Sonar Frecuency of the Navy to Affect Whales and Dolphins

Do you swim with dolphins while watching diving and whales to listen to the natural sound of the sea? Whether you are in the water or in Sea Worlk, you can see the beauty of these luxurious animals. Since the late 1980s, the US military, especially the Navy, is planning to bomb millions of whales and dolphins throughout the world with strong noise as soon as it is approved. In the sea, whales and dolphins find themselves and look for objects by echo.

Using sonar, the US Navy is responsible for the deaths of whales and dolphins, and all animals depend on their own sonar to survive. Whales and other marine animals, by detecting and roaring sounds, stir in the water and provide recycling of nutrients and minerals that sustain life to all creatures on the ocean and the earth. Three American communities in New York, Connecticut, Charlottesville, Virginia, Montgomery County passed a resolution on the trump budget, encouraged the army to benefit and reversed the redistribution of these budgets. . Your community can also contact World Beyond War.

Since 1976, the scientist Ken Balcomb has done extensive research on orcas; he is a research biologist responsible for discovering that US navy sonar could harm the orcas. I studied killer whale at the Whale Research Center in Friday Harbor, Washington State. He can also learn to kill whales from Puget Sound in his porch. And it hunts and plays during the summer. In May 2003, Balcomb (and other whale observer near the coastline of Puget Sound) noticed the atypical behavior indicated by killer whale. The whale seems to be "excited, moving freely, trying to raise your head" to escape from the sound of sonar. Balcomb said: "Balcomb confirmed that the strange underwater snoring detected at the underwater microphone at that time was a sonar, the sound came from a US Navy frigate ship 12 miles away (19 km). Sonarwave vs. Killer Whale Impact may be life-threatening - dangerous

Denticles are called toothed whales, they only have teeth and a single pore. They rely on well-developed sonars to find a way in the water. A tooth whale uses melon to make ultrasonic snoring. Sonic waves pass through water. When you hit an object in the water, the sound wave bounces off whales. These vibrations are received through the adipose tissue of the jawbone and then re-routed to the ear bone in the brain to account for the oscillation. A whale with all teeth is opportunistic. In other words, you can eat whatever you can put in your throat because you can not chew. These animals rely on their well-developed ankle and tail fin to press themselves through water; they swim by moving the front ankle and tail fin vertically. The whale's ribs are loosely attached to the chest joint at the proximal end, but they do not form a hard rib