--- description: Yes. Spinosad can kill susceptible thrips when it is used in a registered agricultural insecticide formulation. It belongs to the spinosyn insecticide class and is classified as IRAC Group 5. Spinosad disrupts insect nerve signaling by allosterically modulating nicotinic acetylcholine receptors. This causes nervous-system hyperexcitation, loss of normal movement, paralysis, and death. Feeding title: Does Spinosad Kill Thrips? - POMAIS Agriculture image: https://www.pomais.com/wp-content/uploads/2024/08/spinosad8.jpg --- [Skip to content](#content) 16+ years professional one-stop agricultural plant protection solution provider [](https://www.pomais.com/) [Inquiry](#awb-oc%5F%5F10593) Does Spinosad Kill Thrips? Last Updated: July 21st, 20262620 words13.1 min read # Does Spinosad Kill Thrips? [Table Of Contents](#c18fabf1a969fc936) * [Quick Answer: Can Spinosad Kill Thrips?](#toc%5FQuick%5FAnswer%5FCan%5FSpinosad%5FKill%5FThrips) * [What Is Spinosad?](#toc%5FWhat%5FIs%5FSpinosad) * [How Does Spinosad Kill Thrips?](#toc%5FHow%5FDoes%5FSpinosad%5FKill%5FThrips) * [Which Thrips Life Stages Does Spinosad Affect?](#toc%5FWhich%5FThrips%5FLife%5FStages%5FDoes%5FSpinosad%5FAffect) * [Why Spray Coverage Matters](#toc%5FWhy%5FSpray%5FCoverage%5FMatters) * [Why Application Timing Matters](#toc%5FWhy%5FApplication%5FTiming%5FMatters) * [Why Spinosad May Not Control Thrips](#toc%5FWhy%5FSpinosad%5FMay%5FNot%5FControl%5FThrips) * [Spinosad Resistance in Thrips](#toc%5FSpinosad%5FResistance%5Fin%5FThrips) * [Is Spinosad Effective Against Every Thrips Species?](#toc%5FIs%5FSpinosad%5FEffective%5FAgainst%5FEvery%5FThrips%5FSpecies) * [Is Spinosad Systemic?](#toc%5FIs%5FSpinosad%5FSystemic) * [Is Spinosad Enough for Complete Thrips Control?](#toc%5FIs%5FSpinosad%5FEnough%5Ffor%5FComplete%5FThrips%5FControl) * [What Buyers Should Check in a Spinosad Product for Thrips](#toc%5FWhat%5FBuyers%5FShould%5FCheck%5Fin%5Fa%5FSpinosad%5FProduct) * [Common Misunderstandings](#toc%5FCommon%5FMisunderstandings) * [FAQ](#toc%5FFAQ) * [Practical Summary](#toc%5FPractical%5FSummary) Yes. [Spinosad](https://www.pomais.com/product/spinosad/) can kill susceptible thrips when it is used in a registered agricultural insecticide formulation. It belongs to the spinosyn insecticide class and is classified as **IRAC Group 5**. Spinosad disrupts insect nerve signaling by allosterically modulating nicotinic acetylcholine receptors. This causes nervous-system hyperexcitation, loss of normal movement, paralysis, and death. Feeding larvae and exposed adults are the most relevant direct targets. However, thrips are difficult to manage because they often hide inside flowers, buds, growing points, folded leaves, and other protected plant tissues. Their eggs may be inserted into plant tissue, while prepupae and pupae may remain in soil, growing media, leaf litter, or plant crevices. The practical answer is: **Spinosad can control susceptible thrips, but field performance depends on life-stage exposure, spray coverage, application timing, species susceptibility, resistance status, and the use of a properly registered product.** ## Quick Answer: Can Spinosad Kill Thrips? Registered spinosad insecticides can control or suppress susceptible thrips on approved crops. Spinosad acts through contact and ingestion. Thrips become exposed when they contact treated surfaces or feed on treated plant tissue. The active ingredient then affects their nervous system. Young feeding larvae are important treatment targets because they are actively feeding and may be more exposed than eggs or protected pupal stages. Exposed adults can also be affected, although adult movement and reinfestation may complicate field assessment. | Question | Practical Answer | | ----------------------------- | ------------------------------------------------------------- | | Does spinosad kill thrips? | Yes, susceptible thrips can be controlled | | Product category | Agricultural foliar insecticide | | Chemical class | Spinosyn | | IRAC group | Group 5 | | Mode of action | nAChR allosteric modulation | | Main exposed stages | Feeding larvae and exposed adults | | Less directly exposed stages | Eggs and protected prepupae or pupae | | Main activity route | Contact and ingestion | | Conventional systemic product | No | | Main field limitations | Hidden feeding sites, coverage, reinfestation, and resistance | Spinosad is a legitimate thrips-control active ingredient, but it should not be presented as a product that automatically kills every thrips stage under every field condition. ## What Is Spinosad? [Spinosad](https://www.pomais.com/product/spinosad/) is a biologically derived insecticidal active ingredient. It consists mainly of two related compounds: * Spinosyn A * Spinosyn D These compounds originate from fermentation associated with the soil microorganism _Saccharopolyspora spinosa_. Spinosad is used against a range of agricultural and public-health pests. Thrips are among the pests listed for registered spinosad products, although the exact crop, species, claim, rate, and application method depend on the individual product label. Its natural origin does not mean it can be used without restrictions. Spinosad remains a regulated insecticide, and its performance and safety depend on the formulation, approved use, application quality, and resistance-management program. [](https://www.pomais.com/product/spinosad/) ## How Does Spinosad Kill Thrips? Spinosad kills susceptible thrips by disrupting their nervous system. IRAC classifies spinosad as: **Group 5 — Nicotinic acetylcholine receptor allosteric modulators, Site 1** This mode of action is different from pyrethroids, organophosphates, carbamates, neonicotinoids, avermectins, and insect growth regulators. ### Nicotinic Acetylcholine Receptor Modulation Nicotinic acetylcholine receptors help transmit signals through the insect nervous system. Spinosad interacts with an allosteric site associated with these receptors. This changes normal receptor activity and overstimulates nerve signaling. The mechanism can be summarized as: **Spinosad exposure → Group 5 receptor modulation → nervous-system hyperexcitation → paralysis → thrips death** ### Contact and Ingestion Activity Thrips may become exposed by contacting treated plant surfaces or ingesting residues while feeding. This means spinosad does not need to act only through direct spray impact. However, the target insect must still encounter biologically active residues. Spray placement remains important because many thrips feed in protected plant structures. ### Feeding Disruption After exposure, normal movement and feeding are disrupted. A thrips population may not disappear immediately from visual inspection, but affected insects may stop feeding before mortality is complete. Field evaluation should therefore consider both live insect counts and the development of new crop damage. ## Which Thrips Life Stages Does Spinosad Affect? Thrips develop through several distinct stages: 1. Egg 2. First-instar larva 3. Second-instar larva 4. Prepupa 5. Pupa 6. Adult The first two larval stages and adults feed. Prepupae and pupae do not feed. Many pest thrips place their eggs inside plant tissue, while pupation may occur in soil, growing media, leaf litter, or protected plant structures. ### Feeding Larvae Feeding larvae are important direct targets of foliar spinosad treatments. They actively consume plant tissue and are likely to ingest residues when coverage reaches their feeding areas. Early larval stages may also be easier to manage before the population becomes concentrated in flowers, buds, fruit structures, or a dense crop canopy. The correct positioning is: **Spinosad can be highly relevant against feeding thrips larvae, but the result still depends on exposure and susceptibility.** ### Adult Thrips Exposed adult thrips can also be controlled. However, adults are mobile and may move between plants or enter the crop from surrounding vegetation. They often hide inside flowers, growing points, or plant crevices. This creates two practical difficulties: * Some adults may avoid direct exposure. * New adults may migrate into the crop after treatment. Finding adults after application does not automatically prove that the exposed population survived. ### Thrips Eggs Direct control of all thrips eggs should not be assumed. Many economically important thrips insert eggs into leaves, flowers, buds, or other plant tissue. The plant tissue can limit direct contact between the egg and a foliar spray. Eggs already present at application may continue to hatch. This is one reason new larvae may appear after treatment. ### Prepupae and Pupae Prepupae and pupae are non-feeding stages. Depending on the species, they may remain in soil, growing media, leaf litter, plant crevices, or other protected locations. A standard foliar treatment may provide limited direct exposure to these stages. They may later develop into adults and make the population appear to return. ## Why Spray Coverage Matters Thrips are difficult to control because they rarely remain on open, easy-to-reach leaf surfaces. They commonly feed or shelter in: * Flowers * Flower buds * Growing points * Leaf folds * Leaf undersides * Plant crevices * Developing fruit * Dense inner canopies Many pest thrips feed while hidden in buds, shoot tips, flowers, or beneath plant structures. In some cases, crop damage becomes visible before the insects themselves are found. ### Hidden Feeding Sites A spray that covers only the outer canopy may miss thrips inside flowers, buds, or folded tissue. The application must place residues where feeding larvae and adults are active. ### Crop Canopy Density Dense vegetation can prevent spray droplets from reaching inner leaves, flowers, and growing points. Application equipment, water volume, travel speed, nozzle selection, and canopy penetration should match the crop and product label. ### Droplet Placement More spray is not automatically better. The objective is suitable coverage of the target plant structures without exceeding the registered rate or creating unnecessary runoff. ### Adjuvant Decisions Some product labels may permit or recommend a suitable adjuvant to improve spreading or coverage. This should not be generalized to every spinosad product or crop. Adjuvant selection must follow the specific label and crop-safety requirements. ## Why Application Timing Matters Spinosad usually performs best when treatment decisions are based on monitoring rather than waiting for severe visible damage. ### Treat Before Populations Build Up Thrips can reproduce quickly under favorable conditions. Once large populations become established inside flowers, buds, or a dense canopy, uniform exposure becomes more difficult. Early intervention may improve the opportunity to reach feeding larvae before extensive crop damage occurs. ### Target Active Feeding Stages Eggs hidden inside plant tissue and non-feeding pupal stages are harder to reach with a foliar treatment. Applications directed at exposed feeding stages have a stronger biological basis. ### Monitor New Migration Adult thrips can move into a treated crop from weeds, neighboring fields, discarded crop material, or surrounding vegetation. Post-treatment scouting should distinguish between surviving insects and new immigration. ## Why Spinosad May Not Control Thrips Several factors can reduce field performance. ### The Thrips Were Not Identified Correctly Different thrips species and populations may have different susceptibility, behavior, feeding locations, and resistance histories. Correct identification matters before product selection. ### Spray Coverage Was Incomplete Thrips hidden in flowers, buds, growing points, or the inner canopy may receive insufficient exposure. ### Eggs Continued to Hatch Eggs protected inside plant tissue may produce new larvae after the original application. ### Pupae Continued to Produce Adults Protected prepupae and pupae may complete development after foliar treatment. ### Adults Reinfested the Crop New adults may move into the crop from surrounding host plants. ### The Product Did Not Match the Label A spinosad product registered for one crop or pest cannot automatically be used for another. The label must cover the crop, target pest, application method, interval, and local use conditions. ### Resistance Reduced Susceptibility Resistance is one of the most important explanations for declining spinosad performance against thrips. ## Spinosad Resistance in Thrips Spinosad has been used extensively against western flower thrips, _Frankliniella occidentalis_. Field and laboratory research has documented populations with reduced susceptibility or high resistance to spinosad. In one field-population study, resistance ratios varied substantially, with some populations showing moderate or high resistance. Resistance does not mean spinosad has no value. It means the active ingredient must be used as part of a disciplined resistance-management program. ### Do Not Use Group 5 Continuously Repeated exposure to the same mode of action increases selection pressure. Successive pest generations should not be treated continuously with the same IRAC group. ### Spinosad and Spinetoram Share Group 5 Spinosad and spinetoram are both Group 5 spinosyn insecticides. Changing from spinosad to spinetoram is therefore not a true mode-of-action rotation. The product name changes, but the IRAC group remains the same. ### Rotate by Mode of Action A resistance program should use locally registered alternatives from genuinely different IRAC groups. The rotation should be based on pest generation, crop stage, local registration, and resistance history—not only on changing brands. ### Investigate Unexpected Failure Poor results do not automatically prove resistance. Before reaching that conclusion, check: * Thrips identification * Application timing * Spray coverage * Water quality * Product storage * Mixing accuracy * Reinfestation * Weather after application * Label compliance * Local resistance data ## Is Spinosad Effective Against Every Thrips Species? Spinosad can be effective against several economically important thrips, but no single result should be applied to every species and population. Relevant pest species may include: * Western flower thrips * Onion thrips * Tobacco thrips * Chilli thrips * Other flower- or crop-feeding thrips Susceptibility can vary by: * Species * Production region * Crop * Previous insecticide exposure * Resistance status * Greenhouse or open-field environment The commercial product claim must remain consistent with the approved label. A distributor should not expand a general “thrips” claim to every species, crop, or country without registration support. ## Is Spinosad Systemic? Spinosad should not be positioned as a conventional systemic insecticide. Its thrips-control value mainly depends on foliar contact, ingestion, and suitable residue placement. It should not be described as moving extensively through the plant vascular system and reaching every hidden insect automatically. The practical implication is: **Spray coverage remains important.** This distinction prevents buyers and users from expecting the product to control every thrips hidden inside flowers, buds, or untreated plant tissue. ## Is Spinosad Enough for Complete Thrips Control? Spinosad can be an effective part of a thrips-management program, but it should not be presented as a complete stand-alone solution. A stronger program combines: * Correct thrips identification * Regular crop scouting * Flower, bud, or leaf inspection * Sticky-card monitoring where appropriate * Early population detection * Weed and alternate-host management * Removal of heavily infested plant material where practical * Suitable biological-control measures * Accurate spray coverage * Rotation among different IRAC groups * Post-treatment evaluation The objective is not to apply more insecticide. It is to target the correct pest stage with the correct tool while reducing resistance pressure. ## What Buyers Should Check in a Spinosad Product for Thrips For importers, distributors, registration companies, and agricultural retailers, the active ingredient name is only the starting point. ### Active Ingredient Identity Confirm that the product contains spinosad rather than spinetoram or another insecticide. Spinosad and spinetoram are related, but they are separate active ingredients and require correct documentation. ### Formulation Type The formulation must fit the target market, crop system, registration, spray equipment, and storage conditions. Potential agricultural formulations should only be discussed when supported by the actual product portfolio and registration pathway. ### Thrips and Crop Claims The label should clearly support thrips control or suppression on the intended crop. A thrips claim on one crop cannot automatically be transferred to vegetables, fruit, flowers, ornamentals, or greenhouse crops generally. ### IRAC Group Identification Technical literature and labels should clearly identify spinosad as Group 5. This supports resistance-management communication and avoids false rotation claims. ### Coverage Requirements The product information should explain that hidden feeding sites can limit exposure. Distributors need realistic performance guidance rather than a universal kill claim. ### Resistance Positioning A professional market plan should explain: * Group 5 rotation limits * The shared group of spinosad and spinetoram * The need for locally registered alternatives * The value of post-treatment monitoring ### Pollinator and Environmental Precautions Registered spinosad labels may include restrictions or warnings related to bees and aquatic invertebrates. Applications during bloom, pollinator exposure, water contamination, drift, and product disposal must follow the local label. Biological origin does not remove these environmental responsibilities. ### Technical Documentation Professional buyers should verify: * Registration certificate * Approved label * COA * MSDS * TDS * Active ingredient specification * Formulation specification * Stability data * Efficacy data * Packaging specification * Storage conditions ## Common Misunderstandings ### Spinosad Kills Every Thrips Stage Equally No. Feeding larvae and exposed adults are more likely to encounter a foliar treatment than eggs embedded in tissue or protected pupal stages. ### One Application Removes the Entire Population Not necessarily. Egg hatch, pupal emergence, and adult migration can cause thrips to reappear. ### Spinosad Is Fully Systemic This is not an appropriate general claim. Coverage and residue placement remain important. ### Spinosad and Spinetoram Are Different Rotation Groups No. Both belong to IRAC Group 5. ### Natural Origin Prevents Resistance No. Spinosad resistance in western flower thrips has been documented. ### Every Spinosad Product Can Be Used on Every Crop No. The crop, thrips claim, application method, rate, interval, and restrictions must appear on the local product label. ## FAQ ### Does spinosad kill thrips? Yes. Registered agricultural spinosad products can control or suppress susceptible thrips on approved crops. ### How does spinosad kill thrips? Spinosad allosterically modulates insect nicotinic acetylcholine receptors. This causes nervous-system hyperexcitation, paralysis, and death. ### What IRAC group is spinosad? Spinosad belongs to IRAC Group 5. ### Does spinosad kill adult thrips? Exposed adult thrips may be controlled, but performance depends on coverage, species susceptibility, resistance, and reinfestation. ### Does spinosad kill thrips larvae? Yes. Feeding larvae are important direct targets because they can contact or ingest residues on treated plant tissue. ### Does spinosad kill thrips eggs? Direct control of all eggs should not be assumed. Many thrips insert eggs into plant tissue, which limits direct foliar exposure. ### Does spinosad kill thrips pupae? Protected, non-feeding prepupae and pupae may receive limited exposure from a standard foliar application. ### Why are thrips still present after spraying spinosad? Possible causes include hidden eggs, protected pupae, incomplete coverage, adult migration, incorrect identification, or resistance. ### Is spinosad systemic? It should not be positioned as a conventional systemic insecticide. Foliar contact, ingestion, and effective coverage remain important. ### Can spinosad and spinetoram be rotated? They should not be treated as different mode-of-action rotations because both belong to IRAC Group 5. ## Practical Summary Spinosad can kill susceptible thrips when used through a registered agricultural insecticide formulation. It belongs to **IRAC Group 5** and disrupts insect nerve signaling through nicotinic acetylcholine receptor allosteric modulation. Feeding larvae and exposed adults are the most relevant direct targets. However, successful thrips control depends on more than active ingredient selection. Eggs may remain protected inside plant tissue. Prepupae and pupae may occur in soil or hidden locations. Adults may shelter inside flowers and growing points or reinfest the crop from surrounding vegetation. The final decision should consider: * Thrips species * Life stage * Spray coverage * Application timing * Crop canopy * Resistance status * Local registration * Formulation quality * IRAC rotation * Post-treatment monitoring The core conclusion is: **Spinosad can control susceptible thrips, but reliable field performance requires early targeting of exposed feeding stages, thorough coverage, correct registration, and disciplined resistance management.** Share to: Hot Products * [Fluroxypyr Herbicide](https://www.pomais.com/product/fluroxypyr-herbicide/) * [Isoxadifen-ethyl 200 g/L + Tembotrione 400 g/L SC](https://www.pomais.com/product/isoxadifen-ethyl-200-g-l-tembotrione-400-g-l-sc/) * [Oxaziclomefone 30% SC](https://www.pomais.com/product/oxaziclomefone-30-sc/) * [Difenoconazole 25 g/L + Thiamethoxam 262.5 g/L + Fludioxonil 25 g/L FS Seed Treatment](https://www.pomais.com/product/difenoconazole-25-g-l-thiamethoxam-262-5-g-l-fludioxonil-25-g-l-fs/) * [Prohexadione-Calcium Plant Growth 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- POMAIS Agriculture","@id":"https://www.pomais.com/faq-items/does-spinosad-kill-thrips/#richSnippet","isPartOf":{"@id":"https://www.pomais.com/faq-items/does-spinosad-kill-thrips/#webpage"},"image":{"@id":"https://www.pomais.com/wp-content/uploads/2024/08/spinosad8.jpg"},"inLanguage":"en-US","mainEntityOfPage":{"@id":"https://www.pomais.com/faq-items/does-spinosad-kill-thrips/#webpage"}}]} {"@context":"https:\/\/schema.org","@type":["FAQPage"],"mainEntity":[{"@type":"Question","name":"Does Spinosad Kill Thrips?","acceptedAnswer":{"@type":"Answer","text":"[fusion_builder_container type=\"flex\" hundred_percent=\"yes\" equal_height_columns=\"no\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" parallax_speed=\"0.3\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" border_style=\"solid\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" layout=\"1_1\" background_position=\"left top\" border_style=\"solid\" border_position=\"all\" spacing=\"yes\" background_repeat=\"no-repeat\" margin_top=\"0px\" margin_bottom=\"0px\" animation_speed=\"0.3\" animation_direction=\"left\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" center_content=\"no\" last=\"true\" hover_type=\"none\" first=\"true\" min_height=\"\" link=\"\"][fusion_text columns=\"\" rule_size=\"\" margin_medium=\"\" margin_small=\"\" render_logics=\"\" logics=\"\" animation_direction=\"left\" animation_color=\"\" animation_speed=\"0.3\" animation_delay=\"0\" disable_idd=\"no\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" html_attributes=\"\"]

Yes. Spinosad<\/a> can kill susceptible thrips when it is used in a registered agricultural insecticide formulation.<\/p>\n

It belongs to the spinosyn insecticide class and is classified as IRAC Group 5<\/strong>. Spinosad disrupts insect nerve signaling by allosterically modulating nicotinic acetylcholine receptors. This causes nervous-system hyperexcitation, loss of normal movement, paralysis, and death.<\/p>\n

Feeding larvae and exposed adults are the most relevant direct targets. However, thrips are difficult to manage because they often hide inside flowers, buds, growing points, folded leaves, and other protected plant tissues.<\/p>\n

Their eggs may be inserted into plant tissue, while prepupae and pupae may remain in soil, growing media, leaf litter, or plant crevices.<\/p>\n

The practical answer is:<\/p>\n

Spinosad can control susceptible thrips, but field performance depends on life-stage exposure, spray coverage, application timing, species susceptibility, resistance status, and the use of a properly registered product.<\/strong><\/p>\n

Quick Answer: Can Spinosad Kill Thrips?<\/h2>\n

Registered spinosad insecticides can control or suppress susceptible thrips on approved crops.<\/p>\n

Spinosad acts through contact and ingestion. Thrips become exposed when they contact treated surfaces or feed on treated plant tissue. The active ingredient then affects their nervous system.<\/p>\n

Young feeding larvae are important treatment targets because they are actively feeding and may be more exposed than eggs or protected pupal stages. Exposed adults can also be affected, although adult movement and reinfestation may complicate field assessment.<\/p>\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
Question<\/th>\nPractical Answer<\/th>\n<\/tr>\n<\/thead>\n
Does spinosad kill thrips?<\/td>\nYes, susceptible thrips can be controlled<\/td>\n<\/tr>\n
Product category<\/td>\nAgricultural foliar insecticide<\/td>\n<\/tr>\n
Chemical class<\/td>\nSpinosyn<\/td>\n<\/tr>\n
IRAC group<\/td>\nGroup 5<\/td>\n<\/tr>\n
Mode of action<\/td>\nnAChR allosteric modulation<\/td>\n<\/tr>\n
Main exposed stages<\/td>\nFeeding larvae and exposed adults<\/td>\n<\/tr>\n
Less directly exposed stages<\/td>\nEggs and protected prepupae or pupae<\/td>\n<\/tr>\n
Main activity route<\/td>\nContact and ingestion<\/td>\n<\/tr>\n
Conventional systemic product<\/td>\nNo<\/td>\n<\/tr>\n
Main field limitations<\/td>\nHidden feeding sites, coverage, reinfestation, and resistance<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n

Spinosad is a legitimate thrips-control active ingredient, but it should not be presented as a product that automatically kills every thrips stage under every field condition.<\/p>[\/fusion_text][fusion_builder_row_inner hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_builder_column_inner type=\"2_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" column_tag=\"div\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"2_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" lazy_load=\"none\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" background_slider_skip_lazy_loading=\"no\" background_slider_random_order=\"no\" background_slider_loop=\"yes\" background_slider_pause_on_hover=\"no\" background_slider_slideshow_speed=\"5000\" background_slider_animation=\"fade\" background_slider_direction=\"up\" background_slider_animation_speed=\"800\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" absolute=\"off\" collapse_fade=\"none\" collapse_fade_color=\"#ffffff\" collapse_trigger=\"button\" collapse_more_text=\"Read More\" collapse_less_button=\"yes\" collapse_less_text=\"Read Less\" collapse_button_position=\"below\" collapse_button_align=\"center\" collapse_speed=\"400\" filter_type=\"regular\" filter_hover_element=\"self\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" filter_backdrop_type=\"regular\" filter_backdrop_hover_element=\"self\" filter_backdrop_hue=\"0\" filter_backdrop_saturation=\"100\" filter_backdrop_brightness=\"100\" filter_backdrop_contrast=\"100\" filter_backdrop_invert=\"0\" filter_backdrop_sepia=\"0\" filter_backdrop_opacity=\"100\" filter_backdrop_blur=\"0\" filter_backdrop_hue_hover=\"0\" filter_backdrop_saturation_hover=\"100\" filter_backdrop_brightness_hover=\"100\" filter_backdrop_contrast_hover=\"100\" filter_backdrop_invert_hover=\"0\" filter_backdrop_sepia_hover=\"0\" filter_backdrop_opacity_hover=\"100\" filter_backdrop_blur_hover=\"0\" transform_type=\"regular\" transform_hover_element=\"self\" transform_scale_x=\"1\" transform_scale_y=\"1\" transform_translate_x=\"0\" transform_translate_y=\"0\" transform_rotate=\"0\" transform_skew_x=\"0\" transform_skew_y=\"0\" transform_scale_x_hover=\"1\" transform_scale_y_hover=\"1\" transform_translate_x_hover=\"0\" transform_translate_y_hover=\"0\" transform_rotate_hover=\"0\" transform_skew_x_hover=\"0\" transform_skew_y_hover=\"0\" transition_duration=\"300\" transition_easing=\"ease\" scroll_motion_devices=\"small-visibility,medium-visibility,large-visibility\" animation_direction=\"left\" animation_speed=\"0.3\" animation_delay=\"0\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_text animation_direction=\"left\" animation_speed=\"0.3\" animation_delay=\"0\" disable_idd=\"no\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]

What Is Spinosad?<\/h2>\n

Spinosad<\/a> is a biologically derived insecticidal active ingredient.<\/p>\n

It consists mainly of two related compounds:<\/p>\n