The Calming Waters of Fishers Island

“I go to the sea, and the sea…imposes a rhythm upon everything in me…” Rainer Maria Rilke (1875-1926). South Beach, Mar. 24, 2020. Stephanie Hall Photo

With COVID-19 forcing us into an uncertain future, we are fortunate to know the beauty and serenity of Fishers Island’s natural world. Songbirds have returned to the Parade Grounds meadows, and piping plovers will soon be nesting on South Beach.

The constancy of a well-cared-for natural environment on Fishers Island is a gift. Taking a moment to enjoy this image of calm waters off South Beach may bring a brief respite from today’s challenges. There will be better days ahead. (Sent as eblast 3/27/20)

List of Native Grassland and Wildflower Seeds for East End Habitat Restoration Project

List of seeds for FIConservancy/FIDCO habitat restoration project near Middle Farms:

Startling Statistic: Four Tons of Marine Debris Collected on FI Shores in 2019

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In 2019, Island resident Michele Klimczak collected an astounding 8441 pounds of marine debris from the shores of Fishers Island. Michele is employed by FIConservancy to patrol multiple Island locations and clear away marine debris.

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FIConservancy Partners with FIDCO in East End Habitat Restoration Project

The Fishers Island Conservancy is working to extend the success of its West End grassland restoration initiative, and in partnership with FIDCO, has begun a habitat restoration project on the East End near Middle Farms.

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Scientists Say “Climate Chaos” is Main Reason for Decline in Bumblebee Population

Bumblebee (Bombus impatiens), the eastern bumblebee, on thistle (a native plant) in Demonstration Garden.

A disturbing study published in Feb. 2019, found that more than 40 percent of the world’s insect species could go extinct over the next several decades due in large part to habitat loss, with chemical pollutants, invasive species and climate change as additional causes.

Now, a new study, published in the Feb. 7, 2020 journal, Science, makes a case for climate change as the principle driver of the potential extinction of bumblebees. Scientists said that observers in North America are nearly 50 percent less likely to see a bumblebee in any given area than prior to 1974.

Using a massive dataset, scientists found that bumblebees are less abundant in areas that have become hotter or have experienced extreme temperature swings in the last generation. The researchers concluded that “climate chaos” is the primary driver in the decline of bumblebees. Species are being pushed beyond temperatures they can tolerate, said the scientists.

According to National Geographic, bumblebees are suited to cooler weather, with fuzzy bodies and the ability to generate heat while flying. The last five years were the hottest ever recorded in the 139 years that the U.S. National Oceanic and Atmospheric Administration has tracked global heat.

Honeybees are critical to the propagation of nuts, fruits and vegetables and account for more than $15 billion in the U.S. economy.

Study Finds That Migratory Birds Cling to Diminishing Native Food Supply

The Gray Catbird is typical of migratory birds that prefer the fruits of native plants, despite invasive plants dominating fruit availability in late-autumn. The Gray Catbird was among 45 species sighted in the 2019 Migratory Bird Count on Fishers Island. Ann Stinely photo for the Manomet Team Newsletter.

As migratory birds pass through stopover sites later in the season due to warming temperatures, will they begin to eat the abundant late-autumn fruit of invasive plant species rather than fruit from the diminishing number of native plants? The apparent answer is no.

This finding was the result of an in-depth study of bird-fruit interactions published in the Nov. 2019 issue of Biological Conservation, a leading international journal in the discipline of conservation science. A trio of scientists conducted their research at Manomet, a migratory stopover site for landbirds on the Atlantic coast, and a long-term bird banding site, located in Plymouth County, Mass.

Scientists observed both native and invasive wild plant species at Manomet during the 2014-15 autumn migration season and identified seeds from 469 fecal samples collected from songbirds captured during that time.

“Our results demonstrate that native fruits are an important food resource for birds during the autumn migration season and are unlikely to be replaced by abundant fruits of late-season invasive species under climate change,” scientists wrote in their study.

Twenty years ago, University of Delaware entomology professor and FIConservancy advisor, Doug Tallamy observed that insects prefer to eat native plants rather than invasives. Birds, in turn, feed on those insects, particularly when foraging for their young. This study adds striking evidence to the “native” connection, even in the face of a diminishing late-autumn native food supply due to the aggressive growth of invasive plant species.

Toxic Chemicals Dredged from Thames River Might Be Dumped Off Northeast Coast of FI

Pink area in above graphic was the former New London Disposal Site, expanded in recent years (striped area) to become Eastern Long Island Disposal Site (ELDS).

There is an open water dump site less than three miles off the northwest coast of Fishers Island, and wheels are in motion to use it as the dumping ground for 890,000 cubic yards of contaminated, fine-grained muck dredged from the bottom of the Thames River. The dredging will make way for a new class of ballistic missile submarines to be built at Electric Boat in Groton, Conn.

Nov. 29, 2019 was the final date for public comment on the proposed dredging. FIConservancy has a long history of objecting to dumping toxic dredge spoils at the head of the Race, where waters are shallow and tidal currents are among the strongest on the East Coast.

FIConservancy President Tom Sargent mailed a letter to the New York State Department of State expressing serious environmental concerns and explaining that our objections have never been about the fact of necessary dredging, rather where the dredge spoils will be dumped.

Click on the blue button below to read Mr. Sargent’s succinct, informative letter.

 

FIConservancy Dumpsite Objection Letter

 

 

Mystic Aquarium Offers Animal Rescue Program at FI Community Center

Become a First Responder!

Please join us for a FREE 2-hour training at the Fishers Island Community Center, Saturday, December 14 from 1-3pm! First responders are vital to Mystic Aquarium’s Animal Rescue Program. The initial response helps to determine the status of an animal and helps them prepare for action when necessary.

Learn about federal regulations that ensure the safety of these animals. You will also learn how to identify Connecticut and Rhode Island’s marine mammal and sea turtle species.

The Animal Rescue Program training is free and open to all 18 years and older.

Class is contingent on at least 10 people registered no later than December 11. Registration is required through the Mystic Aquarium website (please do not email).

For more information on the Animal Rescue Program and to register to reserve your space, please visit the Mystic Aquarium website www.mysticaquarium.org.

Scroll down to the the “Dates & Registration” button.  This will take you to the registration site.

You may also use the button below to go directly to registration.

REGISTER

If you need to cancel your registration please call 860-572-5955 x520.

 

November Sparkles and Milkweed Floats

A powerful east coast storm Nov. 1 paved the way for spectacular weather on Fishers Island, and a stroll though the Demonstration Garden proved that FIConservancy’s native plant initiative is alive and well!

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A New and Significant Threat to Forests Observed on Fishers: Asian Jumping Worm

The Asian jumping worm, which can grow to eight inches, is identified by the whitish band that mostly circles its body near its head.

Dianne Crary in October reported the presence of “a lot” of invasive Asian jumping worms on her property along Equestrian Road. Unlike the familiar earthworm, which burrows into the ground, this Asian invader, when disturbed, writhes and scatters across the surface of the soil. If touched, it thrashes wildly and may shed its tail.

Living on the surface in woodlands, Asian jumping worms quickly devour fallen leaves and other organic material, turning the surface into loose soil resembling coffee grounds. The loss of leaf litter destroys long-lasting nutrients vital for the survival of trees. Additionally, altered soil inhibits the establishment of tree seedlings and is inhospitable to many native plant species.

Asian worms reportedly have reduced leaf litter in hardwood forests by 95%. A naturalist observed an infested forest in Cortland County, New York, and said that “it was almost entirely bare soil.”

As with so many invasive species, these worms are adaptable and difficult to stop. They are parthenogenetic: they can reproduce without fertilization. The introduction of a single individual is enough to launch a jumping worm invasion. The worms have an annual life cycle. They die in the fall, but leave tiny cocoons that winter in the soil.

What to do? According to the Cornell Cooperative Extension of St. Lawrence County, “Asian worms are commonly spread through the horticulture trade, both in containerized plants, and especially mulch, which they love. Check bulk mulch before purchasing, and maybe think twice about getting fill delivered to your property.”