safari systemic insecticide

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Safari 20SG Dinotefuran Systemic Insecticide, Valent

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Safari 20SG Dinotefuran Systemic Insecticide, a super-systemic insecticide with quick uptake and knockdown, controls a broad spectrum of ferocious and invasive pests, including Q- and B-biotype whitefly, hemlock woolly adelgid, emerald ash borer, mealybug, leafminer, fungus gnat, black vine weevil, glassy-winged sharpshooter, armored and soft scale and lacebug—some of the most costly pests that affect high value greenhouse and nursery crops such as poinsettia and hibiscus, as well as trees, shrubs and herbaceous ornamentals in the lawn and landscape market. Safari is super-flexible when it comes to application.

Safari 20SG can be successfully used as:

• Post attack and curative treatment for Mountain Pine Beetle when used in combination with Pentra-Bark Surfactant;
• Systemic treatment for Emerald Ash Borer used in combination with Pentra-Bark Surfactant;
• Systemic treatment for Wooley Adelgid;
• Systemic treatment for Scale;

Pentra-Bark Bark Penetrating Surfactant, Quest

• Insecticide (383)
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Safari 20 SG Insecticide

Snapshot id: 45324, active ingredients, classification, wssa mode of action, registration, restrictions, available for use in the following states.

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May be exposed to direct sunlight

Should not be exposed to flame or sparks

Should not be stored in a damp place

Should not be stored in a warm place

May be frozen

• 877-408-7337

Safari 20 SG Insecticide

With new application flexibility, Safari can be applied by soil injection, drench, foliar spray or via chemigation. This product also works well with PentraBark. Safari's new generation active ingredient, dinotefuran, controls a broad range of difficult pests including: Emerald Ash Borer, Adelgids, Japanese Beetles, Leafminers, Scales, Thrips, Whiteflies and more. This is a restricted use pesticide in the state of New York and cannot be sold to customers in there. Sold in a 12 oz. jar, or a 3 lb. jug, or by the case (contains four of the 3 lb. jugs).

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Description

View Label Label for EAB control Label for Trunk Spraying

Scale Information

This is a restricted use pesticide in the state of New York and cannot be sold to customers in there.

Safari Insecticide, a super-systemic insecticide with quick uptake and knockdown, controls a broad spectrum of ferocious and invasive pests, including Q- and B-biotype whitefly, hemlock woolly adelgid, emerald ash borer, mealybug, leafminer, fungus gnat, black vine weevil, glassy-winged sharpshooter, armored and soft scale and lacebug—some of the most costly pests that affect high value greenhouse and nursery crops such as poinsettia and hibiscus, as well as trees, shrubs and herbaceous ornamentals in the lawn and landscape market. Safari is super-flexible when it comes to application. Pests:  Q-biotype whitefly, B-biotype whitefly, armored and soft scale, emerald ash borer, mealybug, adelgid, aphids, flatheaded borers, glassy-winged sharpshooter, Japanese beetle (adults), lacebug, leaf beetle, leafhopper leafminer, mealybug, psyllid, root weevils, thrips (suppression), white grub Formulation: Water Dispersable Granules Signal Word: Caution

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Control of thrips with systemic insecticides.

One common question asked by greenhouse producers is associated with the effectiveness of systemic insecticides against the western flower thrips, Frankliniella occidentalis. Western flower thrips (WFT) are the most important insect pest of horticultural greenhouse-grown crops worldwide. In order to develop controls, it is essential to understand the feeding behavior of these pests.

WFT have piercing-sucking mouthparts, but they do not feed exclusively in the phloem sieve tubes. Instead, they feed within the mesophyll and epidermal cells of leaf tissues. More specifically, they feed on plants by inserting their tubular stylets into cells and withdrawing the cellular contents. This feeding behavior may inhibit the effectiveness of systemic insecticides against WFT; however, this is dependent on whether they are feeding on leaves or flowers. In addition, the anthophilic (inhabiting flowers) nature of WFT limits their exposure to systemic insecticides for several reasons:

The active ingredient is not readily transported into flower tissues (petals and sepals).

The concentration of active ingredient that is translocated into flower parts may not be sufficient to directly kill the thrips.

The active ingredient of a systemic insecticide may degrade faster in flower parts and differences in the transpiration rates between flowers and leaves may result in flowers being less efficient sinks for the active ingredient of systemic insecticides.

Flowers don’t last as long as leaves, so there is less time for systemic insecticides to accumulate compared to the foliage.

Systemic insecticides may not provide fast knockdown to prevent thrips damage to flowers when abundant populations are present.

All of these factors, however, may depend on the systemic insecticide and the associated water solubility, because systemic insecticides with greater water solubility may accumulate in flower parts at concentrations sufficient to kill WFT.

Water Solubility Is Key To Efficacy

Systemic insecticides applied to the soil/growing medium must be water-soluble to some degree in order to allow the dissolved active ingredient to be absorbed by plant roots. Water solubility determines how rapidly the active ingredient is absorbed by roots and translocated throughout plant parts such as leaves and stems. A highly water-soluble systemic insecticide may kill insect pests quickly; however, it may not provide long-term or sufficient residual activity compared to a less water-soluble systemic insecticide. A less water-soluble systemic may persist longer, but may not be as effective unless the rate is adjusted to compensate for the slower mobility.

Table 1 presents the systemic insecticides labeled for use in greenhouse production systems that can be applied to the soil/growing medium, and their corresponding water solubilities.

Here’s one example of how water solubility influences the uptake and efficacy of systemic insecticides. Imidacloprid (Marathon), which has a water solubility of 0.51 g/L or 500 ppm, tends to be less effective against flower- and pollen-feeding insect pests including WFT. Research has shown that acephate, which has a water solubility of 790 g/L or approximately 79,000 ppm, is converted into the metabolite — methamidiphos and actually moves into flowers, protecting them from WFT feeding injury. It may provide systemic protection to flower buds, which allows plants to flower and minimizes feeding injury resulting in good flower quality.

WFT feeding on leaves (both nymphs and adults) tend to be more susceptible to systemic insecticides than when feeding in flowers. Leaf-feeding more easily results in the insects imbibing toxic concentrations of the active ingredient of systemic insecticides. For example, it has been reported that WFT feeding on plant leaves are “suppressed” by thiamethoxam (Flagship) when applied to the soil/growing medium. The water solubility of thiamethoxam is 4.1 g/L or 4100 ppm. However, it is possible that the metabolite — clothianidin — is actually responsible for killing the thrips. Although the water solubility of clothianidin is 0.32 g/L or 327 ppm, the material translocates throughout the entire leaf, potentially exposing thrips to lethal concentrations of the active ingredient.

Systemics Can Be Used As A Contact Spray

Spray applications of systemic insecticides tend to be more effective than soil/growing medium applications because they are being primarily used as contact or translaminar sprays, and not so much for any systemic activity. For example, sprays of acetamiprid (TriStar)* and thiamethoxam (Flagship) have been shown to be effective against WFT nymphs and adults. In our research efficacy trials, we have found that the systemic insecticide dinotefuran (Safari) provides sufficient (greater than 80 percent) mortality of WFT when applied as a foliar spray.

In summary, due to the feeding behavior of the WFT, systemic insecticides, when applied to the soil/growing medium, in general, may be less effective than when applied as foliar sprays. Therefore, it is important to understand that when using systemic insecticides for regulation of xylem- and phloem-feeding insect pests, the use of spray applications of contact or translaminar insecticides will be required to regulate populations of the western flower thrips.

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Raymond A. Cloyd is a professor and Extension specialist in ornamental entomology and integrated pest management in Kansas State University's Department of Entomology. See all author stories here.

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Customer Reviews for Safari 20SG Systemic Insecticide with Dinotefuran

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White flies on coconut trees

By Doug on 04/27/2013

I followed directions and applied four times over a three week period. It didn't have any effect on white flies on coconut trees in SW Florida. I used Dominion 2L and it worked with one treatment in three weeks. Only cost $75 for three bottles to do 20 trees. Spent over $500 on Safari. Very disapointed. DMOPC was excellent to deal with on both products.

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37 of 44 people found this review helpful

Killing Spotted Lanternflies in Eastern PA

By James on 08/16/2019

used product to kill infestation of Spotted Lanternflies in Lancaster County, PA. Used Safari 20SG (recommended by PA Department of Agriculture) as a root drench on a pair of "Tree of Heaven" to create trap trees. Was done about 4 weeks ago. Trees or now covered with Lanternflies and the ground is covered with dead Lanternflies. I am very pleased, hopefully it will continue to kill Lanternflies until winter comes. Can send pics if you want them

35 of 36 people found this review helpful

Great product! Directions for use on palms would be helpful

By Cheryl on 09/05/2016

We just got around to using this product a few weeks ago. We used it to treat our sago palms for Cycad Aulacaspis scale. This product was what our County Extension recommended. There were no specific directions for what amount to use for sago palms, so we guessed at what strength to try. We used one teaspoon per gallon of water and used a hand pump sprayer to apply it. Within just a few days we noticed a big improvement in our palms. The scale became powdery and fell off when brushed, so we used a garden hose on high pressure to blast a lot of it off. We followed up the initial treatment with Safari a couple of weeks later, and the scale is nearly all gone from the palms now. We will treat a third time in a few more weeks, and I fully expect the Safari to eradicate the scale after that.

31 of 31 people found this review helpful

By Anonymous on 07/30/2013

Worked great on my Sago Palm Scale and the scale on my crotons.

29 of 30 people found this review helpful

Safari 20SG

By Jeff on 05/28/2014

I bought two 3 pound bottles to tree my hemlock trees in Fannin County, GA. I recommend that you find a clean container to hold your water and this chemical. Mix thoroughly in it first and then transfer to your sprayer.

26 of 29 people found this review helpful

Safari keeps the scale off of our Sago Palm

By David on 06/04/2014

We noticed that our Sago Palm had terrible problems with scale last year. I read that the University of Florida recommended Safari to rid Sago palm's of scale. I apply it to the soil around our palm in May and September. It has worked well and our palm tree is again looking good. The price found here was the best that I could find and their delivery is quite prompt.

20 of 22 people found this review helpful

Very Happy with Safari 20SG

By Michael on 04/22/2015

After using a Merit (Imidacloprid) soil drench for fig whitefly, I read about basal trunk applications of Safari for that pest and decided to give it a try. My Ficus has multiple trunks that together are about 6 feet in diameter and I was never clear how much Merit to use, nor was I confident that the roots, many of which are under a road, was really taking up the Imidacloprid. I knew that any not taken up by the roots could be leaching into our ground water, and that caused me great concern. Safari, while twice as expensive as Merit for the quantity I needed, is applied as a basal trunk spray, so almost all of the solution is absorbed by the trunk rather than soaking into the ground. The label -- which actually addresses multiple trunked trees like my Ficus -- said it would take 1-3 weeks for the chemical to be translocated throughout the tree but I began seeing a reduction in leaf drop (a symptom of fig whitefly infestation) within a few days. It has only been 1 1/2 weeks since the initial application but so far I am very pleased. With Merit, it would take weeks to see any reduction in leaf drop, if I saw any at all. With a tree as large as mine, a 12 oz container of Safari will only treat one time at a cost of around $120, but so far I believe the cost is worth it given that the application is supposed to be good for a year.

11 of 11 people found this review helpful

Spotted Lanternflies

By Lawrence on 09/20/2020

Used this for bark application on trees attacked by spotted lanternflies. A week later, the ground around the trees is littered with dead flies and there are none in the tree. Application was quick and easy. Our state recommends killing this invasive and damaging pest so I am doing my part.

8 of 8 people found this review helpful

Saving Coconut Palms

By William on 05/19/2014

Injected Dinotefuran into the coconut palms via a 1/4" hole, 2" deep. (The trees are 9" diameter.) One hole per tree. With a syringe, I filled the hole(s) twice a day for two weeks. The trees sucked up the "medicine". After two weeks, the fronds had stopped dropping. It works !

6 of 7 people found this review helpful

eradicating myaporum thrips in California with Safari

By Richard on 03/04/2015

Too soon to tell if the basal trunk application will be successful but that's what local pest control companies would have done for SUBTANTIALLY more cost than buying the Safari from DoMyOwn PestControl. This company is easy to work with with outstanding customer service. I highly recommend them and doing your own pest control is not all that difficult and the cost savings is outrageous.

Safari withDinotefuran

By Radcliffe on 10/18/2019

It works well killing the spotted Latternfly. It began killing them within an hour of application.

6 of 6 people found this review helpful

kill those spotted lanterflies!

By Charles on 07/31/2020

Amazingly fast shipping, very much appreciated as we face the spotted lanternfly apocalypse. This size is perfect for mixing in 1 gal of water and using as a bark spray. Did that last week, and the numbers are heading down. Will we ever be free of these pests? I doubt it, but limiting the damage is good. Bought a second container, because this plague won't be over any time soon.

Works great on white flies

By Darren on 01/23/2018

I have been battling white flies on my exotic hibiscus for the past several months with no success. I combined Safari with Horticultural Oil and did a foliar spraying of all my plants. After two sessions hardly any white flies now. Only downside to this product is the insane price - still under patent.

5 of 6 people found this review helpful

Orchid scale

By Todd on 12/08/2019

I had an outbreak of scale last year in 2 greenhouses, over 100 orchids ($5000+) at risk. Everyone scoffs at the price of this chemical, but it does work. I did lose a few orchids due to late treatment, but this product did save 80% of my orchids. 3 treatments 14 days apart lasted a year. Make sure that plant foliage does not contact another plant to reduce spread of scale. Best to isolate (2 weeks) & treat new plants before introducing to population. Make sure plants are "dry" before application for best results. The $120 will last me several YEARS of treatments. BTW, manganese deficiency is a leading cause of "palm blight", rendering your plant susceptible to other conditions...

4 of 5 people found this review helpful

By Fred on 01/22/2021

Works very well to kill numerous kind of scale, especially on Sago palms.It is very toxic to everything including bees, so only use where nothing else will work.

4 of 4 people found this review helpful

Fungus gnat eradication, complete!

By Christopher on 03/04/2022

Completely eradicated my fungus gnat infestation. The infestation had my satsuma trees stressed and was affecting my figs and bananas. A single dose eradicated them. Mixed a teaspoon per gallon of water in a watering can and drenched the soil. Replaced all yellow sticky cards which were almost black with the gnats and not a single gnat on any of them in a month. I had tried hydrogen peroxide, mosquito bits, diatomaceous earth, and a few other supposed tricks from the net. Cut the crap get this and get rid of them in minutes. Note: This is a large container, around a quart, so you will have it the rest of your life. I still have 99.5% of mine left after. Dosing all of my plants.

3 of 3 people found this review helpful

By Ellen on 09/27/2019

came quickly. called customer service too ask how to apply. answered promptly and gave me the info i needed. used the product, but time will tell if it works.

2 of 2 people found this review helpful

Saving my Ash

By John on 09/30/2022

This is my go-to for treating my Ash trees. The Emerald Ash Borer is killing EVERY Ash tree in Middle-TN. I'm doing my part and also spreading the word that it is cheaper to use Safari than to pay someone to take down a dead tree. I am now doing this simple treatment for neighbors. Please do this easy trench treatment once a year. I will soon be doing a bigger order for the spring for treating many more neighborhood trees.

Good service, fast shipping, good product

By Lee on 05/18/2020

Arrived earlier than expected; works well as a systemic insecticide for shrubs.

1 of 1 people found this review helpful

Quaking Aspen and scurfy scale

By Timothy on 09/18/2020

I have a beautiful quacking aspen (10 inches diameter at chest height and about 35 ft. high). I discovered it is infested with scurfy scale. I treated with a Safari 20SG Systemic Insecticide with Dinotefuran as a drench? So far the tree looks better and less stressed. The leaves have stopped falling off of the tree. I will know more about how effective this is next spring as I observe the tree for further effects of the scurfy scale. The product arrived as expected. Very pleased.

1 of 2 people found this review helpful

Great product

By Tzvetko on 05/08/2020

Leaving in a forest my fruit trees were systemically destroyed by borers. I started using Safari as a trunk spray in the spring and Dominion 2L soil drench in summer. This completely eradicated the problem I had. Both are great products.

Safari 20SG Systemic

By Srw on 06/12/2020

Fast delivery and product as described. Too soon to tell how effective it is on pine scale infestation.

0 of 1 people found this review helpful

By Om on 06/12/2020

Easy to amply, only time will tell if its working.

By Thea on 04/01/2024

Great product. I get this product every year to control the lanterns bugs on my tree

The Downsides Of Using Systemic Pest Control Insecticides In Your Yard

I n your pursuit of a pest-free garden, systemic insecticides promise an appealing solution. They enter the plant's internal structure by subtly weaving through the root network, aiming to turn them into inhospitable hosts for any pest that takes a bite. The concept is simple: as pests feed on the treated plants, they ingest the insecticide, which disrupts their nervous systems, effectively eliminating them. This method boasts precision in targeting pests at a systemic level, ensuring that the entire plant becomes a guardian against invaders.

Yet, despite their advanced design, these potent chemicals often miss the mark. The reality is that several factors determine their effectiveness — factors such as how much and which parts of the plant the pests consume and whether the plant can adequately distribute the insecticide throughout its system. Furthermore, on the one hand, they offer a formidable defense against a variety of pests; on the other, they bring with them a suite of risks that can upset the delicate balance of your garden ecosystem. The indiscriminate nature of this toxic defense means good insects can become unintended victims, too.

As the narrative unfolds, you'll see why a blanket reliance on systemic insecticides could be misguided. It's important to approach garden pest control with a strategy that considers the varied effectiveness of these treatments. Balancing the use of systemic insecticides with other methods may be the key to maintaining a healthy, vibrant yard.

Read more: How To Repel Bugs Naturally

The Slow-Acting Nature And Non-Selective Impact

When you apply systemic insecticides, patience is required. These chemicals take time to be absorbed and distributed through the plant's system, meaning they won't eliminate pests immediately. This slow process can be less than ideal if you're facing an infestation that demands quick action. There's also the matter of dosage and distribution. Not all parts of your plant will carry the same insecticide concentration. Some pests may nibble on less saturated areas, thereby surviving and continuing their lifecycle. Moreover, systemic insecticides require pests to feed on the plant to be effective. If the pest damages your plants in a different way, such as by boring into stems or fruit where the insecticide levels might be lower, the effectiveness can be further compromised.

More concerning, however, is the impact on non-target insects, notably pollinators like bees. Some insecticides, like neonicotinoids, have garnered significant attention due to their potency and persistence since they are substantially more toxic to bees. The ramifications for bee populations and the pollination services they provide are serious. To mitigate these impacts, consider integrated pest management (IPM) strategies that favor more eco-friendly pest control methods over chemical ones. Introducing or encouraging natural predators and planting pest-resistant varieties can reduce reliance on systemic insecticides. When chemical intervention is necessary, selective use and precise application can minimize unintended harm. Timely application, specifically during periods when pollinators are less active, and adhering to recommended dosages can also reduce the risk to beneficial insects.

Water Solubility And Environmental Persistence

The very quality that allows plants to absorb systemic insecticides — their water solubility — also poses a serious environmental risk. These chemicals can be transported away through irrigation run-off or rainfall before the plants fully absorb them. This movement can contaminate groundwater and nearby waterways, potentially affecting water quality. This downside underscores the importance of careful application. Controlling this movement is a delicate task. You can't always predict where water will flow in your garden, but you can take steps to minimize this unpredictable travel. You'll first need to understand the watering needs of your plants to prevent over-saturation. In addition, aim to apply systemic insecticides during dry periods only. Application is another factor. Try to incorporate them into the soil near the plant's base to minimize their spread. It might also help to introduce buffer zones that can prevent run-off into water bodies. Additionally, soil amendment with organic matter can enhance soil's ability to hold onto these chemicals and improve plant uptake.

All in all, balancing the use of systemic insecticides with these environmental factors requires attention to detail and an understanding of your garden's ecosystem. You'll want to think about the timing of application, the specific needs of your plants, and the potential for water movement in your soil. This way, you're not just applying a product; you're stewarding an environment, ensuring that the very solution you're using to protect your plants doesn't become a problem for the ecosystem as a whole.

Read the original article on House Digest .

Safari 20SG Systemic Insecticide with Dinotefuran › Customer reviews

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Safari 20SG Systemic Insecticide with Dinotefuran

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