Tag Archives: insects

MULTIPLE POINTS OF VIEW

Republished by Blog Post Promoter

INSECTS SEE MORE MORE CLEARLY USING MULTIPLE POINTS OF VIEW….MAYBE WE CAN TOO?

Old 4-Eyes

ALIENEYES

553012_438811596205457_155237134_n

Compound and human eyes are essentially the same in some respect. The main difference is that compound eyes are made up of many individual eyes (called ommatidia), each forming its own image. Thus, the insect brain receives and processes many images and converts them into “pictures” made up of many pieces, like a puzzle. Compare it to watching a single scene on many screens showing slightly different perspectives. The image produced by each ommatidium is very small but collectively, an insect’s ommatidia can cover almost a 360-degree field of view, allowing good binocular vision in all directions, important for capturing prey and avoiding predators. They’re especially good at detecting motion, because images pass successively across the ommatidia. That’s why it’s so hard to sneak up on insects!

Insect vision surpasses human vision in several other ways. Insects can see well into the ultraviolet end of the light spectrum, to which we are completely blind. Insect eyes function well at different light intensities, including much lower intensities (i.e., darker conditions) than ours. Many insect eyes also can detect the plane of polarized light, which is useful for orientation on cloudy days.

Insects’ simple eyes are called ocelli, and they are more different from compound eyes than compound eyes are from human eyes. Many adult insects have two or three and some larvae have up to six. Each ocellus consists of up to 1000 or so sensory cells and a single lens. Ocelli respond to the intensity and direction of light but do not form images. They do form a highly sensitive and fast-reacting system that helps the insect preserve stability in flight.”

MIND-CONTROL PARASITES

Republished by Blog Post Promoter

MIND-CONTROL PARASITES

An actual example from nature of a parasitic insect that uses “mind-control” to cause the host insect to change its normal behavior to the benefit of the parasite,  is described in the PDF article below.

ABSTRACT: On the evening that it will kill its host, the orb-weaving spider Plesiometa argyra, the larva of the Ichneumonid wasp induces the spider to perform highly stereotyped construction behavior and build a ‘‘cocoon web’’ that is particularly well designed to support the wasp larva’s cocoon.

Here is a PDF file of a recent article written by William G. Eberhard which describes this phenomenon in detail:  PARASITES CONTROL MIND

10 QUINTILLION ALIENS ON EARTH!

Republished by Blog Post Promoter

Here is photographic PROOF that aliens have invaded Earth!  It has long been recognized and documented that insects are the most diverse group of organisms, meaning that the numbers of species of insects are more than any other group. In the world, some 900 thousand different kinds of living insects are known. This representation approximates 80 percent of the world’s species. The true figure of living species of insects can only be estimated from present and past studies. Most authorities agree that there are more insect species that have not been described (named by science) than there are insect species that have been previously named. Conservative estimates suggest that this figure is 2 million, but estimates extend to 30 million. In the last decade, much attention has been given to the entomofauna that exists in the canopies of tropical forests of the world. From studies conducted by Terry Erwin of the Smithsonian Institution’s Department of Entomology in Latin American forest canopies, the number of living species of insects has been estimated to be 30 million. Insects also probably have the largest biomass of the terrestrial animals. At any time, it is estimated that there are some 10 quintillion (10,000,000,000,000,000,000) individual insects alive.

Reference:  http://www.si.edu/Encyclopedia_SI/nmnh/buginfo/bugnos.htm