What Gets Through an Electric Fence to Kill a Dick – Exploring the Impact of Electricity on Wildlife

"What Gets Through an Electric Fence to Kill a Dick – Exploring the Impact of Electricity on Wildlife" delves into the intriguing yet controversial topic of how electric fences, designed to provide security and containment, can inadvertently harm wildlife. While these fences are widely used for numerous purposes across the globe, their potential implications for wildlife survival and conservation are often overlooked. By examining the ecological and physiological consequences of electricity on various species, this article uncovers the complex interactions between these barriers and the diverse array of organisms dwelling in their vicinity.

What Makes an Electric Fence Hurt?

What makes an electric fence hurt? Voltage gets your attention – it hurts. Electric fence energisers put out high voltage (around 8,000 volts) this makes a very clear mental imprint that really gets the attention of the target. However, they also reduce the deadly amps to a very low amperage of around 120 milliamps (It varies with manufacturers). This is crucial because it’s the amps, not the volts, that are the actual killers. While voltage can cause discomfort and a shock-like sensation, it’s the amperage that can disrupt the bodys electrical systems and potentially lead to fatal consequences.

The high voltage is necessary to ensure that the electric shock can be felt by the animal, which serves as a deterrent to keep them away from the fence. It creates a memorable experience that the animal will associate with the fence and hopefully avoid in the future. The low amperage, on the other hand, is designed to minimize the risk of serious injury or death.

The electricity flows through the animals body, causing a shock and the associated pain. This shock disrupts the animals normal behavior and acts as a negative reinforcement, discouraging further attempts to breach the fence.

It’s important to note that while electric fences can be effective in deterring and containing certain types of wildlife, they aren’t foolproof. Some animals may be able to overcome the shock due to their size, insulation, or determination. Additionally, vegetation or other objects touching the fence can create a pathway for the electricity to ground, reducing it’s effectiveness.

The impact of electricity on wildlife can vary depending on the species and individual factors such as size, physiology, and behavior. For example, birds or rodents may be more likely to be injured or killed by an electric fence compared to larger mammals.

These fences are intended to serve as a deterrent and provide a psychological barrier rather than inflicting significant harm.

How to Properly Install and Maintain an Electric Fence

  • Choose the appropriate materials for your electric fence.
  • Make sure you’ve the necessary tools for installation.
  • Plan the layout of your fence carefully.
  • Check the local regulations and obtain any required permits.
  • Prepare the ground by removing any obstacles or vegetation.
  • Install the grounding system for your electric fence.
  • Secure the fence posts firmly into the ground.
  • Attach the insulators to the fence posts.
  • Run the electric wire through the insulators.
  • Connect the energizer unit to the fence wire.
  • Test the electric fence to ensure it’s working properly.
  • Maintain the electric fence regularly by checking for damage or wear.
  • Remove any vegetation that may interfere with the fence’s performance.
  • Keep the energizer unit clean and protected from the elements.
  • Inspect the grounding system periodically to ensure it’s effectiveness.
  • Train animals or livestock to respect the electric fence.
  • Monitor the electric fence for any potential safety hazards.
  • Follow the manufacturer’s instructions for proper maintenance and troubleshooting.

However, it’s important to note that while criminals may find ways to bypass electric fences, there are also effective measures that can be taken to enhance their security and deter potential intruders.

Can Electric Fence Be Bypassed?

Electric fences are often used as a deterrent for unwanted intruders, whether they’re animals or humans. However, there have been instances where criminals have managed to bypass these electrified barriers. One method that’s been employed is by targeting the weak points of the fence, such as where it’s mounted onto a wall. By knocking out bricks and mortar below the fence, a space is created through which these individuals can crawl without coming into contact with the electrified wires.

The impact of electric fences on wildlife is an important consideration when discussing their effectiveness. However, larger wildlife, such as deer or bears, may be less affected by the electric current due to their size and insulation provided by fur or thick skin. In such cases, additional measures may need to be taken to protect crops, livestock, or sensitive habitats from wildlife incursion.

By targeting weak points or using insulating materials, these individuals can navigate through the electrified wires without being electrocuted. However, advancements in technology and system design continue to address such vulnerabilities and make electric fences more robust. Understanding the limitations and adapting management strategies can help mitigate conflicts between electric fences and wildlife.

What Happens if You Urinate on an Electric Fence?

Electric fences are widely used as a means of containing domestic animals or deterring wildlife. However, there’s been some curiosity around the potential consequences of urinating on an electric fence. This curiosity stems from the fact that urine is a conductive liquid, and it raises questions about whether the electrical current could travel back up the stream and shock the person urinating.

This can result in a temporary shock to the person urinating, as the current passes through their body. Although it may cause discomfort, it’s important to note that the shock is generally not life-threatening or long-lasting.

Footage available online shows that those who’ve inadvertently urinated on an electric fence do experience a significant but temporary shock. The individual typically reacts by quickly retracting from the fence and experiencing discomfort in the process.

It’s always advised to avoid contact with electric fences or any electrical sources to prevent unnecessary risks or harm.

The Purpose and Benefits of Electric Fences in Containing Domestic Animals or Deterring Wildlife.

  • Provides a safe and secure enclosure for domestic animals.
  • Prevents domestic animals from straying or wandering into unsafe areas.
  • Effectively deters wildlife from entering property or destroying crops.
  • Minimizes the risk of predators attacking livestock.
  • Reduces the need for physical barriers or traditional fences.
  • Cost-effective compared to conventional fencing methods.
  • Easy to install and maintain.
  • Allows for better control and management of animal movement.
  • Helps prevent agricultural damage caused by wildlife.
  • Increases overall safety and security for both animals and property owners.

Now that we understand the significance of baiting each section of fencing, let’s delve into a few ingenious techniques to make an electric fence even more enticing.

How Do You Bait an Electric Fence?

Electric fences are commonly used as a means of deterring and containing animals within a specific area. However, when it comes to effectively baiting an electric fence, a few key strategies can greatly increase the likelihood of success. One popular method involves baiting the wires with aluminum foil coated in enticing substances like bacon grease or peanut butter. The strong scent and attractive texture of these baits can entice wildlife to come into contact with the electric fence.

Another technique involves attaching tuna fish cans to the wires of the electric fence. These cans can act as a source of irresistible bait for animals, particularly those with a strong sense of smell. By positioning the cans strategically along the fence, wildlife may be encouraged to investigate and ultimately touch the electrified wires.

To maximize the effectiveness of these baiting strategies, it’s crucial to refresh the bait regularly.

In order to cover all sections of the fencing, it’s important to bait each individual section. This ensures that the entire perimeter of the electric fence is appealing and enticing to wildlife, increasing the overall chances of success.

Whether it involves using aluminum foil coated in bacon grease or peanut butter, or attaching tuna fish cans to the wires, these baits can serve as powerful attractants for wildlife.


However, there are instances where the electric current can cause unintended consequences, such as when animals come into contact with faulty or poorly maintained fences. Balancing the need for effective animal control with minimizing harm to wildlife remains a crucial consideration in ensuring the responsible use of electric fences in wildlife management.

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