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Rodents may be in your garage, attic, closets, cabinets, tool shed or yard. It’s a busy time for pest control companies and rodenticide sales. But nature can control rodent populations, if you let it. In the natural environment, there is balance. Every creature is prey to some animals and predator to others.

Raptors – owls, hawks, falcons, eagles and vultures – are rodents’ natural predators. You should not spend money on poisons and put desirable wildlife, pets and children at risk of accidental poisoning. Let the birds of prey naturally remove rodents for you.

Most raptors use the same nest for many years and some even pass from one generation to the next. Bald eagles are known to have used the same nest as long as 35 years. That makes them an excellent long-term control for rodent populations in the immediate area.

During breeding season, a family of five owls can eat as many as 3,000 rodents! Remember that poisoned rodents can poison the predators, scavengers and pets that eat them!

Even though the state Department of Pesticide Regulation and U.S. Environmental Protection Agency have restricted public access to the most dangerous rodenticides, all rodenticides – including the types still available to consumers – are poisons that can kill wildlife, pets and children.

Unfortunately, even after stricter regulations on rodenticides were enacted, wildlife continue to be exposed to second-generation anticoagulant rodenticides (brodifacoum, bromadiolone, difenacoum and difethialone). Licensed pest control companies and agricultural producers are still free to use them. If consumers hire pest control companies, they should know that the materials the firms use could poison local wildlife. Only consumers can ensure that it doesn’t. The most effective pest control does not involve chemicals, but sanitation and exclusion.

Like most animals, rodents will congregate and multiply where food is available and they feel safe. The easiest way to discourage them is to remove or modify anything that could make them comfortable. Sanitation is the first step to controlling rodents. For example:

Keep your home and yard neat and clean. Don’t give rats places to hide.
Remove objects and plants that rodents can hide under, such as wood piles, debris, construction waste, dense vegetation and ground-covering vines like ivy.
Pick up fruit that has fallen from trees as soon as possible.
Secure your garbage in a tightly sealed can.
Seal water leaks and remove standing water that can attract unwelcome animals, breed mosquitoes and waste water.

Contact Rodent Solutions to remove mice and rats from inside the building and seal the entries they used to get in: openings where cables, wires and pipes enter buildings, and cracks or holes in the foundation, walls and roofs. Rodents can squeeze into holes as narrow as ½ inch diameter! 

We offer poison free solutions.  Find out more at http://rodentsolutioninc.com/why-choose-us

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Rodents Fear Men (Women, Not So Much)

Men stress out rodents, according to a new study, which found that even the smell of a man could elicit fear in mice and rats.

The study, published in the latest issue of Nature Methods, demonstrates how the hardwiring of some animals may cause them to react differently toward men or women. It has important applications for laboratory studies involving rodents, since the sex of the experimenter could affect research outcomes.

Jeffrey Mogil of McGill University’s Department of Psychology and colleagues used what is known as “the mouse grimace scale” to compare mouse responses to pain in the presence of male or female experimenters. Reading about this study may make some grimace, themselves.

The researchers induced pain in mice via injections of an inflammatory agent. They then compared facial grimacing of the mice in the presence of either a male or a female experimenter.

Mogil and his team noted a marked reduction in pain sensation, known as “stress-induced analgesia,” when a man conducted the experiment. In keeping with that finding, the mice in the presence of men also showed increases in body temperature and corticosterone levels. Corticosterone is a stress hormone.

The same thing happened when the female experimenters donned T-shirts that previously had been worn by men, strongly suggesting that the odor of the men is what triggered the stress.

The rodents left behind their own smelly evidence.

“Supporting the assertion that exposure to male odor is stressful is the significant increase in fecal boli deposited by mice in the 30-minute testing period in which they were exposed to male, but not female, worn t-shirts,” the researchers wrote.

It could be that testosterone or male pheromones trigger fear in rodents, but the exact reasons remain a mystery.

Pet rodents doted on by male caretakers seem to display no such fear, so it may be possible that life experiences can overcome any mice or rat predispositions.

Laboratory animals, however, obviously don’t receive that kind of pet pampering, so the study could have far-reaching implications for future research involving mice, rats and other rodents.

As Mogil and his team conclude, “Our findings strongly suggest that standard laboratory practice should account for experimenter sex when investigating any phenomenon possibly affected by stress.”

Source: http://news.discovery.com/

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