Using Wetlands to Improve Nantucket’s Coastal Resiliency

As an island in the Atlantic Ocean, Nantucket intimately understands the impacts of increased flooding frequency and storm events. For our community, adopting ways to increase our Coastal Resiliency is essential to maintaining quality of life, community function and ecological integrity on our little island.

storm surge and inundation pathways - 2016

Maximum Annual Storm Tides and Storm Surges recorded at the Nantucket Harbor Tide Station 1965-2015. (Storm Surge and Inundation Pathways Report, 2016)

So what is Coastal Resiliency? Essentially, it is the ability of a coastal community to resist, absorb, adapt to, and recover from the impacts of sea level rise, the increasing magnitude and frequency of storm events and shoreline change. The faster and more effectively we can respond to these hazards or mitigate their impacts all together, the better our Resiliency as a community.  On Nantucket our Town government, municipal departments, historical preservation groups, community civic leagues and conservation groups are all talking about Coastal Resiliency and how to make our community more resilient to the environmental change already impacting us. On the Town website, you can learn more about the Town’s current efforts to develop a community level Coastal Resiliency Plan to direct actions we can take as a community as well as position Nantucket to receive grant money.

On Tuesday, January 11, 2019, staff from NCF, Select Board members, DPW staff, Town Natural Resources staff, other conservation groups and many more all participated in a day long Community Resiliency Workshop with a number of objectives including:

  • Develop a mutual understand of the natural hazard risks, vulnerabilities and resilience options for Nantucket
  • Identify vulnerabilities and strengths of Nantucket in response to Climate Change
  • Identify ACTION ITEMS that can reduce Nantucket’s vulnerability

The workshop defined the risk Nantucket faces to the hazards of climate change as:

Risk = Vulnerability x frequency

The frequency (and intensity) of hazardous events is both increasing and largely out of our control to impact. The thing that our community CAN do is mitigate or reduce our VULNERABILITY to these hazards. And one of the top Action Items identified at the workshop was to preserve, restore and potential create coastal wetlands to function as buffers against storm surges and increased flooding hazards.

Why Spend our Efforts on Coastal Wetlands?

Coastal wetlands are naturally designed to protect and buffer uplands from the impacts of storm surge, coastal flooding and sea level rise – shielding our communities from the worst storm impacts and helping us recover more quickly after major storm events. One of the best steps we can take to provide longer term resiliency to our coastal communities is the restoration and protection of our natural coastal defenses.

Research following the devastation of Hurricane Sandy showed that functioning coastal wetlands prevented an estimated $625 million  in potential property damages across the path of the hurricane. In part of New Jersey it was estimated that the presence of coastal wetlands reduced the expected losses to hurricane damage by 20% on average and up to 50% for area just above sea level.

Reductions in annual flood losses to properties that have a marsh in front (blue) versus properties that have lost the marshes in front (orange). Narayan et al., Nature Scientific Reports 7, 9463 (2017).CC BY

Communities along the eastern coast of the United States are actively working towards converting their coastlines back to natural communities that can buffer our infrastructure and our towns from the effects of increased floods and storm surges. Resilient Boston Harbor is maintaining and increasing open vegetated parks to buffer from storms but also provide areas for flood waters to sit, preventing inundation of adjacent roadways, homes and business. The state of North Carolina has implemented the Coastal Resilience Initiative to restore or protect more than 5,000 acres of wetlands over the next three years through the creation of living shorelines and the protection of existing wetlands.

Nantucket already has significant wetland resources along both of Madaket and Nantucket Harbors. Protecting those wetlands and looking for ways to enhance them will help protect our island. Downtown is particularly susceptible to flooding during high tides and storm surges events, likely because it was all once a wetland itself! Softening how the town connects to the harbor by increasing vegetated parks (as the Land Bank has been doing) and restoring low-lying areas to wetlands and/or retention basins will go a long way to mitigating those flood waters.

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Imagine vegetated waterfront parks to absorb and mitigate flood waters and storm surges (Parks being created at the base of Brooklyn Bridge in New York City following Hurricane Sandy).

Restoring and creating wetlands along Easton st and in the Brant Point area will help mitigate flooding. These areas are often underwater during normal high tide events, likely because they were once all one large connect wetland that has been filled for development. Check behind the Nantucket Hotel or in the few open lots along Easton st the next time you walk that part of Town – you’ll find the hints of wetlands that once were.

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Extent of water flows over the Town of Nantucket under 5ft (green) and 7ft (blue) storm surges. This is without taking into account future sea level rise. (Storm Surge and Inundation Pathways Report, 2016)

Finding ways to soften the bulkheads and hard shorelines using many of the tested proven methods of Living Shoreline research could alleviate much of the storm and flood impacts.

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A variety of shoreline protection options exist.

Pie in the sky action? Convert the bulkheads downtown to a living shoreline wetland backed by grassy parks. Protective harder structures can be incorporated to these living shorelines to provide stability as well. Living shoreline marshes are significantly better than strict bulkheads at protecting shorelines and mitigating storm damage and flooding. The significant flooding behind the Dreamland and near Straight Wharf could potentially be helped by these ideas.

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There are a lot of options to providing Coastal Resiliency while promoting and maintaining natural resources and hopefully retaining the natural beauty that makes Nantucket so special. Even mainstrem media is recognizing that walls won’t protect our coastal areas from these hazards – thinking proactively may help save our island in the future. And as one of the largest land owners on the island, The Nantucket Conservation Foundation is excited to be par tof the conversation and hopefully part of the solution.

Futher Resources:

http://resilientma.org/

https://www.nantucket-ma.gov/DocumentCenter/View/19053/Storm-Surge-and-Inundation-Pathways—2016

http://www.sarasota.wateratlas.usf.edu/upload/documents/Guidance-for-Living-Shorelines-in-the-Sarasota-Bay-Watershed.pdf

https://www.conservationgateway.org/ConservationPractices/Marine/crr/library/Documents/A%20Community%20Resource%20Guide%20for%20Planning%20Living%20Shorelines%20Projects.pdf

 

 

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A Little Winter Color

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Wintergreen (Gaultheria procumbens) is found in shrublands and in drier forests on Nantucket.

Even in winter, when browns, greys or sage greens of lichens dominate the island color palette, you can still find some vivid evergreens while walking the trails of conservation properties around the island. Several species have red berries to add even more visual interest. The crimson/dark green color scheme is apparently a successful evolutionary trait in the winter woods, and for many northern human cultures it has also come to symbolize life carrying through the cold dormant months.

Wintergreen (Gaultheria procumbens), pictured above, is actually a tiny shrub with leathery green leaves that may sometimes take on a burgundy hue. As a child, I learned this plant as “checkerberry.” I thought that name arose because they reminded somebody of the red playing pieces on a checker board. However, it actually refers to another species of plant, the chequer tree, a species of serviceberry (Sorbus) that early European colonists were reminded of when they first encountered it. It seems they must have been pretty homesick, because there’s not much of a resemblance!

By any name, this plant is easy to learn how to identify: the berries have a star-shaped pattern on their base, the blossom end scar where the flower once was. Their brilliant red color and pleasant sharp spicy wintergreen odor and flavor make them quite easy to spot. The leathery evergreen leaves are also filled with the same essential oils, leading to another common name for the plant, “teaberry,” since it has been used to brew a spicy tea. The leaves remain on the plant and may turn a burgundy color over the winter but will green up in the spring and also produce fresh leaves at the top of the plant.

Interestingly, the chemical in wintergreen that gives it a spicy odor (methyl salicylate) is also found in black birch (Betula lenta) bark, from which it was once extracted in large quantities and used for flavorings and medicines. Most of the methyl salicylate used commercially is now synthesized in the lab. You may recognize the scent as the one used in Bengay sports creme, which was another reference I didn’t understand as a child!

On Nantucket, this tiny shrub may be found in the leaf litter of oak and pine forests, but it’s also common in coastal heathland and low shrubland, and even makes its way in sandplain grasslands.

If you’d like to have some wintergreen closer to home, there are several cultivated varieties that may be purchased from nurseries. If you have some pine/oak forest or low shrubland, with at least part sun, you can add them as groundcover plants. As long as the soil is well-drained and sandy, which is common on Nantucket, you should have no trouble growing these cultivars. They are the same species as our native wintergreen, but growers have selected plants with particular characteristics, like extra-large showy berries.

Just be sure you know what you’re buying — people often confuse wintergreen with winterberry (Ilex verticillata), which is a deciduous holly, prefers wetter habitats, and can grow 12′ tall. To make matters worse, there are cultivated varieties of wintergreen that are called ‘Winterberry.’ So check your labels for the correct scientific name — and a sniff test won’t hurt in this case either!

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Winterberry holly (Ilex verticillata) is a common native holly, found in wetland edges around the island. Photo credit: K. A. Omand

 

 

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Sending out the Bat Signal

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Northern long-eared bat (Myotis septentrionalis) captured on Nantucket in April 2018.

Since the discovery of a population of Northern long-eared bats on Nantucket in 2015, the Foundation’s Science and Stewardship Department has been working hard to understand how these bats use habitat here. Because this species is at a high risk of extinction throughout much of the rest of the northeast, we feel it is critically important to understand the ecology of the bat on Nantucket and to protect their habitat wherever possible. We need help from the community of Nantucket!

Northern long-eared bats, as well as several other species, have been decimated by a disease called White-nose Syndrome, caused by an introduced fungus, Psuedogymnoascus destructans, or Pd. The fungus is spread from bat to bat while they are hibernating in caves. It grows on the skin of the face and wings, giving the bat an appearance of having a white nose. This fungal growth irritates the bats and causes them to awaken and fly in the dead of the freezing winter when they should be deep in hibernation. Bats with white-nose syndrome quickly burn through the fat reserves they built up throughout the fall and they essentially starve to death by the time they are supposed to emerge in the spring. Additionally, the fungus can cause damage to the wing membranes so even if they made it through the winter, they may be unable to fly. Where this bat used to be one of the most common species, researchers are now reporting declines in populations between 90-99%.

On Nantucket, however, Northern long-eared bats appear to be healthy so far. All the bats that we have captured here have shown no symptoms of disease and only one swab returned a positive for the presence of Pd at a very low level and that bat was asymptomatic. This indicates that Nantucket bats are certainly exposed to Pd but for some reason do not seem to be succumbing to the disease.

Right now, one of the most important aspects of our work is to locate where these bats are hibernating. Traditionally these bats are cave and mine hibernators – Nantucket does not have either of these structures so where could they be hibernating here? We know that some bats are staying on Nantucket throughout the winter as we pick up their calls late in to the fall, and periodically on warmer days in the winter. To answer the question of where they are hibernating here, this fall, we spent many nights netting for bats and gluing radio transmitters to their backs in hopes that they would lead us to their hibernacula.

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Danielle O’Dell attached radio transmitters to 9 Northern long-eared bats in late fall 2018

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Libby Buck of NCF searches for the signal from a radio transmitter on a Northern long-eared bat in the Squam area of Nantucket

One of the bats that we captured in early November led us to a crawl space underneath a cape-style house. The crawl space had a mud floor, with some standing water and cinder block walls. We found at least 4 other bats using the same location, all tucked in between sistered floor joists and we believe there to be more hibernating inside the cinder blocks. The crawlspace also contained plenty of moths, spiders and mosquitoes – on warmer nights it’s possible the bats can wake and move around – especially if there’s food to be eaten!

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A hibernating Northern long-eared bat tucked between sistered floor joists in a crawl space underneath a cape-style home on Nantucket.

We were lucky to find one hibernaculum this fall although we were certainly hoping for more – it’s like searching for a needle in a haystack. If you have a crawlspace or basement in your house that you think could possibly be housing bats for the winter, we would love to check it out for you. You can call the foundation at (508) 228-2884 or email Danielle O’Dell at dodell@nantucketconservation.org.

We believe that finding more hibernacula here will shed some light on the big question of why our bats so far seem to be healthy and avoiding the devastation of white-nose syndrome. Learning about the winter behavior and habitat of Northern long-eared bats on Nantucket is critical to the conservation of this species. Any leads about winter bats would be much appreciated!

NCFPostGraphicPreserving

The Nantucket Conservation Foundation is a private, non-profit land trust that depends on contributions from our members to support our science projects, conservation property acquisitions and land management efforts. If you are not already a member, please join us now!  www.nantucketconservation.org

 

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Winter Botany: Marcescent Leaf Mysteries

BlackOakMarcescentLeaves,KAOIf you happen to be wandering through Squam Swamp or Squam Farm as autumn gives way to winter, you may notice that while most of the trees have already shed their foliage, oaks (Quercus spp.) and American beech (Fagus grandifolia) may still retain old dried leaves rattling spookily in the wind. Some individuals seem to remain almost fully dressed, while others have only tattered remnants. This penchant for retaining leaves into the winter is called “marcescence,” and there are a few theories that have been proposed to explain why some trees display this trait and others don’t.

In pondering the “how and why” of this situation, it’s helpful to consider the reasons why our northern deciduous hardwoods drop their leaves in autumn in the first place. As day length shortens and temperatures drop, photosynthesis becomes less and less productive. Shorter days, and low sun angle mean that less light reaches the trees, and a certain temperature range is best for leaves to transform light into food efficiently (50-68°F). In the summer, trees have other adaptations to help cool their leaves to maximize their time spent in the optimum temperature range, but that’s a blog article for another season!

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Dried beech leaves turn a fawn color and many remain on the branch until spring when new leaves emerge.

To make matters worse, freezing temperatures rupture the cell walls of leaves as the water inside them expands, unless they are equipped with special protective mechanisms — also a blog article for another day.

Meanwhile, cold and drying winds make desiccation a real problem. Leaves become a losing proposition in a New England winter. Broadleaf trees would need to make a slew of adaptations to retain their leaves into the winter and make it worth their while. American holly (Ilex opaca) is one of the few trees that does this, with glossy leathery evergreen leaves

Retaining leaves is even more of a liability in areas prone to heavy snow and ice storms, because leaves keep snow from shedding effectively, and ice builds up on the larger surface area of leaves far more than on slender twigs or needles. Deciduous trees have evolved a dramatic solution to deal with this problem. Unlike evergreens such as pine and spruce, they create a “shutoff valve” in the stem of each leaf called an abscission layer when the days begin to shorten and temperatures drop. Oaks and beech do not have this shutoff valve, so the leaves may remain on the twigs until spring, unless they are torn off by wind and general wear-and-tear.

Something has to make it worthwhile for oaks and beech to keep their no-longer-photosynthesizing leaves long after other hardwood species cut their losses. One of the theories is that the leftover leaves—crunchy, dried out, and not very tasty — persuade browsers to browse elsewhere. Research has shown that the tough leaves are nutritionally poor compared with the young twigs and the buds, and deer and moose prefer leaf-free twigs when given a choice.

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What’s for lunch in winter? Fresh beech sprout twigs!

Considering the heavy browsing you will find on beech sprouts in Squam Swamp, maybe the trees will take any edge they can get! Perhaps it’s no big deal to occasionally lose some branches in your canopy from extra snow and ice loading, but being gnawed to the ground repeatedly means you will never get to rise above the forest floor to produce a seed crop of your own. That would be a pretty strong evolutionary pressure.

Whatever the benefits or drawbacks to marcescence, it becomes a handy shortcut to recognize groves of oak and beech as you move through the fall and winter forest. Long after the branches of tupelo and sassafras are stripped bare, oaks and beech are easy to spot from a distance. Since these species also provide valuable “mast” for wildlife (bumper crops of thousands of seeds or nuts every few seasons), hunters take notice of these hotspots. On the mainland, acorn and beech mast crops are a major food source for bears, turkeys, deer, squirrels, and other hungry animals. On Nantucket, deer and squirrels would be happy to take care of the abundance of nuts and seeds all by themselves, but get some help from birds such as blue jays and crows.

BeechCanopy Marcescence,KAO

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Will It Be A Snowy Winter?

Our favorite winter residents are back, the Snowy Owls (Bubo scandiacus)! The first sighting for Nantucket was at Smith’s Point this week. If you consider yourself a birder, or just an admirer, it is always thrilling to see these stunning birds of prey with their intense yellow eyes.

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Snowy Owl at Eel Point (Photo: Libby Buck)

Have you ever wondered why we typically see them on our beaches in the winter? During the summer months, Snowy Owls breed up in the tundra of the Arctic and some of the population will migrate south for the winter. The tundra is a wide-open, treeless terrain, similar to how a beach looks in the winter. They like to stay close to the ground to hunt so having a wide-open terrain allows them to see from all directions. The main diet for a Snowy Owl consists of small rodents such as lemmings or voles and birds sitting on the water offshore. When they are spotted on the island, they are usually seen resting on a dune or perched on a low structure. The best locations to find these birds around Nantucket are at Coskata-Coatue Wildlife Refuge, Great Point, Smith’s Point, & Eel Point.

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Snowy Owl at Coskata-Coatue Wildlife Refuge (Photo: Neil Foley)

The winter of 2013-2014 was an “irruption” year for these owls. There were so many young owls that during their winter migration, they were flying as far south as Florida. There was speculation as to why this happened and many people believed it was because their food supply was low. Lemmings and other rodents were scarce, so they were on the search for food. However, as it turned out, it was quite the opposite. It was actually a boom year for lemming reproduction, creating an abundance of food for Snowys, which in turn, allowed them to successfully rear more offspring as well. Researchers saw this as an opportunity to learn more about this species and decided to put GPS transmitters on as many owls as they could to find out where they go. If you want to learn more about this project please visit: https://www.projectsnowstorm.org/

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Snowy Owl at Coskata-Coatue Wildlife Refuge (Photo: Neil Foley)

If you are worried about trying to get a glimpse of one, there is no need to rush. This is just the first sighting and more will soon arrive. Snowy owls tend to stay around all winter long, leaving at the end of April to early May. But you just never know, this past season a young male stayed out at Great Point until July 12th.  Please keep in mind while viewing these birds to be respectful and keep your distance.

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Snowy Owl at Coskata-Coatue Wildlife Refuge (Photo: Libby Buck)

 

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The Nantucket Conservation Foundation is a private, non-profit land trust that depends contributions from our members to support our science projects, conservation property acquisitions and land management efforts. If you are not already a member, please join us!  www.nantucketconservation.org

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Pest House Pond Water Quality Management is Underway

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An aerial view of Pest House Pond (photo: Nantucket Pond Coalition)

Pest House Pond is small, brackish wetland approximately ¾ acre in size located along the shoreline of Nantucket Harbor between Monomoy and Shimmo. The pond and surrounding property totaling 3.6 acres was donated to the Foundation in 1973 by the Shimmo Association, with an additional 1-acre abutting parcel donated by Mrs. I. H. Burnside in 1979.

You may wonder – how Pest House Pond get its peculiar name? It was named for the “Pest House” that once existed in this vicinity in the 1760’s when there was a smallpox epidemic taking place on the island. Anyone exhibiting symptoms or suspected of being exposed was sent to this facility for treatment and to prevent the rest of the population from becoming infected with this serious, highly contagious disease.

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For the past several years, our Science and Stewardship Department has been investigating the cause of consistent algal blooms in this small wetland, which is surrounded by seasonal residential development. We worked with researchers from UMass Boston in 2004 – 2008, who collected multiple years of water quality monitoring data. Results indicated that leachates from lawn fertilizer use and septic systems on surrounding properties were the most likely sources of the excess nutrients responsible for the algal growth.

Public outreach and education efforts were initiated to encourage the neighbors to alter their landscaping practices and regularly service their septic systems. With their cooperation, the situation improved somewhat in that the algal blooms no longer covered the entire surface of the pond during the late summer, as was once the case. Nonetheless, in recent years there has still been substantial algae populations present in the pond during the late spring, summer and fall months.

Pest House Pond from Greenberg Path June 15 2017

Algae on the pond surface during the summer of 2017

For over 70 years, Pest House Pond has been connected to Nantucket Harbor via an underground pipe that drains onto the beach between the high and low tide lines just north of the Cathcart Road access. Although the reasons for installing the pipe are unknown, it was likely a historic public works project aimed at draining the pond for mosquito control. Both the Foundation and the Town of Nantucket have had ongoing concerns about water quality impacts to Nantucket Harbor from this pond discharge.

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The Pest House Pond outflow pipe exits onto the harbor beach near the end of Cathcart Road

In order to gain a better understanding of the condition of the pond and options for managing the persistent algae, we contracted with SWCA Environmental Consultants in Amherst, MA to conduct an environmental assessment. In June 2017, SWCA biologists visited the site and recorded pond water and sediment cross section (bathymetry) data, collected algae samples for laboratory identification, characterized bordering vegetation communities, inspected the outflow pipe and made additional observations. These data were presented in an assessment report that also included an analysis and approximate costs of possible management options to improve the water quality and aesthetics of the pond.

Laboratory analysis documented large infestations of two algae types: Cladophora sp. and Microcystis sp. The former species formed a floating mat that covered approximately 15% of the pond surface. The later species, which is classified as a Cyanophyta-Blue-Green algae, was present in the sub-surface of the entire pond and was recorded within the water column at extremely high levels. Microcystis, which appears to have recently established in the pond, is a potential toxin producer and can be harmful to humans exposed via physical contact or inadvertent ingestion or inhalation. Both types of algae potentially host many types of bacterium, which can include species harmful to humans. Because algae were observed exiting the pond into Nantucket Harbor via the outlet pipe, the Foundation immediately reported this information to the Town of Nantucket’s Natural Resources and Health Departments. An order to remove all sources of the algae from the outflow pipe was subsequently issued by the Nantucket Health Department.

Pest House Pond Algae types

Microcystis sp. (pink) is visible in the water column under the floating Cladophora sp. (green) in Pest House Pond in June 2017 (photo: SWCA Environmental Consultants)

To address this issue, we incorporated the recommendations from SWCA Environmental Consultants into a management plan for Pest House Pond. Removing the outfall pipe was not a feasible option because it is deeply buried under well-established vegetation. Therefore, we applied for and received permitting from the Nantucket Conservation Commission to install a flow control valve in the pond-side end of the pipe, which was put in place in June 2018.

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The Pest House Pond flow control valve installed in June 2018

In order to monitor water levels in the pond and predict if flooding of nearby adjacent properties may take place during periods of heavy rainfall, we placed a stilling well within the pond and installed a data logger that records water level readings every 4 hours. Data from the logger is transmitted remotely so that it can be downloaded and reviewed anytime without the need for a site visit.

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The stilling well with water level monitoring data logger (far left) and solar panel with data transmitter (center) installed along the edge of Pest House Pond

Since the valve was installed and closed last June, we have had to open it only three times (for 2-3 days each time) in order to prevent flooding on adjacent property. Otherwise, the valve has remained closed and there has been no pond water input into Nantucket Harbor. This is a huge improvement over the previous situation when the pipe was continuously discharging pond water containing algae and high levels of nutrients into the harbor.

Once we had the ability to isolate the pond from the harbor, we applied for and received permitting to move forward with algae and excess nutrient control within the pond in early August. Also included in this permit was permission to treat a small population of Phragmites (common reed) – a non-native, invasive species – with targeted herbicide. SWCA Environmental Consultants completed one round of treatments in mid-September of this year after the 30-day permit wait period was over, with encouraging results.

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The pond immediately after treatment in September 2018

Following many years of planning, permitting and working with stakeholders, we are excited to finally be able to move forward with on-site management to address the poor water quality issues in this pond. Now that the permitting component of this project has been completed, we can hit the ground running next year and apply treatments early in the season, as soon as any sign of algae is detected with a goal of preventing future toxic algae blooms in the pond. This project, which is the first of its kind on Nantucket,  will also serve to provide insight into the effectiveness of these management strategies and inform future pond management projects on the island.

NCFPostGraphicPreserving

The Nantucket Conservation Foundation is a private, non-profit land trust that depends contributions from our members to support our science projects, conservation property acquisitions and land management efforts. If you are not already a member, please join us!  www.nantucketconservation.org

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Nantucket Leaf Peeping…We DO have Fall color

Seeing the social media posts of family and friends off island in the autumn, it’s easy to think that Nantucket has drawn the short end of the stick when it comes to Fall Color. There was an instagram post earlier this week taken in Town on Nantucket under a pale yellow tree with the sad caption that this was all the fall color Nantucket had to offer.

No, Nantucket doesn’t have dense forests bursting with deciduous tree leaves turning a rainbow of color. Nantucket is more subtle and secretive than that. Here are some of the startling bits of color seen around Nantucket this time of year.

Sometimes the whole landscape is a wash in the colors of fall from the yellow grasses to the burnt red of changing shrubs.

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Autumn skies over the straw yellow of little bluestem grass and the bright red of huckleberries

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Greens, greys, yellows and reds of the native vegetation around Pest House Pond

 

Out in the moors, the rolling hillsides shift from green to deep bright red as the huckleberry leaves get ready for winter.

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Misty Middle Moors in fall. Photo Credit: Iris Clearwater

 

In the forests of Nantucket, the Tupelo trees change color the earliest, shifting to bright red and visible from a distance.

 

And if all else fails, Nantucket does fall sunsets better than almost anywhere else and this fall has been no exception!

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A cotton candy sky while readying to catch bats in a Nantucket pine forest. Photo Credit: Jen Karberg

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Sunset from the bluff at the UMASS Field Station. Photo Credit: Jen Karberg

 

 

If you know where to look, the beauty of Nantucket in the fall is there to find. Accept this challenge and get out this week to find the hidden fall beauty of this island before the season shifts again – try walking on one of the Nantucket Conservation Foundation’s many properties (there are 9,000 acres to choose from!) and see what kinds of color you might find!

 

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The Nantucket Conservation Foundation is a private, non-profit land trust that depends on contributions from our members to support our science projects, conservation property acquisitions and land management efforts. If you are not already a member, please join us now!  www.nantucketconservation.org

 

 

 

 

 

 

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