The latest invention relates to insecticide nano-technology, which refers to nano-emulsion of special aircraft pest control medicine consisting of long chain polymer compounds and is in the field of nano-technology, chemical engineering and the fine division of plant protection. This is a breakthrough in the realm of pest control technology. This innovation will make the control of pests extremely easy and efficient. These compounds are highly effective and it is expected that these compounds would last longer than existing pesticides. The long term effect of these chemicals would be safe for humans, animals, the environment and also the natural vegetation.
The invention is made on the basis of the laboratory research made on the natural resistant against airborne chemical insecticides. In the field of agriculture the new innovation has emerged as a result of the need for an alternative approach to insecticides that does not pose any threat to the environment and also does not damage the crops in any way. To develop such a special plane pest control medicine, the engineers have developed a unique formulation of long chain polymer with antibacterial and teratogenic activities. The special airplane oil mixture consists of two components which are mixed and then sprayed on the crop targets. The concept of this invention is to use a biodegradable compound and also to make the crop unaffected from the aerial spraying process. It should be kept in mind that this invention does not include any toxicity to the crop or even to the surrounding soil. You can get more information about Grand Rapids Pest Control
The special plane oil mixture also contains an antifungal and anti-fungal action together with the above mentioned antibacterial and teratogenic activities. The invention includes the mechanism to create a suitable environment under which the crop pods and the cut stem are attacked by the poplar caterpillar larvae. The caterpillar consumes the cut fruits and grows into a cocoon on the undersides of the pod. Within this cocoon it produces a binary composition of sugar and lipid matter. The binary composition ensures that the caterpillar remains fed indefinitely. The secreted nectar serves the purpose of making the nectar suitable for the growth of the developing larvae.
The nectar is extracted and fed to the growing larvae in a regular pattern till the larva consumes the entire sap in a short period of time. The first dimension salt found in this invention forms a useful material for the removal of the nectar present in the fallen webworms and to facilitate the growth of the pine caterpillars. The insecticides present in the formulation act as a controlling agent for the pine caterpillars’ development.
This nectar-based formulation has been found to be very efficient in controlling the destructive fly larvae known as the blackfly. They are found to feed on the sugars in the first dimension salt solution. The presence of the sugar and lipid matter in the form of a liquid allows the larva to consume it without any problems. The process of penetration of the enzymes present in the nectar into the pupae is a vital step in the development of the blackfly pupae. It ensures that the young insects are provided with sufficient nourishment to enable them to survive.
Many pest control medicines available in the market are available as nystatin and carbaryl. Both of these insecticides are applied to the affected areas by using specially designed implements. The application of the insecticides is done in two distinct ways. In the first way, a single insecticide is used to cover the entire surface of the area. The other method of application involves application of the insecticides in thinning layers. The thinned out insecticide solution is applied in such a manner so that the whole area is covered in one application of the pest control medicine.