect and improve your lake all year long. Keep exploring, stay engaged, and continue being a voice for the waters you value. For more ideas and resources, visit NALMS.org. To learn more about how Princeton Hydro supports lake management and restoration, click here to explore one of our projects.
We are proud to share that Princeton Hydro has once again been recognized as one of New Jersey’s Top Workplaces. This marks our third consecutive year earning the distinction, with awards in 2024, 2025, and now 2026.
The award highlights organizations that prioritize a people-first workplace culture. NJ Advance Media serves as the program’s media partner, showcasing and celebrating winners across the state. Top Workplaces awards are determined independently through employee feedback gathered by Energage, a third-party employee engagement technology firm that administers and analyzes the survey results. The confidential survey measures key aspects of employee experience, including whether employees feel respected and supported, enabled to grow, and empowered to succeed.
Being named a Top Workplace is a significant achievement. This year, Princeton Hydro is honored to be among only 34 organizations with fewer than 150 employees in New Jersey recognized in the 2026 program.
“Receiving this continued recognition as one of New Jersey’s Top Workplaces is a testament to our collaborative spirit and shared commitment to creating a fulfilling work experience,” said President Geoffrey M. Goll, PE. “This achievement truly belongs to our team. Their passion and dedication shape our workplace, make Princeton Hydro a great place to be, and drive our success.”
As a mission-driven firm specializing in water resource engineering and natural resource management, we take a thoughtful approach to creating an environment that supports both professional excellence and personal well-being. Collaborative project work, professional development opportunities, and our signature “PHun” events, including volunteer activities, team birdwatch outings, group learning sessions, and staff celebrations, all play an important role in fostering a rewarding and engaging employee experience. Our pet-friendly office policy and thoughtfully designed office spaces further enhance a welcoming and supportive environment.
“Earning a Top Workplaces award is a badge of honor for companies, especially because it comes authentically from their employees,” said Eric Rubino, CEO of Energage, the organization that conducts the Top Workplaces survey and determines the rankings. “That’s something to be proud of. In today’s market, leaders must ensure they are allowing employees to have a voice and be heard. That is paramount.”
We are grateful to our Princeton Hydro team members for their honest feedback and continued dedication. Click here to learn more about our team. Click here to see the full list of 2026 New Jersey Top Workplaces winners and learn more about the program.
When a dam is removed, what happens to all the sediment that has built up behind it?
That question was the focus of a recent Dam Busters webinar led by Geoffrey M. Goll, PE, President of Princeton Hydro and an internationally recognized expert in dam removal and river restoration.
During the session, Geoff shared insights on how sediment behaves during dam removal projects, how it accumulates behind dams, and how different materials such as sand, silt, and organic matter respond once the dam is removed. He also discussed the methods practitioners use to estimate how much sediment is likely to move, how quickly it will travel, and the risks it may pose downstream, along with the practical decisions project teams face, including when to rely on natural processes, when intervention is needed, and how to design a strategy that balances ecological benefits, cost, and potential impacts.
During the webinar, Geoff highlighted a real-world example of a dam removal project that required careful sediment management: the Paulina Lake Dam removal on the Paulins Kill River in New Jersey. For this project, the team implemented a phased dam breach, gradually lowering water levels to control the release of sediment and allow the river to begin forming its new channel. A portion of the sediment, particularly the highly organic material near the dam, was actively removed to prevent downstream impacts, while the rest was allowed to mobilize naturally.
To learn more about the Paulina Lake Dam removal project and see the transformation in action, click here to read our blog.
Dam Busters is an initiative created by the Mass Rivers Alliance in partnership with the Massachusetts Division of Ecological Restoration and the Charles River Watershed Association. Its mission is to provide dam removal stakeholders with the knowledge and tools needed to successfully support and implement projects.
The program offers expert-led webinars with live Q&A, technical resources and guidance, site visits and hands-on learning opportunities, and in-person workshops and conferences. Whether new to dam removal or actively working in the field, Dam Busters provides valuable, expert-driven insights to help guide dam removal efforts.
Geoffrey M. Goll, PE, a founding partner and the President of Princeton Hydro, has over 35 years of experience in water resources engineering, geotechnical engineering, and river restoration. He is widely recognized for advancing innovative and effective approaches to river restoration.
Geoff holds a B.S. in Civil Engineering from Rutgers University, a Master of Engineering Management from the University of Wisconsin–Madison, and is a licensed Professional Engineer in 11 states. He pioneered dam removals for the purposes of fish passage in New Jersey and has overseen more than 50 dam removal designs. His understanding of sedimentation mechanisms and management of sediment behind impoundments has been instrumental in managing the mitigation of environmental impacts during and after demolition of river and stream obstructions. Click here to learn more about Geoff.
At Princeton Hydro, ArcGIS StoryMaps is one of the tools we use to translate complex environmental assessments, geographic information system (GIS) analyses, water quality data, and restoration projects into accessible, interactive digital experiences that support municipal planning and help communities better understand and connect with their local environments. Designed to be intuitive and easy to navigate, ArcGIS StoryMaps is a web-based tool that brings together visual storytelling, maps, charts, diagrams, photos, and clickable data points into a single, user-friendly experience.
Our approach to creating StoryMaps for our clients combines technical rigor with thoughtful design and content development, ensuring that data is not only accurate but also meaningful and accessible. From that foundation, we design each StoryMap with a strong focus on audience engagement, tailoring narrative content and visual presentation to meet the diverse needs of users, from project stakeholders and municipal decision-makers to community members. Using ESRI’s ArcGIS platform, our team develops geospatial datasets, conducts spatial analysis, and transforms modeling outputs into clear, practical information. Where relevant, we incorporate before-and-after photographs and video footage captured by our scientists and engineers in the field, offering unique perspectives on design and construction. To support deeper exploration, we also curate supplemental resources and links to additional materials, enabling users to continue learning beyond the StoryMap itself.
Explore the StoryMap examples below to see how Princeton Hydro uses interactive storytelling to support environmental planning, communicate restoration efforts, and foster meaningful public engagement.
In partnership with Readington Township, Princeton Hydro developed New Jersey’s first fully interactive Environmental Resource Inventory (ERI), commissioned by the Township’s Environmental Commission. Developed as an ArcGIS StoryMap, the ERI establishes a comprehensive baseline inventory of the Township’s natural, cultural, and environmental resources, while expanding upon the previous ERI published in 2002. The digital platform integrates narrative storytelling, statistical analyses, and media to provide visual depictions of environmental features and land usage. The platform's dynamic web‑based mapping allows users to explore data through intuitive zooming, panning, and attribute querying without the need for specialized GIS software.
Designed to support municipal decision‑making, conservation planning, scientific investigation, and zoning reviews, the ERI serves governing bodies, residents, land managers, developers, and other stakeholders by offering an accessible, objective, and highly functional tool for understanding and protecting Readington’s environmental resources. As a result of this first-of-its-kind, interactive resource, the Township was awarded the Association of NJ Environmental Commissions (ANJEC) 2023 Environmental Achievement Award, which recognizes exceptional projects carried out by environmental commissions and groups.
Schuylkill River Greenways, in partnership with Berks Nature, Bartram’s Garden, The Schuylkill Center for Environmental Education, Stroud Water Research Center, and Princeton Hydro, with funding from the William Penn Foundation, developed a StoryMap that reveals location perceptions of the Schuylkill River and presents the results of a year-long monitoring effort that included water quality data collection, bacteria sampling, and a community science survey in which 100+ volunteers assessed trash conditions along the river. The platform helps bridge the gap between scientific data and public perception, encouraging informed engagement and recreation.
The sampling protocols and interactive ArcGIS StoryMap were designed by Princeton Hydro in collaboration with project partners. Through integrated maps, data dashboards, and narrative content, the StoryMap presents detailed results from the perception and opinions survey, water quality monitoring, and trash assessments in a clear and engaging format. The data collected tells the tale of a vibrant river corridor with numerous opportunities for kayaking, fishing, bird watching, hiking, and biking. The Deputy Director of Schuylkill River Greenways summed it up well: "As we had hoped, we found that the river is indeed in great shape and we are now trying to spread the good news that all kinds of recreation on the river are safe and encouraged. We have an incredible recreational and environmental asset in this river, and we want everyone to know about it."
Developed in partnership with the Bucks County Conservation District and Bucks County Planning Commission, this StoryMap showcases the decade-long effort to restore the Lake Luxembourg Conservation Pool. It highlights key project elements, including sediment removal, wetland restoration, and shoreline stabilization, while also addressing long-term watershed resilience and future environmental challenges.
The interactive platform translates complex planning, engineering, and ecological restoration work into a visually rich and accessible experience. Users can explore watershed dynamics, past restoration efforts, and detailed construction milestones through interactive maps, drone footage, and before-and-after imagery, all without the need for specialized GIS software or training. By combining technical content with intuitive navigation and storytelling, the StoryMap makes years of planning, permitting, and construction easy to understand for a broad audience. It serves as both an educational resource and a comprehensive record of the project, connecting the community with its watershed and reinforcing the importance of restoration and environmental stewardship.
Princeton Hydro partnered with CU Maurice River, a nonprofit organization dedicated to protecting the natural integrity and cultural heritage of the Maurice River Watershed in NJ, to develop an interactive StoryMap that highlights the region’s unique ecological, recreational, and cultural resources. The StoryMap provides a comprehensive, watershed-scale view of the Maurice River system, allowing users to explore an extensive range of features including Wild and Scenic River designations, natural and cultural points of interest, public access locations, boating resources, and local amenities such as lodging, dining, and outfitting services. Through interactive maps, users can zoom and pan to specific locations, view site details and attributes, and navigate the watershed without the need for specialized GIS software or training.
Supported by descriptive narratives, travel guidance, and safety advisories, the StoryMap serves as both an educational resource and a practical tool for exploring and planning visits throughout the watershed. The StoryMap supports CU Maurice River’s long-standing commitment to eco-tourism and stewardship, helping people discover, experience, and celebrate one of New Jersey’s most ecologically significant and scenic river systems.
In collaboration with the Borough of Harveys Lake, Princeton Hydro developed an interactive StoryMap that chronicles the community’s long-standing commitment to water quality and highlights a recent pilot project targeting nutrient reduction. This engaging StoryMap brings decades of environmental conservation and water quality protection efforts to life. Users can explore a historical timeline, interactive restoration maps, and detailed insights into a 2025 pilot study that improved water quality by using innovative filtration media to reduce phosphorus and nitrogen in stormwater runoff.
The StoryMap also emphasizes Harveys Lake's broader connections to the Chesapeake Bay Watershed, demonstrating how local actions contribute to regional environmental improvements. Serving as both an educational tool and a digital archive, it reinforces the value of science-based solutions and community engagement in watershed stewardship.
Commissioned by the Millburn Township Environmental Commission, Princeton Hydro developed a comprehensive, data driven ERI for Millburn Township to replace its 2014 version and provide an updated framework for environmental planning. Built as an interactive ArcGIS StoryMap, this resource integrates narrative content, mapping, and multimedia to clearly document the Township’s environmental, cultural, and historical assets. The ERI is organized into user-friendly sections that guide readers from broad environmental context to more detailed analyses, allowing for both high-level understanding and deeper exploration. Leveraging datasets from NJDEP, NJGIN, and local sources, the ERI presents information across a wide range of environmental and land use topics, including climate trends, waters and wetlands; geography, geology, and soils; air quality; and vegetation and wildlife.
Officially adopted in January 2026, the StoryMap serves as a valuable tool for municipal officials, planners, and the Environmental Commission, while also providing residents, land managers, and other stakeholders with an enhanced understanding of Millburn’s natural resources.
The Town of Greenwich, Connecticut worked with Princeton Hydro, in partnership with Ecopolitan Design and BRS, to assess vulnerabilities to coastal flooding and sea level rise and develop a comprehensive coastal resilience strategy. With 27 miles of shoreline along Long Island Sound and numerous critical assets in low-lying areas, the Town sought to better understand climate-related risks and establish priorities for adaptation.
As part of the Greenwich Coastal Resiliency Assessment and Plan, Princeton Hydro developed a StoryMap that translates technical analyses into a detailed, accessible overview of the Town’s vulnerability to coastal flooding and sea level rise, including impacts to public facilities, infrastructure, and areas served by on-site septic systems. Users can explore sea level rise risk assessments, projected flooding scenarios, tidal pond evaluations, recommended resilience strategies, and community perspectives, along with helpful resources. By presenting complex climate data in a clear and interactive format, the StoryMap serves as a planning resource and increases awareness of coastal risks and resilience strategies as Greenwich prepares for future conditions.
To support the development of the 2025 D&R Canal Master Plan update, Princeton Hydro partnered with Clarke Caton Hintz to create a comprehensive geospatial dataset that reflects current physical, environmental, and social conditions through the park and surrounding region. The previous Master Plan, last updated in 1989, predated many of the advancements in geospatial data that are now available to inform planning and decision-making.
Princeton Hydro curated a selection of datasets covering a wide range of topics, including land use and development, topography, hydrology and water resource protection, flood risk, threatened and endangered species, demographics, and environmental justice, creating a detailed and consistent data foundation for the master planning process. These datasets were integrated into an ESRI geodatabase and made accessible through an interactive, user-friendly dashboard. Users can refine their exploration by selecting specific geographies, including Delaware and Raritan Canal Commission review zones, counties, and municipalities. This flexibility allows planners and stakeholders to better understand spatial patterns and relationships across the region, supporting more informed, data-driven decision-making.
Across each of these projects, StoryMaps serve as a bridge between technical analysis and public understanding. By turning complex information into interactive experiences, StoryMaps help support informed decisions and build stronger connections to the environment.
Welcome to our “A Day in the Life” blog series, where we highlight the expertise and experiences of our team members as they work to advance Princeton Hydro’s mission of improving ecosystems, quality of life, and communities. In this edition, we take to the skies with Ryan Eno, EIT, a Staff Engineer in our Geosciences group and an FAA-certified drone operator whose work blends engineering, technology, and creativity to support our projects.
Ryan’s role offers a unique perspective (quite literally) on how drones are shaping environmental restoration and monitoring efforts. Let’s get a bird’s-eye view of a day in the life of a Princeton Hydro drone operator:
Ryan’s day often starts well before he steps onto a project site. Drone operation requires careful pre-flight planning, especially when working across varied landscapes and within regulated airspace. Ryan uses mapping tools and satellite imagery to identify safe launch points and ensure he can maintain a clear line of sight with the drone throughout the flight, a requirement set by the FAA. “For any project, the first step is checking airspace restrictions,” Ryan explains. “There are limitations around government facilities, state lands, and, without much advanced notice, no-fly zones that can be implemented around high-profile locations.”
Operating drones professionally comes with even more regulatory and logistical considerations. “There are a lot of airspace restrictions to keep track of,” Ryan explains. “For example, drones cannot be flown in New Jersey State Parks without permission, and temporary flight restrictions can change depending on circumstances.” Balancing these requirements with field conditions requires flexibility, attention to detail, and constant awareness. “It is all about planning, safety, and making sure we are operating responsibly and within the law.”
Once on site, Ryan is focused on safety, positioning, and capturing the right visuals. “In many cases, just getting the drone to a safe takeoff location is the first challenge,” he says. “You need a clear opening in the tree canopy and enough space to launch and land safely.”
Operating in natural environments introduces additional complexity. Dense vegetation, uneven terrain, and changing weather conditions require constant awareness and adaptability. “Even though our drone has obstacle-avoidance sensors, they are not perfect, especially with moving tree branches,” Ryan notes. “I have to stay focused and anticipate how the drone will move through the environment.”
Ryan also remains mindful of wildlife and ecological sensitivity during drone operation, “Drones usually fly high enough as to not disturb animals on the ground, but we always pay close attention to birds, especially during nesting seasons."
One of the most valuable aspects of Ryan’s work is documenting the transformation of our project sites. Using Princeton Hydro’s DJI Phantom 4 Pro V2, a high-resolution aerial photography drone, Ryan captures imagery that helps tell the story of a project from start to finish. “I really enjoy projects where I can capture a site before and after construction,” he says. “The drone really helps tell the story and provide a complete perspective. It captures the entire transformation in a single frame, which is much harder to convey from the ground.”
The aerial drone images and videos are often used to:
This type of imagery is especially powerful for Princeton Hydro’s ecosystem restoration projects. A recent example is Princeton Hydro’s work on the Paulina Lake Dam removal and Paulins Kill River restoration in Warren County, New Jersey. Led by The Nature Conservancy and funded by the NJDEP Division of Fish and Wildlife, the project reconnected 7.6 miles of river habitat, building on an additional 10 miles restored through the earlier Columbia Lake Dam removal. From the ground, it can be challenging to grasp the full extent of change following a dam removal. Aerial imagery captured before, during, and after construction provides a comprehensive view of how the river system responds. When the site was revisited a year later, the transformation was clear. The river had re-established its natural flow and reconnected habitats that had been fragmented for generations.
Drone footage captured by The Nature Conservancy, Renova Environmental Company, and Princeton Hydro played a key role in documenting this process. Drawing on aerial imagery collected before demolition and throughout construction, the resulting video illustrates the full progression of the project, from initial notching to full restoration. It highlights how careful sequencing, sediment management, and adaptive design allow rivers to recover rapidly once barriers are removed.
Drones at Princeton Hydro are used in a wide range of applications. “They allow us to access remote areas and collect data much faster than traditional methods,” Ryan says. “Applications like wildlife surveys and large-scale monitoring are being transformed by drone technology." Drones equipped with multispectral, thermal, and LiDAR sensors can generate detailed datasets that support habitat mapping, vegetation analysis, and long-term monitoring. These tools help project teams better understand site conditions, identify degraded areas, measure restoration success over time, and conduct comprehensive scientific studies.
A notable example is Princeton Hydro’s involvement in a groundbreaking drone-based research initiative to monitor harmful algal blooms (HABs) in the Delaware River Watershed. This effort, done in partnership with Friends of Hopewell Valley Open Space with funding from the National Fish and Wildlife Foundation's (NFWF) Delaware Watershed Conservation Fund (DWCF), in partnership with the U.S. Fish & Wildlife Service, the project leverages drone technology and advanced data modeling to identify environmental conditions that contribute to HAB formation and aims to develop tools and methodologies for early detection and management.
Drones equipped with multispectral imaging systems capture high-resolution spatial data that is then integrated with digital platforms to link remote-sensing with the drone data and on-the-water collected data. The field-based water quality measurements are being collected by a team of trained community volunteers who are using phycocyanin fluorometer meters to measure concentrations of the photosynthetic pigment phycocyanin, which is produced primarily by cyanobacteria. Volunteers enter the data into a customized ArcGIS mobile-friendly survey. These combined datasets will be used to develop and validate predictive algorithms for both planktonic and benthic HABs under varying seasonal and hydrologic conditions. Drone flights and data collection began in Fall 2025 and will continue through 2026, with a final report anticipated in 2027. Click here to read more about this initiative.
Ryan is a Staff Engineer who provides services in geotechnical engineering, CAD drafting, and drone imagery. He supports a wide range of projects, contributing to foundation design, embankment stability and settlement modeling, report preparation, and laboratory soil testing.
Ryan earned his Bachelor of Science in Civil Engineering from Rowan University in 2022 and joined Princeton Hydro in April 2023. His interest in engineering began in high school through participation in a STEM club, where he developed a passion for creative problem-solving and infrastructure design.
His introduction to drone operation came early in his career when he was given the opportunity to become licensed. After earning his FAA Part 107 certification in June 2022, he began integrating drone technology into engineering and environmental applications. Today, Ryan uses drones to support aerial imagery, project documentation, and marketing efforts, adding an important visual dimension to Princeton Hydro’s work. He continues to stay current with evolving technologies and applications by following industry developments and engaging with professional networks.
We hope you enjoyed this latest edition of our "Day in the Life" blog series. Click here to read the previous edition, which follows Casey Pantaleo, PE, a licensed Professional Engineer and Senior Project Manager on the Engineering Services team, as he performs one of his highly specialized roles: dam inspection. And, stay tuned for more behind-the-scenes stories from our talented team!
Wissahickon Valley Park is one of Philadelphia’s most treasured natural resources, welcoming more than two million visitors each year. Over time, flooding, erosion, and stormwater runoff have taken an increasing toll on the park, threatening water quality, trail safety, and recreational access.
To help protect and sustain this vital landscape and community resource, Friends of the Wissahickon (FOW), in partnership with Princeton Hydro, is conducting a comprehensive resiliency and flood study along Forbidden Drive and its seven adjacent access trails. One of the most important voices in this process is yours. A public survey is now open through June 6 to gather input on flooding, erosion, and trail conditions in these targeted areas. Your feedback will play a key role in shaping the study’s priorities and recommendations.
The new Streambank Resiliency and Flood Study builds upon the 2017 Forbidden Drive Drainage System Assessment and expands its focus to address ongoing challenges such as stormwater runoff, sediment discharge, streambank instability, and interior flooding along Forbidden Drive and its adjacent trails. As part of the study, Princeton Hydro is reassessing previously identified drainage features and conducting a comprehensive site evaluation to better understand how conditions have changed over time and where new problem areas have emerged.
At the first public meeting earlier this month, community members played an active role in shaping the direction of the study. The session began with an overview of the project’s purpose, scope, and methodology, including preliminary findings on areas most vulnerable to flooding, sediment discharge, and streambank instability. Attendees also had the opportunity to ask questions and engage directly with the project team, helping to build a shared understanding of the challenges facing the park.
Following the presentation, participants took part in an interactive mapping exercise designed to gather site-specific knowledge from those who know the park best. Working in small groups around large, printed maps of the study area, attendees identified flood-prone zones, areas of active erosion, and locations where trail conditions have declined over time along Forbidden Drive and its access points. Participants marked up the maps and shared observations, stories, and ideas for potential restoration opportunities, creating a collaborative and hands-on dialogue about the park’s needs.
This exercise generated valuable, location-specific insight that is already informing the study. Participants highlighted:
In addition to identifying problem areas, attendees also shared perspectives on what makes the park special and where restoration efforts could have the greatest impact. This type of feedback is critical to ensuring the study reflects real-world conditions and community priorities. To ensure the most comprehensive understanding of conditions in the targeted areas, the project team is looking to hear from an even broader range of park users.
While engineers and scientists are conducting in-depth field investigations and comprehensive technical analyses, they do not experience the park in the same way as those who use it regularly. The firsthand perspective of park visitors is invaluable for identifying problem areas and guiding solutions and priorities that truly reflect how the park is used and experienced.
Gloucester County’s Scotland Run Nature Preserve is a place where education, recreation, and ecological diversity come together. As the largest park in the county system, spanning more than 1,300 acres, Scotland Run offers visitors a chance to explore a wide range of habitats including woodlands, open fields, streams, and lakeside environments. Situated along the boundary of New Jersey’s Inner and Outer Coastal Plains, the park reflects features of both Piedmont and Pine Barrens landscapes, supporting a remarkable variety of wildlife.
At the center of the park is Wilson Lake, an 80-acre man-made lake created by a historic dam built for Fries Mill on Scotland Run. Today, the lake provides passive recreation opportunities such as fishing, canoeing, and nature observation. An ADA-accessible fishing pier near the boat launch ensures that these experiences are available to everyone. The park is also highly family friendly, with maintained walking trails, picnic areas, a playground, restrooms, and a Nature Center that serves as a hub for learning and discovery.
This winter, the Nature Center hosted Nature at Night, a popular exploration series that invites community members to engage with the natural world through hands-on presentations led by environmental professionals. Held on the 3rd Thursday of the month from January to April, topics throughout the series included mammals, fossils, insects, birds, reptiles, and amphibians, offering something for nature lovers of all interests.
Princeton Hydro Senior Wildlife Biologist Mike McGraw, CSE, QAWB, ACE led an engaging and energetic program focused on reptile and amphibian evolution, morphological adaptations, and the incredible diversity found right here in New Jersey. To bring these concepts to life, he introduced a mix of his personal pets and rescue animals, creating meaningful, up-close learning experiences with the audience members.
The turnout was outstanding, with a packed room of participants ranging in age from 4 to 74. Guests were curious and enthusiastic, asking thoughtful questions and sharing their own stories, which helped create an inclusive and lively learning environment. It was clear that hands-on outreach like this sparks curiosity and builds lasting connections to local ecosystems.
This year marked Mike’s fifth consecutive year leading a Nature at Night session at Scotland Run, a milestone that only begins to reflect his commitment to environmental education. Mike is deeply involved in a wide range of educational and outreach programs, sharing his passion and expertise with audiences of all ages. His enthusiasm is contagious, his knowledge runs deep, and his ability to connect people to the natural world makes every program memorable. Educators like Mike play a vital role in inspiring curiosity, fostering stewardship, and strengthening human connection to the natural world. Click here to learn more about Mike.
Experiences like these are especially important for young people, helping them build curiosity, confidence, and a lasting appreciation for the landscapes around them. That same approach carries through other interactive, place-based learning efforts at Princeton Hydro, including recent work with local students that explores how science, community, and the built and natural environment intersect.
Scotland Run Nature Preserve provides a welcoming space for learning and discovery, where thoughtful programs help spark interest in the natural world for visitors of all ages. To learn more about their Nature at Night series and other outdoor education opportunities, click here.
Summer is on the horizon, and with it comes a season full of opportunities to get outside, connect with the community, and celebrate the places and causes that matter most. From educational gatherings and technical workshops to family-friendly festivals, this year's Summer Events Spotlight offers something for everyone. Read on for event details and registration links.
Pinelands Alliance will host its 4th Annual Pinelands Science Forum from 8:30 a.m. to 3:30 p.m. on Wednesday, June 3, in their newly renovated, historic dairy barn. This year’s theme, “Water: The Lifeblood of the Pines,” will explore the hydrology of South Jersey, future climate impact projections, and the rich aquatic biodiversity supported by these systems, with a special focus on the Kirkwood‑Cohansey Aquifer. This abundant and distinctive aquifer supplies fresh drinking water to hundreds of thousands of New Jersey residents and supports the globally unique habitats of the Pine Barrens. Princeton Hydro is proud to sponsor this event and participate in this important conversation.
The Mass Rivers Alliance, in partnership with the Massachusetts Division of Ecological Restoration and the Charles River Watershed Association, created Dam Busters to equip dam removal stakeholders with the knowledge and tools needed to successfully advance and implement removal projects. The program offers a range of learning opportunities, including webinars, resource materials, site visits, in-person workshops and conferences, and a new technical assistance program.
The free, publicly accessible webinar series features engaging expert presentations followed by interactive Q&A sessions that address participants’ most pressing questions. The June 3 webinar will feature Princeton Hydro President Geoffrey M. Goll, PE, who will present on sediment management in dam removal.Geoffrey M. Goll is a nationally recognized expert in dam removal, with significant experience in New Jersey. He has contributed to more than 100 dam removal projects, specializing in ecological restoration and fish passage. His work includes leading projects on the Musconetcong River, where dam removals have helped restore migratory pathways and support the return of American shad. With expertise spanning water resources engineering, geotechnical engineering, and environmental management, Goll is a key leader in advancing effective and sustainable dam removal practices.
The Society of American Military Engineers (SAME) New Jersey and Philadelphia Posts, in partnership with Joint Base McGuire Dix Lakehurst (JBMDL), are hosting an in-person Industry Day on AI/Automation. The event will feature speakers from the U.S. Coast Guard, Small Business Administration, JBMDL Civil Engineering Office, and industry organizations, sharing practical insights, case studies, and forward-thinking strategies on integrating AI into A/E/C practices. Participants will also have the opportunity to network with federal government representatives and industry leaders. Princeton Hydro is sponsoring the event, and Director of Marketing and Communications Dana Patterson Grear will facilitate a panel discussion.
The NJ Climate Change Resource Center will host the 2026 NJ Climate Change Research Symposium at Rutgers University in Piscataway, NJ on June 10. This one-day event will highlight the latest research across natural and social science, economics, engineering, and policy, advancing climate change understanding, evaluation, and response in New Jersey while fostering a collaborative research community. Princeton Hydro Senior Technical Director of Ecological Services, Dr. Fred Lubnow, will lead a workshop on incorporating climate change and resilience into lake management planning.
The Native Plant Conference at Bowman's Hill Wildflower Preserve in New Hope, Pennsylvania, offers a full day of learning and inspiration in an idea setting: a 134-acre haven dedicated to native plants and biodiversity. Formerly known as the Land Ethics Symposium, the event brings together a diverse audience of landscape professionals, educators, students, homeowners, and sustainability advocates for expert-led sessions and a highly anticipated keynote. Attendees will gain practical and innovative insights on creating ecologically sound, economically viable landscapes using native plants and sustainable practices. Princeton Hydro is proud to sponsor this year’s event and hope to see you there!
The 8th Annual Moorestown Paddle Board & Kayak Race and Family Festival takes place June 13 at Strawbridge Lake in Moorestown, NJ, offering a full day of fun on the water from 10 a.m. to 5 p.m. Hosted by the Strawbridge Lake Beautification Committee and sponsored in part by Princeton Hydro, this community-driven fundraiser supports ongoing lake improvements, including new kayak launches, a pollinator garden, and expanded recreational access. Participants can choose from 1-, 2-, and 4-mile race options, or take part in the crowd-favorite cardboard-and-duct-tape boat building challenge. Open to all ages and skill levels, the event combines friendly competition with family activities, all while raising funds that go directly toward enhancing and preserving Strawbridge Lake, a valued community resource.
Join the SAME New Jersey and New York City Posts for their annual Scholarship Golf Outing, a signature event dedicated to supporting the SAME scholarship program and helping students offset rising tuition costs. The outing will be held at Picatinny Golf Club in Dover, New Jersey. The day kicks off at 8:00 AM with breakfast, followed by a 10:00 AM shotgun start for 18 holes of golf. Attendees can wrap up the day with happy hour and a BBQ dinner. Princeton Hydro is proud to be part of this meaningful event: Chief Operating Officer Megan Hunter Ruf serves on the planning committee, and our team looks forward to attending. Please note: Registration is required by July 7. We hope to see you there!
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