Injection Process

 

1. ENVIRONMENTAL SAFETY

   “I loosed an arrow unto the air, it came to earth, I know not where”
    Henry Wadsworth Longfellow

   Chemical treatment of crops and trees is an essential part of modern agriculture, but it can also have negative impacts on the environment. Airborne spray is often used to deliver chemicals to crops, but a significant portion of the chemical can be carried away by wind and deposited in the surrounding environment, potentially contaminating soil, water, and other vegetation.

   However, injecting chemicals into trees through properly designed systems with effective injection site sealing poses almost no risk of chemical escape. This method of application ensures that the chemical is delivered directly into the active xylem of the tree, minimizing the chance of it escaping into the environment.

   The Sidewinder tool is an example of a properly designed system that reduces the risk of chemical escape. The system features a sealing plugs that seals the injection site after the chemical has been delivered, preventing any leakage or escape of the chemical.

   In addition to its environmental benefits, the use of proper injection systems also increases the efficiency and effectiveness of chemical treatment. When the chemical is delivered directly into the active xylem of the tree, it is able to target the problem more effectively, reducing the need for multiple applications and increasing the overall success of the treatment.

    Injecting chemicals into trees through properly designed systems with effective injection site sealing is a safer and more efficient method of application compared to airborne spray. The use of such systems reduces the risk of chemical escape and increases the effectiveness of the treatment, providing benefits for both the environment and the success of the operation

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2. MORE TARGET SPECIFIC

   Internal tree application of pesticides has many advantages over other methods of pest control. One of the key benefits is that it minimizes the impact on beneficial insects, mammals, and birds. These organisms are generally unaffected by internal tree application, as they do not consume plant tissue or fluids that contain the pesticide.

   This characteristic makes internal tree application an ideal choice for pest control in public places, such as parks, playgrounds, and public gardens. These areas are often home to a diverse range of wildlife, and it is important to minimize the impact of pest control measures on these species.

   In contrast, airborne spray methods of pest control can affect a wide range of non-target organisms, including birds, beneficial insects, and other wildlife. When chemicals are applied to crops or trees, they can be carried away by wind and deposited in the surrounding environment, where they can be ingested by non-target species.

   Internal tree application also provides a more targeted method of pest control. The pesticide is delivered directly into the tree, where it can target the pests that are feeding on the tree’s tissue or fluids. This reduces the need for multiple applications, as the chemical can continue to control pests for a longer period of time.

   In addition, internal tree application is often more efficient than other methods of pest control. When the chemical is delivered directly into the tree, it is able to target the problem more effectively, reducing the need for multiple applications and increasing the overall success of the treatment.

   Internal tree application of pesticides provides many benefits over other methods of pest control. It minimizes the impact on beneficial insects, mammals, and birds, making it an ideal choice for pest control in public places. The targeted delivery of the pesticide also increases its efficiency and effectiveness, providing benefits for both the environment and the success of the operation.

3. GREATER PERSISTENCE

   Numerous studies have demonstrated that pesticides injected into trees provide much longer periods of activity compared to the same material sprayed on the outside of the trees. This is due to several factors, including protection from rain and surface water as well as the degrading effects of sunlight.

   For example, dimethoate injected into eucalypts has been shown to provide 6 to 12 weeks of protection against lerps. This is a significant improvement over other methods of pest control, which often require multiple applications to maintain control.

   Similarly, Bayer Imidacloprid injected into pandanus palms has been shown to provide around 2 years of protection against the leaf hopper jemmella australiae. This level of protection is particularly impressive, as it can be difficult to control this pest with other methods.

   In addition to the longer periods of activity, internal tree application of pesticides also provides a more targeted method of pest control. The pesticide is delivered directly into the tree, where it can target the pests that are feeding on the tree’s tissue or fluids. This reduces the need for multiple applications, as the chemical can continue to control pests for a longer period of time.

   Internal tree application is also more efficient than other methods of pest control. When the chemical is delivered directly into the tree, it is able to target the problem more effectively, reducing the need for multiple applications and increasing the overall success of the treatment.

   In conclusion, numerous trials have shown that internal tree application of pesticides provides much longer periods of activity compared to the same material sprayed on the outside of the trees. This, combined with the targeted delivery of the pesticide and its increased efficiency, makes internal tree application an attractive option for pest control in a variety of situations.

4. CHEMICAL MINIMIZATION

   Numerous tests and studies have indicated that substantially less quantity of the same chemical is required when it is injected into trees compared to airborne spraying or ground application. This is due to several factors, including the increased efficiency of the injection process and the reduced risk of chemical escape.

   Internal tree application provides a more targeted method of delivering the chemical, as it is delivered directly into the tree where it can target the pests feeding on the tree’s tissue or fluids. This reduces the need for multiple applications, as the chemical can continue to control pests for a longer period of time.

   In addition, the injection process reduces the risk of chemical escape, which can be a problem with airborne spraying and ground application. The chemical is delivered directly into the tree, where it is protected from rain and other environmental factors that can reduce its effectiveness. This means that less chemical is required to achieve the same or better results compared to other methods of pest control.

   Furthermore, the reduced need for multiple applications and the increased efficiency of the injection process reduce the overall cost of pest control. The cost of the chemical is reduced, as less is required, and the cost of labor is also reduced, as fewer applications are needed.

   Numerous tests and studies have shown that substantially less quantity of the same chemical is required when it is injected into trees compared to airborne spraying or ground application. This, combined with the increased efficiency of the process and the reduced risk of chemical escape, make internal tree application an attractive option for pest control in a variety of situations.

5. PUBLIC AND OPERATOR SAFETY

   The elimination of drift and surface application of pesticides greatly reduces the risk of contact by the general public, operators, and other workers. This makes internal tree application an attractive option for pest control, especially in public places.

   A study conducted by the Queensland Department of Natural Resources found that the Sidewinder Injection System is the safest method of herbicide application available. The internal tree application process reduces the risk of exposure to harmful chemicals, making it a safer option for both the environment and those applying the chemicals.

   Additionally, the reduced risk of chemical escape and the targeted delivery of the chemical to the tree’s xylem also reduces the risk of contamination of the surrounding environment. This is particularly important in sensitive areas, where even small amounts of chemical exposure can have negative impacts.

   The elimination of drift and surface application of pesticides greatly reduces the risk of exposure for the general public, operators, and other workers, making internal tree application a safer and more responsible method of pest control.

6. REDUCED RISK OF LITIGATION

   Tree injection is widely used by government departments in public spaces, such as National Parks, suburban parks, and street fronts, due to its low risk of litigation. With the pesticide sealed within the plant, the elimination of drift and the possibility of ground or surface water contamination reduces the potential for negative impacts on the environment and human health.

   This method of pesticide application is considered safe and responsible, reducing the risk of exposure and contamination compared to other methods such as aerial or ground application. Additionally, the accuracy of the chemical placement in the tree’s xylem minimizes the amount of chemical required to achieve effective pest control, further reducing the risk of environmental impact.

   The low potential for litigation and the responsible approach to pesticide application make tree injection an attractive option for government departments and other organizations looking to control pests in public spaces. The method is widely used and considered a safe and effective solution for pest control in sensitive areas.

7. USE OF TRAP TREES

   The injection of perimeter or windbreak trees that are preferred by specific insect pests offers an opportunity to reduce the amount of insecticide used and eliminate residue in the crop. This targeted approach to pest control minimizes the impact of the insecticide on the environment and surrounding crops while still effectively controlling the pest population.

   The injection of preferred trees also allows for the chemical to be placed directly into the tree’s active xylem, maximizing the efficacy of the treatment and reducing the amount of chemical required to achieve the desired result. This method of pest control is cost-effective, environmentally responsible, and highly effective, making it an attractive option for farmers and land managers.

8. PUBLIC ACCEPTABILITY

   As public awareness and concern about the use of pesticides increases, horticulturists and contractors are facing greater challenges in using these chemicals to protect their crops. However, the injection of pesticides directly into trees can help to address these concerns and reduce the public’s opposition to the use of pesticides.

   In many cases, when the injection process is explained to the public, approval is immediate, as it eliminates the risk of drift and surface contamination, which are major concerns with traditional spray methods. Additionally, the injection of pesticides directly into trees helps to minimize the amount of chemical used and reduces the risk of contact with the general public, operators, and other workers.

   The trend towards increased public pressure against the use of pesticides is likely to continue in the future. By adopting injection methods, horticulturists and contractors can reduce public opposition, while still effectively controlling pests and protecting their crops.

9. COMPATIBILITY WITH INTEGRATED PEST MANAGEMENT

   The injection of pesticides directly into trees minimizes the risk to beneficial insects such as bees, butterflies, and other pollinators. Unlike traditional spray methods, which can result in the pesticide being deposited on the surface of leaves and other plant parts, injection reduces the chance of contact with beneficial bugs. This is because the chemical is sealed within the tree, and therefore not available for these insects to come into contact with.

   As a result, tree injection provides a safer and more targeted approach to pest control, reducing the impact on the environment and beneficial insects. By minimizing the exposure of beneficial bugs to pesticides, this method helps to maintain a healthy and balanced ecosystem, supporting the overall health and productivity of the environment.

10. INJECTABLE PESTICIDES

    The versatility of the Sidewinder tool makes it suitable for a wide range of horticultural applications, including the injection of various chemical types. These include insecticides, which are used to control pest insects, fungicides, which are used to control plant diseases caused by fungi, herbicides, which are used to control unwanted plants, growth regulators, which are used to control the growth and development of plants, and trace elements, which are essential nutrients for plants.

    In addition to these individual chemicals, the Sidewinder tool can also be used to inject certain combinations of these chemicals, allowing for a more comprehensive and integrated approach to horticultural treatment. This makes the tool an ideal choice for a wide range of horticultural applications, providing users with a flexible and versatile solution that can be adapted to meet their specific needs and requirements.

    Overall, the ability to inject a wide range of chemical types, including combinations of these chemicals, makes the Sidewinder tool an indispensable tool for horticulturists and contractors, providing them with a safe, efficient, and effective solution for chemical treatment of trees and other horticultural crops.

NOTE: Always check with your local agricultural authority re chemical registration before using.

Use of a pesticide other than as indicated on the suppliers label, or an “Off Label Permit” is illegal.