October 20, 2018

Search Results for: winter ticks

Insistence on Global Warming As the Culprit of Increased Winter Ticks

There is no end to this and I suspect it will continue – the constant ignorant echo-chambering of global warming is going to kill all of us and everything that lives. Damn global warming and damn the computers people have become addicted to that creates fake “computer modeling” and then is plastered throughout cyberspace as an effective means of brainwashing the masses into believing that if man was simply killed off, Nirvana would take over.

A recent article in the Bangor Daily News (Maine) contained information about a Maine, New Hampshire, and Vermont ongoing moose study. Any discussion of this study inevitably brings up the subject of moose ticks. It’s kind of a no-brainer that vast amounts of winter ticks, also called moose ticks (Dermacentor albipictus) are killing moose – perhaps too many moose.

The article states information they claim is what limits the growth of winter ticks: “Late summer drought, which kills tick eggs, and early snowfall, which kills larval ticks before they attach to a host like a moose.” Unfortunately, as always, this is misleading information but works well with selling news copies. Also, unfortunately, this nonsense is repeated incessantly throughout all media to a point where people, including wildlife biologists, believe only what they read in the Media.

If you believe the studies and quote information from those studies, then doesn’t it make sense that you should believe everything that’s in the studies?

Late summer drought CAN have an effect on tick larvae survival. It may also have an effect on tick egg survival. Regardless, that effect is quite minimal in the grand scheme of things…that is if you want to believe the studies where these quotes come from. In addition, “early snowfall” might kill tick larvae in a roundabout way, but most likely the event itself will not kill ticks in an all-of-a-sudden happening. That doesn’t stop the ignorance and dishonesty.

One such study tells about drought and snow and cold and its effects on the survival of the winter tick larvae. It has all the regurgitated echo-chamber scientism, graphs, bells, whistles and even information on the use of “computer modeling” in arriving at certain conclusions. I guess left out of these media echo-chamber discussions are important statements like: “While alterations in drought may influence distribution of the winter tick, climate conditions, especially temperature and snowfall in the spring and fall seasons, seem to be the major determinants of northern expansion of D. albipictus.”

Take notice that drought “MAY” influence tick distribution. However, what does this study say about temperatures? It says that the most influential factors in the destruction of winter tick larvae are high and low temperature exposures. For example, direct exposure of 6 hours to low temperatures of -13 F cause tick larvae to begin dying off. And, high temperatures over 114 F will do the same. Media doesn’t bother to read any of these studies and so they rely on what somebody else tells them who also never reads and examines the studies in their entirety.

What do these temperatures mean? When tick larvae are on the ground, prior to climbing vegetation as part of their “questing” event, they are commonly found in the leaves where temperatures effectively never reach 114 degrees F or -13 F, say nothing about doing so for 6 hours or more.

Once the tick larvae leave the protection of the leaf litter, they begin climbing vegetation where they search for a host, i.e the moose. Their “quest” is a host for the winter where they remain mostly protected from climate conditions hiding out in about a 100-degree climate until Spring.

In late Summer and early Fall, during the tick’s quest, they are exposed to the elements while waiting in the vegetation. It is during this time that the tick is vulnerable. What we are never told is that the tick at this stage is most vulnerable to wind. Yes, that’s right, wind. Wind can blow the ticks from the vegetation and return them to the ground. They must then begin their slow ascent back up the vegetation. They might miss their ride. It could kill them in the end.

They are also vulnerable to cold temperatures. In Maine, during September and October, if the tick larvae are exposed to temperatures at or below -13-degrees F for six hours or more, according to this one study, they will begin to die off. If early snow comes and remains on the ground, it will end the quest cycle which in turn will limit the number of ticks waiting to attach themselves to a passing moose. Obviously, a shortened or a lengthened quest cycle will alter the number of animals that take up a tick for the winter.

So, please leave your comments below with data that shows when and how often areas of Maine have seen these climatic conditions that will kill tick larvae in September and October. Hint: I won’t be holding my breath while waiting.

But it’s global warming that is causing the increase in winter ticks. That’s we hear perpetually. Okay, let’s play their game. If global warming, as spoken and written about in the Media, is real, then according to them the average temperature in a place like Maine will increase gradually anywhere from 1 – 5 degrees F over the next half-century. With the information I just gave, and the fact that more than likely the authors of this study are believers in global warming (they indicate as such in their study report) how can it pass the straight face test that small average temperature rises are what is causing ticks to increase in the proportions that they have?

Missing from this study, as we often find in about all studies rooted in global warming mythology, is any discussion about how the number of moose effect the number of ticks. We know from what has been learned that the winter tick could never survive if it didn’t have a host. This study indicates that riding on the back of a moose is the safest place in the world for tick larvae to be. When we examine the life cycle of the winter tick, you don’t have to be an over-paid scientist to understand that to kill the tick is to eliminate any one part of its life cycle. Not much we can do about climatic conditions…no, seriously, there isn’t. Get over it. Grow up! There is so much separation in reality between the conditions of drought, high and low temperatures (in Maine) and the survival of the tick larvae that it appears a waste of time trying to blame it all on global warming when perhaps the answer is really very simple.

I am thus reminded of what a veterinary scientist said not very long ago about moose and moose ticks: “Once (winter ticks are) introduced in a moose population in an area, the only known way to control it is to reduce the moose density, especially calves, so that there are no hosts available,” she said. “It would require an antler-less hunt or even a cull of calves and yearlings, which would not be something that would be easy to sell to the public.”

I have, and will continue to hear, all the nonsense about how, because I am a hunter, I just want to hunt and kill moose. Not exactly true. For example, I am a hunter. I hunt almost 100% only deer. I have never hunted moose, nor have I ever applied for a moose permit to do so. I have no plans for my future to do that either. I like moose meat. I like it a lot. I like deer venison more.

Consider, however, the ignorance of the statement that all I want to do is hunt moose or that all I want is for hunters to hunt moose. Once the moose herd was reduced to levels where events of winter ticks stop their epizoodic levels, hunting of moose will return to a level to maintain a moose herd. There might be a short burst of increased moose hunting to reduce the population, but certainly, it will not continue.

As far as the Maine Department of Inland Fisheries and Wildlife managing moose numbers at levels to please the public to be able to see moose, it is time to end that dangerous practice. Growing moose so people can drive around in climate-controlled autos and view moose, needs to end and end now. Look what it is doing to our moose. Are we to allow 50% of our moose calves to suffer a slow death so someone in an SUV can gawk at a moose? Get off your lazy ass and walk in the woods to see moose the way some of the rest of us do.

But nothing will change. Obsessed with global warming and the money and convenient excuses that come with it, enables the creation of more and more useful idiots.

However I must say,

DON’T GO LOOK!

 

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Hoping for Cold to Kill Winter Ticks Didn’t Much Help – Still Blame Global Warming

Once again we have the displeasure of reading more nonsense from the media and moose biologists still insisting global warming is making winter ticks on moose more prevalent.

I’m not going to waste me time anymore hoping somebody will listen. Maybe I’ll just ask some simple questions.

If global warming is causing more ticks and during those winters when they are perceived as “average” to even “severe” and the prevalence of ticks basically remains unchanged, they how can anybody, with a straight face, continue to blame global warming for more ticks?

These clowns blame everything on some fake, unscientific claim about a warming planet. This is done so much, I don’t think they would know the real scientific process if it bit them in the face.

Second question: If the theory was that the world was cooling (using the same process of fake data to support warming) would these fake biologists be blaming global cooling because there’s too many ticks and not enough moose to satisfy the moose watchers?

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Winter Ticks Haven’t Figured Out Where to Ambush the Moose

Nathan Terriault has a “Special to the Bangor Daily News” about his belief that perhaps the Maine Department of Inland Fisheries and Wildlife (MDIFW) should be providing more moose permits rather than fewer. Much of this is substantiated by the notion that there are too many moose – at least in some places – and as a result the moose population is not healthy, i.e. malnourished and carrying hundreds and thousands of winter ticks making the moose anemic and susceptible to exposure and predation. I might add that moose are also carrying or infected with what MDIFW likes to call “lungworm” but what I would call Hydatid cysts from the Echinococcus granulosus eggs carried by wild canines. These cysts also make the moose more susceptible to escaping or fleeing from harm by predators.

Terriault’s piece is well thought out and I would have to agree with much of what he is saying, as I have recently written questioning whether MDIFW is attempting to grow and perpetuate too many moose due to social demands rather than devising desired populations based on scientific evidence.

However, I have to snickeringly take issue with one comment that was made, not so much as a means of correcting Mr. Terriault but to make sure that readers better and more accurately understand about winter ticks. Terriault writes:

Forestry practices, such as clearcutting and strip cutting, concentrates cover for moose and funnels animals through areas where ticks lie in wait for host animals.

This is true information but it might lead some to think that the ticks have actually figured out exactly where these moose “funnel” and go there and wait; much the same way large predators do. A tick’s life cycle, part of which begins when the ticks (female) drop from the moose in Spring. From that point, wherever the drop occurred, the tick larvae and the tick do not travel any great distances – by human standards – and these drop zones are not necessarily within one of these “funnel” corridors. In the late Summer and early Fall, the tick climbs vegetation wherever they are and they wait, hoping to catch a ride on a passing moose. If they don’t catch a ride, they die. It’s that simple.

From the moment a tick attaches itself to a moose, where that tick ends up next Spring, to drop and begin the cycle all over again, is dependent upon the travels of the moose. Understand as well that the time in which ticks are climbing vegetation looking for a free ride happens to fairly closely coincide with the moose mating season, when moose travel the most due to increased activity. Where the tick is picked up by a moose and then dropped in the Spring could be some distance away, even by human standards.

It shouldn’t be thought that moose are carrying more ticks because ticks are moving into the regions where moose seem to be traveling the most, although simply because of those natural actions it is possible that more ticks might be present in a travel corridor than some other random spot, but I can’t believe it would be of any significance.

I think the facts are clear, and I’ve never read any studies that suggest ticks have figured out where to go to catch a ride, that there are more ticks everywhere, because there are more moose everywhere. Therefore logic would suggest that if you reduce the number of moose, there would be less ticks and healthier moose, which is, what I think, Mr. Terriault is suggesting.

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Former Maine Fish and Game Commissioner Proposes Bill to Study Winter Ticks

Sorry for not getting excited over this but this, more than likely, will prove to be nothing more than stealing away Maine taxpayer’s money for post-normal, outcome-based, new-science scientific study that will provide false and agenda-driven results. Maine should save their money and let this one pass. If I look into my crystal ball, I can predict that the results will be that climate change is causing the ticks and we need to give the Government all of our money, while at the same time giving up what rights we have left, to save the planet.

“The legislation would direct the Department of Inland Fisheries and Wildlife to conduct a study of the impact of winter ticks on Maine’s moose population, including identifying population problems due to ticks and recommending possible courses of action to address those problems.”<<<Read More>>>

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Winter Ticks in Moose Documented Since 1930s

The headline above is essentially the statement made by Maine’s head moose biologist Lee Kantar. Specifically he said, “Winter ticks have been documented in Maine since the 1930s. Periodically, there are peak years when the number of ticks increase substantially.”

In a weekly column in the Sun Journal by outdoor writer V. Paul Reynolds, he states that: “Biologists reported from tagging station information last fall that the tick count on harvested moose was the highest in ten years!”

Isn’t then the logical progression of questions to be asked as follows?

1. If winter moose ticks have been “documented” since the 1930s has there also been “documented” complications similar to those that are now supposedly killing Maine’s moose?

2. If we have been utilizing a moose hunting season, if only by lottery in limited numbers, to assist with the management of moose populations since 1980 when 700 moose permits were issued, during the past 33 years has MDIFW “documented” any irregularities in moose populations due to the winter tick?

3. Can we assume that checking for and “documenting” winter ticks on moose has taken place at tagging stations since Maine’s first modern-day moose hunt in 1980?

4. If, as stated above, the tick count on moose reported at tagging stations this year, was the highest in ten years, then there must have been higher tick counts prior to 2003?

5. If there have been higher tick counts on moose “documented” since 1980, what then was the result of moose mortality estimations during those times?

6. We know that so-called “scientists” during the 1970s were attempting to find ways of scamming money out of taxpayers by claiming that the world was going to freeze to death because of global cooling. That didn’t work so the same and other so-called “scientists” tried scaring people with global warming. If winter ticks have been “documented” since the 1930s and according to so-called “scientists” we have gone through a global cooling period, a global warming period, and are now entering into another global cooling period, how then can so-called scientists, wildlife biologists, environmentalists and all the other “ists” claim that global warming is the cause of increased numbers of winter ticks? Especially if we surmise that there must have been higher tick counts prior to the past ten years.

Without spending a great deal of time plotting data and thoroughly examining reports such as Lee Kantar’s 2006 report Status of the Maine Deer Herd and William Krohn’s Historical Ecology of the White-tailed Deer in Maine, it appears as though there may be a correlation between high tick counts followed the next year by a severe winter. I believe the last event similar to this year may have happened in 2002-2003. Of course if this is true, then one might be able to blow the global warming, winter tick correlation out of the water; which wouldn’t be a bad idea as I personally believe the global warming attribution to everything under the sun, pun intended, is nothing more than a poor distraction that wrongfully disrupts real and good scientific study.

One would also have to wonder if and what the similarities are in moose populations in New Hampshire, Vermont, Minnesota and Canada. It may be as simple as a natural event of warm, cold, ticks, moose and when there’s too many of some or all, things happen. Nature isn’t in balance. It’s a dynamic and changing existence – and with all of this, we must include the changing dynamics of the effects of predators.

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Are Winter Ticks Killing Maine’s Moose Population?


Photo provided by Albert Ladd

Without even giving the debate on predator control in Maine a chance take root and accomplish goals, the debate now seems to be shifting toward the moose herd, including winter ticks and the new revelation that Maine has an estimated moose population of 75,000 or more.

Much of the fervor over winter ticks and moose began in early December when Terry Karkos, staff writer for the Sun Journal in Lewiston, Maine, penned an article about two guys who spent time in the woods last spring looking for shed antlers, found a lot of dead moose all covered with winter ticks.

He and a few friends said they found 50 dead moose calves and adult moose this year in the Jackman region while looking for horns and doing some spring fishing…………………

Eighteen people, including Mason, found 142 dead moose across Wildlife Management Districts 2, 4, 7, 8 and 12, which stretch from the Western Foothills to Aroostook County.

Those interviewed for the story attribute the deaths of these moose to winter ticks.

These are definitely not winter kill,” Mason said recently. “Of the typical winter kill animals like moose, it gets sick, it stands in a small area and basically you find 400 moose droppings and a dead moose in the middle of it………………………….

Every single one that I had found and that the other guys had found, the snow was just starting to come off them and they were totally untouched, so it’s obvious it’s not a predator kill,” Hall said. “You could see ticks right on them.

A deer and moose meat processor from Minot told Karkos, “I think we need a winter without any snow and about minus 30 (degrees) for a month and a half, because that’s the only way you’re going to get rid of them.”

That’s sort of the same story that seems to get spread around about winter ticks. There is information available and I think for the most part the Maine Department of Inland Fisheries and Wildlife (MDIFW) biologists and others have done a respectable job getting out information about winter ticks.

In a November 6, 2011 Sun Journal article, once again Terry Karkos gets information from some of MDIFW’s biologists about the winter ticks.

Maine wildlife biologist Chuck Hulsey:

Winter ticks are affected by what the previous winter was,” Hulsey said Friday. “If you have a lot of snow and a lot of cold, that’s not good for the ticks. If you have less snow and more warmth, it’s really good for the ticks.

Maine wildlife biologist Lee Kantar:

In October and November, winter tick larvae climb shrubs and grasses, gather in huge clusters and wait to ambush moose as they walk past, Kantar said.

“When the ticks are on that bush and they sense the heat of the moose walking by, they basically grab a hold and the whole cluster of moose tick gets onto the moose,

There seems to be a bit more information about winter ticks that I haven’t found in any Maine publications that deals more in depth with what happens in the fall when the winter tick larvae are gathering on vegetation waiting for a free ride with a host. In addition to that, while these winter ticks effect all wild ungulates, why pick on the moose so much. And, it is said that the winter ticks don’t actually kill the moose, but rarely, are we looking at an honest assessment of all factors that kill a moose weakened by tens of thousands of blood sucking ticks?

Lee Kantar says that the winter tick is a “huge contributor” to the death of some moose, he also points out that, “it’s not the sole cause”. Even on the MDIFW website, information provided about moose states that, “winter tick and lung worm infestations rarely kill moose”.

This information is supported in existing studies about moose and winter ticks. William M. Samuel and Dwight A. Welch, “Winter Ticks on Moose and Other Ungulates: Factors Influencing Their Population Size” states that winter ticks (dermacentor albipictus) being the cause of death isn’t certain because, “unequivocal evidence is lacking”.

I think therefore it might be honest to conclude that the cause of death in the majority of dead moose being found in the Maine woods that are inundated with ticks, was not the tick alone. There had to have been other factors. We’ll address those in a moment.

First I think it important to better understand what takes place in the fall of the year. We have read statements from biologists and outdoor sportsmen that seem to indicate that Maine needs little snow and very cold temperatures to kill off the ticks. While that may be true it’s not the entire story in the life cycle of these ticks.

Samuel and Welch state that for there to be significant die-offs of winter ticks, you need 6 consecutive days in which the temperature does not exceed 1.4 degrees Fahrenheit. This is not the only way to kill the ticks and/or lessen the severity of ticks on moose.

During the fall months, in Maine’s climate around September and October, the winter tick larvae find their way onto vegetation. They clump together on the ends of small branches etc. These larvae can be found on vegetation just above the ground to quite high up in trees. The larvae wait until a passing, warm-bodied host, in this case a moose, passes by and then they attach themselves to the moose and the ride begins. You can read all the splendid details by reading the studies, etc.

It is during this time of year, September/October, that certain weather events can have a significant effect on how severe the tick season will become. Early cold temperatures, especially those below freezing, will greatly reduce the activity of the larvae, i.e. limiting their effectiveness of attaching themselves to the moose or even migrating up the stems of vegetation.

Early snows can bury the larvae and stiff fall winds will blow the larvae off the vegetation scattering it around and to the ground preventing the larvae from being able to find a host. The studies of Samuel and Welch, as well as others, seem to agree that the weather events of the fall have a greater effect on tick production than hoping for enough snow and cold in winter to kill the ticks. Without a host, the larvae die.

There are other interesting things to be discovered about moose and winter ticks. For example, these winter ticks bother all wild ungulates, i.e. deer, moose, elk, etc., but most scientists will agree that it seems to be the moose that is the most effected. It is assumed that it all has to do with timing.

The aggregation of the larvae on vegetation seems to more closely fall in line with the timing of the moose mating season. During this time, moose are most active, covering greater amounts of territory than normal and male moose travel more than the females and thus explains the observation by some that it seems bull moose are more effected by the winter ticks than cows. I believe this conclusion about bull moose vs. cow moose is based on assumptive reasoning than anything concluded through scientific study.

In the Samuel/Welch study, experiments were conducted and it was determined that moose have an aversion to larvae/tick infested food. Imagine if they didn’t. If moose have an ability to smell or sense the larvae on the vegetation and in their food, it might also help to explain the claims of some and what is obvious on the ground that predators and scavengers won’t touch the dead carcass of a tick infested moose.

Studies have shown us that there can exist tens of thousands of ticks on any one moose and that this number of ticks can certainly put the moose into a weakened state. Moose are already in a weakened state just trying to survive the winters. Compound that with 50,000 ticks and the problems snowball. However, as we have learned, the ticks alone rarely kill a moose but certainly contribute to it.

When the blood sucking begins, the moose spends much of it’s time “grooming”. Studies tell us that moose that are troubled by the biting ticks do not bed down as often nor as long as non infected moose. This of course tires the animal even more.

While studies seem to be lacking on exactly what happens to the composition of the moose’s blood while all these ticks are feasting, it is honest to assume that the more female, blood sucking ticks there are on a moose, factoring also the moose’s body mass, the greater a weakened state is realized due to loss of blood.

All of these factors and more, make the moose more vulnerable to all the other elements that contribute to normal winter kill. In other words, it becomes more difficult to get enough nourishment; loss of blood and reduced winter hair makes the moose more susceptible to hypothermia; spending so much time “grooming” expends valuable energy needed for survival and with all these losses a moose certainly could not ward off attacks and harassment by predators.

This is perhaps where I’ll get ambushed but please consider the facts and possibilities. There is no denying that coyotes/wolves will harass and kill moose, deer and elk during their weakened winter states. Even though it is seen and believed to be accurate that predators and even scavengers will not touch a tick-infested moose carcass, at what point does a pack of hungry wolves/coyotes know their target is tick infested.

Some of us have been made aware through written and video accounts of how these predators take down and kill, often eating alive, their prey. We have also seen videos and photographs that document coyotes and wolves chasing down their prey. How long could a moose, weakened by normal winter strains and tick infestation, last in trying to run away from a predator attack? Not long I’m afraid. Would the moose have survived if the predator wasn’t there? There’s no way of knowing the answer to that question.

Which brings us once again back to the same point about predators. It seems that when all things within our forests are going well, little concern is given to predators and the effects they have on our game animals. When things get skewed, those populations of predators loom large over the forests and can raise some serious cane even to a point of prohibiting the rebuilding of a herd of deer or moose, in this case a herd that might be suffering some from these blasted ticks.

So, what do we do about the ticks? What can we do? In one report a gentleman suggested some kind of spraying program to kill the ticks but I’m not sure how feasible that is or if that’s something we want to pour onto our landscapes. We can’t control the weather but we can control the predators. But, is that the answer either to this exact equation?

In George Smith’s blog post yesterday, he explained that one Dr. Anthony who attended a recent information session on Maine’s moose, suggested that instead of trying to limit hunting permits for moose to protect them due to increased mortality from ticks, that killing more of the moose might be the better solution.

I’ll leave you with some questions. Feel free to chime in below in the comments section with some answers.

1. According to George Smith’s blog post I referenced above, in 2007 the estimated moose population of Maine was 45,000. Now Lee Kantar, Maine’s head deer and moose biologist claims there are 75,000 or more. Are there now too many moose in Maine which is exacerbating the tick problem?

2. If so, do we kill more moose during the moose hunt? Or do we protect more moose?

3. George Smith states that the new moose counts are, “more credible than any previous estimates”. He offers no substantive proof of his claim. Do you think the new counts are more “credible” or accurate than previous and why?

Who would have thought 35 years ago Maine would be asking if the state had too many moose?

Tom Remington

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Ticks Survive Anything, But…Global Warming

It’s like a bad disease!! This country is so completely brainwashed with a lie about “Climate Change” that it is impossible for them to escape from it. We blame global warming for everything. I wonder if any kid has blamed not passing in their homework because of global warming?

A Portland Press Herald article tells of recent studies on ticks that carry Lyme disease. This study has proven that ticks heartily survive even the harshest of Maine winters and yet it is still claimed that ticks and Lyme disease are being caused by global warming.

You see what you want to see and believe what you want to believe.

I BELIEVE! I am a “TRUE BELIEVER!?

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Moose Ticks: When Evidentiary Truth Is Pounding In Your Face

Yankee Magazine has another article on the Climate Change blame game as to why the winter/moose tick (Dermacentor albipictus) is so numerous and killing so many moose. Provided that ignorance continues to rule and all honest evidence is ignored because of a romantic obsession with man-caused climate change, no answers will be found with the exception of those sought after, i.e. new-science scientism.

I am not alone in my contention that the reason that Maine has so many moose ticks, killing so many animals, is because there are simply too many moose.

In this edition of Yankee Magazine, the author and many of those interviewed for the article provide an honest person with all the evidence that supports the substantial theory that the population of moose in Maine is too high and has been in other states.

That population in Maine is coming down as we speak because the ticks have done the job that the Maine Department of Inland Fisheries and Wildlife (MDIFW) could have done mitigating the unnecessary suffering of the animals and waste of good food by refusing the opportunity for Maine residents to hunt them, while artificially ballooning the moose population to satisfy the misled social demands.

Let me take the time for you to present the statements made throughout this article (it is in written form and not digital) that only a blind person (or one with an agenda) cannot or will not see that points a big fat finger at the fact that the number of moose ticks is proportional to the number of moose. (Note: I have emboldened the precise statements that clearly support moose population as the regulating factor of winter/moose ticks.)

“In the late 1990s, they [moose] numbered around 7,500 in New Hampshire; now the state’s population is estimated at 3,500. In Vermont, a high of 5,000 just over a decade ago has fallen by nearly two-thirds to the current estimate, 1,750. And while biologists are working on the updated numbers for Maine – which in 2012 was home to an estimated 76,000 – ‘there are definitely fewer moose,’ said Lee Kantar.”

It must be said that the author of this article linked to, as all others that come before, in pointing out the substantial decreases in the number of moose in New England, blame it squarely on the moose tick. However, the blame then goes to Climate Change rather than seeking the truth as to the reason for the increase in moose ticks.

Throughout the article, there are numerous references to moose ticks and climate change and it is clear that neither the author nor the information provided by those interviewed, indicates to us that they have any honest knowledge of the winter tick. I have stated before that the studies continue in numerous states about the moose and what’s killing it. It appears the general consensus is that it is the moose tick and yet any association of the moose tick and moose mortality is ONLY discussed concerning false conclusions based on myths perpetuated by climate alarmists who want only to blame Climate Change for everything, including their shortcomings of honest scientific processing.

There are several studies about the moose tick but nobody in this article has knowledge of them evidently. All the garbage that is written as to how and why global warming is the cause of moose tick growth, is not true and contradicts those studies that show those factors that cause growth and decline of the tick. Please read this article!

But let’s not let any facts get in the way of a good piece of fiction based on global warming.

Let me continue with the statements found in the article.

(It was in 1992) “At the time, ‘bad tick years were infrequent, and the moose population was still increasing.”

“It wasn’t until five years later, though, that she [Kristine Rines N.H. moose biologist] spotted her first tick-infested moose in New Hampshire. ‘Then we started noticing slight declines in our moose population, and I assume it was probably related to ticks.'” 

“Winter ticks were the primary cause of moose mortality in Northern New Hampshire, where moose density (and therefore tick density) is highest.”

The denial of the obvious continues as the author wallows in global warming and how slight variations in climate/weather is the only cause of more ticks. Burying one’s head in the sand is the mark of today’s scientists as well as writers.

“In parts of New Hampshire…the calf mortality numbers have been sobering. In 2014, more than 60 percent of the collared calves died; by 2016, it was up to 80 percent. (Toward the end of the year, though, Pekins will send me a bit of good news: The mortality rate among New Hampshire’s moose calves last Spring was only 30 percent).”

The author explains the reasoning for this as due to weather/climate issues and nothing to do with the fact the moose population has been cut in half.

“As biologists see it, there are just two strategies, both difficult. ‘We can put the brakes on climate change,…or we decrease the numbers of moose by letting winter ticks run their course or by increasing hunting to bring down moose densities.'”

Strange isn’t it? We read of a biologist offering two strategies, one of which is the ONLY thing that we can change, and yet, the focus is always on Climate Change. Are we brainwashed or what?

“Studies have indeed shown that with fewer animals to feed on…tick numbers begin to fall.”

But still, let’s focus on global warming!

In Massachusettes, where moose numbers have remained stable at around 1,000, according to this article, “…winter ticks are present, but don’t seem to be having a big effect.”

Perhaps Massachusettes has outlawed global warming?

Need I remind readers of the difference between 76,000 moose in Maine and 1,000 moose in Massachusettes? And yet it’s still global warming that is the cause. You can put a square peg in a round hole I guess.

The article states that in the Adirondacks of New York, where there are somewhere between 500 and 1,000 moose, the animals are; “virtually tick free.” “You can count the number of winter ticks on an Adirondack moose on less than one hand, probably because there aren’t enough moose to get the tick cycle going.

What is most ignorant – caused by the insistence of attributing everything to Climate Change – is that the author, even though he/she may perhaps see that the numbers of moose attribute to the number of ticks directly, makes the following statement: “The trouble is, nobody really knows how far the moose populations in New Hampshire, Vermont, and Maine must drop before they reach the ‘sweet spot,’ and the comeback can begin.”

Nothing is learned here. The blinders are on. Climate Change is the controlling factor regardless of what actual evidence tells us about moose ticks. The author, even after sharing what others have said about how moose numbers and ticks correlate, believes that if we reduce the number of moose so ticks abate, then we can grow more moose again and the moose ticks will magically disappear and not come back. How do you correct this circular thinking?

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Maine Moose Ticks And the Death of Man-Caused Global Warming

Climate Change, known to anyone with a brain as weather, can have effects on the growth and perpetuation of  Dermacentor albipictus – the moose tick or winter tick. Anthropogenic (man-caused) climate change does not exist and is dying in its tracks, and yet scientists and wildlife managers cling relentlessly to its shoestrings. Perhaps it’s the convenience of always having an excuse for everything that doesn’t go as planned or even for failing to do your job. Just blame it on Climate Change.

Climate Change, which one can only assume is always used in the context of Anthropogenic Climate Change, is 100% based on computer modeling. In other words it is fake. Actual temperature takings worldwide are not only flawed and basically useless information, but they aren’t living up to the hype of “we’re all going to die drown.” And so, the only recourse is to cling to computer modeling because the modeling can be manipulated to achieve the desired results, not necessarily matching reality.

To the honest person, computer modeling is a waste of time. This society is so completely addicted to technology that we fail miserably in learning how to think and observe. If the models don’t give us what we want, we will simply manipulate things until they do. How dire will things become once the entire world is dependent upon Artificial Intelligence, which is frighteningly on our doorstep?

Another example of the failures of computer modeling was reported at Powerline. The big cheeses of Al Gore’s money-making fake anthropogenic Climate Change, are trying to find ways to explain how their computer modeling has miserably failed them. Within the same report, we learn that computer modeling that was used to predict that by the year 2050 the United States would be 100% employing nothing but wind, solar and hydro power, also is failing and scientists are lining up in droves to protest the use and abuse of computer modeling in claiming the high ground on science.

But there’s money in it!

So, how will wildlife managers in Maine and elsewhere around the globe, explain their theoretic messes, once finally the fairy tale of man causing Climate Change is buried? Or will they remain the relic holdovers, forever clinging, bitterly, to their guns and Bibles hockey stick graphs while camped out at the beaches waiting for the water level to rise? (And waiting for cold winters to kill off all the ticks)

Whether it’s moose ticks, Lyme-causing ticks or Aunt Mabel’s lousy tasting homemade jelly, blaming global warming for it is representative of lousy use of a legitimate scientific method. Believing that the science of Anthropogenic Climate Change is “settled” has done the science community a grave disservice.

Once Artificial Intelligence rules the world, everything will be “settled” once and for all.

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The Only Way To Control Moose Ticks Is……

This Alaska state veterinary must be as stupid as I am…..She says, “Once (winter ticks are) introduced in a moose population in an area, the only known way to control it is to reduce the moose density, especially calves, so that there are no hosts available,” she said. “It would require an antler-less hunt or even a cull of calves and yearlings, which would not be something that would be easy to sell to the public.”<<<Read More>>>

And this is a classic example of why I end many of my articles by saying:

BUT DON’T GO LOOK!

Old Hunter says:

 

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