Discover the life of ants through photos

There are about 10,000 ants living in the world, forming hard-working, highly disciplined communities.

Ants are an animal belonging to the Membrane wing, the Insect class. This is a social insect, capable of living in a large corporation with millions of children. Many ant groups can also spread in a very wide area, forming super corporations.

Ant groups are sometimes considered super-bodies because they act as a single entity.

Here are some vivid images of ants introduced by the New York Times:

Ants that live in arid climates need to store food to survive for a long time. In the North American desert, Myrmecocystus ants use the body as a storage tank, storing nutrients to be able to 'resupply' your teammates when needed.

A colony of Eciton ants moves according to the unique "vertical row formation".

The ants are still young but they are indispensable members in the ant group. They help regulate the nutritional level of all members of the group and in some species they are very useful in the process of building the team. The image ant, Dracula, from Madagascar, is one of thousands of unclassified ants.

Researchers at the University of Arizona, USA, track the activity of each individual in the ant community by marking many colors on their wings.

Indian ants, Harpegnathos saltator, will be one of the first ants to be genetically engineered.

A Podomyrma ant is taking care of a Lycaenid moth in South Australia. These caterpillars contain ants that attract ants, whereas ants will protect the caterpillars from other parasites. Ants are species of large numbers so many other species must depend on them in many ways.

Malagasy ants are considered the most exotic ants in the kin. They depend on the fallen leaves of the tropics.

The two comments that Pogonomyrmex in two nests next to each other are engaged in a 'ritual' struggle, displaying power but not hurting each other. Scientists believe that ants use this action to gather information about their 'neighbors'. Understanding the power of enemies helps ants to establish territorial borders, avoiding 'bloodshed conflicts'.

Some ants break down into many species with different shapes and sizes, to perform many tasks. The difference in size between these two ants is the result of nutritional interdependence.

Ants Cecropia is guarding his area against invaders. When working together, they will encircle and immobilize the enemy by binding the enemy.