Long ago, before your four-legged best friend learned to fetch tennis balls or watch football from the couch, his ancestors were purely wild animals in competition—sometimes violent—with our own. So how did this relationship change? How did dogs go from being our bitter rivals to our snuggly, fluffy pooch pals?
The new drama Alpha answers that question with a Hollywood “tail” of the very first human/dog partnership.
Europe is a cold and dangerous place 20,000 years ago when the film’s hero, a young hunter named Keda, is injured and left for dead. Fighting to survive, he forgoes killing an injured wolf and instead befriends the animal, forging an unlikely partnership that—according to the film—launches our long and intimate bond with dogs.
Just how many nuggets of fact might be sprinkled throughout this prehistoric fiction?
We’ll never know the gritty details of how humans and dogs first began to come together. But beyond the theater the true story is slowly taking shape, as scientists explore the real origins of our oldest domestic relationship and learn how both species have changed along canines’ evolutionary journey from wolves to dogs.
When and where were dogs domesticated?
Pugs and poodles may not look the part, but if you trace their lineages far enough back in time all dogs are descended from wolves. Gray wolves and dogs diverged from an extinct wolf species some 15,000 to 40,000 years ago. There’s general scientific agreement on that point, and also with evolutionary anthropologist Brian Hare’s characterization of what happened next. ’The domestication of dogs was one of the most extraordinary events in human history,” Hare says.
Scientists cannot agree on the timing, either. Last summer, research reported in Nature Communications pushed likely dates for domestication further back into the past, suggesting that dogs were domesticated just once at least 20,000 but likely closer to 40,000 years ago. Evolutionary ecologist Krishna R. Veeramah, of Stony Brook University, and colleagues sampled DNA from two Neolithic German dog fossils, 7,000 and 4,700 years old respectively. Tracing genetic mutation rates in these genomes yielded the new date estimates.
“We found that our ancient dogs from the same time period were very similar to modern European dogs, including the majority of breed dogs people keep as pets,” explained Dr. Veeramah in a release accompanying the study. This suggests, he adds, “that there was likely only a single domestication event for the dogs observed in the fossil record from the Stone Age and that we also see and live with today.”
End of story? Not even close.
In fact, at least one study has suggested that dogs could have been domesticated more than once. Researchers analyzed mitochondrial DNA sequences from remains of 59 European dogs (aged 3,000 to 14,000 years), and the full genome of a 4,800-year-old dog that was buried beneath the prehistoric mound monument at Newgrange, Ireland.
Comparing these genomes with many wolves and modern dog breeds suggested that dogs were domesticated in Asia, at least 14,000 years ago, and their lineages split some 14,000 to 6,400 years ago into East Asian and Western Eurasian dogs ,
But because dog fossils apparently older than these dates have been found in Europe, the authors theorize that wolves may have been domesticated twice, though the European branch didn’t survive to contribute much to today’s dogs. Greger Larson, director of the Wellcome Trust Palaeogenomics & Bio-Archaeology Research Network at Oxford University, suggests that the presence of older fossils in both Europe and Asia, and the lack of dogs older than 8,000 years in between those regions, supports such a scenario.
“Our ancient DNA evidence, combined with the archaeological record of early dogs, suggests that we need to reconsider the number of times dogs were domesticated independently. Maybe the reason there hasn’t yet been a consensus about where dogs were domesticated is because everyone has been a little bit right,′ Larson said in a statement accompanying the study.
The many interbreedings of dogs and wolves also muddy the genetic waters, of course. Such events happen to the present day—even when the dogs in question are supposed to be stopping the wolves from eating livestock.
How did dogs become man’s best friend?
Perhaps more intriguing then exactly when or where dogs became domesticated is the question of how. Was it really the result of a solitary hunter befriending an injured wolf? That theory hasn’t enjoyed much scientific support.
One similar theory argues that early humans somehow captured wolf pups, kept them as pets, and gradually domesticated them. This could have happened around the same time as the rise of agriculture, about 10,000 years ago. The oldest fossils generally agreed to be domestic dogs date to about 14,000 years, but several disputed fossils more than twice that age may also be dogs or at least their no longer entirely wolf ancestors.
Since more recent genetic studies suggest that the date of domestication occurred far earlier, a different theory has gained the support of many scientists. “Survival of the friendliest” suggests that wolves largely domesticated themselves among hunter-gatherer people.
“That the first domesticated animal was a large carnivore, who would have been a competitor for food—anyone who has spent time with wild wolves would see how unlikely it was that we somehow tamed them in a way that led to domestication,” says Brian Hare, director of the Duke University Canine Cognition Center.
But, Hare notes, the physical changes that appeared in dogs over time, including splotchy coats, curly tails, and floppy ears, follow a pattern of a process known as self-domestication. It’s what happens when the friendliest animals of a species somehow gain an advantage. Friendliness somehow drives these physical changes, which can begin to appear as visible byproducts of this selection in only a few generations.
“Evidence for this comes from another process of domestication, one involving the famous case of domesticated foxes in Russia. This experiment bred foxes who were comfortable getting close to humans, but researchers learned that these comfortable foxes were also good at picking up on human social cues,” explains Laurie Santos, director of the Canine Cognition Center at Yale University. The selection of social foxes also had the unintended consequence of making them look increasingly adorable—like dogs.
Hare adds that most wolves would have been fearful and aggressive towards humans—because that’s the way most wolves behave. But some would have been friendlier, which may have given them access to human hunter-gatherer foodstuffs..
“These wolves would have had an advantage over other wolves, and the strong selection pressure on friendliness had a whole lot of byproducts, like the physical differences we see in dogs,” he says. “This is self-domestication. We did not domesticate dogs. Dogs domesticated themselves.”
A study last year provided some possible genetic support for this theory. Evolutionary biologist Bridgette von Holdt, of Princeton University, and colleagues suggest that hypersocial behavior may have linked our two species and zero in on a few genes that may drive that behavior.
“Generally speaking, dogs display a higher level of motivation than wolves to seek out prolonged interactions with humans. This is the behavior I’m interested in,” she says.
Von Holdt’s research shows that the social dogs she tested have disruption to a genomic region that remains intact in more aloof wolves. Interestingly, in humans genetic variation in the same stretch of DNA causes Williams-Beuren syndrome, a condition characterized by exceptionally trusting and friendly behaviors. Mice also become more social if changes occur to these genes, previous studies have discovered.
The results suggest that random variations to these genes, with others yet unknown, may have played a role in causing some dogs to first cozy up with humans.
“We were able to identify one of the many molecular features that likely shape behavior,” she adds.
How have dogs changed since becoming our best friends?
Though the origins of the dog/human partnership remain unknown, it’s becoming increasingly clear that each species has changed during our long years together. The physical differences between a basset hound and wolf are obvious, but dogs have also changed in ways that are more than skin (or fur) deep.
One recent study shows how by bonding with us and learning to work together with humans, dogs may have actually become worse at working together as a species. Their pack lifestyle and mentality appear to be reduced and is far less prevalent even in wild dogs than it is in wolves.
But, Yale’s Laurie Santos says, dogs may have compensated in other interesting ways. They’ve learned to use humans to solve problems.
“Several researchers have presented dogs and wolves with an impossible problem (e.g., a puzzle box that can’t be opened or a pulling tool that stops working) and have asked how these different species react,” Santos explains. “Researchers have found that wolves try lots of different trial and error tactics to solve the problem— they get at it physically. But at the first sign of trouble, dogs do something different. They look back to their human companion for help. This work hints that dogs may have lost some of their physical problem-solving abilities in favor of more social strategies, ones that rely on the unique sort of cooperation domesticated dogs have with humans. This also matches the work showing that dogs are especially good at using human social cues.”
The relationship has become so close that even our brains are in sync. Witness a study showing that dogs hijack the human brain’s maternal bonding system. When humans and dogs gaze lovingly into one another’s eyes, each of their brains secretes oxytocin, a hormone linked to maternal bonding and trust. Other mammal relationships, including those between mom and child, or between mates, feature oxytocin,bonding, but the human/dog example is the only case in which it has been observed at work between two different species.
The intimacy of this relationship means that, by studying dogs, we may also learn much about human cognition.
“Overall. the story of dog cognitive evolution seems to be one about cognitive capacities shaped for a close cooperative relationship with humans, Santos says. “Because dogs were shaped to pick up on human cues, our lab uses dogs as a comparison group to test what’s unique about human social learning.” For example, a recent Yale study found that while dogs and children react to the same social cues, dogs were actually better at determining which actions were strictly necessary to solve a problem, like retrieving food from a container, and ignoring extraneous “bad advice.” Human kids tended to mimic all of their elders’ actions, suggesting that their learning had a different goal than their canine companions’.
We may never know the exact story of how the first dogs and humans joined forces, but dogs have undoubtedly helped us in countless ways over the years. Still, only now may we be realizing that by studying them, they can help us to better understand ourselves.
Read more: https://www.smithsonianmag.com/science-nature/how-wolves-really-became-dogs-180970014/#v4MLrVTsL0zXWeuq.99
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May 8, 2018 Updated: May 9,
Seven years after an Oregon wolf named OR-7 caused an international sensation by taking a historic pilgrimage through California, his offspring are settling in the Golden State, starting families and giving every indication that the howling canines are here to stay.
Wildlife biologists regard the re-establishment of Canis lupus in California as a milestone in the country’s decades-long effort to protect and preserve natural habitats and endangered species. Up to 2 million gray wolves once lived in North America, but European settlers, fed by big, bad wolf myths, drove them to near-extinction in the lower 48 states.
The last wild gray wolf in California before OR-7 showed up was killed in 1924.
Four of OR-7’s progeny have been detected in California this year and last, including the leader of the Lassen Pack, which has staked out territory in western Lassen and Plumas counties, according to a recent update on the status of the predators by the California Department of Fish and Wildlife.
Several others could well be roaming through the state undetected, said wildlife biologists, who expect the wolf population in the Golden State to grow.
“It does seem like we are continuing to see wolves entering California, and we have a breeding pack, so the stage is set for population growth,” said Pete Figura, a wildlife management supervisor for the Department of Fish and Wildlife. “It seems to be following the pattern of wolf expansion that we’ve seen over the last 20 or 30 years in the American West.”
OR-7, so named because he was the seventh wolf affixed with a radio collar in Oregon, eventually returned to his home state and found a mate. He is now the alpha male in the Rogue Pack, south of Crater Lake National Park, where he and his mate have raised litters every year since 2014.
One of his sons entered California and started the Lassen Pack, which is often seen in the Indian Valley area north of Quincy, in Plumas County. Known as CA-08M, he and his mate have had four puppies, three of which were spotted by locals and on trail cameras in late March.
“They’ve been fairly visible,” said Amaroq Weiss, the West Coast wolf organizer for the Center for Biological Diversity. “Someone recently posted a video of a pup barking at them.”
An uncollared wolf Figura said is the likely daughter of OR-7 is also in California, where she was observed and tracked in January moving southeast through Siskiyou County.
In January, wildlife biologists tracked another of OR-7’s daughters, OR-54, 500 miles through four California counties. The radio-collared female covered much of the same ground her famous father did from 2011 to 2013. State wildlife biologists said GPS showed she left California in February and then returned to eastern Siskiyou County on April 15.
Another collared wolf known as OR-44 was tracked in March nosing around eastern Siskiyou County, apparently looking for females. He is unrelated to OR-7 or his offspring.
Although conservationists are ecstatic, there is a disturbing element about the uptick in wolf activity. The first breeding pair of wolves ever in California had five puppies in the spring of 2015, all of them sporting distinctive black coats.
The black wolves, known as the Shasta Pack, killed and ate a calf in November 2015, the first reported case of livestock predation by wolves since their return to California. Curiously, that month was also the last time the entire pack was known to be together.
None of the seven were seen again until May 2016, when a single juvenile male was spotted by trail cameras near where it grew up. In March 2017, that same wolf was spotted in northwestern Nevada, the first wolf verified in Nevada in nearly 100 years.
Nobody knows what happened to the other members of the Shasta Pack. Figura said it is possible they all migrated to a new region, but that would be unusual.
Weiss believes the predators, none of which had radio collars, were gunned down. Ranchers in the area had previously threatened to employ the “three S’s” — shoot, shovel and shut up — if any of the sharp-toothed meat-eaters got near their livestock.
“I and others have reason to believe the wolves may have been poached (because) it’s rather difficult for an entire seven member all-black pack to have just disappeared,” Weiss said. “It is disturbing to have California wolf recovery starting out with something so bleak.”
State wildlife officials are trying hard to minimize wolf-livestock conflicts by providing ranchers with the locations of the animals, but not all of the wolves in California have GPS collars. The Lassen Pack traverses both public and private property, including National Park and U.S. Forest Service acreage and ranch and timber lands.
“Even though there are vast areas of forest, there are also little pockets of small towns, so people are going to see them,” Weiss said. “The response has so far been mixed.”
Meanwhile, two more calves in Northern California fell prey to wolves in 2017 and one adult cow is believed to have been killed by the pack hunters.
Ever wanted to kill a wolf? If so, now’s your time. In Wyoming, wolf hunting is now legit—365 days a year across 85 percent of the state, where wolves are classified as shoot-on-sight vermin. Guns, snares, explosives, trucks, and snowmobiles—almost any form of violence is allowed to kill these animals. Today anyone in most of Wyoming can kill wolves without a hunting license, putting at great risk a wildlife species whose populations in the Lower 48 remain a dim shadow of what they once were and whose recovery in the Rockies is tenuous at best.
And what about the other 15 percent of the state, concentrated around the Jackson Hole area and the Tetons? That’s a “trophy area” where wolves may be seasonally hunted from October 1 to December 31. Unlike much of the rest of Wyoming—where ranches and extractive industries have seriously degraded valuable wolf habitat—the northwest corner still offers wolves, grizzlies, and the other large predators remaining in the West a corner in which to struggle to survive.
And now even that refuge is under fire. During the 2017 hunting season (the first legal hunt in Wyoming since 2013), licensed hunters killed 44 wolves in the trophy area—12 alone within the first 40 hours of the open season. Another 32 were killed across the rest of the state last year. And at least 48 are estimated to die annually from human impacts outside of hunting. To put this in perspective, before wolves were removed from Endangered Species Act protection, there were approximately 380 wolves inhabiting Wyoming’s 97,814 square miles. In a single year, Wyoming may have lost a quarter of all its wolves.
How did this happen? Let’s take a look back. In 1995, the U.S. Fish and Wildlife Service reintroduced wolves to Yellowstone National Park. The wolves prospered, multiplied, and eventually offered affirmative proof of this animal’s importance to ecosystem health. The successful reintroduction also demonstrated that, almost incredibly, there was still sufficient unimpeded wilderness in the continental United States to allow this far-ranging alpha predator to thrive. The growing number of packs steadily expanded their range as succeeding generations of wolves began to disperse, following the elk herds on their seasonal migration southward out of Yellowstone and into the Tetons. And that’s when the trouble began.
In 2003, just eight years after the Yellowstone reintroductions, the USFWS reclassified the endangered gray wolf under the ESA as threatened, thereby downgrading its protective status. The USFWS, fatigued from years of having to manage the intense public opinions that surround this species, was eager to stop having to oversee wolf management and began planning the wholesale removal of the “recovered” Northern Rockies populations from the ESA. The agency planned to devolve wolf management to the states of Wyoming, Idaho, and Montana, which under law would have to devise management plans that would ensure the maintenance of minimum sustainable populations.
For more than a decade, wildlife advocates fought the attempted delisting in court. The wolves in the Northern Rockies bounced back and forth between being legally protected and at the mercy of state agencies. After a brief period under state management, Wyoming wolves were placed back under the protection of the ESA. A 2009 federal district court decision held that the entire state constituted a “significant portion” of the wolves’ range—a proven historical fact, all the more pertinent given the depleted numbers of wolves throughout North America today.
But in March 2017, the D.C. Circuit Court reaffirmed Wyoming’s wolf management plan, ruling that the “2009 decision has been overtaken by events.” According to the court, the USFWS “has adopted a new definition of ‘significant portion of its range,’” allowing wolves outside the trophy zone to be destroyed with no repercussions to the species recovery across the greater Yellowstone ecosystem. Therefore, the court held, “The [USFWS] has offered ample rationale for determining that the predator area was never ‘envisioned to meaningfully contribute to wolf recovery in the region’ and is thus not a ‘significant portion of its range.’” Wyoming’s wolves were overnight reduced from a federally protected species to vermin across 85 percent of the state.
Idaho and Montana have adopted a more traditional approach to wolf hunting based upon districts, season licenses, and quotas. While those licensed hunting programs have still proved lethal to wolves—at least 271 wolves were killed in Idaho 2016, and 247 in Montana—they are not as sweeping as the no-holds-barred approach across most of Wyoming.
What’s behind Wyoming officials’ antipathy toward wolves? The primary justification for the state’s wolf hunt is, supposedly, economic. Wolves are blamed for livestock depredations in a region that is still emotionally and economically invested in the teetering myth of the independent cowboy, despite the fact that many ranchers graze their herds on public lands and insist that representatives of the USDA’s Wildlife Services agency employ any number of methods—including, per the USDA website, “trapping, snaring, shooting, and the use of chemical products and immobilization and euthanasia drugs”—to remove or kill offending predators.
According to the USFWS, wolves killed a record number of livestock in 2016, including 154 cattle, 88 sheep, and one horse; that’s up from a total of 134 depredations in 2015. In response, government “wildlife managers” killed 113 wolves, up from 54 the year before. To put this into context, the 2016 casualties from disease and weather alone among Wyoming’s sheep herds was 37,550 animals.
Wyoming residents are permitted to shoot on site any wolf they find that is attacking or “molesting” livestock or a domesticated dog. Ranchers are also able to seek compensation for livestock lost to wolves. A brochure published by Wyoming Game and Fish states “Landowners may be compensated for verified damage to livestock caused by wolves. Landowners must submit a signed and notarized damage claim affidavit to the WGFD.” But even though ranchers may get financial relief for any wolf attacks on their livestock, some ranchers insist that the wolves still have to die.
Why do wolves kill livestock? Because they’re easy prey, bred by humans over millennia to be pliant. As Andrea Santarsiere, an attorney with the Center for Biological Diversity, told US News and World Report last summer, “When you have native predators on the landscape and non-native livestock on the landscape, it’s not surprising that the predators are going to view them as prey.”
This all makes scientific sense—but science isn’t the issue in Wyoming. Rather, it’s the occasional threat to livestock growers’ incomes that fuels the attacks against wolves and other predators. But predators are hardly the main problem; according to the USDA, in 2015 non-predator causes of death (mainly respiratory diseases) accounted for almost 98 percent of adult cattle mortality, and almost 89 percent for calves. Of the numerical sliver of cattle and calves that were killed by predators, wolves took only 4.9 percent, while coyote predation came in at 40.5 percent. Even domestic dogs claimed 11.3 percent, more than twice that of wolves.
The second reason for an intensive wolf hunt is the perceived reduction of trophy game such as elk, deer, bison, and moose. For the last few generations, big game has been abundant throughout much of the West, in part because of predator persecution. According to Yellowstone National Park’s website, “Early-20th-century protectionist policies, including the elimination of wolves and cougars, boosted elk numbers and stoked concern that the herd was too large. In response, park managers and hunters shot, trapped, and relocated tens of thousands of elk between 1920 and 1968.”
The annual elk slaughter was conducted primarily to prevent damage to important biotic features such as the cottonwoods and willows that stabilized stream banks; without any fear of predation, elk herds would simply stay put streamside and gnaw new shoots to the roots, eventually resulting in erosion, sedimentation, and the loss of freshwater trout habitat. Large carnivores were reintroduced to the landscape in part for this reason: They keep prey species below their maximum carrying capacity and in the process hold diseases in check and balance ecosystems. With the reintroduction of wolves, and a concomitant increase in grizzly numbers (the bears will sometimes appropriate or scavenge the remains of wolf kills), Yellowstone’s bloated elk population rapidly decreased by around 65 percent.
But this turned some hunters against the resurgent wolves. The trophy males that are the chief interest of hunters are (if not infirmed by age) usually the healthiest and strongest members of the herd. Anyone who has encountered a cantankerous 1,500-pound bull moose standing seven feet at the shoulder will understand the reluctance of any predator to challenge it head on. Predators naturally target the easiest, least demanding prey: the young and old, the sick and lame. Therefore the impact of wolves to healthy adult male elk, mule deer, bison, or moose is ecologically minimal.
As it currently stands, Wyoming’s wolf management plan requires the maintenance of a 100 x 10 ratio: that is, 100 wolves with at least 10 confirmed breeding pairs in the entire state, not including Yellowstone National Park or the Wind River Shoshone/Northern Arapahoe Reservation. The plan also calls for state biologists to define a “buffer” against this minimum required population, which presumably would mean more wolves than the required minimum. But the buffer, already vague, is not a legal requirement of the state’s management plan.
And in any case, the Wyoming plan appears to violate federal guidelines, according to attorneys with the nonprofit advocacy group Earthjustice. Under federal regulations, Wyoming must retain a total of 150 wolves, including 15 breeding pairs, throughout the entire state, including the national parks and the trophy game area. Although the state can take the population down to the bare minimum and still remain within the law, the targets seem arbitrary, says Timothy Preso, managing attorney of Earthjustice’s office in Bozeman, Montana.
“There is huge pressure on the ‘trophy zone’ to maintain a viable population without a legal safety net,” Preso said. Reestablishing wolves was a huge and successful effort by the American taxpayer, he said, one that has been sacrificed to extremists who may use any means not already illegal, like certain poisons, to wipe out wolves. “They can dynamite pups in their dens, run them over with snowmobiles, shoot them, trap them.” Preso continued, “There’s not a rational discussion underlying the management of wolves in Wyoming. They’re such a symbol of different things. To some people they epitomize wilderness and freedom; to others they’re pure evil, even somehow scapegoats for dislike of the federal government.”
Preso said the statewide “dual classification” zoning system that is unique to Wyoming, along with the state’s lack of a meaningful buffer to support the minimum required numbers of this isolated population, is at the heart of conservationists’ issues with the Wyoming plan. “We will continue to fight to protect wolves against extreme and hostile state management policies,” he said.
Ken Mills, wolf management specialist with Wyoming Game and Fish, neatly summed things up regarding his state’s unprecedented ability to devastate an ecologically vital, formerly federally protected species. “There’s no other jurisdiction that has to manage wolves the way we do,” Mills told the Jackson Hole News & Guide last spring. “We have a much smaller population [compared with other Northern Rockies states] and a smaller area of suitable habitat. But on the plus side Idaho and Montana can’t manage their populations; they can’t overharvest their population. We can. Essentially we’re managing a population in a brand-new way.”
A Norwegian court on Tuesday granted a reprieve to seven wolves near Oslo caught in the middle of a battle between environmental activists and sheep farmers.
The Oslo district court granted a request from the Norwegian branch of the World Wildlife Fund (WWF) and issued an injunction temporarily stopping the hunt of 12 wolves in the Oslo region—five of which have already been killed—pending a final decision on the matter.
The number of wolves in the Scandinavian country is modest—between 105 and 112 individuals, according to the latest count—and the species is listed as being at risk of extinction. But its current population is above the target set by Norway’s parliament.
This winter, regional wildlife management authorities gave the go ahead to the culling of 50 wolves. While the final number still depends on a government decision, the announcement caused an uproar among animal rights activists.
Tuesday’s court decision concerns only Oslo and its surrounding regions in southeastern Norway. The hunting of 14 other wolves will still be allowed in the rest of the country. One of them has already been killed.
WWF Norway has sued the state over its wolf policy, which it argues violates the country’s laws and constitution, as well as the Bern Convention on nature conservation.
The Oslo court will rule on that matter at a later, as yet unspecified date.
According to WWF, wolves account for just 1.3 percent of deaths in sheep flocks, which also fall victim to accidents and other predators such as wolverines, lynx, eagles and bears.
Explore further: Uproar as Norway paves way for hunting wolves
A hunter shot and killed a wolf that he said was running at him.
A 38-year-old hunter says he shot and killed a wolf that was “running directly at him” in northeast Oregon’s Union County, the Oregon State Police reported Tuesday.
It’s illegal to kill a wolf in Oregon, but police said the hunter, who wasn’t named, won’t be charged because it’s believed he was acting in self-defense, officials said.
The incident marks the first time that a wolf has been reported shot in self-defense in Oregon since they began returning to the state in the late 1990s.
According to police, the hunter was stalking elk in the Starkey Wildlife Management Unit when he observed three of what he assumed were coyotes, police said.
One of the animals began to run directly at him, while another made its way around him, the hunter told police. He said he screamed at the lead animal but, fearing for his life, shot the animal a single time.
Later, the hunter, who is from Clackamas County, later discovered the animal was a wolf and “self-reported shooting a wolf in Union County,” police said.
The Union County District Attorney’s Office reviewed the case and said the hunter wouldn’t be prosecuted because it’s believed “to be an incidence of self-defense.”
Confirmed reports of wolves attacking humans are extremely rare.
“Wolves typically try to avoid humans whenever possible,” Oregon State University professor Bill Ripple told the Statesman Journal in a previous interview.
The Oregon Department of Fish and Wildlife said in a report that “wolves will tend to avoid people and wolf-human conflicts are extremely rare. They are more likely to occur when wolves are habituated to people, when dogs are involved, or if wolves are sick (e.g. rabies).”
© 2017 KGW-TV
WASHINGTON — Legislation under committee consideration in the U.S. House of Representatives today would strip gray wolves in the western Great Lakes states of protections they enjoy under the Endangered Species Act.
Less than two months after an appeals court in Washington, D.C., ruled that the protection afforded wolves in Michigan, Minnesota and Wisconsin should continue unless there is a further study, the House Federal Lands Subcommittee today took up legislation that would reverse that decision.
A second bill —- co-sponsored by several Republican Michigan members of Congress — would do much the same and is expected to get a vote in the subcommittee, as well, perhaps as early as this week.
The section regarding gray wolves’ protection considered by the Federal Lands Subcommittee is part of a larger bill that would take steps to ensure that public lands remain largely open to hunting and fishing.
During today’s hearing, Democrats voiced deep concerns about other portions of the legislation, including measures that would make it easier for people to buy firearm silencers and put more of a legal and financial burden on law enforcement when stopping a vehicle suspected of potentially transporting a firearm across state lines.
The U.S. Fish and Wildlife Service has been attempting for years to de-list the 600 or so gray wolves in Michigan’s Upper Peninsula and larger populations from Minnesota and Wisconsin from protection under the Endangered Species Act but has been turned back each time.
In the most recent ruling, the court said Fish and Wildlife could not go through with such a de-listing without studying what such a move would mean to the population across the rest of the U.S. Proponents of hunting wolves argue that the numbers are significantly recovered to allow for de-listing and that wolves increasingly threaten livestock, reduce deer populations and even threaten humans.
In August, Wayne Pacelle, president and CEO of the Humane Society of the United States, called such anecdotal evidence “fabricated” and “exaggerated,” noting that in cases where wolves are found to kill livestock, farmers can get permission to kill wolves.
“Congress should not subvert the rulings of two federal courts affirming the conclusion that de-listing of wolves in the Great Lakes region is premature,” Pacelle said today, adding that they help reduce auto collisions with deer by reducing the population. “The wolf population in the state is small and not increasing, and Michigan voters have rejected trophy hunting of the animals by voting down two statewide ballot measures to allow it.”
Michigan rejected wolf hunting in state referendums in 2014.
The legislation — like that co-sponsored by Republican U.S. Reps. Bill Huizenga of Zeeland, John Moolenaar of Midland and Tim Walberg of Tipton — calls for issuing the order de-listing wolves within 60 days of it being signed into law and prohibits any judicial review of the order.
“Basically, it’s been technicalities in the rules (that have kept wolves listed). There’s no question (they) belong off the endangered species list,” said Anna Seidman, government affairs director for Safari Club International, a hunters rights group. “We need to end this endless court battle and have Congress step in.”
While it’s possible the full committee would send both measures to the full House for consideration, it’s unlikely both would be scheduled for a vote. The more sweeping legislation could be seen as more of a priority then and could get top consideration.
But the legislation still faces difficulties: With so much before Congress between now and the end of the year, it could be caught in a logjam and Democratic members of the U.S. House, while outnumbered with Republicans in the majority, will likely try to do all they can to slow it, especially because of the firearm portions of the bill.
If it gets to the Senate, it would have to cross a 60-vote threshold. Republicans hold only a 52-seat majority in the Senate, though some Democrats from western and rural states potentially might be convinced to vote for it with changes.
Contact Todd Spangler: 703-854-8947 or email@example.com. Follow him on Twitter @tsspangler. Staff writer Keith Matheny contributed to this report.
Romania on Monday said it would kill or relocate 140 bears and 97 wolves following a rise in the number of attacks on humans, sparking outrage from animal rights groups.
The measures aim to “prevent important damages and protect public health and safety”, the environment ministry said in a statement.
A government-appointed commission of scientists backed the move, saying that it did not “endanger the conservation of these two species”.
The decision to let the authorities carry out the killings also “prevents trophy hunting“, according to the experts.
But the World Wide Fund for Nature (WWF) strongly denounced the measure and blamed the issue on deforestation.
“The authorities should first address the problems that have prompted bears to get closer and closer to human settlements in the search for food,” Cristian Papp, the head of WWF’s Romanian branch, told AFP.
Last October, a similar outcry forced the environment ministry to retract quotas allowing hunters to kill 552 bears, 657 wolves and 482 lynxes.
Romania’s vast areas of virgin forest are home to around 6,000 brown bears—some 60 percent of Europe’s population—which mostly roam the Carpathian Mountains.
In recent months, an increasing number have entered towns and villages looking for food.
In July, two shepherds were seriously injured in a bear attack in the Carpathian region.
A month earlier, authorities were forced to temporarily close the famous Poenari Castle—the inspiration for Bram Stoker’s gothic novel “Dracula”—after tourists came face to face with a mother bear and her three cubs.
Read more at: https://phys.org/news/2017-09-romania-wolves.html#jCp
BY ERIK MOLVAR, OPINION CONTRIBUTOR – 09/02/17
When it comes to gray wolves and white-tailed deer, there are enough deep-seated beliefs to fill the Dells of the Wisconsin River.
Some of them, like many of the acts in the nearby town, are based more on fiction than fact.—
Here’s one: The wolves are killing all the deer in northern Wisconsin.
It’s not a new refrain, but it’s one I continue to hear from some of my hunting colleagues each year.
Now in late summer 2017, as bucks begin to lose their velvet and wolf pups start to venture out more with adults, conditions are ripe to discuss trends in both species.
In a word, both are “up.”
There are 480,273 deer in the 18-county northern forest management zone, according to the 2017 pre-hunt population estimate from the Department of Natural Resources.
The 2017 number represents an 18% year-over-year increase.
The population of wolves, as you may know, is at an all-time high in Wisconsin. The DNR in June reported a record high of at least 925 wolves, most of which are in northern Wisconsin.
The latest wolf report represents a 6% increase from 2015-’16 and a 24% rise from 2014-’15.
So the two iconic wildlife species have been increasing in number across Wisconsin’s Northwoods.
Why? And how can it be? If wolves are at an all-time high – and if they “eat all the deer” – shouldn’t the deer herd at least be falling?
A look at the data and management related to each species can be illuminating.
The wolf population has increased largely due to a December 2014 federal judge’s decision that placed the western Great Lakes population under protections of the Endangered Species Act. The ruling has prevented state officials from holding public hunting and trapping seasons or using other lethal means to manage the species.
Deer have been increasing partly due to protection, too. For the last several years, the number of antlerless deer permits has been significantly reduced in northern units. Some counties have allowed zero.
With more female deer allowed to live and reproduce, the population assumed an upward trajectory.
Mother Nature is the other primary factor allowing deer herd growth in the north. The last three years have been marked by “soft” winters, including the fourth (2015-’16) and sixth (2016-’17) mildest on record since 1960, according to the DNR’s Winter Severity Index.
In contrast, two very rough winters took a toll on the deer herd in 2011-’12 and 2012-’13. The 2011-’12 winter was the third most severe on record; the following year was especially tough on deer since winter conditions lasted into May.
The milder winters have been reflected in recent years in higher fawn-doe ratios and a higher proportion of yearling bucks with forked antlers, according to DNR big game ecologist Kevin Wallenfang.
Another factor – habitat – likely has improved marginally in northern Wisconsin in recent years due to some changes in forestry practices. But it’s harder to quantify and likely takes longer to show its effects on the deer herd.
I find the status of both species particularly interesting now, as wolf numbers have climbed to a record high.
Wolves obviously eat deer. According to most experts, an adult wolf will consume the equivalent of 20 adult-sized deer annually.
But when compared to other sources of deer mortality in Wisconsin, wolves rank down the list.
I ran the numbers and trends past David Mech, senior research scientist with the U.S. Geological Survey in St. Paul, Minn. Mech has studied wolves for 59 years and is considered an expert on the species and its effect on plant and animal communities.
“Under these current Wisconsin regulations and conditions, wolves are apparently not a competitor, or aren’t really having that much of an impact (on deer),” Mech said.
The leading causes of deer mortality in the state, as Wisconsin wildlife managers have long said, are human hunters and severe winters.
A 2009 DNR document ranked the deer kill in Wisconsin’s northern and central forest regions this way: 122,000 deer killed by hunters (bow and gun), about 50,000 due to winter stress (the range could vary widely), 33,000 to black bears, 16,000 to coyotes, 13,000 to motor vehicles, 13,000 to wolves and 6,000 to bobcats.
The trends over the last few years in northern Wisconsin are clear.
When I was in Bayfield and Sawyer counties in May for the Governors Fishing Opener, I counted 72 deer on an evening drive from Cable to Hayward.
The conditions reminded me of the plethora of deer I used to see in the area in the mid to late 1990s.
Wolves are up in number. Deer are too.
Humans and Mother Nature have far more control over deer populations than wolves ever will.
I’m hoping my hunting buddies read this. But as always, I’ll be happy to tell them in person.
Pass it along to your friends, too.
As we move forward with management plans on both species, it’s important to bring as many facts to the debate as possible.