Spider mites are the scourge of most tomato and vegetable gardens. They can make a garden look like there is blight or some form of blight present. These are very small but visible enough to notice when you inspect your tomato plants closely. Learn about using systemic pesticide for spider mites to avoid using other harsh chemicals for killing these pests. Systemic pesticides for mites are pesticides that kill pests or diseases that have already reached inside the plants, the pests or diseases get carried throughout the entire plants and kill them. Systemics do not put a barrier on the outside of the plant, where pests and diseases live off of it. They attack them when they are inside and take them out of the picture completely which makes them a much more powerful option than home remedies alone. Systemic insecticides for spider mites are a new family of pesticides based on a type esters of imidacloprid and having an active ingredient that is released over time, acting continuously in the growth cycle of pests (feeding and development). Unlike older systemic pesticides based on organophosphate molecules, these products act in the same way as neonicotinoids.

Systemic Pesticide For Spider Mites

How Systemic Pesticides for Spider Mites Work

Systemic pesticides are absorbed into the leaves, stems and roots of plants. They then move through the plant tissue to protect it from insects that feed on its sap. Systemic pesticides can kill spider mites that feed on your plants, but they also kill other insects around them like aphids and whiteflies.

Systemic pesticides are not the same as contact pesticides, which are sprayed directly on pests for immediate results. Contact pesticides only affect pests that come into contact with them and don’t provide long term protection against pests because they don’t break down in sunlight or rainwater easily

When to Use a Systemic Pesticide

Systemic pesticides should not be used as a first line of defense against spider mites. If you have been using other methods to control spider mites, such as insecticidal soap or a horticultural oil, and the infestation is still spreading, then it might be time to try a systemic pesticide.

• Do not use these pesticides on edible crops—only use them on ornamentals that you don’t plan on eating!
• Only use systemic pesticides if there is an especially large infestation in which the mites are spreading and causing serious damage to plants.
• Monitor your plants for signs of spider mites for a few weeks before applying the systemic pesticide.

Spinosad for Spider Mites

Spinosad is an insecticide derived from a soil dwelling bacterium. It works by paralyzing the nervous systems of pests, which eventually kills them. Spinosad has been used for decades in agriculture and can be found on many natural pest control products for home use; however, it was first approved for use as an insecticide in 1995 by the Environmental Protection Agency (EPA).

Spinosad is effective against spider mites, but should not be applied directly to plants or flowers—it will cause damage if it comes into contact with plant leaves or petals during application. Instead of spraying spinosad directly onto your plants’ leaves and stems, mix 1 part spinosad solution with 10 parts water (1 cup of concentrate per gallon) and dilute enough to treat one plant:

• A gallon diluted sprayer should treat up to 100 square feet of outdoor area
• A quart diluted sprayer should treat up to 25 square feet of outdoor area

Neem for Spider Mites

Neem is a natural pesticide that controls spider mites. Neem oil is safe and effective, and it has a long history of use as both an insecticide and fungicide. It can be used as a systemic pesticide on many plants, including tomatoes.

Neem oil has been shown to be an effective systemic pesticide against spider mites because it’s an irritant to their exoskeleton.

Winter Wash for Spider Mites

Winter Wash for Spider Mites

Though it’s not a systemic pesticide (insecticide that kills pests through ingestion), winter wash is an effective home remedy for spider mites. To make it, mix one part rubbing alcohol and 2 parts water in a spray bottle. Apply directly on the mite infestations and repeat as needed.

Safer Insecticidal Soap for Spider Mites

Soap is an excellent option for spider mites, but it’s not the best. Soap can be used in small scale situations and will kill most of the mites on contact, but it’s not as effective as systemic pesticides or other options. So a systemic pesticide would be your best bet if you have a large area to cover and want to ensure that every single mite has been killed. This isn’t necessarily a drawback though—soap is very safe for humans and animals, so even if it doesn’t get rid of all the mites, it’s still better than leaving your plants untreated. And perhaps more importantly: soap is safe for plants! It won’t damage them like some other pesticides may do (especially those that contain neonicotinoids).

Systemic pesticides are very good at treating spider mite infestations in plants, but you should use them carefully.

Systemic pesticides are absorbed by the plant and move throughout its tissues, killing pests that come in contact with it. This means that the pesticide does not remain at the site of application, but rather travels to all parts of the treated plant.

Systemic pesticides are very effective against spider mites because they kill their eggs and larvae as well as their adult stage (spider mites have four life stages). They also have a long residual effect, meaning they stay active on plants for many weeks after application.

Systemic pesticides can persist in soil for months or even years after application, depending on how much rainfall there is. This means that when you apply systemic insecticides to your lawn or garden beds, it’s possible for some residue from these products to be present in surrounding gardens or yards for long periods of time (even if you don’t use them yourself).