Tag Archives: National Public Lands Day

Twelve Years and Counting….. Allegany State Park Celebrates National Public Lands Day

Twelve years ago the Environmental Education/Recreation Department at Allegany State Park decided to host a new event –National Public Lands Day (a National Environmental Education Foundation program). It is our nation’s largest one-day event designed to give people a chance to give back to the public lands they use and love by volunteering some of their time. This mission of National Public Lands Day really resonated with park staff.

Picnic table assembly, photo by Tom LeBlanc

From its beginnings in 2005 when we thought it was a great idea to have service projects all over our 65,000 acre park, our volunteers have done much to improve Allegany and enhance the visitor experience for park patrons. We quickly got smart and now rotate this event between the Red House and Quaker sides of the park each year. A few of our accomplishments include:

  • ŸCreating a two acre butterfly meadow incorporating an Americans with Disabilities Act accessible sensory trail
  • ŸRemoving invasive plants, (Japanese Honeysuckle and Multiflora Rose) and opening up vistas around Red House Lake
  • ŸInstalling a hummingbird/butterfly garden in an under-used area in front of the Quaker Museum
  • —Freshening up many buildings and cabins with new coats of paint
  • ŸMaintaining park structures built by the Civilian Conservation Corps
  • ŸRemoving litter –an unglamorous, but to park staff, majorly appreciated task
  • ŸPlanting new trees

We are immensely grateful for our volunteers and count ourselves fortunate to work with so many great individuals, families, community groups, area high school and college students, and scout troops. They are the driving force that makes National Public Lands Day a success!

Refurbishing the garden outside the Quaker Rental office, photo by Tom LeBlanc

According to the Independent Sector (www.independentsector.org), the estimated dollar value for volunteer hours in 2015 was $23.56. That means that the 100 volunteers who turned out for last year’s event contributed a total value of $11,780. That is amazing for a 5 hour workday! A big thank you to all who made this possible!

2016 finds us preparing for our twelfth National Public Lands Day celebration. We are looking forward to seeing our core of “regulars,” and extend an invitation to all Allegany State Park fans interested in caring for this New York State treasure. Please join us! This year’s celebration is on Saturday, September 24th and takes place on the Red House side of the park. Check-in/Registration is from 9:00 a.m.-10:00 a.m. at the Red House Toll Booth. Service projects are from 10:00 a.m.-3:00 p.m. (please bring a lunch) followed by a barbecue chicken dinner at 4:00 p.m. (for a very nominal charge). We ask that you come dressed for the weather and plan to get dirty. This event will be held rain or shine.

Painting the inside of St. John’s in the Woods chapel, photo by Tom LeBlanc

For more information and to pre-register (by September 19th) please contact the Environmental Education/Recreation Department at 716-354-9101 ext. 236 or email Katie.vecellio@parks.ny.gov. We will also gladly accept walk-in volunteers the day of the event.

Hope to see you there!

Please note: There are many other volunteer events taking place in our state parks around the state. Please visit our Events Calendar to search for opportunities near you.

Litter pick up on ASP Route 3, photo by Tom LeBlanc

Post by Heidi Tschopp, Allegany State Park Educator

Macroinvertebrates in Clay Pit Ponds State Park Preserve

What Are Macroinvertebrates?

Freshwater benthic macroinvertebrates, usually simply called macroinvertebrates, are small animals that live in the water. They have three parts to their name: “Benthic” refers to the bottom part of a body of water, “macro” means that we can see it with our naked eye, and “invertebrate” means that it has no spine, or vertebrae. So, a benthic macroinvertebrate is an organism that lives at the bottom of streams, rivers, lakes, and ponds for part of its life, can be seen with the unaided eye, and has no backbone. Some macroinvertebrates have three life stages, while others have four. If the life cycle has four stages, it is called complete metamorphosis. If it only has three stages, the life cycle is called incomplete metamorphosis. The stages of complete metamorphosis are egg, larva, pupa, and winged or aquatic adult. The stages of incomplete metamorphosis are egg, nymph, and flying adult. Adult macroinvertebrates sometimes leave the water but live near it, and others continue to live in the water. Macroinvertebrates are a vital food source for fish, turtles, wading birds, and small mammals.

They are well suited to live in water, and many have interesting adaptations that allow them to thrive underwater. Caddisfly larvae build mobile protective cases out of stones, leaves, and small sticks to keep themselves safe. Mayfly nymphs have large gill areas to help them breathe. Predaceous diving beetles carry small bubbles of oxygen at the ends of their abdomens from the surface to use to breathe while underwater.

Another interesting thing about macroinvertebrates is that they can be used as an indicator of health for a body of water. This is because some species of macroinvertebrates are more sensitive to environmental stressors than others. Rivers, streams, and ponds with a variety of macroinvertebrates are considered healthy.

A mayfly nymph on the left; a mayfly adult on the right. Notice the gills along the back end of the nymph, this is how the animal gets oxygen from the water, similar to a fish.

Macroinvertebrates need dissolved oxygen in order to breathe in the water, just like fish. Dissolved oxygen references the microscopic bubbles of oxygen gas that are mixed with the water for aquatic creatures to breathe. Dissolved oxygen is sometimes measured in parts per million (ppm). Most fish do well in water with 5ppm of dissolved oxygen or higher. Pollution can cause water temperatures to rise, which reduces the amount of dissolved oxygen in the water.  So, pollution decreases dissolved oxygen levels, making it hard for macroinvertebrates to breathe. A healthy body of water will have dissolved oxygen levels that are at or above 5ppm.

Macroinvertebrates as Indicators of Water Quality

There are many different types of macroinvertebrates, all with different sensitivities to temperatures, the amount of dissolved oxygen in the water, and pollution levels. Macroinvertebrates require similar dissolved oxygen levels as fish, but some species, such as mayflies, caddisflies, and stoneflies, need low temperatures and high levels of dissolved oxygen to survive. If you look for macroinvertebrates and find mayfly and stonefly nymphs in a stream, you can conclude that the stream is fairly healthy because those organisms could not survive otherwise. Those species are considered to be sensitive to pollution.

There are also species that are somewhat tolerant of pollution, like dragonflies, damselflies, and crayfish. These organisms do not need as much dissolved oxygen or as cool of temperatures as those that are sensitive to pollution and can stand a small amount of pollution in the water. If one were to find dragonfly nymphs in a stream but no mayfly, caddisfly, or stonefly nymphs, that could be an indicator that the stream has some pollution.

Finally, there are species that are tolerant of pollution. Some of these species are midges, backswimmers, and aquatic worms. These organisms can withstand a moderate amount of pollution, can live in warmer water, and do not need as much dissolved oxygen to survive. So, if one were to find many midge larvae and aquatic worms in a stream and little else, this would indicate that the water there is fairly polluted. Sometimes, tolerant macroinvertebrates can be abundant in degraded waters since they are not competing with others for resources like food and shelter.

Below is a list of several species of macroinvertebrates with their varying tolerances of pollution.

Sensitive to Pollution

(found in water with little or no pollution)

Somewhat Tolerant of Pollution

(found in water with little to some pollution)

Tolerant of Pollution

(found in water with little to substantial pollution)

Stonefly Scud Water Strider
Mayfly Crayfish Backswimmer
Caddisfly Alderfly Midge
Hellgrammite (Dobsonfly) Black Fly Aquatic Worm
Water Penny Aquatic Beetle Leech
Gilled Snail Crane Fly Pouch Snail
Dragonfly Mosquito
Freshwater Clam
Sow Bug
A stonefly nymph. Photo by Bohringer Friedrich
A stonefly nymph. Stoneflies are good indicators of healthy water. Photo by Bohringer Friedrich: https://en.wikipedia.org/wiki/Plecoptera#/media/File:SteinfliegenLarve2.JPG
A scud, photo by Michael Manas
A scud. Scuds are somewhat tolerant of pollution and can be found in fairly healthy waterbodies Photo by Michael Manas: https://en.wikipedia.org/wiki/Gammarus#/media/File:Gammarus_roeselii.jpg
Mosquito larvae, photo by James Gathany
Mosquito larvae. Mosquitos are tolerant of pollution and can indicate polluted water Photo by James Gathany: https://en.wikipedia.org/wiki/Mosquitofish#/media/File:Culex_sp_larvae.png

Pond Investigators Program

Clay Pit Ponds State Park Preserve’s education team has done several surveys of the ponds within the park to get an idea of the water’s health. Clay Pit Ponds is the only NY state park on Staten Island; the park contains 265 acres of forest, fields, wetlands, and five ponds. The park offers an educational program all about macroinvertebrates called Pond Investigators.  In this program, students learn to identify macroinvertebrates, understand them as an indicator of water quality, and conduct a survey of one of the ponds. The most recent survey was conducted in Goode’s Pond, which is located along the Clay Pit Pond trail (orange markers). To survey for macroinvertebrates, the students and the Clay Pit Ponds education team scraped the bottom substrate of the pond, including some aquatic vegetation, with a dip net. Off to the side, a tub was partially filled with pond water. The collections from the dip net were transferred into the tub, and any macroinvertebrates found were placed into separate cups. This was repeated three times, and then the students recorded their findings.

Goode’s Pond is very close to the West Shore Expressway, which makes it an interesting pond to study due to the likely presence of runoff pollution from the highway. These surveys were completed along with water quality tests to check pH, dissolved oxygen, water temperature, and salinity. During these surveys, the Clay Pit Ponds education team and students found damselfly nymphs, dragonfly nymphs, backswimmers, midge larvae, crane fly larvae, black fly larvae, mosquito larvae, aquatic beetles, snails, and aquatic worms. While no pollution sensitive species have been found, which would indicate cleaner water, the samples did include many species that do not tolerate heavily polluted water. From this study we learned that the water in the ponds is in fair to moderately good condition at this time. With continued efforts to clean up in and around the ponds, we can keep this important habitat clean and preserve opportunities to see a diversity of wildlife, from dragonflies to great blue herons.

Goode's Pond, photo by Mikey Bard
Goode’s Pond is fairly healthy, based on students’ findings of macroinvertebrates. photo by Mikey Bard

If you would like to help Clay Pit Ponds State Park Preserve improve the health of its ponds, join in for the National Public Lands Day Clean-Up on Saturday, September 24th from 10:00AM to 1:00PM! Participants will clear litter from the highways that border the park to prevent it from being washed into the ponds. The clean-up will start at the Nature Interpretive Center located at 2351 Veterans Road West, Staten Island, NY. All ages are welcome! Please RSVP by contacting Emily Becker at emily.becker@parks.ny.gov or (718) 605-3970 x201.

Post by Mikey Bard, SCA/Americorps Member serving as Assistant Environmental Educator at Clay Pit Ponds State Park Preserve