The wild turkey is native to North America, but suffered severe declines due to wide-scale forest clearing and over hunting. By the mid-1800’s, this great bird was gone from New York state and much of the northeast. However, in the mid to late 1940’s, some wild turkeys were observed along the NY and PA border from Allegany State Park to the Genesee River Valley, a sign that the habitat might be recovering and able to support them again. So, in the early 1950’s, the New York State Conservation Department (forerunner to the NYS Dept. of Conservation) began a restoration effort in the early 1950s. They started with game farm turkeys, but after a few years, this effort failed because the game farm birds were not wild enough to avoid predation and lacked the capacity to survive.
Meanwhile, a healthy breeding population of wild turkeys expanded from Pennsylvania into the Allegany State Park region of New York. Park managers then gave the Conservation Department permission to trap turkeys in the park, initiating the wild turkey trap and transfer program which began in 1958 and concluded successfully in 1974. This program allowed for more rapid expansion of the turkey population to suitable unoccupied habitats.
The turkeys trapped in Allegany State Park were moved to several areas in the Region and then throughout the state. In addition to the in-state trap and transfer, turkeys from the park were also sent to Connecticut, New Hampshire, New Jersey and Vermont. Other trapping efforts in the region and elsewhere in New York sent birds to Delaware, Minnesota, Rhode Island and the Canadian Province of Ontario. New York turkeys helped re-establish populations throughout the Northeast, Midwest and southeastern Canada.
Nets ready to trap a flock of turkeys.
Turkeys caught in a net.
Conservation Department staff and local volunteers place the turkeys into boxes. Afterwards, the birds were moved to their new homes.
New York State Conservation Department was one of the pioneers among state agencies to restore wild turkey populations in the United States. This program would not have been successful without the cooperation of Allegany State Park and to this day is recognized as one of the greatest wildlife management success stories of North America.
Have you heard about wildfire outbreaks in California or New York on the news? Do you know how a prescribed burn and wildfire differ from one another? A prescribed burn is very different from a wildfire. Prescribed burning is a management tool that is precisely planned for safety and meeting set goals, while wildfires often occur unpredictably and without warning. State Parks utilizes prescribed burning for both public safety and conservation purposes. This past spring, at the Ganondagan State Historic Site near Rochester, prescribed burning was used for both conservation and to replicate traditions of the Seneca people.
Ganondagan State Historic Site (Ganondagan) celebrates and interprets the lives and culture of the Seneca people, specifically the Seneca that lived on site between 1655-1687. The site is 570 acres, and in 2009, a 70-acre portion was set aside for grassland management. Journal entries from European visitors during the time of Seneca occupation, described the areas surrounding Ganondagan. In 1669, explorers Galineē and Dollier described vast oak openings with sparse, but lofty, oak trees and grasses taller than a man that extended for hundreds of miles in every direction.¹ These observations paint a picture of warm season grasslands, with grasses reaching heights of 8 feet or taller, sparse wildflowers and oak trees around their fringe.² Warm season grasses begin growing in June, reaching full maturity by August or September. Some of the earliest observations indicate that the Seneca people burned these grasslands annually, managing them to attract game animals and birds, and to facilitate nut collection.³
The 70 acres set aside for grassland management began its transformation in 2009, with the goal of recreating the landscape that existed for the Seneca at Ganondagan almost 400 years ago. A fully established warm season grassland can support many forms of life, and at Ganondagan it is a haven for rare grassland bird species. Grasslands are ecosystems maintained by natural disturbances like fire. Without disturbance, a grassland will gradually go through the steps of succession to become a shrubland and later a forest.
Before the prescribed burn at Ganondagan in May 2017, the grasslands had begun to build up a thick thatch layer, decreasing both the amount of sunlight reaching its sun-loving plants and the amount of bare ground between plants (which grassland birds and mammals like for habitat).
Time of year can play an important role in how an ecosystem reacts to a burn. At Ganondagan, a spring burn was chosen to cut off early growth of invasive species and to promote the growth of the warm season grasses like big bluestem and Indian grass. Future prescribed burning done on the site may happen in different seasons depending on the desired outcome. For example, a prescribed burn taking place in this warm season grassland in the fall would promote the growth of forbs (broad leaved plants), such as wildflowers. Regardless of the timing, a properly done prescribed burn will not completely remove grasses or forbs, but can help achieve the best plant composition for grassland birds.
Prescribed burning was the perfect way to manage the grasslands at Ganondagan: it created a disturbance to maintain the ecosystem, returned carbon and nitrogen to the soil in the form of ash, and opened the grassland to more sunlight. This burn also provides a unique opportunity for educators to interpret this management tool, once used by the Seneca at Ganondagan to maintain the grasslands in the 17th Century, and now updated for the 21st century!
This valuable management tool will continue to be used at the Ganondagan State Historic Site and are exploring future opportunities.
Post by Whitney Carleton-DeGeorge and Michael Galban , State Parks
Featured image: Joel Carlson of Northeast Forest & Fire Management LLC.
1 Galinée, René de Bréhant de. (env. 1670) 1903. “Le Voyage De MM. Dollier et Galinée.” In Exploration of the Great Lakes 1669-1670 by Dollier de Casson and de Bréhant de Galinée, ed. James H. Coyne. Toronto: Ontario Historical Society Papers and Records.
² Parker, Arthur – New York State Archeologist – “The League of the Five Nations – a Story of the Aboriginal Empire State” published in Livingston County Historical Society 34th Annual Meeting, Geneseo, NY, 1910.
³Donck, Adriaen van der, 1620-1655. (Beschryvinge van Nieuvv-Nederlant. English) A description of New Netherland / Adriaen van der Donck; edited by Charles T. Gehring and William A Starna; translated by Diederik Willem Goedhuys; foreword by Russell Shorto.
Each June and July, visitors to several gorge parks are rewarded with an unusual treat – the chance to see a “living fossil.”
The term “living fossil” refers to species that have evolved very little over the course of millions of years. Some well-known examples of living fossils include elephant sharks, ginkgo trees, and horseshoe crabs. Although all of these organisms have evolved, these species have stayed so similar that fossils from millions of years ago are still recognizable as ancestors to the modern species.
Meet the gray petaltail dragonfly (Tachopteryx thoreyi), a species of dragonfly that closely resembles its ancestors who were around when dinosaurs roamed the earth during the Jurassic Period – almost 200 million years ago! During that time, the petaltail dragonfly was part of very widespread family known as the Petaluridae. Today, however, there are only 11 species of Petaluridae remaining worldwide.
The gray petaltail is found in several of the Finger Lakes gorge parks the gray petaltails love hunting in the gorges, because they can go to the sunny side of the gorge to get warm, which allows them to move much faster. Petaltails are drawn to the gorges to lay their eggs in the soggy seeps on wooded slopes. Most dragonflies lay their eggs in water bodies. The eggs grow into juvenile dragonflies, called nymphs that also typically live in water. That is not the case for the gray petaltail nymphs! The gray petaltail is the only species of dragonfly that does not have fully aquatic nymphs. Instead, the petaltail nymphs live and grow while hidden in the mud, moss and moist leaf litter in the forest seeps. As the nymphs mature, they climb up the trunks of trees to become the adult dragonflies that can fly fast and free all around the gorge.
While they are not nearly as large as their Jurassic ancestors, today’s petaltails are one of the larger species of dragonflies, with a wingspan of up to 5 inches wide. Their distinct black and gray coloring also makes it easy to identify. This species often perches upon rocks and tree trunks, but it is not uncommon for it to perch upon a passerby! Although they are large and ferocious insect predators (eating thousands of mosquitoes), dragonflies are harmless to humans. If you are lucky enough to be chosen as a dragonfly perch, you may be startled, but either brush them away very gently or just enjoy it!
The gray petaltail is listed as a species of special concern within New York State, as it is only known in specialized habitat in a small number of locations. NY Natural Heritage Program (NYNHP) continues to survey for them and recently found another new site for them. Luckily, some of those locations are within New York’s state parks, providing habitat protection to this fascinating species – and maybe a chance to see this primitive insect for yourself, especially in June and July.
Post by Laura Young, FORCES Environmental Education Steward & Becky Sibner, Stewardship Project Coordinator, State Parks
Featured image: gray petaltail on a Jack-in-the-pulpit, Kerry Wixted
Paulson, D. (2011). Dragonflies and damselflies of the East. Princeton, N.J: Princeton University Press.
Small predator furbearers are some of the most fun, and most uncommon, animals to see in the wild. And mink are some of the most secretive in this group! Minks are in the weasel family and can grow to about the size of a housecat. Unlike weasels however, mink do not change color in winter. Mink are generally dark furred, with a distinctive white patch on their chins. Mink seem to be more common in the southern tier of New York State, so keep an eye out for these adorable buggers on your hikes in that area.
Mink were traditionally prized and trapped for their soft, glossy coats. Mink coats were a status symbol in the early 20th century, with most coats made from wild-caught mink. However, the 1950s through the 1970s saw a large increase in the production of farmed mink, especially from Europe, which reduced the burden on the wild populations. Today, trapping licenses for mink are available through the NYS Department of Environmental Conservation (DEC), and the season is open when the population can withstand normal trapping pressures. DEC reports that the mink population is stable and able to sustain the trapping that still exists.
Mink are excellent swimmers, and they can also climb trees. Their clawed and webbed feet make them versatile predators. They are opportunistic predators, meaning they prey on crayfish, frogs, lizards, eggs, earthworms- pretty much anything they can find! They prefer wetland, or stream habitats, and will actually use existing burrows for their dens. They prefer muskrat holes, and some individuals have even been reported to evict (and eat) a resident muskrat to use a preferred hole.
Don’t forget to report mink and any other furbearers you see to DEC, to help with annual population data collection on these seldom seen species: