What is the world’s biggest mosquito?

The world’s largest mosquito is the Anopheles gambiae, which has been described as “a monster”.

This mosquito is a giant in the mosquito family, the Anophelidae.

It has been estimated that there are around 100,000 Anophele species in the world, with the Anoplasmidae, or “the bugs”, being the largest species.

The Anoplasma genus of mosquito is found on the mainland of South America, but also inhabits Australia and parts of Africa.

The species was discovered in the late 1800s, and by the early 1900s it was already well established in the wild.

Its spread has been slower than expected.

The first cases were discovered in 2010 in Peru, but the first confirmed cases in the UK and USA happened later that year.

The mosquito is considered an invasive species, which means that it can move freely between hosts, and it can cause an increased risk of disease transmission, particularly for pregnant women.

The number of cases has been falling, but it has been noted that it is also becoming increasingly rare.

The main cause of this decline is a lack of awareness about the dangers of Anoplasias.

The news that Anoplasympa gambiae is now extinct, with only 10 individuals remaining in the western hemisphere, is quite shocking, according to the Society for the Protection of Insects.

“I’m not sure how much of a surprise it is that it’s gone extinct,” said Dr. Ian Waddington, the head of the Anodellic Research Institute at University College London.

“We haven’t heard much about this species in a long time, and I think it’s been overlooked by most people.”

The Anoplastidae are a family of insects that is closely related to mosquitoes.

They have an extremely large body, up to 100 centimeters in length.

Unlike mosquitoes, which can be controlled by spraying insecticides, Anoplasts live in the ground.

This means that they can transmit diseases from one host to another, and they can also spread diseases from their host.

However, the number of reported cases has fallen dramatically, and in the last few years, the population has increased in areas where it was once widespread.

“When we started to hear about the Anos, we knew that the population had gone through a massive crash,” said Mr. Waddham.

“It’s still there, but its a very rare thing.”

Aedes aegypti is an important pest of humans and livestock in many parts of the world.

The disease was discovered to be spread by the Anophageus mosquito, which is endemic to Africa.

Although it is now largely extinct, there are still cases of Aedes infection in the United States, Canada, Mexico, and South Africa.

Scientists believe that it could still be found in parts of Europe and Asia.

The insects were once considered pests of agriculture, but have now become widespread.

They are the main vectors for dengue fever and yellow fever.

In addition to controlling Anoplasms, insecticides have also been used in recent years to fight the Aedes mosquitos.

The most common insecticides used in agriculture include the neonicotinoid insecticides imidacloprid and imidazoam, and pyrethroid insecticides such as thiamethoxam and carbaryl.

These insecticides are also used in agricultural applications, such as spraying to control aphids and weeds, which are also vector-borne diseases.

There are also some chemicals used to kill Anoplases in agriculture, such the insecticides diazinon and neonicitre.

They also contain a compound called nonylphenol, which mimics the effects of acetaminophen, which was approved in the U.S. as an anti-anxiety medicine in 2005.

In the case of Anophels gambiae and other Anoplasts, it is unclear how the two species evolved to thrive together in the same ecosystem.

Scientists say that the two are genetically very similar, and that the only genetic difference between the two is in the size of the host mosquito.

However there is still a lot we don’t know about the evolution of the two insects.

In this study, the researchers looked at the genomes of the genomes from Anoplasia gambiae from different countries, and from different parts of South and Central America.

They compared the genomes to the genomes and genomes of other Anopelagic species.

They found that the Anophyllidae genomes have more genes from other Anophellidae species than the Aniopelidae.

“This suggests that Anophella gambiae was a species that has been around for quite some time in South America,” said Prof. Thomas M. Schulte, an evolutionary geneticist at the University of Zurich and co-author of the study.

“The other Anophylidae species have not been around as long, and there are