BuzzH
Well-known member
Theres wolves in most all of SW Montana right now, including the areas with the extended seasons and the areas 25% over population goals...
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
Gardiner late elk hunt to be cut
By SCOTT McMILLION, Chronicle Staff Writer
HELENA -- The winter elk hunt in Gardiner will be cut from 1,180 hunters to 148 hunters, mirroring the steady downward spiral of the Northern Yellowstone elk herd, the Montana Fish, Wildlife and Parks Commission decided here Thursday.
The hunt is likely to be discontinued altogether in the future, said Kurt Alt, FWP regional wildlife manager.
"It's probably going to go away," he said.
He cited the heavy density of wolves in and near the park, coupled with other predation, as a reason for cutting the hunt by more than 90 percent by January, 2006.
The northern Yellowstone herd hit a peak of about 19,000 animals in 1994. The next year, wolves were reintroduced and elk have been on a steady decline ever since.
"It's just one more mouth to feed," Alt said of the wolves.
As recently as 2000, FWP offered more than 2,800 tags for the late hunt, which aimed to harvest mostly female elk that migrated out of Yellowstone National Park.
"We expect to observe less than 8,000 elk during this December's count," Alt said. "Wolf lovers will have a hard time accepting that wolves are having such an impact."
He noted that in 1968, when the National Park Service stopped culling elk inside the park, there were about 4,000 elk there. By 1975, the year the late hunt commenced, the number had climbed to 12,000. In those years, there were no wolves, about half as many grizzly bears as there are today, and a lot fewer lions, Alt noted.
He said that, with the abundance of predators in and near the park, he fears that "one bad winter" could drop the elk herd to the 1968 level and the smaller herd would then face all those predators.
Critics of wolf reintroduction have pointed to reduced elk numbers for years and blamed wolves for them.
Now it turns out they're right, at least partly.
Recent studies in Yellowstone have shown that 70 percent of elk calves die from predators by the end of September of their first year.
Bears, both black and grizzly, account for about 60 percent of the calves that die in the first few weeks of their lives in the jaws of predators. After the calves become more mobile, wolves begin killing more of them and bears kill fewer, the studies show.
Springtime counts over the last three years have shown that between 12 and 14 calves per hundred cows have remained alive through the first year of their life.
A calf/cow ratio of about 20 is needed for a herd to sustain itself, Alt told the commission.
FWP commission chairman Dan Walker asked him if he expected to see that level reached within the next 10 years. Alt said "no."
The commission also approved Montana's statewide elk plan, which focuses on ways for people to harvest more elk, if necessary. Unlike the area just north of the park, most elk hunting districts in the state contain more elk than guidelines call for, leading to landowner complaints.
It's possible that some districts could be limited to antlerless elk only, in efforts to reduce populations.
Alt said he is not concerned about wolves causing similar big drops in elk numbers in other parts of the state.
It hasn't happened in northwest Montana, he said, or along the Rocky Mountain Front, where wolves have lived for years.
Wolves will continue to spread out from the park, but a significant number will get get in trouble with livestock and likely will be killed, Alt said.
"Whether they are listed (by the Endangered Species Act) or not, wolves will be managed on landscapes where people live and work," he said.
FWP is taking over many wolf management duties from the federal government.
Once delisted -- a step that could be years away -- Montana hopes to install limited hunting and trapping seasons for wolves, he said.
I can only tell you about the last 14 years in the Sawtooths. And from the same camp that we have been hunting out of, we are now seeing more elk by a HUGE amount than we did 14 years ago. Harvest numbers are down, but that was only after we grew up and quit shooting spikes... hump We are also seeing fewer hunters.Moosie said:Hey Gunner, Hows the Elk harvest been up in the Sawtooths were you hunt ? Still as Good as 5 years ago ? 10 years ago ? better ? Worse ?
I say Let the Guys that shoot the wolves keep shooting them and keep the #'s around 200-300 I'll back a Wolf poacher any day of the week
___________________________________________________________________________
The Ecology Of Fear: Wolves Gone, Western Ecosystems Suffer
CORVALLIS, Ore. - Research about wolves that began in Yellowstone National Park has been replicated in an adjacent area, and a growing body of evidence leads scientists to conclude that this historic predator may have an ecological impact far more important than realized in the American West.
The near extinction of the gray wolf across most of the West in the past century now appears to have removed the natural element of "fear" from these ecosystems. It has triggered a cascade of ecological effects on everything from elk populations to beaver, birds, fish, and even stream systems - and helped lead directly to the collapsing health of aspen and some other tree species and vegetation.
Two recent studies by forestry scientists from Oregon State University, published in the journals BioScience and Forest Ecology and Management, outline a role for the gray wolf that is complex and rarely understood, but helps explain many major problems facing western streams, forests and wildlife.
"It would appear that the loss of a keystone predator, the gray wolf, across vast areas of the American West may have set the stage for previously unrecognized and unappreciated ecological changes in riparian and upland plant communities, and the functions they provide," the scientists concluded.
The studies were authored by William Ripple, a professor, and Robert Beschta, a professor emeritus, in the OSU College of Forestry.
In their research, the scientists explore a concept that has been called "the ecology of fear."
The ecological and historical significance of wolves is only partly due to the actual impact they have by preying on other animals, both large and small, the OSU researchers have found. Just as important is the fear that many larger animals have of wolves, and the resulting behavioral changes in elk and some other grazing animals.
"Prey species will alter their use of space and their foraging patterns according to the features of the terrain and how that affects the risk of predation," Ripple and Beschta noted in their study. "They forage or browse less intensively at high-risk sites."
Some of those sites, the researchers say, are streamsides rich in aspen, cottonwood, willow and other edible vegetation. When healthy and normal, such areas naturally grow large trees and other streamside vegetation that provides the basis for supporting beaver, other wildlife, fish populations, native bird communities, and stable channel banks.
The OSU scientists, in previous work, documented that the loss of aspen and cottonwood trees in Yellowstone National Park dated almost exactly to the extermination of the last wolf packs in the park in the mid-1920s.
The elk moved in, ate young trees before they could become established, and the entire riparian ecosystem began a slow demise that was only reversed recently - when wolves were re-introduced to the park.
In their newest work, the researchers have found exactly the same forces at work along the Gallatin River in southwestern Montana. Coincidental with the return of wolves to that area, there has been a dramatic recovery of willow populations along streams, and other possible factors such as changing climate conditions have been ruled out as a possible cause.
A modest recovery of willows may not seem that significant. But the OSU researchers say it has set the stage for ecological "spin-offs," including an increase in plant biomass, improved streambank stability, better floodplain functioning, reduced soil erosion, and better food web support for everything from beaver to river otter, fish, birds, amphibians, and insects. Biodiversity will increase and rising beaver populations will lead to even more changes, including sediment retention, wetland maintenance and nutrient cycling.
And the story, the OSU scientists say, appears to be much larger than just Yellowstone National Park or the mountainous regions around it, as demonstrated by a broad range of research.
One study suggested that the loss of wolves has allowed increases in deer populations across much of North America, which led to a browsing pressure on plants that was unprecedented. Predation effects involving wolves and elk were also found in aspen growth in Jasper National Park. In Grand Teton National Park, the local extinction of grizzly bears and wolves caused an increase in herbivory on willow by moose, and ultimately decreased the diversity of neotropical migrant birds.
The role of fear, while emphasizing the value of wolves, is not exclusive to them, the scientists said. Even the fear of human sport hunters has a role.
One study in Montana showed that elk adjusted their foraging behavior by browsing far from roads to avoid human contact and possible predation. And research in Colorado has found that aspen was far more heavily browsed, and used year-round by elk, where sport hunting was excluded.
Ultimately, however, the value of large predators needs to be reconsidered, the reports conclude. The body of evidence has become compelling, the OSU researchers say, that predation by top carnivores, especially wolves, may be pivotal to maintaining biodiversity in some ecosystems.
More information on this research can be found on the Web at http://www.cof.orst.edu/wolves.
"The ranges of large carnivores are continuing to collapse around the world," the scientists note in their report. "In North America, the gray wolf and the grizzly bear have faced nearly complete extirpation in the lower 48 states, although populations of these carnivores have been increasing in recent years."
"Growing evidence points to the importance of conserving these animals because they have cascading effects on lower trophic levels."
A similar point, they said, was made by the great naturalist Aldo Leopold in 1949, who predicted this crisis.
"I have lived to see state after state extirpate its wolves," Leopold wrote 55 years ago. "I have seen every edible bush and seedling browsed, first to anemic desuetude, and then to death."
Poaching is a touchy subject............. but in General I only back Wolf Poachers Although If someone takes a deer strickly for food and is in the position that they really need it I have a hard time looking bad on then either. But there are very few people that really "need" the meat to survive. If someone makes a mistake in Duck hunting and shoots 2 hens instead of one or something liek that I don't look bad at that either. So yah, some poaching good, some badElkGunner said:Do you only back wolf poachers, or do you back all poachers? And how do you decide what type of poachers are ok? Is some poaching good, and other poaching bad?
Greenhorn,Greenhorn said:Thanks Elkgunner. That's one of the best tree-hugger studies I've read in a while. So not only can the wolves do a wonderful job of managing our wildlife, they're good for the shrubs and flowers too.
Now don't get me wrong, there are and always will be elk in the Gallatin, the wolves won't eat them all, and like I said a few wolves would be nice, but here's some more numbers...
Late season elk hunting opportunites on the upper Gallatin:
1995: 610 elk permits and unlimited late season archery permits
2005: NONE