Tag Archives: Sam’s Point Preserve

Pitching In For Dwarf Pines at Sam’s Point

With a fire-damaged dwarf pitch pine forest at the Sam’s Point Area of Minnewaska State Park Preserve rebounding slower than expected from a devastating wildfire, a State Parks greenhouse in the Finger Lakes is helping to grow a new generation of trees.

Since fire burned more than 2,000 acres in April 2016 at Sam’s Point, State Parks staff there has been monitoring the health of this globally rare forest ecosystem in Ulster County.

This high ridge in the Shawangunk Mountains is predominantly pitch pines (Pinus Rigida), a fire dependent species of conifer. The pitch pines at Sam’s Point are dwarfed, which means they can be hundreds of years old, while still only roughly as tall as a person.

Pitch pines have serotinous cones, which means the cones require heat from fire in order to open protective scales and cast seed. These trees also have non-serotinous pine cones, which release seeds from November into the winter and do not require heat. Pitch pines take two years to fully develop cones with mature seeds, and the serotinous cones can remain sealed for years until the outbreak of fire.

Burned pitch pine cones at Sam’s Point after the 2016 fire. (Photo credit – Lindsey Feinberg)

The Sam’s Point fire burned hot and quick, which left parts of the duff soil layer still covering underlying mineral soil that is necessary for pitch pine seeds to germinate into seedlings. Duff is made up of partially and fully decomposed organic matter, including pine needles, branches and mulch.

While these exposed pitch pine seeds released after the 2016 fire were a nutritious bonanza for red squirrels, turkeys, and other seed-eating animals, that also meant fewer pitch pine seedlings were taking root to replace trees that had been lost.

Pitch pine forests require regular moderate fires to expose the proper mineral soil and regenerate successfully. The Sam’s Point fire was the first large fire in this area in 70 years and had some exceptionally hot patches. While pitch pines are resilient to fire due to extra thick bark, an especially hot and large fire like 2016 can badly damage or simply incinerate the trees.

During the summer of 2020, it was determined that 77 percent of the pitch pines had died within 20 different plots in the burned zone being monitored by Parks staff. This was a 17 percent increase from an initial survey done in 2016, where 60 percent of the pitch pines were deemed lost to fire damage.

In the immediate aftermath of the fire, State Parks staff went into the burned zone along the Indian Rock path to survey the damage.
In this photograph taken in November 2020, the extent of the fire still shows in this area where pitch pines remain dead (left).

At the same time, fewer seedlings were growing in the aftermath of the fire. Monitoring of the forestry plots has found pitch pine seedling growth peaked in 2017 with 85 seedlings but has continually declined since then. This year only 27 seedlings were found within those 20 plots.

And with fewer trees and lagging replacement growth, it was feared that bird habitat was being lost. Minnewaska State Park Preserve is a designated state Bird Conservation Area as an exceptional example of a high elevation forest community with a diverse forest dwelling bird population.

Some of these birds include the Northern Saw-whet owl, Black-and-white Warbler, Black-throated Blue Warbler, Eastern Towhee, Indigo Bunting and Prairie Warbler. Parks staff at Sam’s Point has been surveying for bird activity, but so far has found no clear impacts from the fire to bird populations.

It also is notable that the duff layer at Sam’s Point has increased by almost three-quarters of an inch since the fire. This is due to a lack of any fire succession since 2016. Deeper duff means that the regrowth of this globally rare pitch pine forest will be very slow and difficult, as seedlings continue being inhibited from taking root.

Right after the fire, staff at Sam’s Point wrote a Burned Area Recovery Plan (BARP), using a template created by the National Park Service.  Several important actions are outlined in this plan included:

  1.  Creating and monitoring 20 forestry plots to study pitch pine regeneration     
  2. Monitoring impact of the fire on songbirds which depend on the unique trees and understory found at Sam’s Point for their breeding grounds in the spring through annual species counts
  3. Monitoring and mitigating new fire breaks for erosion, invasive species, and blocking off firebreak and recreational trail intersections with plantings or brush

This work has been carried out carefully by Sam’s Point staff and regional stewardship staff. Assistance was provided by Student Conservation Association Hudson Valley Corps interns as well as interns and staff from regional universities and colleges.

Daphne Schroeder, a Parks staff member from Sam’s Point, takes part in a survey of one of the burned areas.

In early 2019, the Plant Materials Program Staff at Sonnenberg Gardens & Mansion State Historic Park in the Finger Lakes region, reached out to Palisades regional Stewardship staff to discuss restoration projects. Out of nine proposed Palisades projects, two projects were to grow pitch pine seeds collected from Sam’s Point to help regenerate this rare forest.

Sonnenberg Plant Materials Program Lead Technician Dave Rutherford and staff visited Sam’s Point and gathered pitch pine cones in mid-November 2019.

The cones were carefully selected from an area near Lake Maratanza. Specimens needed to have ‘scales’ fully closed, and have a light brown, healthy luster. Older, closed pitch pine cones are dull and grey, so to ensure viability the seeds, these cones were not collected. No more than 20 percent of the cones were collected from any individual tree. Cones were cut from the base of the tree and kept in a woven plastic bag until it was time to process them.

Back at Sonnenberg, cones were heated in small batches at 400°F to simulate the effect of a fire. Crackling and popping as resin softened and melted, cones opened up their protective scales. After the cones had cooled, staff at Sonnenberg turned each one upside down for seeds to fall out for collection.

A healthy, mature pitch pine cone suitable for collecting for seed.
Pitch pine cones arranged for seed harvesting at Sonnenberg Mansion & Gardens State Historic Park.
The heat is on…

These efforts resulted in about 10.5 ounces of seeds, estimated to contain more than 41,000 individual seeds, each one about two-tenths of an inch long. Plant Materials staff started growing some seeds in April of 2020, and now have more than 500 pitch pine seedlings in their greenhouse.

Learn more in the NYS Parks Blog about the work being done at Sonnenberg Mansion and Gardens to grow native plants as part of Parks’ mission of responsible environmental stewardship:


Another area of degradation at Sam’s Point due to fire damage are fire breaks, especially when created by a bulldozer. Crews made these breaks by removing trees and other potential fuel from the path of the fire to contain its spread. 

Fire managers who worked on the Sam’s Point fire added eight miles of new fire breaks around the park preserve using bulldozers. This equates to adding eight miles of new and hastily planned roads in a semi-wilderness.

A fire break made by a bulldozer in the immediate aftermath of the fire. Breaks were made to remove potential fuel from the path of a fire.
One of the fire breaks at Minnewaska created by bulldozers to contain the 2016 fire is blocked off to discourage hikers from using it.

Potential impacts of concern from these dozer breaks are erosion, spread of invasive plants and creation of new, unplanned, travel corridors by hikers within the park preserve.

Existing recreational carriage roads do serve as a natural fire break, but new dozer lines had to be made to control wildfire spread. There are a few places where dozer lines intersected with the park preserve’s carriage road and trail systems. These fire breaks are now open, linear, areas with knee high shrubs (huckleberries and blueberries) growing amongst the rocky duff layer.

This is potentially a perfect storm for invasive species to take hold, if people are out hiking on these new scars. People are a powerful vector for transporting invasive plant species. These dozer lines also provide a clearing for people to wander off in and get lost or injured. The intersections between fire breaks and carriage roads are a perfect place to establish re-growth of pitch pines, to hide these open scars.

These seedlings now growing at Sonnenberg will be a year old in April 2021, and hopefully can be planted at Sam’s Point sometime next year as the final piece to our restoration plan after the Sam’s Point fire. These seedlings will go into dozer break scars and hot spots.

It is important to note that because the seeds were collected from the globally rare pitch pine forest at Sam’s Point, the native biome is preserved. Once these seedlings are planted, these trees will be growing for hundreds of years, eventually blending in and keeping this forest intact and healthy for generations to come.

The new pitch pine seedlings growing at Sonnenberg’s greenhouse in preparation for being planted at Sam’s Point Area in 2021.
Working in fire-burned areas can result in a bit of soot here and there, as these three Parks staffers show after a day doing surveys at Sam’s Point.

Cover shot – Pitch pine seedlings grow at Sam’s Point Area. All photos from NYS Parks.

Post by Rebecca Howe Parisio, Interpretive Ranger, Sam’s Point Area of Minnewaska State Park Preserve.


Learn more about the immediate aftermath of the 2016 fire at Sam’s Point and initial signs of recovery in the year following in these posts from the NYS Parks Blog:

Rebirth After Fire

Text and photos by Lindsey Feinberg, Student Conservation Association Intern at Sam’s Point  Please ask permission to use photos. Located within Minnewaska State Park Preserve is Sam’s Point, an area of unique ecological significance encompassing roughly 5,000 acres in the Shawangunk Mountains of southern New York. Toward the end of April, during a particularly dry … Continue reading Rebirth After Fire

From Ashes to Awesome: Sam’s Point

In April 2016, a wildfire engulfed around 2,000 acres of the Sam’s Point Area of Minnewaska State Park Preserve in the Shawangunk Mountains. The “Gunks” (a nickname for the Shawangunks) are well-known not only for climbing, but also for the globally unique community of high altitude dwarf pitch pine barrens which hold some interesting and … Continue reading From Ashes to Awesome: Sam’s Point

The Ellenville Fault Ice Caves – A National Natural Landmark

The most popular features of the Sam’s Point Area of Minnewaska State Park Preserve are the Ellenville Fault Ice Caves. This remarkable system of crevice caves fills up with ice and snow each winter, and retains some of its ice well into the summer. Even when the ice is completely gone, the caves remain cool all year round. This unusual phenomenon has drawn people to the caves for generations.

Postcard
A postcard from c. 1909 showing the snowed-over entrance to one of the caves. The man in the image is an illustration, and slightly exaggerates the scale.

The significance of the caves has even been recognized by the National Park Service. In 1967, the NPS designated the Ellenville Fault Ice Caves as a National Natural Landmark. This designation is given to natural sites that exemplify the special or unique biological or geological features of a region.

Geologically, the Ice Caves are unlike other caves in the Northeast. Most cave systems are made of limestone, which is easily eroded and dissolved by water. This results in the large, open caverns that most people imagine when they think of caves. The Ellenville Ice Caves, on the other hand, are formed out of extremely hard and insoluble quartz conglomerate. When underlying rock layers were folded by tectonic movement, the hard conglomerate separated along existing joints in the rock.

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Cutaway images demonstrating two forms of crevice cave formation. Source: Jack Fagan, Scenes and Walks in the Northern Shawangunks

The caves remain cold because of the natural refrigeration system that exists within them. When air moves across the top of the crevices, the colder, heavier air sinks down into them. The cold air then becomes trapped in the caves, keeping them at a comfortable temperature even during the hottest days of the summer.

While they received the National Natural Landmark designation because of their unique geologic importance, the Ice Caves have a great deal of ecological impact as well. The NY Natural Heritage Program recognizes the ice cave talus community as globally uncommon and rare in the state and a priority for protection. Because of their cold microclimate, the Ice Caves are home to several species that are infrequent in the region. These include goldthread (Coptis trifolium), mountain ash (Sorbus americana), and black spruce (Picea mariana), among others. Scientists have also taken interest in the presence of a species of cave-dwelling crustacean (Stygobromus allegheniensis) that is only found in four states: New York, Pennsylvania, Maryland, and West Virginia. This little arthropod lacks eyes, as it does not need them in complete darkness. It is also able to survive being frozen, a necessary attribute for surviving winter conditions in the caves.

Espinansa et al. (2015)
Strygobromus allegheniensis. Note the pale coloration and lack of eyes, typical features of cave-bound organisms. Image source: Espinansa et al. (2015)

The Ice Caves have local cultural significance as well. Many residents of the Shawangunks remember the days of “Ice Caves Mountain,” when the Sam’s Point area was managed very differently than it is today. From the late 1960s to the early 1990s, much of Sam’s Point was privately owned and operated as a tourist attraction. Visitors could drive their cars right up to Ice Caves, while a pre-recorded cassette tape described the various features encountered along the way. Doors were placed over the caves to keep the ice inside year-round, and the ice was lit up by multicolored flood lights. A rock wall was built on the cliffs of Sam’s Point to dissuade visitors from getting too close to the edge. While it may have been somewhat kitschy by today’s standards, it cannot be denied that “Ice Caves Mountain” was an important step in allowing the greater public to experience this previously obscure natural wonder.

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Gully with snow at Sam’s Point, photo by Greg Edinger, image courtesy of the New York Natural Heritage Program

Many things have changed since the Ice Caves Mountain days. While Sam’s Point is still managed for recreation, there has also been a large shift in focus towards conservation. Visitors may no longer drive through the park, and the cave doors have been removed in favor of letting the natural ice cycle of the caves take place. Interpretive displays within the park focus on the natural history of the caves, rather than just their physical spectacle.

While National Natural Landmark status highlights the importance of a site, it is up to the owners of that landmark to manage and protect it. Fortunately, Sam’s Point is part of a Park Preserve, meaning that all of the plant and animal life within it is protected. As such, those who appreciate the cultural, geological, and ecological significance of the Ellenville Fault Ice Caves are able to experience them to the fullest extent.

Tim Howard, NYNHP
Ice and trees in leaf – a late spring exploration of the ice caves. Tim Howard, NYNHP

Want to explore the Ice Caves? State Parks staff offer guided hikes to both Shingle Gully and the Sam’s Point Ice Caves; click here for the Sam’s Point Area calendar of events.

References:

Fagan, Jack (2006).  Scenes and Walks in the Northern Shawangunks (3rd Ed.). Mahwah, NJ: The New York-New Jersey Trail Conference.

Espinasa, L., McCahill, A., Kavanagh, A., Espinasa J., Scott, A., Cahill, A. (2015).  A troglobitic amphipod in the Ice Caves of the Shawangunk Ridge: Behavior and resistance to freezing.

NatureServe Explorer Allegheny Cave Amphipod

Ice Caves Talus Community Conservation Guide

Featured image courtesy of Mike Adamovic, from Ice Caves of the Shawangunk Ridge

Post by David Hendler, SCA Education and Stewardship Intern

 

 

 

Monitoring for Southern Pine Beetle

Earlier this year, the Invasive Species Management Team kicked off the spring with the installation of several southern pine beetle (SPB) traps at Minnewaska State Park Preserve and a few other locations. Southern pine beetle, Dendroctonus frontalis, is a 2-4mm long bark beetle, reddish brown to black in color, that hails from the southeastern United States and attacks pine trees. The female will locate a host tree, most commonly one with a compromised defense system as noted by the presence of alpha-pinene, a chemical released by stressed trees. The females then release the pheromone frontalin to attract males for mating, as well as other males and females. Males also secrete a pheromone, endo-brevicomin, summoning more beetles to congregate. The beetles enter the trees through cracks in the bark. In an effort to eject the beetle, pine trees will produce resin to push them out. The resulting little, lumpy sap nuggets are called pitch tubes and are a good indicator of SPB infestation. Once in the tree, SPB starts constructing curved tubes, or galleries, in the cambium to lay their eggs in. It is in the cambium that we find the xylem and phloem tissue, which transports water and nutrients through the tree and therefore helping the tree growth. Larvae move to the inner bark immediately after hatching, and then to the outer bark to feed as they mature. When they become adults, they chew round exit holes in a “shotgun” pattern, large enough only to fit a pencil tip. The exit holes are another sign of infestation to be on the lookout for. The chewing of galleries disrupts the flow of water and nutrients, resulting in the needles fading and ultimately tree death in as little as 2-4 months. The Long Island Central Pine Barrens have been particularly damaged by SPB. This may be due in part to the lack of fire as a management technique to thin stands, reducing competition and therefore resulting in healthier trees. Additionally, smoke from fires overpowers the beetle’s pheromonal communication, thus impeding their spread.

Because of how widespread SPB distribution has become, eradication of the species is simply not possible. The main method employed to suppress invasions is the cutting and removal of infested trees. A more proactive method includes monitoring pines for the early infestations of SPB to enable a rapid response to the arrival of SPB; bringing us back to Minnewaska State Park Preserve. The Sam’s Point area of Minnewaska is home to the only dwarf pine ridges ecosystem in the world, making it a globally unique and rare site. Therefore, monitoring for the arrival of SPB is imperative for the preservation of this rare pitch pine barrens as well as more common pitch pine communities of Minnewaska.

Nick and trap

Entomologist Tom Schmeelk with the Department of Environmental Conservation (DEC) came to Minnewaska to hoist the traps and explain how they work. The traps used are Lindgren funnel traps, with a chain of funnels that mimics a tree stem. Several lures, or packets of pheromoneswere placed inside the trap which is then hung in a hardwood tree several feet off the ground and from the trunk. The lures utilized are frontalin, the sex pheromone secreted by females, and endo-brevicomin, the aggregation pheromone secreted by males. In addition, alpha-pinene was attached, a host volatile produced by stressed trees. The beetles are lured to the trap and funneled into a collection cup, the contents of which are sent to DEC to be checked for the presence of SPB.

For those concerned that the traps will attract beetles into the park that otherwise would’ve remained absent, rest assured that these are short-range traps that would only lure beetles within a few mile radius- meaning they only attract beetles already in the area. Being unaware of their presence in the park would be the much bigger risk to the park’s pine dominated ecosystems and all the species that depend on these, including the rare dwarf pines. Last year all the traps remained empty, let’s hope for the same this year!

Post by Sarantia Mitsinikos, Invasive Species Project Steward with SCA/Americorps/State Parks

Featured image: southern pine beetle, Steven Valley, Oregon Department of Agriculture, Bugwood.org

SCA Service Project at Sam’s Point Preserve

It was a beautiful Monday morning as my fellow Student Conservation Association Hudson Valley AmeriCorps members and I made the trek to the Sam’s Point Area of Minnewaska State Park Preserve. Members were coming from as far north as Moreau Lake State Park (near the Adirondacks) and as far south as Jones Beach State Park on Long Island.  I had come to Sam’s Point before to volunteer with bird surveys, so I was thrilled to return to this spot for our service project.  We had gathered at what would be our home base for the next three days – us in a circle, cars in the background, and a spectacular view of Sam’s Point itself.  We had gathered here for the 9/11 Patriots’ Day of Remembrance and held a moment of silence to reflect on that day 16 years ago, as well as the service we would be providing for the parks.

Before we could get started, some orientation was in order, as there was a lot of information to cover.  Sam’s Point has a rare population of ridgetop dwarf pitch pine barrens, supporting wildlife such as birds, fishers (small mammals related to weasels), and porcupines.  In April 2016, a wildfire broke out in the area, and efforts are underway to study the resilience of this ecosystem.  We were able to see more of the area by hiking up to the scenic overlook as well as to the super cool ice caves!

Invasive plant removal crew_EN
Some of the invasive species removal crew

There were multiple projects being done in our three days of service.  Two crews worked on erosion control devices on the Verkeerderkill Falls Footpath. One crew worked on making water bars, trail structures that take the water off the trail. Another crew worked on building bog bridges, low wooden bridge structures that raise the trail out of the water or other sensitive area. The third crew was constructing invasive plant boot brush stations at various entrances around the park preserve.  I was part of the invasive species crew for the service project.  Our main focus was removing spotted knapweed, a purple flower that grew on the edge of the Loop Road. We had been out in the sun working hard on knapweed removal, and towards the end of the day, decided to move in the shade to work on stilt grass.

Invasives crew on the trail_EN
On the trail in Sam’s Point Area.

 

While pulling knapweed for many hours at a time, SCA members were able to have some fun.  We had started to play the game Murder on the Trail, which is where the “killer” would stick out their tongue at a person, and five minutes, later the “victim” had to die dramatically. Aaron (one of the program managers) came to check in on us and did not know we were playing this game –   he wasn’t sure what was happening when someone dropped to the ground.  Other fun things included exploring Lake Maratanza and finding baby snakes!  From the beginning of the trail at the bottom of the ridge, all the way to the top, past Sam’s Point towards Lake Maratanza, we pulled almost half a mile of knapweed. That’s a lot of knapweed!

The other teams worked hard and played hard too! The bog bridging crew installed over 170 feet of new bog bridges and the water bar crew improved almost a quarter mile of trail on one of the park preserve’s most popular trails. The boot brush crew installed three new boot brush stations to educate the public about invasive species and help stop the spread of invasive plant seeds.’

Three project photos

After three days of hard work and camping out at Sam’s Point, it was time for all of us to return to our homes in the Hudson valley.  We had done great work for the park and I was happy to be a part of it.

Thank you to the SCA, SCA members, State Parks, and the staff of Sam’s Point. Until next time!

Post by Emily Enoch, SCA Hudson Valley AmeriCorps Member

From Ashes to Awesome: Sam’s Point

In April 2016, a wildfire engulfed around 2,000 acres of the Sam’s Point Area of Minnewaska State Park Preserve in the Shawangunk Mountains. The “Gunks” (a nickname for the Shawangunks) are well-known not only for climbing, but also for the globally unique community of high altitude dwarf pitch pine barrens which hold some interesting and charismatic flora and fauna. This year marks one year after the fire and it has been a very interesting time to be at Sam’s Point. Park staff have taken advantage of what some may consider destruction to learn more about the unique ecosystem that evolved along with fire. Student Conservation Association interns, State Park staff, and volunteer citizen scientists have researched how the ecological community at Sam’s Point is responding to the fire.

In the weeks after the 2016 fire, the State Parks staff set up twenty random plots within the pine barrens to study the regrowth of the forest after the fire. One year later, we continue to collect data on the changes that are taking place as the ecosystem bounces back. At each research site, pitch pines are measured and any new growth, or lack thereof, is recorded. We also search for pitch pine seedlings and this year we found more of them in our plots than last year! Pitch pines are a fire dependent species – this means that throughout their existence they have evolved to grow in areas with high incidence of fire and have adapted to survive and thrive in these areas. Perhaps most importantly to pitch pine survival, their pine cones need extreme heat, like the high heat produced from fire, to open up to release their seed. Although the high intensity of the fire may have damaged many of the older pitch pines, we can see the beginnings of a new forest through our observations.

At four of the 20 fire-regeneration plots, we took photos to collect visual data on changes over time. We are able to see changes in vegetation during the growing season and are able to compare vegetation levels from this year to last year. After a fire burns an ecosystem, the intensity of the burn creates a mosaic pattern on the land, making patches of different habitat. For those areas that are more severely burned, different plants may be found in those areas than areas that were less severely burned.  Through our data collection, we compare what is happening in different areas of the forest that were affected differently after the fire. We also look at any changes that occur over time as plants recolonize the scorched earth.

Changes over time, State Parks
Photo Points taken by Park staff and interns at Sam’s Point Area fire regeneration plots showing how the forest understory has changed in the past year, photo by State Parks and SCA.

Another study that was conducted this year was a breeding bird survey, where we compared the different bird species found in the burned area of the pine barrens to birds that were found in the unburned areas. Since the fire burned nearly half of the Sam’s Point Area, we looked at whether this change in habitat displaced breeding birds, welcomed new species, or if the number of breeding bird stayed the same. Interns, staff, and volunteers braved early mornings in May and June to conduct surveys in the park. Most often, we heard the eastern towhee telling us to “drink your tea”, the prairie warbler’s ascending song, and the “witchity witchity” of the common yellowthroat.  These species were found all over the park and we did not see many differences between the species we found within the burned area and outside of it. Generally, the differences we found had more to do with other aspects of habitat (i.e. birds were closer to water, closer to deciduous trees, etc.) than to the damage from the fire.

Fire has a long history on the Shawangunk Ridge and pitch pines are not the only species that has adapted to thrive with fire. Up until the 1960’s, berry pickers swarmed the mountainsides in the summer, picking huckleberry and blueberry and selling their juicy finds to city dwellers. Sometimes, they set fire to the ridge so that the next year, their bounty would be sweeter (in both size and taste!) Going further back into the history of the ridge, the Native Americans would also set similar, controlled fires, which today we would call prescribed burns, to keep the ecosystem healthy and productive. Although the 2016 fire was an intense wildfire and not a prescribed burn, we received the bounty of increased berry production in 2017. In mid-July the blueberries flourished, and modern day berry pickers, as well as animals that eat berries, such as chipmunks, squirrels, deer, birds, and bear, were able to indulge in these treats. By the end of July, the huckleberries had joined in on the fun so that at our August Berry Bonanza event, visitors could taste test and compare blueberry and huckleberry and choose their preference before they entered the berry-lined trails.

The 2016 wildfire at Sam’s Point has given us a lot to think about in the last year. We continue to learn more about our unique little corner of the world, and we share what we have learned with our visitors. We are also able to enjoy the beauty of the rebirth of an ecosystem. This strange, otherworldly beauty inspires park-goers with a new type of scenery they may have never seen before, making this one of a kind ecosystem seem even more special. To learn more about Sam’s Point Area of Minnewaska State Park Preserve or to get involved in Citizen Science visit https://parks.ny.gov/parks/193 , or even better, come visit us in person! We look forward to sharing our park with you.

Post by Leah Rudge, Student Conservation Association Intern

Featured image by  Leah Rudge, Student Conservation Association Intern