Thursday 12 September 2019

American Robin Facts

The American robin (Turdus migratorius) occurs throughout most of the continental United States and Canada. This is a migratory songbird of the true thrush genus and Turdidae, the wider thrush family Muscicapidae. American robins are common garden birds overmuch of North America and their distinctive foraging behavior is well known. During the breeding season and winters in the southern half of the United States and in Mexico and Central America.
The breeding range of the robin has expanded in recent times with the increasing area covered by lawns and other open habitats. American Robin body size is approximately 23 to 28 cm long, with weight of average 77g. However, female robin is about 59 to 91g. This is commonly a friendly songbird, very much comfortable around people. Sometimes even get close to dogs while playing in yard, also fast and strong in flight. Male Robins are more aggressive then females and like to spend maximum time in interactions with fertilizable mates.
American Robin Bird
The sexes are similar in size and appearance. Their size varies slightly geographically. The smallest robins are found in the eastern United States and along the Pacific coast, and the largest ones occur in the Rocky Mountains, northern Great Plains, and northern deserts. The size of robins tends to increase with latitude in eastern North America but does not in western North America. Fledglings attain adult size at approximately 6 weeks of age.
Male Robin head differs from black to grey, with white eye arcs and white supercilia. But the throat is white with black streaks, and under tail coverts and belly are white. The bird has a brown back and a reddish-orange breast, changing from a rich red maroon to peachy orange. The bill is mostly yellow with a patchily dark tip, the dusky area becoming more widespread in winter, and the legs and feet are brownish.
Habitats
Access to fresh water, protected nesting sites, and productive foraging areas are important requirements for breeding robins. Breeding habitats include moist forests, swamps, open woodlands, orchards, parks, and lawns. Robins forage on the ground in open areas, along habitat edges, or the edges of streams.
Moreover, they also forage above ground in shrubs and within the lower branches of trees. The main threat to Juvenile robins and eggs are preyed upon by snakes, squirrels, other birds, i.e., blue jays, Steller’s Jay, scrub jays, grackles, American crows, and common ravens.
American Robin Nest
The robins mostly nest in wooded areas are usually near some type of opening such as the forest edge or a treefall gap. During the nonbreeding season, they prefer moist woods or fruit-bearing trees and shrubs. In the fall season, flocks of migratory robins are often found along forest edges or clearings where fruits are most plentiful.
American Robin Diet
The robins forage by hopping along the ground in search of ground-dwelling invertebrates and by searching for fruit and foliage-dwelling insects in shrubs and low tree branches. In the months preceding and during the breeding season, robins feed mainly on invertebrates and on some fruits.
However, during the remainder of the year, their diet consists primarily of fruits. Robins eat a wide variety of both plant and animal. The Robins don’t like to eat many seeds, so don’t try to entice with whole peanuts, mixed bird seeds, Nyjer seeds.  
What Do American Robins Eat?
It is commonly eaten fruits include plums, dogwood, sumac, hackberries, blackberries, cherries, greenbriers, raspberries, and juniper. The common invertebrates include beetles, caterpillars, moths, grasshoppers, spiders, millipedes, and earthworms.
The seasonal changes in the proportion of plants and invertebrates consumed by robins in three different sections of the United States. The average occurrence of fruits of various plant families in the stomachs of robins by month for these sections. The occurrence of fruits of various plant families in more specific areas of the United States.
There are no differences between the sexes in the proportion of types of invertebrates and fruits eaten. Very young robins (up to at least 35 days of age) feed almost entirely on insects and other invertebrates. However, older juveniles tend to eat a higher proportion of fruit and easy-to-capture prey than adults.
American Robins often show food preferences: a population in central New York seemed to prefer northern arrowwood and spicebush fruits over most other plants. Moreover, in Illinois, a group ate predominantly frost grapes and Virginia creeper in the late summer and fall.
During seasons when fruits dominate the diet, robins may need to consume quantities more than their body weight to meet their metabolic needs each day. Robins, as well as other fruit-eating birds, exhibit a low digestive efficiency for fruits. It is estimated that the metabolizable energy coefficient, the proportion of food energy that is assimilated for robins eating a mixed fruit diet to be only 55 percent.  
Perhaps of the low retention time of the digested matter in the gut. The short retention time might be an adaptation to eating fruit because large quantities of the fruit must be processed to obtain an adequate protein intake. In contrast, when eating insects, robins, as well as other bird species, exhibit a higher digestive efficiency of approximately 70 percent.
Moreover, the energy content of insects tends to be higher than that of most fruits, particularly on a wet weight basis. Thus, during the spring when robins are consuming insects, they should consume a smaller amount relative to their body weight than when eating fruits.
Molt
Post juvenile and post-breeding molts occur from late July to October. During this molt, robins are consuming largely fruits and other plant materials, which contain limited proteins. This may contribute to larger fruit consumption rates at this time. During the pre-breeding molt, robins are feeding primarily on insects and other invertebrates.  
Migration of American Robin
Most robins nesting in the northern United States and Canada winter in the Gulf Coast States and the Carolinas. Wintering robins are most abundant between 30- and 35-degrees N latitude. Robin flocks migrate during the day, most northern robins leave their breeding grounds from September to November and return between February and April.
American Robin Song / Call
American Robin has the sweet familiar sound of spring, a string of clear whistles with a brief pause, often repeated syllables, like cheer up, cheerily, cheer up, cheerily. The male bird sings when he is in the mood to attract females. The song varies with time of the day habitually sings from a high perch in a tree. This bird sings before and after the storms, used different calls to communicate specific information to others. The Robin also alarm in a different call, when a ground predator reaches, or their nest is being directly threatened.  
Breeding activities and social organization.
The onset of the breeding season is later at higher latitudes approximately 3 days for each additional degree in the east and altitudes. But mating and egg-laying generally occur in April or May. Males arrive on the breeding grounds before females to establish territories.
The female’s pair with established males, usually for the duration of the breeding season. The female primarily builds the nest out of mud, dried grass, weedy stems, and other materials constructing it on horizontal limbs, tree-branch crotches, within shrubs, or on any one of several man-made structures with horizontal surfaces.
Eggs of American Robin
First clutches usually contain 3 to 4 eggs; later clutches tend to contain fewer eggs. The female does all the incubating, which continues for 10 to 14 days following the laying of the second egg.
American Robin Nestlings
Both males and females feed the nestlings. Following fledging, the brood often divides, with the male and female each feeding half of the fledglings for another 2 weeks. Females may start another brood before the current one is independent, leaving the male to feed all the fledglings. After reaching individuality, juveniles often form foraging flocks in areas of high food availability.
Early in the breeding season, robins often roost communally. Males can continue to use these roosts throughout the breeding season. Whereas female birds stop once they begin incubating eggs. As fall approaches and their diet turns more toward fruits, robins in many areas begin to roost communally again and may join other species, such as common grackles and European starlings, in large roosts.
American Robin Nesting Habits
During the breeding season, male robins establish breeding territories, which the female helps to defend against other robins. Nonetheless, the territories of different pairs often overlap where neither pair can establish dominance. Most foraging during the breeding season is confined to the territory, but adults sometimes leave to forage in more productive areas that are shared with other individuals.
In some prime nesting areas (e.g., dense coniferous forest), where robin densities are high, territories are small, and the birds might often forage elsewhere. Adult robins often return to the same territory in succeeding years. During the nonbreeding roosting period, robins are likely to return to the same foraging sites for many weeks and to join roosts within one to three kilometers of these foraging areas.
Nesting population density varies with habitat quality. Densely forested areas that provide well-protected nest sites have been found to support high densities of nesting robins.  Therefore, the relatively small territories found in these areas might not be used as much for foraging as those containing open areas.
In the nonbreeding season, robins often join single-or mixed-species roosts that can include tens of thousands of birds. Wintering robins are most common in pine or oak-pine communities of the southeastern and southcentral United States and decrease in abundance in drier, less forested areas westward.
Robins first attempt to breed the year after they hatch and will raise multiple broods in a season. Predation is often a major source of mortality for both eggs and nestlings. Approximately half of the adult birds survive from year to year. The average longevity of a robin that survives to its first January is from 1.3 to 1.4 years.
Similar Species
The wood thrush (Hylocichlamustelina), which is smaller than the robin (18 cm), co-occurs with the robin in some woodland habitats but is only present in the eastern United States. This species nests primarily in the interiors of mature forests and have been decreasing in abundance over the past decade as forested habitats in North America become increasingly fragmented. This species is also primarily a summer resident, wintering in Florida and the neotropics.
The hermit thrush (Catharusguttatus) is found in coniferous and mixed woodlands at northerly latitudes or high elevations and winters primarily in the southern half of the United States. This species is also significantly smaller (15 cm) than the robin.
Swainson's thrush (Catharusustulatus) is present in the western and northeastern United States during the summer months, wintering in the neotropics. It is also smaller than the robin (16 cm).
The varied thrush (Ixoreus naevius) occurs in moist coniferous forests of the Pacific Northwest. This bird is similar in size (21 cm) to the robin.
Moreover, the thrushes are common, medium-sized birds that eat worms, insects, and fruit. They live in a variety of habitats, including woodlands, swamps, suburbs, and parks. Most thrushes build nests of mud and vegetation on the ground or in the crotches of trees or shrubs; bluebirds’ nest in holes in trees and posts or in nest boxes.
This group forages primarily on the ground and in low vegetation by probing and gleaning. Some thrushes are neotropical migrants while others reside year-round in North America. Thrushes range in size from the eastern and western bluebirds (18 cm from bill tip to tail tip) to the American robin (23cm to 25 cm). Male and female plumages are similar in most thrushes, although in some species, such as the bluebirds, the males are more brightly colored.










Wednesday 11 September 2019

Great Blue Heron Facts

Herons, egrets, and bitterns are medium to large wading birds with long necks and spear-like bills. Nearly all species feed primarily on aquatic animal life e.g., fish, frogs, crayfish, insects. The common along the margins of most freshwater and saltwater bodies and wetlands. Their long legs, necks, and bills are adapted for wading in shallow water and stabbing prey.
Most species build their nests in trees near their foraging habitat, and many nests colonially. Members of this group range in size from the least bittern 28-36 cm bill tip to tail tip to the great blue heron 106-132 cm tall. The sexes are similar in size and appearance.
The great blue heron (Ardeaherodias) is the largest member of the group in North America and feeds primarily on aquatic animals. It is widely distributed in both saltwater and freshwater environments. There are following subspecies in the United States and Canada:
  • h. wardi (Kansas and Oklahoma across the Mississippi River to Florida).
  • h. herodias (remainder of the North and Central American range).
  • h. fannini (Pacific coast of North America from Alaska to Washington).
  • h. occidentalis (extreme south of Florida) 
  • h. occidentalis (the great white heron) is an all-white color morph that was formerly considered a separate species.
Body Size
Males average slightly heavier in weight than females. Northern continental herons are somewhat smaller than those found in the south determined a relationship between age and body weight for nestling great blue herons where BW equals body weight in grams and A equals age in days.
Great Blue Heron Habitat
Great blue herons inhabit a variety of freshwater and marine areas, including freshwater lakes and rivers, brackish marshes, lagoons, mangroves, and coastal wetlands, particularly where small fish are plentiful in shallow areas. They are often seen on tidal flats and sandbars and occasionally forage in wet meadows, pastures, and other terrestrial habitats.
Great Blue Heron Nest
Great blue herons tend to nest in dense colonies or heronries. The location of the heronry is generally close to foraging grounds, and tall trees are preferred over shorter trees or bushes for nest sites. They also may nest on the ground, on rock ledges, or on sea cliffs.
Great Blue Heron Food Habits
Fish are the preferred prey, but great blues also eat amphibians, reptiles, crustaceans, insects, birds, and mammals. When fishing, they mainly use two foraging techniques: standing still and waiting for fish to swim within striking distance of 2-3 Great Blue Heron slow wading to catch more sedentary prey (such as flounder and sculpin). To fish, they require shallow waters (up to 0.5 m) with a firm substrate.
Fish up to about 20 cm in length were dominant in the diet of herons foraging in southwestern Lake Erie, and 95 percent of fish consumed by great blues in a Wisconsin population was less than 25 cm in length. Great blues sometimes forage in wet meadows and pastures in pursuit of lizards, small mammals, and large insects.
In northern areas, small mammals such as meadow voles may be an important part of the diet early in the breeding season, possibly because some aquatic foraging areas may still be partially frozen when the herons arrive. Consumption of larger prey (fish, frogs, rodents) is often followed by drinks of water; terrestrial prey such as voles are usually dunked in water before they are swallowed.
Adult herons tend to deliver the same type and size of food to their nestlings that they consume themselves, but they deliver it well digested for young nestlings and less well digested as the nestlings grow. Adults tend to feed solitary, although they may feed in single or mixed species flocks where there are large concentrations of prey, fledglings are frequently seen foraging together.
Molt.
Adults undergo a complete molt in the late summer and fall and a partial molt of the contour feathers in the late winter and early spring. Young herons attain full adult plumage in the summer/fall molt at the end of their second year.
Great Blue Heron Migration
In the northern part of its range, most great blues are migratory, some moving to the southern Atlantic and the Gulf States to overwintering with the resident populations of herons, others continuing to Cuba and Central and South America. Most migrating herons leave their breeding grounds by October or November and return between February and April.
Breeding Activities and Social Organization
The male great blue heron selects the site for the breeding territory, and nests generally consist of a stick platform over 1 m in diameter. Great blues often use a nest for more than 1 year, expanding it with each use. Mean clutch sizes range from three to five in general, clutch size tends to increase with latitude.
Only one brood is raised per year; however, if a clutch is destroyed, great blues may lay a replacement clutch, usually with fewer eggs than the initial clutch. Both parents incubate and feed the young. During the breeding season, great blues are monogamous and colonial, with from a few to hundreds of pairs nesting in the same area or heronry.  Colonies may be 2-4 Great Blue Heron & include other species, such as great egrets or double-crested cormorants.
Great Blue Heron Range
Breeding colonies are generally close to foraging grounds the distance between heronries and possible feeding areas in Minnesota lakes to range from 0 to 4.2 km, averaging 1.8 km. Another study found that most heroines along the North Carolina coast were located near inlets with large concentrations of fish, an average of 7 to 8 km away.
Fifteen to 20 km is the farthest great blue herons regularly travel between foraging areas and colonies. In the northern portion of their range, great blue herons often build nests in tall trees over dry land, whereas in the southern part of their range, they usually nest in swamp trees, including mangroves.
Each breeding pair defends a small territory around the nest, the size of which depends on local habitat and the birds' stage of reproduction. Herons in some areas also defend feeding territories. In other areas, great blues appear to be opportunistic foragers, lacking strict fidelity to feeding sites. A study shows that herons often returned to the same general areas, but different individuals often used the same areas at different times.
Population density. Because great blues nest colonially, local population density (i.e., colony density, colony size, and the number of colonies) varies with the availability of suitable nesting habitat as well as foraging habitat. On islands in coastal Maine, Gibbs and others found a significant correlation between colony size and the area of tidal and intertidal wetlands within 20 km of the colonies, which was the longest distance herons in the study colonies traveled on foraging trips.
In western Oregon, the size of heronries was found to range from 32 to 161 active nests; the area enclosed by peripheral nest trees within the colonies ranged from 0.08 to 1.21 ha. Population dynamics. Most nestling loss is a result of starvation, although some losses to predation do occur. In a study of 243 nests in a coastal California colony, 65 percent of the chicks fledged, 20 percent starved, 7 percent were taken by predators, and 7 percent were lost to other causes. Estimates of the number of young fledged each year by breeding pairs range from 0.85 to 3.1.
Based on banding studies, about two-thirds of the fledglings do not survive more than 1 year, although they may survive better in protected wildlife refuges. Values for later years indicate that about one-third to one-fifth of the 2-year-old and older birds are lost each year.
Similar Species
The great egret (Casmerodiusalbus) is almost the same size (96 cm length) as the great blue heron and is found over a limited range in the breeding season, including areas in the central and eastern United States and the east and west coasts. It winters in coastal areas of the United States and in 2-5 Great Blue Heron and Mexico and farther south. The great egret's habitat preferences are like those of the great blue heron.
The snowy egret (Egretta thula), one of the medium-sized herons (51 to 69 cm), shuffles its feet to stir up benthic aquatic prey. It is found mostly in freshwater and saltwater marshes but also sometimes follows cattle and other livestock as does the cattle egret. It breeds in parts of the western, southeastern, and east coasts of the United States and winters along both coasts of the southern United States and farther south.
The cattle egret (Bubulcusibis) is seen in agricultural pastures and fields, where it follows livestock to pick up insects disturbed by grazing. An Old-World species, it was introduced into South America and reached Florida in the 1950s. It reached California by the 1960s and has been continuing to expand its range.
The green-backed heron (Butorides striatus), one of the smaller herons (41 to 56 cm), breeds over most of the United States except for the northwest and southern Midwest. It has a winter range like that of the snowy egret and seems to prefer water bodies with woodland cover.
The tricolored heron (Egretta tricolor) (formerly known as the Louisiana heron) is common in salt marshes and mangrove swamps of the east and gulf coasts, but it is rare inland.
The little blue heron (Egretta caerulea) is common in freshwater ponds, lakes, and marshes and coastal saltwater wetlands of the Gulf Coast States. Juveniles are easily confused with juvenile snowy egrets. This species hunts by walking slowly in shallow waters, and its diet typically includes fish, amphibians, crayfish, and insects.
The black-crowned night heron (Nycticorax nycticorax), characterized by a heavy body, short thick neck, and short legs (64 cm), is a common heron of freshwater swamps and tidal marshes, roosting by day in trees. It typically feeds by night, predominantly on aquatic species, fish, amphibians, and insects. This heron is extremely widespread, occurring in North and South America, Eurasia, and Africa. It breeds over much of the United States and parts of central Canada and winters along both coasts of the United States and farther south.
The yellow-crowned night heron (Nyctanassa violacea) (61 cm) is similar to the black-crowned but is more restricted in its range to the southeastern United States. It roosts in trees in wet woods, swamps, and low coastal shrubs.
The American bittern (Botauruslentiginosus), another of the medium-sized herons (58 to 70 cm), is a relatively common but elusive inhabitant of freshwater and brackish marshes and reedy lakes. It is a solitary feeder, 2-6 Great Blue Heron & consuming fish, crayfish, reptiles, amphibians, insects, and even small mammals. Its breeding range includes most of Canada and the United States, although much of the southern United States is inhabited only during the winter.
The least bittern (Ixobrychusexilis), the smallest of the North American herons (33 cm), also is an elusive inhabitant of reedy areas. Its breeding range is restricted largely to the eastern half of the United States.
Great Blue Heron Facts

Great Blue Heron Facts
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Great Blue Heron Facts

Great Blue Heron Facts

Great Blue Heron Facts

Great Blue Heron Facts

Great Blue Heron Facts

Great Blue Heron Facts
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Saturday 7 September 2019

The Snapping Turtle

Where Do Snapping Turtles Live

Snapping turtles are among the largest of the freshwater turtles. They are characterized by large heads with powerful hooked jaws. There are only two species of this family in North America. The snapping turtle, including both the common and Florida snapping turtles, and the alligator snapping turtle mostly found in lakes, streams, and freshwater where fish in abundance numbers.
The snapping turtle (Chelydra serpentina) is primarily aquatic, inhabiting freshwater and brackish environments, although they will travel overland. There are two subspecies recognized in North America that are primarily distinguished by range.  
 s. serpentine (the common snapping turtle, which is the largest subspecies, primarily occupies the United States east of the Rockies, except for the southern portions of Texas and Florida), and C.s. Osceola (the Florida snapping turtle, found in the Florida peninsula).

Snapping Turtle Size

An adult snapping turtle is large, 20 to 37 cm in carapace length. Although the male turtle attains larger sizes than females. In a large oligotrophic lake in Ontario Canada, adult males averaged more than 10 kg. Hence the female’s turtle is averaged 5.2 kg. In other populations, the difference in size between males and females often is less.
Snapping Turtles reach the sexual maturity at about 200 mm in carapace length. The cool, brief activity season in more northern areas results in slower growth rates and extended times to reach sexual maturity.

Snapping Turtle Habitat

In the east, snapping turtles are found in and near-permanent ponds, lakes, and marshes. However, in the arid west, the species is primarily found in larger rivers, because these are the only permanent water bodies.
They are often found in turbid waters with a slow current. They spend most of their time lying on the bottom of deep pools or buried in the mud in shallow water with only their eyes and nostrils exposed.
It is observed that young snapping turtles show a preference for areas with some obstructions that may provide cover or food. The turtle has the great ability to travel extremely long distances to find food or an appropriate area to lay their eggs.

What do Snapping Turtles Eat

Snapping turtles are omnivorous. In the early spring, when limited aquatic vegetation exists in lakes and ponds. They may eat mainly animal matter.  Though, when aquatic vegetation becomes plentiful, they become more herbivorous. Also, young snapping turtles are chiefly carnivorous and like smaller streams where aquatic vegetation is less abundant.
Snapping turtles consume a wide variety of animal material. That is including insects, snails, crustaceans, clams, leeches, earthworms, tubificid worms, freshwater sponges, fish (adults, fry, and eggs), frogs, toads, salamanders, small snakes, small turtles, birds, small mammals, and carrion and plant material including several algae.
Snapping Turtle observed no difference between the diets of males and females who fed at the surface, mid pelagic, and benthic levels. The pharyngeal mechanism of feeding (i.e., drawing water with food objects into the mouth) prevents snapping turtles from ingesting food above the air-water interface.

Temperature Regulation and Daily Activities

Snappers are most active at night. During the day, they occasionally leave the water to bask onshore, but basking is probably restricted by intolerance to high temperatures and by rapid loss of moisture. It is found that the turtles were active in the early morning and early evening and basked in the afternoon but were rarely active at night.
Active turtles were found in deeper waters than inactive snappers. Cloacal temperatures of 18.7 to 32.6C were reported for snapping turtles captured in the water in Sarasota County, Florida, between May and October.

Snapping Turtle Hibernation

Snapping turtles habitually enter in the hibernation process at the end of October and emerge sometime between March and May. But it is all depending on latitude and temperature. Also, to hibernate, turtles burrow into the debris or mud bottom of ponds or lakes, settle beneath logs, or retreat into muskrat burrows or lodges.
The turtles have been seen moving on or below the ice in midwinter. Large congregations sometimes hibernate together. This turtle is incredible cold-tolerant; even remain active under the ice during the winter.

Snapping Turtle Breeding Activities

Mating occurs any time turtles are active from spring through fall, depending on latitude. Some investigators believe that male snapping turtles are territorial but doubt that males defend their home ranges against other males. Sperm may remain viable in the female for several years.
Nesting occurs from late spring to early fall, peaking in June. Snapping Turtles can travel long overland to reach a new destination. They do it because of pollution, food scarcity, destruction in habitat, overcrowding, and many other factors.

When do Snapping Turtles Lay Eggs

The older females nested earlier in the season than did smaller, younger ones. Females often move up small streams to lay eggs. The nest site may be in the soil of banks or in muskrat houses but more commonly is in the open on south-facing slopes and maybe several hundred meters from the water.
The turtle digs a 4-to 7-in cavity on dry land, preferably in sand, loam, or vegetable debris. The duration of incubation is inversely related to soil temperature. In more northerly populations, hatchlings may overwinter in the nest.

Home Range and Resources

Moreover, many turtles stay mainly within the same marsh or in one wide-ranging area from year to year. The summer home range includes a turtle’s aquatic foraging areas, but females may need to travel some distance outside of the foraging home range to find a suitable nest site.
The females tagged at their nesting site moved an average of 5.5 km from the nest site afterward. The 91.9 percent of the turtles in one population returned to the same nesting site a year after having been tagged there. Home ranges overlap both between and within sexes.  
However, the young snapping turtles use different habitats than adults; they tend to remain in small streams until shortly before maturity when they migrate to habitats preferred by adults (e.g., ponds, marshes, lakes).

Population Density

The density of snapping turtles appears to be positively correlated with the productivity of the surface water body (e.g., density in a eutrophic surface water body is higher than in an oligotrophic lake). Specific habitat characteristics and intraspecific interactions contribute to the variability of observed population densities in snapping turtles.

Snapping Turtle Egg Incubation

Females do not begin laying eggs until age 6 to 19 year depending on latitude and when they reach an appropriate size (approximately 200 mm carapace). Males mature a few years earlier than females. However, females may lay 1 or 2 clutches per season.
Snapping turtle eggs incubation took around 90 days. However, it all depends on the average temperature during that time, hatch anywhere from 80 to 120 days after being laid. Clutch size increases with female body size calculated the relationship between clutch size and plastron length.
Clutch size has also been positively correlated with latitude the mammalian predators destroyed over 50 percent of the turtle nests. The undisturbed nests, hatchling success was less than 20 percent. Adult mortality is low, corresponding with the long lives exhibited by these turtles.

Snapping Turtles Predators

The eggs predators by crows, Foxes, mink, skunks, and raccoons. The hatch-lings and juveniles, most of the same predators will attack them as well as herons, as it is observed that mostly attacked by great blue herons, Yellow bitterns, fishers, hawks, owls, bullfrogs, large fish, and different snakes. The average lifespan is not known, but estimated life is more than a hundred years.

Similar Species

The alligator snapping turtle (Macroclemys temmincki) is much larger (16 to 68 kg; 38 to 66 cm carapace) than the common snapping turtle and is one of the largest turtles in the world. Its range is from northern Florida to east-central Texas and north in the Mississippi Valley.

Are Snapping Turtles Poisonous

Snapping Turtle biggest threat is to humans are their powerful bite and scratch. So be careful when you interact with him to avoid the danger of their bite and claws which are very sharp and lacerate the flesh of a person trying to calm them. The Snapping Turtle can also cause some serious bruise or even break the skin or break bones as well. CP

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