Tag: Lower Raritan

Raritan River Pathogen Results for 9.24.2020

The LRWP and Rutgers Cooperative Extension of Middlesex County monitor for Fecal Coliform and Enterococcus at six non-swimming public beach access sites along the Lower Raritan during the warmer summer months. Fecal Coliform and Enterococcus are indicators of disease-causing bacteria in our waterways.

The EPA recommends that a single Enterococcus sample be less than 110 Colony Forming Units (CFU)/100mL for primary contact. Enterococci levels are used as indicators of the possible presence of disease-causing bacteria in recreational waters. Such pathogens may pose health risks to people fishing and swimming in a water body. Sources of bacteria include Combined Sewer Overflows (CSOs), improperly functioning wastewater treatment plants, stormwater runoff, leaking septic systems, animal carcasses, and runoff from manure storage areas. Enterococci levels are often high after heavy or consistent rainfall.

Below are our pathogens results for September 24, 2020. We are quite surprised by how bad these results are, given that we haven’t had rain for over a week.

Please note: results are preliminary and pending quality control.

Field Notes for 9.24.2020

Hell Money

“Hell Bank Note” found in the water at Boyd Park

We aren’t quite sure what to make of this $10,000 “Hell Bank Note” found floating on the Raritan at Boyd Park. However, we DO know a great way to spend a Saturday and help the earth at the same time! Help us get trash like this out of the water during our Saturday September 26 socially-distanced clean-up of Seeley’s Run in Franklin Township! Due to COVID we are asking that folx register in advance.

Birding!

It is always a treat to go out sampling with a birder. LRWP volunteer Roger Dreyling knows his birds, and has a great eye for capturing them on film. We identified several types of gulls yesterday, saw osprey, mallards, cormorants, and caught up with a loon in South Amboy! It was fun to hear its haunting cry.

Common Loon – Photo: Roger Dreyling
Double Crested Cormorant – Photo: Roger Dreyling

Pathogens Samples transfer

No doubt stranger items have been exchanged in the IKEA parking lot in Elizabeth, NJ. Still, passersby were curious as we scooped ice and sample bottles from one cooler to another not far from a sea of pressed plywood and Swedish meatballs. Many thanks to IEC’s Jessica Bonamusa for saving us a trip to her lab Brooklyn.

Water quality samples transfer to our IEC lab liaison.

Thin Blue Lines

Article by Joe Mish. Aerial images taken on flight provided by Lighthawk compliments of No Water No Life

A plaque, inset in a concrete bridge constructed in 1923, spans the nameless stream, which now appears on the map as a thin blue line.
The last image shows the stream as it exists today, just before it empties into the South Branch of the Raritan.

If all the water that ever flowed from the Raritan river drainage could be measured, its contribution to the depth of the ocean would be impressive. Think of that watershed as a collection agency for the world’s oceans.

The South Branch flows into the confluence from the right, the North Branch from the left. They combine to form the Raritan River. This natural formation was an important landmark to the Lenape Tribe, which referred to this place as Tucca-Ramma-Hacking, “the meeting place of waters.”

An aerial view of the Raritan River clearly shows its two main branches, the South Branch and the North Branch. From the perspective of the confluence, its two main branches get their name, despite both arising north of their meeting place. The confluence marks the beginning of the Raritan River.

A closer look reveals the larger tributaries which feed the main branches; Rockaway creek, Black river/Lamington River and the Neshanic River, all of which are clearly noted on maps.

No less important are the numerous smaller brooks and creeks whose contributions are significant and whose names may appear only on old maps or engraved on marble plaques set in structures that bridge their banks. Peter’s brook, Chambers brook, Pleasant Run, Prescott Brook, Assicong Creek, Minneakoning Creek, Holland Brook and the First, Second and Third Neshanic Rivers, are identified on some maps though only Holland Brook has one sign along its nine mile winding course. Hoopstick and Bushkill are lesser known streams, within plain view, that bear no identifying signage and are often represented as nameless blue lines.

There are dozens more minor streams whose names appear nowhere except in obscure archives. Each one eventually feeds not the Raritan or its two main branches above the confluence. Knowing someone’s name is a sign of respect.

Calling someone by the wrong name can be embarrassing. However, the signs that misidentify the North Branch of the Raritan River as the Raritan River proper, have failed to embarrass those responsible for posting such signs.

Many smaller seeps and springs whose names have been lost to the ages add to the accumulated flow. Driving along the Lamington River for instance, there are endless watery traces arising from springs within the woods that empty into larger tributaries. Many are just moist creases worn through the soil over time, which collect rainwater and snowmelt to supplement the downstream daily flow.

Maps show endless springs, which make the cartographers final draft as thin blue lines. Often a network of converging shorter lines, each with a defined beginning, join to form larger streams like Pleasant Run and Holland brook.

Obscure water sources fascinate me simply because their anonymity and remote locations arouse my curiosity about the natural communities that might exist in such rarely visited places. Their presence represents a convergence of habitat types that attract birds and wildlife. Though they bear no labels to honor their faithful contribution to the next blue line and ultimate confluence, their importance must not be overlooked.

Many springs which appeared on old maps, no longer exist, eliminated by construction of sewer lines or otherwise diverted or filled in. As maps are revised and generations fade, these streams exist only in a cartographer’s archive.

My appreciation for these disappearing thin blue lines was heightened when I recently discovered that as a kid I walked over Slingtail brook every day on the way to school. At some point this little stream which bore a name, was diverted through a sewer line under the pavement. More amazing, even older residents had no memory of that stream, its presence and name lost to the ages. I did find a reference to Slingtail Brook in the Woodbridge, New Jersey newspaper archives dated 1939. The property through which a portion of the stream flowed was up for sale. A clause by the seller stipulated the brook not be diverted or covered over.

“Conveyance will be made subject to the following condition: That the course of Slingtail Brook as now existent, be not changed or diverted from its course or that said stream and flow of water therein be not blockaded, dammed or otherwise restricted.

Take further notice that the Township ………… “

Fords Beacon, May 12, 1939”

Somewhere in time the requirement that Slingtail remain unmolested, was lost to progress and legal wrangling. Such is the fate of so many smaller streams, especially when their names only exist in oral history and no signage marks there presence.

One small trickle of a stream that has miraculously retained its nature and name, is Cattail Brook.

Cattail brook arises from a convergence of network of bubbling springs, supplemented by runoff from rain and snowfall. It begins as hardly more than a trickle, directed by gravity, from the south facing ridge of the heavily wooded Sourland Mountains, near East Amwell, NJ. Cattail brook gives birth to Rock Brook, a tumultuous and moody stream that joins the more sedate Bedens Brook on its way to the Millstone River. The Millstone joins with the Raritan River to make its final contribution to the earth’s deep blue oceans.

Rock Brook derives its character from the influence of gravity and its bed of stone, which can change its mood from this idyllic mountain brook into a raging torrent

An extended winter freeze, preserving snow from a previous storm beyond its expected stay, was interrupted by a thaw and heavy rain. The melting snow joined the torrential downpour as it flowed over frozen ground to collect in every shallow crease leading to the river. The water’s velocity was enhanced by the decreasing gradient of deep well worn pathways etched into the earth.

The banks of successfully larger streams barely contained the accumulation of water delivered from the network of anonymous thin blue lines. Acting as a single entity, the collection agency, if you will, of the Raritan River drainage, faithfully delivered its contribution of sweet water to the world’s salty oceans.

The Raritan River becomes the Raritan Bay downstream of the New Jersey Garden State Parkway Bridge. With a poetic flourish, the salt water bay and lower Raritan River are stained blue, saturated with the blue ink used to represent the thousands of nameless pale blue lines drawn on maps of the extensive Raritan River watershed.

Author Joe Mish has been running wild in New Jersey since childhood when he found ways to escape his mother’s watchful eyes. He continues to trek the swamps, rivers and thickets seeking to share, with the residents and visitors, all of the state’s natural beauty hidden within full view. To read more of his writing and view more of his gorgeous photographs visit Winter Bear Rising, his wordpress blog. Joe’s series “Nature on the Raritan, Hidden in Plain View” runs monthly as part of the LRWP “Voices of the Watershed” series. Writing and photos used with permission from the author.

Contact jjmish57@msn.com. See more articles and photos at winterbearrising.wordpress.com.

Pathogens Monitoring Results for 8.20.2020

The LRWP and EARTH Center of Middlesex County monitors for Fecal Coliform and Enterococcus at six non-swimming public beach access sites along the Lower Raritan during the warmer summer months. Fecal Coliform and Enterococcus are indicators of disease-causing bacteria in our waterways.

The EPA recommends that a single Enterococcus sample be less than 110 Colony Forming Units (CFU)/100mL for primary contact. Enterococci levels are used as indicators of the possible presence of disease-causing bacteria in recreational waters. Such pathogens may pose health risks to people fishing and swimming in a water body. Sources of bacteria include Combined Sewer Overflows (CSOs), improperly functioning wastewater treatment plants, stormwater runoff, leaking septic systems, animal carcasses, and runoff from manure storage areas. Enterococci levels are often high after heavy or consistent rainfall.

Briefly, our Sayreville, South Amboy and Perth Amboy sites are looking good this week! Please note that these results for August 20, 2020 are preliminary and awaiting Quality Control.

Field Notes

Yesterday was an exquisite day for sampling the Raritan!

Clear and gorgeous waters, and the re-purposing of a broom handle into our snazzy new sampling stick.
Thanks to Maya and NJ Watershed Ambassador Heather Miara for lending a hand in the field.
Thanks also to IEC’s wonderful Jessica Bonamusa for meeting us in the Elizabeth IKEA parking lot for the sample handoff.
This week we kick off our genetic source trackdown analysis – the larger sample bottle in the mix of pathogens sample bottles will go to a Rutgers lab for filtering and analysis. We’re looking forward to more definitively pinning our pathogens problems on human, beast or fowl.

Summer 2020 Lower Raritan Monitoring Sites

The New Jersey state Department of Environmental Protection and Middlesex County Health Departments typically monitor at sanctioned public swimming beach sites. They do not monitor the water quality for pathogens at public access non-swimming beach sites along the Raritan, despite regular use of these areas for primary contact (fishing and swimming) by members of our urban communities.

The LRWP works with in partnership with the Interstate Environmental Commission for lab analysis of our samples. We have a Quality Assurance Protocol Plan (QAPP) approved by the federal Environmental Protection Agency. We work to report our results as soon as lab analysis is completed.

Our Favorite Environmental Justice Social Media Feeds

The LRWP commits to educating ourselves about historic and system racism, supporting those who are imagining a new path forward for our state and nation through structural change. Please consider joining us in following these important environmental justice advocates, environmentalists of color and other leaders we are listening to on twitter and Instagram.

TWITTER

Jersey Renews. @JerseyRenews. “We want environmental justice, clean renewable energy, good jobs, and protections for workers and communities.”

NJEJA. @NJEJAlliance. NJ Environmental Justice Alliance is a coalition of NJ-based organizations and individuals committed to working together to create just & healthy NJ communities

The Ecologist. @the_ecologist. The Ecologist – setting the environmental agenda since 1970. Environment, social justice, activism & ethical living. Now part of The Resurgence Trust charity.

Robert D. Bullard. @DrBobBullard. Scholar, lecturer, policy expert, award winning author of more than 18 books, and father of environmental justice.

Rhiana Gunn-Wright. @rgunns. Ms. Gunn-Wright is lead policy architect of the Green New Deal designed to tackle climate change in a way that delivers justice and jobs.

Tara Houska. @zhaabowekwe. Ms. Houska is an attorney who fights for Indigenous rights and justice and serves as the national campaigns director of Honor the Earth, a US-based non-profit that campaigns for Indigenous environmental justice.

WE ACT for EJ. @weact4ej. WE ACT for Environmental Justice has been combating environmental racism and building healthy communities for people of color since 1988.

INSTAGRAM

@POCENVIRO
@WOKEINTHEWOODSPODCAST
@BIPOCSWHO_ZEROWASTE
@POCINNATURE
@LOWWASTELATINX
@INTERLOCKINGROOTS

Short Essays We are Reading

Ayana Elizabeth Johnson. How Racism Could Derail Our Efforts to Save the Planet

Julian Agyeman. Poor and black ‘invisible cyclists’ need to be part of post-pandemic transport planning too

Mary Annaïse Heglar Climate Change Isn’t the First Existential Threat

POSTPONED – Watchung Mountain Hidden Streams Hike

POSTPONED!!

Registration is now open for the LRWP’s first “Watershed Highlights and Hidden Streams” walking tour of 2020!

Join us Sunday March 29, 2-4 pm as we trace paths through the Watchung Reservation.

Our hike will be led by LRWP Board Member and Rutgers Professor David Tulloch.

We will kick off from the northwest end of The Loop in the Watchung Reservation with a walk down to Blue Brook and Lake Surprise as we talk about the long journey to the Raritan.

Estimated 4 miles of walking.

Registration required. Please check our website for updates, especially in the case of inclement weather.

Sky Top Dr, Scotch Plains, NJ 07076

Share your water story!

The LRWP and South River Green Team are co-hosting this hour-long public discussion, sponsored by the New Jersey Council for the Humanities, to capture stories about the different ways water matters to New Jerseyans.

Participants will have the opportunity to contribute their water story to a statewide public archive documenting personal connections to water and waterways in New Jersey. No prior preparation is needed to attend, and all are welcome to share or listen.

Join us Saturday February 8, 1:30-2:30 pm at the South River Public Library
55 Appleby Ave, South River, NJ 08882

Workshop Overview

This workshop creates the space to talk about meaningful water sites and sources for individuals and communities in New Jersey. Stories from consenting participants captured from this event, and others throughout the state, will be part of a public archive and digital exhibition that creatively visualizes, interprets, and maps New Jersey water stories and the waterways that inspired them. After capturing water stories in each county over the next year, project coordinators will curate a digital exhibition (website) to interpret, display, and share water stories.

Refreshments provided. Registration requested.

On climate risks, hazards containment, and the Lower Raritan’s “Dark Waters”

In the opening scene of Mark Ruffalo’s devastating new true-story legal thriller Dark Waters, released this week in New Jersey theaters, we watch as a car travels rural roads to a swimming hole. In the dark of night three teenagers exit the car near a “no trespassing” sign, jump a fence, and dive in. The camera pans to signs marked “containment pond,” where chemical byproducts of Dupont’s manufacturing plants – specifically Perfluorooctanoic acid or PFOA – are ostensibly “contained”.

The year is 1975. PFOAs are unregulated. Things end badly. We soon learn that PFOA is related to an abundance of health risks. The film traces a decades-long corporate cover-up of these risks, as well as loss of life and tremendous suffering. The film also makes clear how exceedingly difficult it is to contain toxic pollutants.

The issue of historic pollutant containment is the focus of a report released last month by the US Government Accountability Office that identifies the nation’s Superfund sites deemed most “at risk” of climate crises including flooding, coastal inundation, and wildfire. Of the 945 sites on the GAO list, 24 are in our 352-square mile Lower Raritan Watershed. That’s an incredibly disproportionate 4% of the most at-risk toxic sites in the United States. Our almost 900,000 watershed residents don’t have to travel rural roads to encounter pollutant hazards, they are proximate to where we live and work. More info on the GAO report, and a list of these sites, is on the LRWP website.

GAO-identified Superfunds in the Lower Raritan that are at-risk of natural hazards impacts (2019)

Of course the GAO only looks at Nonfederal Superfund sites. Here’s a map of all Known Contaminated Sites (KCS) in the watershed, many more of which are likewise at risk.

Not surprisingly, the concentrated band of sites that runs through the middle of the watershed traces along the Raritan River and feeder waterways. Our challenge will be containment of hazards impacts, particularly tough when stilling ponds and uses are proximate to flooded waters.

One of many Raritan River-adjacent landfills/Superfund sites at-risk of flood impacts
Photo by Alison M. Jones, No Water No Life – taken during a LightHawk flight, April 2019

Oct 26 Low Tide Clean Up in Donaldson Park

Some 30 tires are stuck on the river bottom near Highland Park’s Donaldson Park. The LRWP and our Central Jersey Stream Team friends have wanted to get in there all year. Saturday October 26 is our last chance for a super low tide in 2019, and if the weather holds out we should be able to wrestle these guys out of the muck.

This will be a VERY muddy clean-up, requiring muscle and perseverance. There are few small items to collect in this area it is mostly buried tires.

Registration starts at 12:30pm, we want to get out onto the mud flats quickly to take advantage of the low tide at 2:11pm. We expect to have things wrapped up by 3pm.

Please wear appropriate clothing and footwear that can get wet and (VERY) muddy.
Please park by the basketball courts, we will fan out onto the mud flats from there.
Registration requested. This is a “shine only” event, and we will not hold the clean up if the water is high because of recent rain. Please be sure to check our event page for updated information.

Meet LRWP Board Member David Tulloch

Interview by TaeHo Lee, Rutgers Raritan Scholar

On the second Monday of 2019, LRWP Board Member and Rutgers Professor David Tulloch welcomed me to his office at the Center for Remote Sensing and Spatial Analysis lab (CRSSA). Giant maps on the lab walls hint at what Professor Tulloch does at Rutgers. His research focuses on a mixture of landscape architecture and Geographic Information Systems (GIS). Professor Tulloch received a Bachelor’s degree in Landscape Architecture at the University of Kentucky, his Master’s in Landscape Architecture at Louisiana State University, and PhD in Land Resources at the University of Wisconsin, Madison. He has now lived and worked in the Lower Raritan Watershed for two decades. He enjoys exploring our area on foot, urban hikes, and trying to connect pieces of landscapes that a lot of people overlook. These interests led him to create an interactive google map that explores various features of the Lower Raritan Watershed. The map will soon be a supplement for Professor Tulloch’s “Watershed Highlights and Hidden Streams: Walking Tours of the Lower Raritan Watershed,” which kicks off on Sunday March 16.

LRWP Board Member, Professor David Tulloch

TaeHo Lee: Where are you from in the LRW, and in your time in the watershed, how have you engaged in/explored the watershed?

David Tulloch: I live in Highland Park near the Mill Brook, and I have lived there for nearly 20 years. I am within an easy walk to the Raritan making it hard to ignore the connection of the landscape and its watershed to the river. I’ve gotten to know the watershed as I explored it not only as a person who is curious about the large landscape. But also, as a benefit of my job, I have what amounts to two decades of mapping and design projects in different parts of the LRW and the larger Raritan River basin. Student research projects and studios have helped me get to know the watershed in ways that now are quite helpful in ways that, at the time, I didn’t always appreciate. My favorite thing to do in the Watershed is just to get out and walk it. I will look through historic maps or various air photos and look for hidden connections to explore. But there are also plenty of marked trails within the Watershed that I have yet to walk.

TL: As a parent, how do you want your kids to engage in/with the watershed?

DT: Well, I want my kids, like so many people who have grown up here, to really treasure this as a special landscape and see that it is both a special landscape and a singular, very large landscape. It has a fascinating history that we don’t talk enough about: American history, Revolutionary War, World War II, and an industrial history which is really significant as it impacted people around the world but also has impacted the river and our communities pretty dramatically. There are interesting educational and cultural histories for example, a colonial college right on the banks of the river in New Brunswick, the old proprietary house in Perth Amboy, the Monmouth Battlefield. So many things have marked this landscape. Additionally, its nature is incredible: Bald eagles, peregrine falcons, sandhill cranes, all within a few miles of us. And the landscapes that make up the Watershed are amazing: Mountains to marshes with really special spots within the Watershed like Duke Farms, Watchung Reservation, and the Rutgers Ecological Preserve. I really hope that my sons are coming to see the place not just as memorable but as incredibly special and something to treasure, even if they end up in another part of the world in the coming years.

TL. What, in your view, are the primary issues that need to be addressed in the watershed?

DT: The first for me is clearly the need to improve resident’s awareness of the Watershed and its issues, and their understanding of how both natural and policy processes within the Watershed work. I think one of the real challenges for us, an issue that affects ultimately the quality of water of the river, is encouraging our population of something like 800,000 residents to understand that the watershed is so much more than the river, and more than just the river valley. Most people associate the watershed with Donaldson Park, Johnson Park, Duke Island, or Duke Farms, and they can see those as areas that are associated with Raritan River. But we need to help them understand that in a 350 square mile watershed places like Freehold, Scotch Plains, and Bridgewater are all contributing to the water quality and the experiential quality of the watershed. And with a growing awareness and understanding, comes an appreciation of how much we still don’t know and how we need to enlarge our understanding of the river.

The other issue that really stands out to me is the land use of the watershed. It covers 350 square miles and includes 50 municipalities, each making their own independent decisions about land use with very little coordination, and we share collectively in the good and bad outcomes of these decisions. I live in one of those municipalities and work in another, but in between projects for work or taking my kids to different events I spend lots of time in other watershed towns experiencing the results of those independent decisions made in 50 different borough halls, city halls, and township halls. A really important step is to begin to monitor land use choices, and to examine them in terms of how they impact the watershed. We need to help the different people involved with the LRWP connect with those processes and see them in a more serious way.

TL. What is your vision for the LRWP?

DT: One important thing as a young organization, part of the shared vision we all have, is that as a growing organization it needs to be nimble enough to adjust to not only the changing needs of the Watershed but also the changing understanding of what the organization can become. Through listening and learning and reshaping itself, we all come to a new understanding of what the Lower Raritan Watershed as a community, as a physical landscape, and as a place with changing pressures on it, is.

Having said that, three areas are really important for us. One is appreciation. I don’t just mean that in the broadest sense, not just appreciating the place, but appreciation based on increased understanding. That’s getting more residents out on cleanups so they can see the problems themselves; getting as much as we can out of the research at Rutgers and the NJ DEP and from others working along the river so that our appreciation of those problems are also based on something serious.

Second is advocacy. My vision for LRWP sees it as a voice for the river and the Watershed that can really advocate for needs that often don’t have a strong voice.

Third is action. Turning the appreciation and advocacy into action. This includes small steps like cleanups, but some of the actions we take overtime can become more dramatic. Appreciation, advocacy and action, I think, together really represent a forward looking vision for the Watershed and the Partnership that could engage a very large number of residents and not just the usual suspects.

TL. You are a Professor at Rutgers. What is your role there? Can you provide insights into how we can best bring the resources and attention of the University to address the needs of the LRW?

DT: As a faculty member of Rutgers, I have formal roles. I am Associate Professor of Landscape Architecture, Associate Director at CRSSA, and lead the GeoHealth lab. A lot of the things that I do at Rutgers are as an integrator, as someone crossing over between different kinds of activities. So I work as an educator, and in landscape architecture I teach design, I teach planning, I teach what we call geomatics. But I’m also a researcher here at the center. We are looking a lot at the ways that the landscape is shaped and affects human health and our lives.

In my role as an integrator, I bring research into the classroom, and draw students back into the research. In the same way, I am now really interested in integrating the experiences with the watershed into the different activities that I have in Rutgers, as well. As part of my research 20 years ago or so, I visited and interviewed NGOs all over New Jersey, looking at their use of GIS and mapping. The groups that most caught my attention at the time were primarily watersheds. Many of them were brand new and in that way, for me, it was the first chance to learn and explore New Jersey’s landscapes. This forced me begin to confront the potential that Watershed organizations have as advocates for pieces of the landscape across municipal boundaries. I also began to see a role for integrating science and education and policy.

One of the other roles that I have at Rutgers is interacting with students. I get to know a lot of students as they first come to Rutgers. A role for me with students who are not from the area is helping them appreciate what a special place this is, getting them hooked on the River, and sharing Rutgers’ long relationship with the river. After all, it’s mentioned in the school song. In the broadest sense, to answer your question, we are so fortunate as a watershed organization to have a University like Rutgers in such an integral relationship with the river and the Watershed. But, with the many research and outreach programs that Rutgers has, one of my ongoing roles is going to be bridging the two and helping make connections with those activities and helping be a voice for the Watershed as well.

TL. I understand you are planning a series of “Walks in the Watershed.” Can you tell me more about this opportunity? What is your goal with the walks?

DT: Part of this goes back to simply trying to help all of us improve our appreciation and understanding of the watershed in little and big ways. But the walks are a very special way to connect the abstract places that we’ve all seen on maps with very real experiences on the ground. The goal with the “Watershed Highlights and Hidden Streams: Walking Tours of the Lower Raritan Watershed” is to help reveal connections across landscapes of the Watershed that are often hidden in plain sight, but also to help us explore some connections, like hidden streams, that are truly invisible.

Johnson Park/Raritan Landing – 1890s

Over time we will try some walks that explore the outer edges of the Watershed – Beyond the banks of the old Raritan – but at the start, we’re going to take walks that explore connections of important pieces of land to the river and, where possible, look into the streams that make those connections. So, one of the first walks, on March 17, is going to be close to the Rutgers campus here where we’ll be looking at the connections between Buell Brook and the Raritan by taking a walk that connects Johnson Park and some of its history and Raritan Landing with the Eco Preserve. Many people visit Rutgers’ Eco Preserve and don’t think, even when they are only hundreds of yards away from the river, don’t think of its connection to the river. The walks will look more at the connection and what it means. Walking also just reveals some other patterns and some hidden features along the way. I hope to be as surprised as the other participants. A second walk this Spring, scheduled for May 18, connects the old constructed landscapes of the canal at Duke Island County Park through a new greenway that has been developed along the Raritan and crosses over into the Duke Farms properties. I think a lot of the residents in that area are familiar with individual pieces. Fewer have made the walk to connect them all. We hope to make the walks a regular experience. 

TL. Is there anything else you want to add?


DT: When you asked about what I do at Rutgers and how this helps make connections for the watershed, let me mention one more example. I think that as I teach planning students and geomatics students and design students who make some connection with the place, that the Watershed as a whole also is benefiting from those who stay here. An interesting example of that is Daryl Krasnuk, who I taught as an undergraduate student. Daryl has continued to volunteer and make maps both for the LRWP’s general education efforts and specifically for the State of the Lower Raritan Watershed report. It’s exciting to see the students that I taught now sharing their passion for this special place and finding ways to help up us to improve that landscape over time.