Welcome to my Wolf photography gallery. Here you can view, learn about and purchase some of the finest Wolf Pictures available as prints. All of the wolf photos in this gallery have been photographed in the wilds of Yellowstone and Denali National Parks by wildlife photographer Jess Lee. Included in this gallery you will see for reference the Yellowstone Wolf, National Geographic cover photo by Jess Lee used in conjunction with an article about the return of the wild wolf to Yellowstone..
Many of the wolf photos you see here are the partial results of my Yellowstone wolf photography project. The work done then resulted in me being the major contributor to the ground breaking Yellowstone Wolves in the Wild book. This book was the first wolf wildlife book to have all wild wolf photos. Many of the Wolf photos from this gallery have appeared in magazines and other publications produced by National Geographic, National Wildlife, Smithsonian, and many more.
These Fine Art Limited Edition Wolf Photo prints are available for purchase by selecting the desired display option from the menu below the image.
My early years as a wildlife photographer were driven by a desire to see the end of the rapid loss of wildlife, especially the loss of the large predators that had been happening since the colonization of North America. By the late 1960 the grizzly was severely in danger of extinction in the lower 48, the wolf was all but extinct south of Canada, bald and golden eagle were rarely seen, and Trumpeter Swan populations in the Yellowstone eco-system were in trouble. With all of this there was no lack of serious work to be done.
Since I live in the Yellowstone eco-system many of these subject could be found near-by. Bears were difficult, the population was low and still recovering from the elimination of the famous roadside beggar bears so I spent as much time as I could in Alaska photographing inland Grizzles. Wolves were a different matter, I had seen a few in Glacier on the Canadian border and twice in the high country along the continual divide between Idaho and Montana, but the chance to photograph them was slim. Conservation and wildlife publications were regularly contacting me for photos to help promote the growing efforts to reintroduce wolves in the lower 48. In my search for wolves I came across a person who owned several and had used them in a couple of the popular wildlife TV shows on PBS. I checked with the editors I had worked with and they were ok with photographing captive animals to promote the cause. With the motivation to help the reintroduction of wolves I became a captive wolf photographer, not exactly what I had planed for my wildlife photography career. My rational was that it would be good for wolves in the long run, even though I was not thrilled with working with and seeing these wolves in captivity it was what I could do to help these animals return to their natural habitat.
History of the reintroduction of Wolves
In January 1995, U.S. and Canadian wildlife officials captured 14 wolves from multiple packs east of Jasper National Park, near Hinton, Alberta, Canada. These wolves arrived in Yellowstone in two shipments—January 12, 1995 (8 wolves) and January 20, 1995 (6 wolves). They were released into three acclimation pens—Crystal Creek, Rose Creek and Soda Butte Creek in the Lamar Valley in Northeast East Yellowstone National Park. In March 1995, the pens were opened and between March 21 and March 31, 1995 all 14 wolves were loose in Yellowstone.
Seventeen additional wolves captured in Canada arrived in Yellowstone in January 1996 and were released into the park in April 1996 from the Chief Joseph, Lone Star, Druid Peak and Nez Perce pens. These were the last wolves released into the park as officials believed that the natural reproduction and survival were sufficient to obviate additional releases. We have been been researching and studying the impacts on the Yellowstone ecosystem since re-introduction in 1995.
As the wolf population in the park has grown, the elk population, their favored prey, has declined. Prior to reintroduction, the EIS predicted that wolves would kill an average 12 elk per wolf annually. This estimate proved too low as wolves are now killing an average of 22 elk per wolf annually. This decline in elk has resulted in changes in flora, most specifically willows, cottonwoods and aspens along the fringes of heavily timbered areas. Although wolf kills are directly attributable to declines in elk numbers, some research has shown that elk behavior has been significantly altered by wolf predation. The constant presence of wolves have pushed elk into less favorable habitats, raised their stress level, lowered their nutrition and their overall birth rate.
The wolves became significant predators of coyotes after their reintroduction. Since then, in 1995 and 1996, the local coyote population went through a dramatic restructuring. Until the wolves returned, Yellowstone National Park had one of the densest and most stable coyote populations in America due to a lack of human impacts. Two years after the wolf reintroductions, the pre-wolf population of coyotes had been reduced to 50% through both competitive exclusion and intraguild predation. Coyote numbers were 39% lower in the areas of Yellowstone where wolves were reintroduced. In one study, about 16% of radio-collared coyotes were preyed upon by wolves. Yellowstone coyotes have had to shift their territories as a result, moving from open meadows to steep terrain. Carcasses in the open no longer attract coyotes; when a coyote is chased on flat terrain, it is often killed. They feel more secure on steep terrain where they will often lead a pursuing wolf downhill. As the wolf comes after it, the coyote will turn around and run uphill. Wolves, being heavier, cannot stop and the coyote gains a large lead. Though physical confrontations between the two species are usually dominated by the larger wolves, coyotes have been known to attack wolves if they outnumber them. Both species will kill each other's pups given the opportunity.
Coyotes, in their turn, naturally suppress foxes, so the diminished coyote population has led to a rise in foxes, and "That in turn shifts the odds of survival for coyote prey such as hares and young deer, as well as for the small rodents and ground-nesting birds the foxes stalk. These changes affect how often certain roots, buds, seeds and insects get eaten, which can alter the balance of local plant communities, and so on down the food chain all the way to fungi and microbes."
The presence of wolves has also coincided with a dramatic rise in the park's beaver population; where there was just one beaver colony in Yellowstone in 2001, there were nine beaver colonies in the park by 2011. The presence of wolves seems to have encouraged elk to browse more widely, diminishing their pressure on stands of willow, a plant that beavers need to survive the winter. The renewed presence of beavers in the ecosystem has substantial effects on the local watershed because the existence of beaver dams "even[s] out the seasonal pulses of runoff; store[s] water for recharging the water table; and provide[s] cold, shaded water for fish." Beaver dams also counter erosion and create "new pond and marsh habitats for moose, otters, mink, wading birds, waterfowl, fish, amphibians and more."
Similarly, after the wolves' reintroduction, their increased predation of elk benefited Yellowstone's grizzly bear population, as it led to a significant increase in the growth of berries in the national park, an important food source for the grizzly bears.
Wolf kills are scavenged by and thus feed a wide array of animals, including, but not limited to, ravens, wolverines, bald eagles, golden eagles, grizzly bears, black bears, jays, magpies, martens and coyotes.
Meanwhile, wolf packs often claim kills made by cougars, which has driven that species back out of valley hunting grounds to their more traditional mountainside territory.
The top-down effect of the reintroduction of an apex predator like the wolf on other flora and fauna in an ecosystem is an example of a trophic cascade.