Scientific Research

Keeping the wild alive

Save a Shark. Use a Shark Shield.

Protect yourself while protecting the environment. Shark Shield’s scientifically proven and independently tested technology does away with the need for culling. It’s a change in the way we manage human and shark interactions. Shark Shield turns sharks away so you can experience more. The ocean becomes your playground.

For more information on our rigorous scientific process, please review the published scientific and independent research on Shark Shield below, and you can also download and view the Shark Shield White Paper which discusses the history behind electronic shark deterrents.


Shark Shield almost 100% effective as a shark deterrent


How Close is too Close? The Effect of a Non-Lethal Electric Shark Deterrent on White Shark Behaviour.

Ryan M. Kempster, Channing A. Egeberg, Nathan S. Hart, Laura Ryan, Lucille Chapuis Caroline C. Kerr, Carl Schmidt, Charlie Huveneers, Enrico Gennari, Karak E. Yopak, Jessica J. Meeuwig, Shaun P. Collin. University of Western Australia Ocean Institute.

The study analyzed 322 encounters involving 41 individual white sharks, ranging from 2m to 4m long. Upon first encounter with a Shark Shield, all approaching great white sharks were effectively deterred, staying an average of 1.3m away from a baited canister with the device attached.

After multiple approaches, individual great white sharks came an average of 12cm closer on each successive approach. Only one great white shark came into contact with the bait in the presence of an active Shark Shield, and only after multiple approaches. The interaction in question simply involved a bump of the bait canister rather than a full bite. In contrast, bites were common during control trials.

For detailed information on this peer reviewed research you can download and read full research paper from PLOS ONE here

  1. Shark Shield effectively deterred sharks from interacting with the bait
  2. Shark Shield does not attract sharks




Shark Shield effectively reduces the probability of shark attack


Estimating the probability of a shark attack when using an electric repellent

C F Smit, Department of Statistics, University of Pretoria, Pretoria, 0002, South Africa and V Peddemors, Department of Zoology, University of Durban-Westville, Durban, 4000 South Africa

For detailed information you can download and read C F Smit & Peddemors Electric Repellent full research paper.

  1. The probability of an attack was reduced from 0.70 to about 0.08
  2. Shark Shield prevented the sharks from feeding off the bait



Shark Shield effectively deters white sharks attacking seal decoy


Effects of the Shark Shield electric deterrent on the behaviour of white sharks

C. Huveneers, P.J. Rogers, J. Semmens, C. Beckmann, A.A. Kock, B. Page & S.D. Goldsworthy

For detailed information you can download and read Effects of an Electric Field on White Sharks full research paper.

The Huveneers’ study tested Shark Shield as a deterrent against a shark attack, finding that:

  1. Shark Shield significantly increased the time it took the sharks to take the bait.
  2. Shark Shield deterred sharks attacking a seal decoy.
  3. Shark Shield does not attract sharks.

Shark Shield does not attract sharks


Electroreception in vertebrates and invertebrates Collins S.P. (2010) In: Breed M.D. and Moore J., (eds) Encyclopedia of Animal Behavior, volume 1, pp. 611 – 620 Oxford: Academic Press

This research by Collins proves that Shark Shield’s electrical impulses do not attract sharks: “It is true that the electroreceptive system is extremely sensitive (in the µV range). However, in practical terms and this has been born out in many behavioral tests, the electroreceptive system is a relatively short distance sense often working in the 30-60cm range. Since these animals use this sense to detect the presence of living prey items that may not be otherwise detected (i.e. under the substrate), they are really working at their detection limits. Therefore, although theoretically the Ampullae of Lorenzini can detect very low strength electric fields, they do not use them to track animate objects over these long distances.