Apologetics: the historic distribution argument

[Bean Counter]

I just spent some time reading propoganda at Defenders Of Wildlife.org.

One of the topics I'm a little weak on is the historic distribution agreement. Defenders claim that ungulates evolved alongside wolves for thousands of years. i know that most of what they put out is b.s. but I'm wondering how you could respond to such a claim.

My traditional understanding was that deer, elk, bison, etc numbered in the millions in North America before the white man. Then they were subsistence hunted down to the thousands, then brought back to.the millions by regulated management and hunting. Do we know what historic distribution of wolves was like over this time? I thought that part of how deer numbers were brought back was by wolf poisoning, trapping, and hunting.

[MikeWalking]

Deer numbers were mostly brought back by the ban on commercial hunting. There was a time when they were shot year around in unregulated numbers.  Private hunters and sportsmen's groups put an end to it.

Bison were hunted down to near extinction out of greed.

[300rum]

I never really understand any of their arguments.  If you stoop to their level and try to turn back their arguments you will lose because there is no truth in what they are saying, it is false.  How can you argue a falsehood to begin with?   

[pianoman9701]

The historic distribution argument has many holes in it, the largest being that our world doesn't look the same as it did before we arrived here and it never will again. The argument states that wolves have always been here and that it is the white man who has invaded and changed the predator structure. One could counter that wolves existed everywhere, including at the addresses where all of the Defenders live, whether that be in rural or urban areas. It would be reasonable to suggest that they should leave the planet because they're occupying space which historically was pristine wolf habitat. There is a truth that no one can honestly deny: The land isn't the same as it was and introduced predators always create change in the balance of nature. Man is one such introduced predator. We are here, we kill, get used to it.

It is not only naive but unhealthy to deny that we've been hunting and gathering for 2.6 million years, since the use of tools first began. In the relaitevely short period of time since we've been cultivating food (the last 10,000 years), our bodies have not evolved and our genetic makeup is basically unchanged. 10,000 years is the blink of an eye relative to our evolution. This is the reason for the obesity problems our society faces and why so many of the Defenders of Wildlife are cranky and pale - they ignore millions of years of habits and genetics, and our internal physical requirements and urges. It is also unhealthy and ignorant to not consider man a vital part of nature and its balance. We've always been part of nature and will be until the end of life on our planet as we know it.

The debate is still out as to how much we need wolves in the food chain. I would argue that the need for another apex predator is non-existant. Because wolves were a main competitor for our food and a danger to our population, we eliminated them and took their place at the top. Is it possible that there's a healthy balance where wolves can become again a balanced part of the food chain? It's possible, but I believe not in the numbers that are expected here in the NW. Are ungulate numbers hurting from the absense of wolves? No, they're not. Because hunting is such a useful and flexible tool for game management, the federal and state governments are able to adjust harvests to conform exactly to optimal population levels and projected optimal carrying capacities.

We can deny our genetics and our evolution, but that won't make them go away. We can blame humans for living in former wolf habitat, but there's absolutely nothing we can do about it. The healthiest people on the planet are those who realize who and what we are, from where we came, and how to preserve our bodies according to our makeup. Those who choose to live in opposition to how their bodies are designed will struggle constantly with not only their physical problems, but with their emotional problems, as well. We are hunter gatherers. I personally acknowledge what I am and have benefited immensly from acknowledging and embracing that.

[bearpaw]

Deer numbers were mostly brought back by the ban on commercial hunting. There was a time when they were shot year around in unregulated numbers.  Private hunters and sportsmen's groups put an end to it.

Bison were hunted down to near extinction out of greed.

Specifically, it was market hunting for hides, meat, and tongues that nearly exterminated the buffalo. Fortunately, it has been conservation, sportsman, private ranching, and indian tribes that have brought buffalo numbers back up to where they are today.

There is a very good account here:  http://en.wikipedia.org/wiki/American_bison



The world is simply a different place than it was a few thousand years ago. We can't have all animals roaming freely everywhere in human populated areas but there are wild and remote places for wolves to inhabit and there are increasing numbers of wolves in these areas. There is no reason that wolves must inhabit the whole of North America or that we must reintroduce wolves to save their fate, their numbers are already increasing in the north and most areas where they exist, there is no danger of extinction.

For wolf distribution and evolution, check this out:  http://en.wikipedia.org/wiki/Wolf

Gray wolf
 
Subspecies

The gray wolf, grey wolf, or common wolf[3] (Canis lupus) is the largest extant member of the dog family of mammals, the Canidae. Though once abundant over much of Eurasia, North Africa and North America, the gray wolf inhabits a reduced portion of its former range due to widespread destruction of its habitat, human encroachment, and the resulting human-wolf encounters that sparked broad extirpation. Although the species still faces some threats, it is relatively widespread with a stable population trend and has therefore been assessed as Least Concern by IUCN since 2004.[1] Today, wolves are protected in some areas, hunted for sport in others, or may be subject to population control or extermination as threats to livestock, people, and pets. They occur primarily but not exclusively in wilderness and remote areas.
 
The gray wolf has a slender but powerful build. Its head is large and heavy, with wide foreheads, strong jaws and long and blunt muzzles. The ears are relatively small and triangular and the limbs are long and robust, with comparatively small paws. The animal's size varies depending on the region, with northern wolves being larger. Despite its name, the gray wolf's coat colour ranges from almost pure white to black. Wolves are social predators that live in nuclear families consisting of a mated pair, their offspring and, occasionally, adopted immature wolves.
 
Wolves communicate over long distances by howling. Other forms of communication include growls, barks, whines and various body postures. Wolves primarily feed on ungulates, which they hunt by wearing them down in short chases. They are typically apex predators throughout their range, with only humans and tigers posing significant threats to them.
 
Genetic studies reaffirm that the gray wolf is the ancestor of the domestic dog. A number of other Canis lupus subspecies have been identified, though the actual number of subspecies is still open to discussion. In areas where human cultures and wolves both occur, wolves frequently feature in the folklore and mythology of those cultures, both positively and negatively.

Evolution

The most likely ancestral candidate of Canis lupus is Canis lepophagus, a small, narrow skulled North American canid of the Miocene era, which may have also given rise to coyotes. Some larger, broader skulled C. lepophagus fossils found in northern Texas may represent the ancestral stock from which true wolves derive. The first true wolves began to appear at the end of the Blancan North American Stage and the onset of the early Irvingtonian. Among them was Canis priscolatrans, a small species closely resembling the red wolf, which colonised Eurasia by crossing the Bering land bridge. The new Eurasian C. priscolatrans population evolved into Canis etruscus, then Canis mosbachensis.[4]
 
This primitive wolf closely resembled the modern southern wolf populations of the Arabian Peninsula and South Asia, which were once distributed in Europe in the early Quaternary glaciation until about 500,000 years ago (see Subspecies).[5] C. mosbachensis evolved in the direction of Canis lupus, and recolonised North America in the late Rancholabrean era. There, a larger canid species called Canis dirus was already established, but it became extinct 8,000 years ago after the large prey it relied on was wiped out. Competition with the newly arrived gray wolf for the smaller and swifter prey that survived may have contributed to its decline. With the extinction of dire wolf, gray wolf became the only large and widespread canid species left.[4]
 
The North American recolonisation likely occurred in several waves, with the most distinctive populations occurring in the periphery of the range. These populations (C. l. arctos on the high arctic islands, C. l. lycaon in the eastern forests, C. l. baileyi in the far south and C. l. rufus at the continental corner opposite the point of invasion) may represent survivors of early migrations from Eurasia. C. l. baileyi, C. l. lycaon and C. l. rufus display some primitive traits and systematic affinity to one another. Fossil remains from the late Pleistocene of large bodied wolves similar to C. l. arctos and C. l. albus occur in coastal southern California, indicating that large North American gray wolf subspecies were once widespread, and may have been driven southward by glaciation, though wolves no longer reside there. Fossils of small bodied wolves similar to C. l. baileyi have been found in a range encompassing Kansas and southern California. This indicates a late Pleistocene population flux, in which large, Arctic forms of wolf moved farther south, with smaller, warmth adapted wolves expanding as the climate moderated.[6]
 
The now extinct Japanese wolves were descended from large Siberian wolves which colonised the Korean Peninsula and Japan, before it separated from mainland Asia, 20,000 years ago during the Pleistocene. During the Holocene, the Tsugaru Strait widened and isolated Honshu from Hokkaidō, thus causing climactic changes leading to the extinction of most large bodied ungulates inhabiting the archipelago. Japanese wolves likely underwent a process of island dwarfism 7,000–13,000 years ago in response to these climatological and ecological pressures. C. l. hattai (formerly native to Hokkaidō) was significantly larger than its southern cousin C. l. hodophilax, as it inhabited higher elevations and had access to larger prey, as well as a continuing genetic interaction with dispersing wolves from Siberia.[7]
 
Subspecies
 
Since 2005, 37 subspecies of wolf are recognised, including the red wolf and not including two Canis lupus subspecies: Canis lupus dingo and Canis lupus familiaris. Wolf subspecies are divided into two categories:[8]
 
"Northern wolves": large-sized, large-brained wolves with strong carnassials which inhabit North America, Europe and northern Asia.[9]
 
"Southern wolves": native to North Africa, the Arabian Peninsula and South Asia. They are characterised by their smaller size, skull and teeth, and a short and thin coat without appreciable underwool.[10] They may represent a relict population of early wolves, as they closely resemble fossil European wolves.[5] The rate of changes observed in their DNA sequences date them to about 800,000 years, as opposed to the American and European lineages which stretch back only 150,000.[11] The vocalisations of southern wolves have a higher proportion of short, sharp barking,[9] and they seldom howl.[12] It is likely that dogs and dingoes stem from this group.[9][13]
 
Wolves in Central and East Asia are intermediate in form and size to northern and southern wolves.[5] Differences in brain size are well defined in different wolf populations, with wolves in northern Eurasia having the highest values, North American wolves having slightly smaller brains, and the southern wolves having the smallest. Southern wolves have brains 5–10% smaller than northern wolves.[14]

[washelkhunter]

If i remember my history i do recall that Buffalo Bill Cody owned the largest bison herd in th US at one time. All of 14 animals (?)

[WAcoyotehunter]

The market for buffalo was a serious problem for them, but what really led to their near extirpation was a military tactic to eliminate the buffalo to move the indian tribes out of the great plains- no buffalo=no indians....it was that tactic that led to the mindless slaughter and waste of buffalo.

I don't mind having wolves around, and there's absolutely no doubt that they had a part in honing the genetics of ungulate populations. 

In today's altered environment, our hunting could replace wolf predation and maintain healthy herds.  But, we're going to be sharing with wolves- like it or not... I think we can support both wolves and robust herds if we manage habitat properly.   If we would properly harvet the forests, treat weeds, replant forage species, protect some core habitats, and manage ourselves a little better- we could have a pile of wildlife.

[bearpaw]

The market for buffalo was a serious problem for them, but what really led to their near extirpation was a military tactic to eliminate the buffalo to move the indian tribes out of the great plains- no buffalo=no indians....it was that tactic that led to the mindless slaughter and waste of buffalo.

I don't mind having wolves around, and there's absolutely no doubt that they had a part in honing the genetics of ungulate populations. 

In today's altered environment, our hunting could replace wolf predation and maintain healthy herds.  But, we're going to be sharing with wolves- like it or not... I think we can support both wolves and robust herds if we manage habitat properly.   If we would properly harvet the forests, treat weeds, replant forage species, protect some core habitats, and manage ourselves a little better- we could have a pile of wildlife.

   it just gets complicated because everyone has a different idea on how to manage.

[Pathfinder101]

So, to put it in a nutshell, if we still had millions of buffalo, then the wolves wouldn't be much of a problem.  I guess that is probably accurate.

Not sure of the historical accuracy of exterminating the buffalo as a "military tactic".  I have never seen any evidence that the Army spent any time or resources shooting buffalo.  No doubt that the extermination of the bison "won" the Indian Wars against the plains tribes, but I don't think that it was a tactic or that the Army did it intentionally.  It was market hunters that did the exterminating.  It just happened to work out in the Army's favor.

[Special T]

 "If IFs and BUTs where candy and nuts, then everyday would be Christmas!"   


It absolutely boggles my mind that we strive so hard to go backwards.    Its kinda funny if you can get past how Stupid it is. 

[bearpaw]

So, to put it in a nutshell, if we still had millions of buffalo, then the wolves wouldn't be much of a problem.  I guess that is probably accurate.

Not sure of the historical accuracy of exterminating the buffalo as a "military tactic".  I have never seen any evidence that the Army spent any time or resources shooting buffalo.  No doubt that the extermination of the bison "won" the Indian Wars against the plains tribes, but I don't think that it was a tactic or that the Army did it intentionally.  It was market hunters that did the exterminating.  It just happened to work out in the Army's favor.

It is recorded as historical fact, mentioned here:  http://en.wikipedia.org/wiki/American_bison

Of course it was bad for the buffalo, and even though most of us probably disagree with it today, but from a strategic thinking standpoint during a time of war it was sadly very effective.

[Bean Counter]

Lots of good thoughts by lots of smart people, but nobody really nailed what I want to know. So I must rephrase...

How is it that with wolves living here for millenia that ungulate numbers  were in the tens/hundreds of millions when white settlers arrived and not numbering in the thousands? For contemporary comparison consider consider the Lolo zone where elk numbers have gone from about 16,000 to about 2,000in about a decade.(?)

[pianoman9701]

Lots of good thoughts by lots of smart people, but nobody really nailed what I want to know. So I must rephrase...

How is it that with wolves living here for millenia that ungulate numbers  were in the tens/hundreds of millions when white settlers arrived and not numbering in the thousands? For contemporary comparison consider consider the Lolo zone where elk numbers have gone from about 16,000 to about 2,000in about a decade.(?)

I believe the difference now is because we'd replaced the wolf as the top apex predator. Now we have both.

Also, I can't speak to ungulate numbers before record keeping. I don't know other than what I've read about the Lewis and Clark expedition what ungulate numbers were in this area when wolves weren't controlled and white men weren't here.

[Bean Counter]

...I don't mind having wolves around, and there's absolutely no doubt that they had a part in honing the genetics of ungulate populations....

Not sure how I feel about this. I don't want wolves extinct but I definitely want the *censored*s to pay for their management, surveys, and compensation to livestock owners. But since *censored*s are too cheap to open their wallet  and pay for what they want, then we as hunters and trappers  would be able to keep their population in the brink on the brink of extinction.

[humanure]

The market for buffalo was a serious problem for them, but what really led to their near extirpation was a military tactic to eliminate the buffalo to move the indian tribes out of the great plains- no buffalo=no indians....it was that tactic that led to the mindless slaughter and waste of buffalo.

I don't mind having wolves around, and there's absolutely no doubt that they had a part in honing the genetics of ungulate populations. 

In today's altered environment, our hunting could replace wolf predation and maintain healthy herds.  But, we're going to be sharing with wolves- like it or not... I think we can support both wolves and robust herds if we manage habitat properly.   If we would properly harvet the forests, treat weeds, replant forage species, protect some core habitats, and manage ourselves a little better- we could have a pile of wildlife.

I would say this is a pretty fair assumption of what was going on, but there's one factor that I NEVER see mentioned, and maybe someone could shed light on it: The idea that farmers also pushed to removed bison because they were not able to be tamed for ranching, and that they wanted the plains the bison depended on for their cattle. Is there any truth to this?