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Why Is My Female Cat Spraying Blood

Do Female Cats Spray

When cats pee or spray it can be a smelly embarrassing mess that takes a great deal of time energy and money to clean up most people wonder do female cats spray yes, they do this for several reasons but you can make her stop one of the reasons is marking their territory if you have introduced a new pet in your home territorial tendencies are likely to be triggered she may also start spraying if she is looking for a mate you’re female cats.

Spraying is a habit you can fix so that you and your cat can have a comfortable life some things that you can do to stop your female cat spraying are to avoid stress and provide her with a quiet secluded place to sleep you can also prevent your cat from spraying by getting her neutered if the cat is under a lot of stress she might continue spraying after being fixed you should check with your vet to find out if the cat has any health problems.

If you are sure that the cat is not under any stress you should look for something that may have changed to cause her to start spraying if you have multiple cats you must foster a positive relationship among them so they won’t spray you should not confuse spraying and urinating because the two are very different urinating is a normal behavior that should not concern you unless it is outside of the litter box if you already have a cat that sprays make sure that.

You clean the affected area properly to prevent remarking if you want to learn how to stop a female cat from spring and peeing outside the litter box for good click the link below to find out how to stop a cat from spraying.

What If We Killed All the Mosquitoes

Mosquitoes suck. Not just literally, their bites are also itchy and annoying, and certain species transmit parasites and viruses like the ones that cause Malaria, Yellow Fever, and Zika infecting and killing hundreds of thousands of people every year. And when we told you about the Zika virus two weeks ago, a lot of you had the same question: Why don’t we just kill them all? All of them! Kill all the mosquitoes! Humans are historically really good at making things go extinct. So it shouldn’t be too hard to get rid of these bloodsuckers… right? Yeah. not exactly.

First of all, there are over 3,000 mosquito species worldwide, and only a couple hundred of them bite humans. Mosquitoes have been around for a lot longer than people, millions of years, and have survived lots of predators and environmental changes. So that would be a lot of tough insects to kill, and a lot of bug deaths that wouldn’t affect humans at all. And we’ve tried to eradicate mosquitoes before, mostly using chemicals that turned out to be awful for both the planet and us, like DDT.

But let’s pretend that we were actually able to kill all the mosquitoes in some notenvironmentallyapocalyptic way. Say, if I wished on a star, and the next day all mosquitoes just poofed out of existence. Would that be so bad for the Earth? Some scientists actually say no that if mosquitoes were suddenly ripped out of food webs, most ecosystems would heal pretty quickly, and other organisms would fill in those gaps. But other scientists argue that certain mosquito species do play important ecological roles. Take the mosquitoes that live in the Arctic of Canada and Russia. They fly around in thick swarms and make up a huge part of the biomass there. And these.

Mosquitoes pollinate Arctic plants and are a major food source for migrating birds. Removing these guys or other, more southern species that are food for fish, birds, and other insects could send a ripple through ecosystems, endangering many other plants and animals. So we probably shouldn’t kill all the mosquitoes. But, we also don’t have to. We know which species are vectors, or carriers, of the worst viruses and parasites that can infect humans. So lots of researchers are currently targeting these species, and developing ways to kill.

Them, or to kill the dangerous stuff inside them. Take the genus Aedes, which transmits lots of awful diseases. One particularly nasty species is Aedes aegypti, which is the primary vector for the Yellow Fever, Dengue, Chikungunya, and Zika viruses. A. aegypti is not just a pest, it’s one of the most medically significant pests. So it’s the focus of lots of recent experiments in targeted mosquito eradication. But some of the most promising research doesn’t set out to kill mosquitoes outright instead, it genetically modifies them.

In 2015, a British company called Oxitec created male A. aegypti mosquitoes with a selflimiting gene, which basically means that the gene can stop their cells from functioning normally. When these genetically modified mosquitoes are released and mate with females in the wild, the selflimiting gene gets passed on to their offspring. Those offspring usually can’t develop properly and die before they become adults. No adult mosquitoes means no disease transmission. Likewise, a team of scientists in California inserted modified genes into a species of Anopheles mosquitoes, which are vectors for the parasite that causes Malaria.

The modified genes cause the mosquitoes to kill the Malariacausing parasites that live inside them, before they can transmit them to humans. And as a bonus, these parasitedestroying genes are designed to be passed on to 99.5% of the mosquitoes’ offspring. So, eventually, this entire species could be unable to transmit Malaria. And scientists think that this same technology could be applied to other mosquito species, and other parasites and viruses like Zika. Lastly, some scientists are fighting fire with fire or fighting viruses with bacteria.

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