Environment & Nature

Grey Squirrel. Photo from Pixabay

By John L. Turner

While it was more than 50 years ago I remember the details sharply, as if the event had happened a few days ago. The oak I carefully but rapidly climbed was a young tree about 30 feet tall with a full canopy of branches, growing in a small patch of woods between the elementary school I had attended and a residential street (It was in these woods I first saw Pink Lady’s Slipper, a wonderful native orchid). And there in a nook where two branches emerged from the main trunk was the object of my scamper — the nest of a grey squirrel that I wanted to inspect.

My interest in squirrels and their nests came about from a book I had looked at in the junior high school library; I think it was entitled “Animal Homes”— although this factoid I don’t remember quite so clearly! But what I do remember in the book was the account which explained that grey squirrels make two types of nests — those in tree cavities, often used in winter, and the one I was going to inspect consisting of a globe-shaped leafy ball, known as a “drey,” wedged amidst branches, also used in winter but more often during the warmer months. The account mentioned that most dreys consisted of a single chamber although occasionally they make two chambers — the equivalent of a foyer leading into the living room.

Working my way up the tree I reached the destination and with a little bit of anxiety bordering on trepidation stuck my hand into the nest and felt around. Fortunately no one was home, which is what I expected since several bangs on the main trunk next to the drey had elicited no response. I quickly realized I had a two chamber nest.

The entrance chamber was the smaller of the two and I could feel a partial wall separating the two. The back chamber was about 50% bigger than the size of a curled squirrel (say that tens time fast!) I was surprised by how solid the nest felt and how thick the walls were (they can contain more than 20 layers of leaves; one researcher tickled apart the wall of a drey and found 26 leafy layers).

The thick wall of a squirrel nest serves two vital functions — helping to keep rain out and body warmth in and the leafy layered wall exceeds in doing both. The leaves act like shingles on a roof and their overlapping positioning helps to prevent water from infiltrating the nest. Similarly, the leaves help to retain heat and many experiments have documented their thermal benefits, by keeping internal nest temperatures high when occupied by the squirrel. In one study in Finland researchers found that once a red squirrel entered a drey it quickly warmed up, making the temperature inside the nest 60 to 80 degrees warmer than the surrounding air.

The latin or scientific name for the grey squirrel is Sciurus carolinensis; the genus name means “shadow tail,” a reference to the shadow the tail makes when its arched over the back of the squirrel, a common position when the animal is eating. The species name relates to Carolina, where the first squirrel was presumably first discovered and described to science.

Grey squirrels live up to their name, being grey in coloration, but if you get a chance to view a squirrel up close you’ll see the pelage is a bit more colorful. Occasionally while birding I’ll train my binoculars on a nearby squirrel and I am always taken by their subtle beauty, enrobed as they are in muted earth tone colors. The squirrel’s underside is white and it’s face, tail, and armpit is diffused with brown. There’s a flecking of black, white, and brown or tan peppered throughout the grey fur. Melanistic (all black) and albinistic (all white) squirrels occur with melanistic being the more common of the two rare pelages, but even these blacks squirrels make up less than one percent of the population. I remember, as a child,when visiting my aunt who lived in Rye, New York seeing a population of black squirrels that lived in the forest next to a golf course.

When it comes to managing their food supply rodents generally display two types of behaviors: scatter hoarding or centralized or “larder” hoarding, with grey squirrels practicing the former (chipmunks employ the latter). If you watch grey squirrels in the fall you’ll see them carrying acorns and other nuts burying them (or caching them) in dozens of locations. This behavior suggests they possess very good memories, which they indeed do, since 95 to 99% of the cached nuts are recovered and eaten.

I recently watched acorn caching involving a squirrel on my front lawn. The squirrel walked slowly and then stopped to paw the earth, followed by some sniffing, the way a squirrel assesses the suitability of the site in the grass in which to hide the acorn. It did this three or four times apparently unhappy with something about each of the sites until it finally met the right set of squirrelly conditions at a site near a tall holly tree. Scratching quickly with its front paws the squirrel quickly buried the acorn. Its scattered larder was now one acorn larger.

Grey squirrels are quite adept at differentiating acorns from different oak species; they “know” that acorns from white oaks germinate in the fall while those of red oaks do so in the following spring and, not surprisingly, eat the white oak acorns first while storing acorns from red oaks. Another advantage to this strategy, besides eating acorns that would be lost to germination if they tried to store them, comes from the fact that tannin levels in red oak acorns (tannin is the ingredient that makes your lips pucker when drinking red wine) lessens over time, making the acorns less bitter and more palatable.

We’re not sure if squirrel lips pucker when eating tannic acorns but I do know they develop a large stained moustache while and after eating black walnuts. Despite the impending facial smudge they’ll develop, they look like the definition of contentment as they hold the prized walnut in their paws and proceed to gnaw through the green husk to get to the walnut shell and meat that lays within.

We have another squirrel species that roams the forest of Long Island: the Southern Flying Squirrel. Strictly nocturnal, this little living fabric of “flying” carpet can be seen at bird feeding stations where it’s especially fond of suet. Of course, they don’t fly but rather glide from one tree to another, using an extended fold of skin on each side of its body connecting front and back legs. Their flattened tail helps to serve as a rudder and brake.

Many years ago I worked in a nature preserve and one day went to look at some white baneberry growing along a trail I knew was developing fruits (also known as doll’s eyes due to the resemblance of the fruits to the eyes once used in old fashioned porcelain dolls, white baneberry is in the buttercup family). As I neared the plants I noticed, at the base of a large chestnut oak on the other side of the trail, a small brownish object. Inspecting it I realized it was a freshly dead flying squirrel. I sadly wondered if the squirrel had misjudged the location of the tree or got carried by the wind and collided with the tree with such force that it caused its demise.

While I’ll never know what killed that flying squirrel so many years ago, I do know the cause of many squirrel deaths today— roadkill. Grey Squirrels routinely cross roads that are within their territory; unfortunately, they have no awareness of cars as lethal objects. In one study a state wildlife biologist counted 390 dead squirrels along a fifty mile stretch of highway in New Hampshire.

As I drive Long Island roads I’m constantly alert for squirrels bounding out from the road shoulder (and other wildlife like box turtles); so far so good — while I’ve had a number of close calls with darting squirrels I haven’t hit one.

I’m very grateful I haven’t hit a squirrel with my car and even more grateful of the experience I had, climbing an oak tree half a century ago, since it was the catalyst for developing a lifelong fondness of squirrels.

A resident of Setauket, John Turner is conservation chair of the Four Harbors Audubon Society, author of “Exploring the Other Island: A Seasonal Nature Guide to Long Island” and president of Alula Birding & Natural History Tours.

Photos courtesy of Pixabay

From left, Town Councilwoman Jane Bonner, Suffolk Legislator Sarah Anker and Town Supervisor Ed Romaine join together Nov. 23 announcing the purchase of property for open space in Mount Sinai. Photo by Kyle Barr

Town of Brookhaven and Suffolk County officials are combining efforts and funds to protect 15 acres of wooded property in Mount Sinai. The land combines with previous purchases to save a total of nearly 60 acres of land from any potential development now or in the future.

The $1,653,300, 15 acres purchase, which was formerly owned by the Little Portion Friary in Mount Sinai, is in addition to 44.3 acres that had been acquired by both parties in 2014. The purchase was made based on a county bill passed in 2017.

“My hope is that purchasing this parcel will help protect the environmental integrity of the area and provide our community residents with another county park to visit and enjoy the natural beauty of Long Island,” Legislator Sarah Anker (D-Mount Sinai) said at a Nov. 23 press conference announcing the purchase. “We’re happy to see government at different levels working together — this is how you get things done.”

The county is picking up 75%, or $1,239,975 of the cost, while the town is covering 25%, or $413,325 of the total. The money used to purchase the land was taken from accounts meant to preserve open space. Officials said the property was at risk of being bought and developed on.

Anker added that with the current pandemic, the county has seen a rise in the number of people visiting parks and adding more land will only increase residents’ options. 

The now fully acquired 59.3 wooded acre lies over a groundwater aquifer and is within the watershed of the Long Island Sound national estuary, serving as a source of freshwater for the estuary system. 

Town Supervisor Ed Romaine (R) said he was also happy to partner with Suffolk in such land preservation deals, as with the combined funds they have “the financial resources to ensure this happens.” The deal also means nobody can come in to develop on the property.

“We want Brookhaven town to look like Brookhaven town, and not like Queens,” he said. “The way we do that is by saving our groundwater, preserving our open spaces and having habitats for animals — along with all the things that are important to protecting our shoreline.”

Councilwoman Jane Bonner (R-Rocky Point) said the land holds a unique significance to her family. Her husband, John Sandusky, grew up in Mount Sinai and traveled those woods as a young man.

“We’ve seen a whole lot of development,” Bonner said. “Some of it good — most of it bad … the last thing Long Island needs is another housing development and more traffic.”

The Little Portion Friary, bordering the new land purchase, was bought by Hope House Ministries back in 2015 and is now being used to help people fight addiction.

Both county and town reps touted open space purchased using joint ventures between the two municipalities, including Cordwood Landing County Park in Miller Place and Heritage Park in Mount Sinai. The county has recently purchased other parkland in the local area, including Pine Lake in Middle Island and Chandler Estate in Mount Sinai.

The next step, Anker said, is to clean up some of the trails in the newly purchased parkland. 

Rendering of the planned Sunrise Wind headquarters located at 22 Research Way in East Setauket. Photo by Sunrise Wind

Though it still requires formal agreements with local government, the Sunrise Wind offshore wind farm project is talking specifics on landfall for its electrical lines, adding even more emphasis on Brookhaven town.

Sunrise Wind now plans to make landfall at Smith Point before going up William Floyd Parkway to connect to the Holtsville Substation. Image by Sunrise Wind

Sunrise Wind plans to create a 110-turbine, 880-megawatt wind farm 30 miles off the coast of Montauk. During an online community open house Nov. 16, representatives of the project, which is being duel-headed by Denmark-based Ørsted and East Coast-based Eversource, explained plans for having the electrical lines make landfall at the parking lot of Smith Point County Park on the South Shore. Those lines would then feed under the Smith Point Bridge and then under William Floyd Parkway. 

The cables will extend north beneath the William Floyd Parkway for 3.8 miles, crossing under the Long Island Rail Road tracks before going west toward the Holtsville electrical substation.

A complete construction and operations plan will be made available in 2021, according to Sunrise Wind reps. The project could be operational as soon as 2024, as long as current timelines hold.

Ken Bowes, vice president of offshore wind siting and permitting for Sunrise, said they do not currently have a formal agreement with either Suffolk County, which owns Smith Point County Park and William Floyd Parkway, or the Town of Brookhaven for its roadways the underground electrical cables will need to use with the electrical substation. He said they look to have two formal agreements “that will compensate each fairly for the use of the facilities” in the near future.

“The town — we’ll hopefully be partners with them for the next 20 years,” he said. 

The project has touted the Port Jefferson and Setauket areas as its main base of operations once the wind turbines are operational. Town Supervisor Ed Romaine (R) told TBR News Media last month that Sunrise Wind had purchased a site in East Setauket as its main office space, which is also to be used as a training center for the people who service the turbines. 

This empty building located at 22 Research Way in East Setauket could be Sunrise Wind’s new office site, as well as a training center for those meant to go out on boats to work on the offshore wind project. Photo by Kyle Barr

Sunrise Wind released a statement saying the nearly 60,000-square foot, multi-purpose Research Way facility will house members of the permanent staff of Sunrise Wind and South Fork Wind, among other teams, including positions such as technician, warehouse coordinator, contract manager, head of site, and other offshore and onshore jobs. The facility will be renovated to include custom office and warehouse space to handle marine coordination, contract and site management, as well as spare parts storage, among other activities. 

Workers and equipment will be loaded and unloaded on its over-260-foot repair vessel at a special dock to be constructed in Port Jefferson Harbor.

“The deep-water harbor in Port Jefferson, combined with the talent pool and resources on Long Island, make the area ideally-suited to serve as a regional O&M hub for our Northeast offshore wind farms,” Ørsted Offshore North America’s Head of Operations, Mikkel Maehlisen said. “We’re eager to begin our work there and become members of the local community.” 

Assemblyman Steve Englebright (D-Setauket), who originally proposed to the offshore wind corporations that Port Jeff be used as a home base for Sunrise Wind, said he was “delighted that Ørsted and Eversource have decided to strategically locate their Sunrise Wind Operations and Maintenance center near both the deep-water harbor that is Port Jefferson and the School of Marine and Atmospheric Science at Stony Brook University.”

Photo by Gerard Romano

FALL FOLIAGE HOT SPOT

Gerard Romano of Port Jefferson Station snapped this colorful photo in Stony Brook on Nov. 19. He writes, ‘This seasons fall foliage has been quite colorful. A short walk into Avalon Nature Preserve near one of the little wooden walk bridges offered some stunning images when taken with a wide angle lens.’

Send your Photo of the Week to leisure@tbrnewspapers.com

An image of the proposed treatment system. Image from SCWA

With a little under 600 wells in its system, the Suffolk County Water Authority has a big task ahead as it tries to comply with state mandates to remove the likely carcinogenic 1,4 dioxane from Long Island’s drinking water.

On a Zoom call with TBR News Media, water authority officials talked about the current progress on remodeling the county’s water infrastructure, including 76 wells. It’s a difficult task, and there are many years and millions of dollars more needed before many of the county’s wells are remediated. The authority has estimated 45% of its wells were detected with 1,4 dioxane, which Jeffrey Szabo, the CEO of the SCWA, called “frightening.”

A map showing where the SCWA expects to put the treatment systems, should they be approved. Images from SCWA

For over a year, 1,4 dioxane has appeared in the news frequently . Gov. Andrew Cuomo (D) signed legislation at the end of last year banning 1,4 dioxane, which is normally found in some household cleaning products. At the tail end of July this year, New York adopted regulations for the chemical, setting the maximum contaminant levels, or MCL, of 1 part per billion. 1,4 dioxane has been found in 70% of Long Island wells found during a federal testing initiative back in 2013 through 2015. 

The state has also set the MCL for PFOA and PFOS, both of which have been found to cause health issues in humans and animals, at a maximum of 10 parts per trillion. Perfluorooctane sulfonate, or PFOS, is a chemical often found in firefighting foams, and perfluorooctanoic acid, or PFOA, is used in nonstick and stain-resistant products.

Szabo said they are on their way to establishing treatment for the PFOA and PFOS in all wells that need it. The water authority’s October report states that all wells with those chemicals above the MCL limit are either being treated to remove the contaminants or are being blended to below the MCL or have been removed from service. Szabo said the water authority has granular activated carbon, or GAC filters that help remove the PFAS chemicals, but such carbon-based filters have little to no effect on 1,4 dioxane. Instead, the SCWA started almost a decade ago developing technology to remove another similar chemical, 1,3 dioxane from drinking water. In 2017, SCWA engineers designed and piloted the first full-scale pilot 1,4-dioxane treatment system in state history. The authority’s Advanced Oxidation Process, or AOP treatment system is currently operational in only one location, Central Islip. That design process “took a long time and a lot of money,” Szabo said.

The water authority CEO said they now have 56 AOP treatment systems in construction in Suffolk, including in Farmingdale and Huntington. There are AOP treatment systems being designed for places on the North Shore such as Sunken Meadow Park, but in many cases it’s not as simple as installing a new filter, as it often takes reconfiguring and additional electrical work. Clearing and site work continues for future AOP sites and electrical upgrade work is beginning at sites such as Flower Hill Road in Huntington. In some cases it’s simply easier and cheaper to replace old wells, such as on Old Dock Road in Kings Park, which is replacing two wells on Carlson Avenue both of which need AOP systems.

Not only that, but there is an apparent year-long lead time from when the authority orders a new system to when it can be installed.

Despite recent efforts, funding continues to be the biggest issue. Each GAC system costs around $1 million to manufacture. An AOP system is closer to $2.5 million. At the end of last year, the SCWA estimated efforts to remediate such wells would cost $177 million over the next five years. The October report states the authority has spent close to $12 million to date for PFAS related work and $23,136,397 for emerging contaminant work.

The water authority passed a $20 fee added to residents’ quarterly water bills starting this year to help pay for this new water treatment. 

Though even with that fee, it’s not likely enough to cover the full cost. The water authority has also filed lawsuits against several companies whose products contain PFOA, PFOS or 1,4 dioxane. Those suits are still ongoing. The SCWA has received $13.3 million in grants from New York State and has submitted additional applications for state grant funding for 14 of its wells.  

The water authority is also waiting on a bill in the state legislature which could provide some extra financial assistance. A bill supported by state Sen. Jim Gaughran (D-Northport) and Assemblyman Fred Thiele (I-Sag Harbor) that would provide reimbursement for emerging contaminant grants by responsible parties has passed the state senate but currently remains in committee in the assembly.

By Tara Mae

Something wild is coming to Smithtown. Sweetbriar Nature Center now offers A Wildlife Experience, a unique program offering one hour private guided tours that grant unprecedented access to its buildings, operations, and animals. Located at 62 Eckernkamp Drive, the nonprofit organization provides natural science education and native wildlife rehabilitation services for the community.

The personal tours will allow participants to see the center’s recently renovated wildlife rehabilitation area, now called the Steven Goldman clinic, which is usually off limits to visitors.

“It’s an experience that you’re not going to get anywhere else,” said Veronica Sayers, Sweetbriar’s program coordinator. “It’s not very often that you can see how a wildlife rehab works. You don’t normally get this experience unless you’re in the field.”

Attendees will also be able to explore parts of the main building, which houses some of Sweetbriar’s permanent residents and is generally open for self-guided excursions.

Guests will be able to observe the animals and meet a few of Sweetbriar’s regular ambassadors like Cali, an imprinted Baltimore oriole; Marguerite, an imprinted blue jay; Nugget, a screech owl; and Tulip, an opossum.

The tours give insight into more than the lives of the animals; they delve into the backgrounds of Sweetbriar and the Blydenburgh family, on whose estate the center and preserve now exist. Guides are able to supply greater historical context as well as details about the architecture of the structures and grounds, according to Janine Bendicksen, Sweetbriar’s curator and wildlife rehabilitation director, who came up with the initial idea.

One of four staff members, Ms. Bendicksen noted that she, her coworkers, and the dedicated team of volunteers are constantly brainstorming for ways to keep Sweetbriar operational in the time of COVID-19. The private tours are a way to raise money and benefit the community Sweetbriar serves. “Instead of just asking for money and donations, we are giving back,” she explained.

During the pandemic, Sweetbriar, like many organizations, has had to completely reimagine how it functions. At the peak of the lockdown, the employees were looking after approximately 100 animals by themselves, without the assistance of volunteers, according to Ms. Sayers. In this time of emotional turmoil and economic uncertainty, Sweetbriar has sought to create new ways of connecting with the public and supporting the animals in its care.

As sources of revenue shrunk, animals in need of help were being brought to the center at a higher rate than in years past. “Many rehab centers are experiencing this,” said Ms. Bendicksen. Since the beginning of 2020, the center has treated more than 2,000 animals.

Sweetbriar Nature Center administers comprehensive rehabilitation to wildlife and generates much of its funding from community engagement and outreach programs. Located on 54 acres of diverse woodland, garden, wetland, and field habitats, the center’s grounds are open year-round to the public, free of charge. Since the onset of the pandemic it has been unable to host the events and activities it normally offers, on which Sweetbriar largely relies to support its animals and endeavors.

A Wildlife Experience is available to parties of up to six people by appointment only for $104. People may register and pay the fee online at www.sweetbriarnc.org/animal-encounters. After you purchase your ticket, Sweetbriar will email you to set up a date or they can send you a gift card to book at a later time. Please give them at least 3 days to respond after you’ve purchased your ticket. The tours are mask-mandated and photos are encouraged.

For more information, please call 631-979-6344.

All photos courtesy of Sweetbriar Nature Center.

From left, Kamazima Lwiza aboard the hospital ship Jubilee Hope which is owned by a British NGO known as Vine Trust and provides services to several islands on Lake Victoria with Deogratias Kabogo, Chief Engineer of the ship. Photo by Pascal Ferdinand

By Daniel Dunaief

In tropical and subtropical countries, including Brazil and the Ivory Coast, a parasite moves from snails to humans, causing 220 million illnesses a year and as many as 200,000 annual deaths.

People contract the parasite when they enter shallow, warm waters, where the schistosomiasis larvae known as cercariae enters through the skin, moves through the blood stream and settles near the stomach or bladder.

Once it’s near the bladder, the parasite reproduces, sending its eggs out through urine or feces, which, if directed towards warm, shallow water bodies, can enter the snail and begin the process again.

Schistosomiasis causes anemia, malnutrition and learning difficulties, according to the Centers for Disease Control and Prevention, as the parasite robs humans of zinc and vitamins A and D. Prolonged infection can also cause bladder cancer.

Kamazima Lwiza, Associate Professor at the School of Marine and Atmospheric Sciences at Stony Brook University, is part of a new, five-year study on the effects of climate change on schistosomiasis.

Lwiza’s part of the research, which is lead by Stanford University and involves several institutions, is analyzing the latest Global Climate Models known as Coupled Model Intercomparison Project phase 6 results. Lwiza studies the models under four-kilometer resolution to look for patterns and trends.

By creating a model that predicts temperature changes, Lwiza’s part of the efforts hope to help other collaborators apply those temperature expectations to epidemiological models. The ability of the parasite to survive, reproduce and infect humans depends on the viability of the snails, which are temperature sensitive. The temperature range is between 14 and 35 degrees Celsius, with an optimal temperature of between 30 and 32 degrees Celsius.

A warmer climate would likely increase the prevalence of schistosomiasis in the regions of Brazil and the Ivory Coast that this study is exploring, as well as in newer areas.

Kamazima Lwiza prepared instruments before installation aboard the hospital ship Jubilee Hope, which is owned by a British NGO known as Vine Trust and provides services to several islands on Lake Victoria. Photo by Pascal Ferdinand

Depending on the regional topography, human population and amount of rainfall, the area that is conducive to Schistosomiasis could expand. An area that is relatively flat and where rainfall increases and human population is low but increasing could cause the infection rate to climb.

As waterways that were too cold either reach the minimum temperature threshold for snails, or increase the temperature into the optimal range, snail populations are likely to flourish.

Part of the funding for the SoMAS portion of the study is coming from the National Science Foundation and the National Oceanic and Atmospheric Administration. These national funding agencies recognize that increasing temperature and land use has created an environment that fosters the expansion of snails and increased prevalence of parasites into areas in the southern United States.

“Given the climate change,[some parts of Florida and Georgia] will be falling within that temperature range,” Lwiza said. “The worry is that, if this disease is going to spread, how are we going to be prepared to keep it off.”

Lwiza had originally planned to travel to Brazil this past summer to collect baseline data on water temperatures. The pandemic caused him to cancel his travel. Next year, he hopes to build on data around significant water bodies where the disease is prevalent.

While the portion of the study that includes Lwiza focuses on temperature, the Stony Brook scientist is working with other researchers who are exploring a range of other analytical and mitigation measures.

For starters, in some countries that have battled against this parasite, the use of dams has exacerbated the problem. Dams have kept out prawns, who are natural predators for snails.

Scientists are considering reintroducing prawns. These shellfish, which look somewhat like shrimp, could not only reduce the population of snails and the parasites they carry, but could also become an economic boon, as a part of an aquaculture project.

The goal of that part of the study is to “see if [prawns] can be used as biological control agents,” Lwiza said. “If we can find a way of introducing these back to where they used to be, we can cut down the snail population.”

The third aspect of the study involves the use of artificial intelligence. Researchers are putting together a program that will allow people to take pictures of the parasites they find and upload them to a web site to identify them.

“That way, we are doing crowd sourcing” which will allow “people to contribute to our investigation,” Lwiza said. Researchers will be able to map the location of the parasites.

Lwiza said Schistosomiasis can affect anyone who goes in the water. The illness doesn’t get as much attention as malaria. When people go to a rural clinic, if they have malaria, they can get medicines from 20 vendors. A person with Schistosomiasis, however, may need to go to a district or regional hospital for medication.

Originally from Tanzania, Lwiza grew up on the western shores of Lake Victoria, where strong waves don’t favor the development of snails. He currently lives in East Northport with his wife Catherine Kentuha, who works in the United Nations Development Program. The couple has three children — Philip, Johnathan and Mulokozi.

Lwiza has worked at Stony Brook University for 29 years and has lived in Port Jefferson Village and East Setauket.

When he lived in Port Jefferson Village, he was pleased and surprised by how his neighbors brought him candles during a brown out and made sure he and his family were okay.

“It was like, ‘Wow, this is really great. This is like Africa,’” he recalls thinking.

When he’s not working, Lwiza enjoys riding a bike and listening to Indian, Arab, African and Latin music. He is also interested in computer programming.

As this study of Schistosomiasis progresses, Lwiza hopes the incidence of disease decreases and that the science helps protect the population against a widespread illness.

Concept art for Michael Manning’s scultpure which village officials plan to put in Rocketship Park. Port Jeff Mayor Margot Garant said the crab could become a symbol for the village. Image from Manning’s proposal

The crab and the sea turtle, both species harmed by trash in the oceans, could be coming to Port Jeff to represent its beachfront and to remind visitors of the importance of protecting the oceans. 

The sea turtle scultpure designed by Nobuho Nagasawa is expected to be placed in Harborfront Park. Exact location is still to be determined. Photo from Nagasawa’s proposal

Two sculptures, one of each animal, are slated to come into the village courtesy of two artists, one with decades of experience, the other just beginning his artistic career. 

Village of Port Jefferson trustees voted Nov. 2 to appropriate a total of $2,600 from the Farmers Market and Maritime Festival trust accounts to purchase the rights to the designs for the two sculptures. The pieces are designed to be filled with debris people might find on the beach to illustrate visually what is needed to keep both beaches and local waters clean. A similar statue was installed at Sunken Meadow State Park in Kings Park last year. (For more info, search “Shelley the Sea Turtle” at tbrnewsmedia.com.)

Village trustee Rebecca Kassay, who has a background in environmental activism, started work alongside other local leaders before she became trustee in September. She said she, Mayor Margot Garant and PJ resident Karen Levitov had seen some examples of these sculptures all over the world, and thought Port Jefferson, as a harborfront community, needed one as well.

“We thought, ‘How cool would it be to have a unique version in Port Jeff?’” Kassay said. “They’re functional — they’re empowering people not just to recycle, but be more conscious.”

One of the sculptures, also made to resemble a sea turtle, is designed by renowned artist Nobuho Nagasawa, a professor at Stony Brook University. Plans give two options for the turtle, one where the shell can be lifted and the trash dropped in, and another with the shell as a wire mesh. In her design document, Nagasawa said the artwork is inspired by “the wonderment of life in the ocean which is in danger.” The sculpture is destined for Harborfront Park. 

Nagasaawa, with years of experience in the art world, said it was good training for artists only just coming into their own. The professor worked with Port Jefferson in helping the village format the request for qualification, which allowed them to establish what kind of cost estimates they were looking at. 

The second sculpture, which the village hopes to install in Rocketship Park, resembles a giant crab, its pincers held up to the sky. SBU Undergraduate student Michael Manning wrote in his proposal that a crab is defensive, tenacious and can persevere, making it a great example to express the work to protect local waters. The crab’s thorax is a cage-like design, with one part made to hold trash and the other to hold bottles. Garant said they are looking to get the high school’s environmental club involved in designing a placard to go along with the sculpture.

“The crab was something we thought the kids could definitely get involved with,” she said. “We imagine the crab could become — like the horse is to Saratoga — the crab could be to Port Jefferson.” 

Michael Manning

Unlike other sculptures and pieces Nagasawa has worked on, even ones that had an interactive element, the professor said this was the first project where function was the main driving force. It was an interesting challenge for students, and now that Manning’s piece was chosen, the SBU art professor said she’s looking for the young artist, with some guidance from her, to carry through on the responsibility for getting the project completed. Her bigger hope is that the village considers even more such student art pieces in the future.

“I really appreciate the village trusted the students’ ability to make this proposal,” she said. “Students normally have very little chance of doing something like this, and I hope this can turn into something much bigger.”

Levitov, SBU’s Paul W. Zuccaire gallery director and curator, helped get the ball rolling with her connections to SBU’s artists. This project also dovetailed with an exhibition she was planning on environmental art.

Levitov said all the projects the committee received were “wonderful,” adding “the students were really innovative in their approaches — animal forms, glacial and nautical shapes, and baskets inspired by Native American weaving were all considered. “

“My hope is that this collaboration will lead to future opportunities for creative partnerships between Stony Brook University and the surrounding communities,” she said. 

The 11 submissions were adjudicated by a committee that included Kassay, Garant and Levitov, as well as Lisa Perry, president of Port Jefferson Harbor Education & Arts Conservancy, and Port Jefferson Conservation Advisory Committee member Dreania LeVine. A decision was made on the two designs Oct. 26. They also gave an honorable mention to SBU student Marta Baumiller.

Kassay said the village is currently looking to work with Environmental Sculptures, a company that specializes in such designs and is responsible for the Sunken Meadow sculpture as well. The next step, the trustee said, is to apply for some environmental grants for the projects. Kassay added with her experience she expects it won’t be too difficult to acquire grants from for such projects, as they tick off “a lot of boxes.”

The trustee put the tentative date of fall 2021 for fabrication of the two sculptures.

Do you have old electronics and metal cluttering up your house or work space, collecting dust or taking up space? Emma S. Clark Memorial Library, 120 main St., Setauket will host an E-Waste Recycling Day on Saturday, Nov. 7 from 10 a.m. to 2 p.m. Bring your used computers, cell phones, laptops, servers, wire & cable, scrap metal, circuit boards, printers, hard drives & storage devices, power tools, small appliances, small electronics, keyboards/mice, stereos, flat screen computer monitors and more. No CRT tube televisions, CRT computer monitors or flat screen TVs. Please wear a mask. No registration required. For more information, call 631-941-4080.