It is without question that Niagara Falls State Park is one of the most beautiful places our state and country has to offer, drawing an average of nine million tourists every year. People come from all over the world to experience the power and wonder that is Niagara Falls. Designated as a national historic site and the nation’s very first state park, it comes as no surprise the amount of attention it receives.
However, something most people miss out on is the endless beauty of Niagara Falls in the winter. Watching the cascading water crash through the pure white snow and ice creates a unique and memorable experience only attainable during the winter. Visiting the Falls in the wintertime offers tourists stunning views and the beauty of freezing mist covering the landscape.
The newly constructed Cave of the Winds pre-show attraction is now open year-round and offers audiences interactive and virtual exhibits as well as an escape from the chilly temperatures.
Although the Park has received some attention recently pertaining to the beautiful winter wonderland, some articles have mentioned the falls being “iced over” or “freezing over”. It is important to note that the only documented incident of the Falls being frozen completely came in March of 1848 when the Buffalo ExpressNewspaper stated the cause to be ice damming at the mouth of Lake Erie. The installation of an ice boom at the mouth of the Niagara River has made the likelihood of this event recurring very low if not impossible. Even during the infamous Polar Vortex of 2014 the Falls continued to flow.
This does not mean that it has not come very close to freezing since then. During the early 1900’s tourists would often walk out onto “ice bridges” forming across the top of the Falls. This activity proved to be very dangerous and was forbidden after February 1914.
All photos provided by State Parks Naturalist Nicole Czarnecki were taken during the Winter Wonder Photography hike. Look for other events at Niagara Falls and surrounding parks this winter on their Facebook page.
It’s the most wonderful time of the year, the snow is falling, the air is crisp, and the hiking opportunities in State Parks abound. While marveling at the snow-encrusted majesty of the pine and hardwood branches, don’t forget to look down and take a peek at one of the less glamorous and stately aspects of a wintertime hike – wildlife scat! Analyzing who’s who with number two might be the number one way to figure out who is visiting the trails with you, as well as how long ago they were there.
Hunters have long used scat to help with the hunt, determining if animals were around and when, following the scat clues to their quarry. Wildlife watchers and photographers have also used this tool to seek out wildlife. What you can learn from scat can be interesting to anyone, no matter if your intent is to hike, hunt, or just unwind in nature.
Is the scat frozen? The animal could have been around last night. Is the scat desiccated, or dried out and old looking? It could be scat from last season. Can you see if the scat melted snow around it? The animal might not be far away. Are there more than a couple of piles of scat? There could be more than one animal around. Does the scat contain fur? There may be predators hunting. Scat can be an amazing addition to your toolbox to determine presence and habit of a variety of wildlife around. Here are some photos of common scat piles to help you infer who your wild neighbors are in the woods.
Deer scat might be the most common scat to be found on the trail. Deer scat is usually in pellets and in a pile. If the pile is under leaf litter, or a layer of snow, it is most likely old (see below photo). Deer scat can also be in a more “wet” or “patty” form, but pellets are usually still distinguishable. Shiny or wet scat can indicate a deer is close by! Deer produce pellets about 13 times a day, a product of their near constant grazing. Bigger bucks can leave bigger poo piles than the does. You can also look further into the scat signs, and see what the deer are preferring to eat. Hunters often organize a hunt around the transition corridors of feeding and bedding areas. Lots of scat in a certain type of feeding area (i.e. clover, grass, apples) would indicate that deer may be accessing this area daily to eat. Deer beds and poo in cover areas, like scrubby emergent forest, would indicate deer access that area to sleep. A hunt that is set up between those areas, where the deer are apt to travel every day, might have the most chance of being successful.
Rabbit scat is also very common in brushy areas, and is usually round. Rabbit scat is generally smaller than deer scat and can be more spread out in the feeding area. Look for rabbit scat near low bushes or other available cover. In a strange evolutionary twist, rabbits also produce a second type of scat, called cecotropes, that they eat shortly after depositing. These powerful pellets are full of beneficial gut bacteria.
Porcupine scat can contain woody fiber, as they eat twigs and bark. Scat may also be at the entrance to their dens; they don’t seem to need to keep a clean house. Dens can sometimes have mounds of scat around them, if used over multiple seasons. It is theorized that porcupines’ scat piles could provide some warmth in the winter. Porcupine scat can resemble deer scat, but is somewhat cashew-shaped, as opposed to the rounder deer pellets.
Foxes, and others in the canid family, like to make a point to be sure you see their scat. They often lay their brick and mortar on top of a rock or something high to mark their territory. Fox scat does not smell as foul as your house pet’s deposits; however it does have a distinct musky odor. Fox scat usually contains hair and is very dark with distinct twisted ends, unlike house dog scats, which are tubular with blunt ends.
If you are lucky, you might see bear scat on your next hike! Bear scat is usually characterized as a “plop” instead of pellets. Bear scat can be in enormous piles and can be a variety of colors and consistency depending on their last meal. Bears are omnivores, and so can have nuts, hair, or berries visible in their scat. Bears can also be attracted to food caches in town, like bird feeders, before the long snooze in the winter (see photo below). Bear scat also does not smell as strongly as other scat, and in times where they have a vegetarian diet, can smell quite pleasant (for poo).
Another very common scat is that of the turkey. Turkey scat, like other birds, contains both urine and feces. The white part of a bird’s scat is the urine. You can actually tell a male gobbler from a female hen by the shape of the scat. Male turkeys generally balance the budget in a J shape, while females are more in a pile, with a slight spiral to it. This is because of the anatomy of a female turkey, which has a wider cloaca for eggs to pass through.
Another elusive animal you may see by scat rather than seeing in the fur, is the mink. A small furbearer, like the weasel, a mink’s scat is tiny, braided and pointed, with a twisted end. Mink also like to advertise their bathroom breaks on top of logs or stones, like foxes and coyotes. You can tell the difference between mink and weasels easily in the winter, as mink do not change their fur coats out for the camouflage that weasels do. Weasels should be white this time of year.
Another avian visitor common to parks is the Canada goose, as well as the snow goose. Both geese, like turkeys, have a distinct white cap on their scat. Goose poop however is more of a long log, and usually found around beaches and other waterbodies in the parks. Geese are normally pretty comfortable around people, and buildings, so you are more likely to see goose scat on the lawns and beaches rather than in the woods on trails.
Our final foray into the wonderful world of waste is with one of the largest visitors to the Parks. Moose are more common in the Adirondacks, but have also been seen in the Taconic Highlands. Moose scat can look like supercharged deer scat. Pelletized, and in piles, moose scat most closely resembles deer scat winter. In the summer months when their diet is more wet, moose scat may resemble cow patties. It can also trick people into thinking it is bear scat. To determine the origin, check out the mode of digestion. Moose are ruminants. Like cows, they have four compartments in their stomach, so four times the digestion efficiency, and so usually poop fully digested food. Their scat is generally uniformly composed. Bears are omnivores, with one stomach, and their scat can be more variable in composition, often with undigested berries and hair.
Winter hikes are some of the most fun and most unique hiking in NYS Parks, and most Parks do not charge entrance fees in the colder months. Come prepared with extra winter clothing, first aid packs, and always let someone know your plan in case of emergencies. And don’t forget that the feces of many species can be an informative and fun addition to your knowledge of wildlife and outdoors.
When autumn arrives, what comes to your mind first? Many say the changing foliage or enjoying a hike along a trail, savoring those crisp days given to us during this time of year.
However, here in the Niagara Region of New York, autumn holds an annual event that is well-worth a journey down into the Niagara Gorge! It is the time of year when in addition to viewing the raging rapids, you can also see the river at low water. This is all made possible because of additional water being diverted for the New York Power Authority and the Ontario Power Company to produce hydroelectricity.
Regulated under The Boundary Waters Treaty of 1909 (revised in 1950), the US and Canada are allowed to divert water for the purpose of power generation as long as they agree to preserve the scenic beauty of the Falls and the Niagara River. Thus, the erosion rate of the falls is reduced significantly. The cliff face is more stable and it makes it easier to maintain the viewing areas at Niagara Falls State Park.
Summer Flow occurs from April 1 until October 31, with 50% of the river water diverted above the Falls during the day and 75% diverted during evening hours to produce electricity.
Winter Flow occurs from November 1-March 31, when 75% of the water above the Falls is diverted, thus we get to see only a quarter of the water flow over the falls.
This offers opportunities to explore part of the exposed Whirlpool Sandstone rock layer in the Niagara Gorge during the winter flow. The Whirlpool Sandstone layer is underwater during the summer flow.
There are guided hikes available with the Niagara Region Park Programs Office in November; in 2017 they are Saturday, November 11 & Saturday, November 18. The hike will take you beyond the Whirlpool to the site of the rapids viewing area. At one time, the exposed rocks were a scenic stop for the Great Gorge Route, an electric trolley line that ran from 1895-1935, running from Niagara Falls to Lewiston, NY. The route also journeyed over to Canada (1899-1932) on what was known as the Niagara Belt Line.
At this trolley stop, passengers were able to walk down the stairs to better view the incredible “giant wave” as seen in the historic postcard below.
Post by Carol Rogers, State Parks.
Featured image: Niagara River Backdrift, accessed from Wikicommons
New York State is home to a variety of animals! There are nearly 100 mammal species, 375 bird species, and over 70 species of reptiles and amphibians found in New York. While we try our best to understand these animals, sometimes myths spread about them that may not be true. Can turtles come out of their shells? Do toads give you warts? These common animal myths stem from folklore, old sayings, misunderstandings, and more, but we can do our best to separate fact from fiction. Let’s take a look at some top myths about a few animals found in New York State Parks!
Are bats blind?
No, bats are not blind! The bats found in New York are part of a group called microbats, which do rely heavily on echolocation (the location of objects by reflected sound) to navigate and find insect prey. Scientists who have examined the eyes of these bats have determined that they have some night vision as well as limited daylight vision. Some species even have ultraviolet (UV) vision. Though not found in New York, megabats—the fruit-eaters—rely primarily on vision and smell, rather than echolocation. Overall, vision is important to help bats avoid predators and find food and shelter.
Fun fact: While several animals can glide (like flying squirrels), bats are the only mammals known in the world that are capable of true and sustained flight!
Will touching a toad give you warts?
Good news for all of us that grew up catching frogs and toads. No, touching a toad will not give you warts! Warts are actually caused by a virus that is spread between people. This myth probably began because of the bumpy skin on a toad’s back. There are two bumps to be careful of though; behind the eyes of toads are two large areas called parotoid glands. As a defense mechanism, these glands produce a toxin that causes irritation to a predator’s mouth. So if you do catch a toad, it is still a good idea to wash your hands afterwards.
Can porcupines shoot their quills?
No, a porcupine cannot shoot its quills! First, let’s take a look at what a quill is. A quill is a very stiff, hollow hair that can be found mixed in with the softer hair of a porcupine. When threatened, a porcupine’s quills may stand up to scare away the threat, but they cannot be shot from the porcupine’s body. There must be direct contact with the quills for them to dislodge, but even the lightest touch can be enough to dislodge a quill or two. Best to keep our distance around porcupines!
Fun fact: The North American porcupine has around 30,000 quills!
Can turtles come out of their shells?
No, there’s no way a turtle can come out of its shell! A turtle’s upper shell, called the carapace, is partly made of bone from the turtle’s rib cage and is actually fused to the turtle’s backbone. The lower shell is called the plastron and the two shells are joined by a bony bridge. The shell is part of the body and grows along with the turtle, which is different from crabs and lobsters that must molt or shed their exoskeleton. And to address another common animal misunderstanding, turtles are able to feel when something touches their shells, due to the presence of nerve endings in the shell.
The Eastern box turtle has a hinge on its plastron (lower shell). This allows it to tuck its head, arms, and legs away from predators, forming a tightly sealed “box.” Photo by John Triana, Regional Water Authority, Bugwood.org
A turtle’s backbone is fused to the upper shell, shown in this drawing of a turtle’s skeleton. Photo Public Domain
Do all bees die after they sting you?
No, it depends on the species! Honey bees, for example, have barbs (hooks) on their stinger that can stick into the skin of the target and prevent the stinger from being pulled out by the bee. If the barbs are stuck in the target’s skin, the stinger is torn away from the bee’s body when it tries to fly away and the honey bee dies. Other bee and wasp species, including bumblebees, yellowjackets, and paper wasps, have stingers with small barbs, enabling them to sting multiple times.
A stinger’s barb size varies by species. This stinger belongs to a paper wasp. Photo by Insects Unlocked, CC BY 2.0
A honey bee can only sting once. Photo by David Cappaert, Bugwood.org
Post by Kelsey Ruffino, Student Conservation Association and New York State Parks
Featured image: Eastern Pipistrelle, photo by Lilly Schelling, State Parks
Here in mid-autumn, most of State Park’s summer resident birds and some insects have flown off to warmer climates, but many other animals remain through the winter. Some of the year-round residents are either scurrying around looking for extra food to help to get them through the winter while others are looking for a safe place to sleep away the winter, protected from the cold and snow.
For a handful of animals in the park, finding a place away from the cold and snow can be a challenge due to their inability to dig deep into the ground to escape the cold. Instead, they burrow under the leaves, rocks, rotting logs, or tree bark to escape the worst that winter offers. So a few animals like wood frogs, common box turtles, red efts, and mourning cloak butterflies have a different strategy – the ability to tolerate freezing!
These close to the surface locations protect the animals from snow, ice, wind but not cold winter temperatures. When the temperature in the hibernation spot drops below 32o F, these hibernators freeze, solid.
And there they can remain until the warming days of spring when they thaw, have a snack, and head off to breed.
Some of the animals that tolerate freezing include:
How are they able to freeze solid then defrost and still be alive? Natural chemicals and processes in the animal’s blood prevent them from freezing. The animal’s body produces an “anti-freeze” as the temperature begins to drop; the animal’s body concentrates sugars and other compounds that prevents the animal’s organs from freezing. The antifreeze prevents the animal’s organs from freezing. A frozen animal will stop breathing and the heart will stop beating. Most of the fluid in the blood pools in the animal’s body cavity.
In spring, as the weather warms, the animal starts to defrost, and its lungs and heart resume working. They defrost from the inside out, with the legs and feet being the last to defrost.
Surviving by freezing is just one of the amazing adaptations animals have developed to survive northern winters.