Shark Shield has announced a new long-range Shark Deterrent: -
“Shark Shield Announces Breakthrough Long Range Shark Deterrent
Media Release - 1 May 2017 - Following their presentation at the Senate inquiry into shark mitigation and deterrent measures last week, Shark Shield, manufacturers of the world’s only scientifically proven and independently tested electrical shark deterrent, has today announced the pre-production release of a long-range version of its technology. The new Shark Shield Ocean Guardian is based on 20 years of research and utilizes a patented Metamaterial Electromagnetic Transducer, with expectations of repelling sharks within a 100-meter diameter of each unit installed. Lindsay Lyon, Shark Shield CEO says, “The Ocean Guardian has been many years in the making and has come about through a partnership with leading physicists and biologists. We have been able to produce a long-range shark deterrent solution to not only protect beach goers but significantly reduce the environmental impacts caused by using shark nets, drum lines and culling.” The new transducer form is based on technology used to treat patients in the medical field including, oncology, urology and other chronic diseases, with clinical studies demonstrating that the electromagnetic field does not affect the health of humans or ocean life, such as sharks or dolphins. “Sharks have small short range electrical receptors in their snouts used for finding food. Shark Shield’s electromagnetic field causes unbearable spasms in these sensitive sensors, which turn sharks away, this has been well proven over the past twenty years. The Ocean Guardian leverages this weakness in sharks to not only deter them, but in the long run we hope to teach them to stay away from beaches protected by Shark Shield,” says Lyon. “Classical conditioning, also known as Pavlovianor respondent conditioning, refers to a learning procedure in which a biologically potent stimulus, such as food, is paired with a previously neutral stimulus, such as long term use of Shark Shield Ocean Guardian. With our Ocean Guardian in place, over time sharks will learn to not enter the area and over time will avoid the area due to the unpleasant effects of the electromagnetic field,” adds Lyon.”
Below are some facts about the Shark Shield Ocean Guardian:
“The Ocean Guardian transducer utilizes Metamaterials, or sometimes also known as Artificial Electromagnetic Materials, these are new materials, which have anomalous interaction with electromagnetic fields.
The engineering of these unique materials results in physical properties not otherwise obtainable with natural materials enabling advanced improvements in the performance of conventional electromagnetic devices.
Starting from these concepts and theoretical background of artificial electromagnetic materials and metamaterials, Shark Shield has developed a transducer with significantly improved losses.
The creation of this negative index material has resulted in a reduction of transducer losses in producing electromagnetic fields, this innovation has led to the new long range technology in the new Shark Shield Ocean Guardian
For more details about Shark Shield, visit www.sharkshield.com .