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Recognize and eliminate pests and diseases from your plants with idMicrobe

The Guide to Caring for Your Plants

Learn to recognize pests and how to combat them

Guide to plant diseases and professional and home treatments - IdMicrobe

The Guide to Caring for Your Plants

Learn to recognize pests and how to combat them

Chinches

Bed bugs: what they are, how they develop, and how to effectively eliminate them from fruit

Bed bugs

Different species

Pathogen:

Insect

Type:

Risk to the plant:

HIGH

Bed bugs: what they are, how they develop, and how to effectively eliminate them from fruit
Fruit affected by bed bugs with bites and spots on the surface

Don’t know which pest or disease your plant has?

Correctly identifying the problem is key to saving the plant.

 

A plant expert analyzes the photos and sends you a clear diagnosis within 24 hours, explaining the causes and the most effective solutions step by step.

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DESCRIPTION

WHO CAUSES IT?

True bugs are insects belonging primarily to the order Hemiptera and comprise numerous species that can damage various types of crops. Among the species that affect fruit are phytophagous bugs from different families, such as Pentatomidae, Coreidae, and Miridae. Adults have piercing-sucking mouthparts, adapted to penetrate plant tissues and extract sap. Females typically lay their eggs on leaves, shoots, stems, or, in certain species, directly on structures near the fruit. Nymphs hatch from the eggs and go through several stages before reaching adulthood. Nymphs usually look different from adults, initially lacking fully developed wings, but they can already feed actively and cause damage. As the nymphal stages progress, they increase in size and gradually develop the characteristics of adults. Depending on the species and environmental conditions, several generations can occur during a single season, especially in areas with high temperatures and a continuous food supply. Adults can move between different plants and plots, while some species may also take refuge in spontaneous vegetation, plant debris, or sheltered locations during unfavorable periods. Dispersal by flight is one of the main causes of new infestations. Populations can increase rapidly when temperatures are favorable, vegetation is abundant, and susceptible fruit is continuously present. Both nymphs and adults can feed on fruit, although the severity of the damage and preferences for certain developmental stages depend on the species. Feeding by piercing causes small lesions, and in addition to direct damage, some species can inject salivary substances that alter plant tissues and cause deformities or necrosis around the feeding site.

SYMPTOMS

Stink bugs can cause significant damage to fruit by inserting their mouthparts into the tissues to feed. Feeding typically occurs during different stages of development and can be especially damaging when the fruit is young, as feeding can interfere with normal growth. The lesion may remain visible during ripening and affect both the external appearance and internal quality. Depending on the stink bug species and the crop affected, sunken areas, discolored spots, necrosis, deformations, or pulp alterations may appear around the feeding sites. In some fruits, feeding can lead to uneven ripening or the formation of hardened and discolored tissue. Significant commercial losses can also occur even if the affected area is relatively small, especially in fruit intended for fresh consumption. Lesions caused during the early stages of development can leave permanent scars as the fruit increases in size.

• Appearance of small feeding punctures on the surface of the fruit.


• Formation of yellowish, brownish, reddish, or necrotic spots around feeding sites.

• Presence of small depressions or sunken areas in the epidermis.

• Fruit deformation when feeding occurs during the early stages of development.

• Appearance of scars or permanent alterations on the surface during ripening.

• Hardening or alteration of the tissues located beneath the feeding sites.

• Discoloration of the pulp around the affected areas.

• Uneven ripening of the damaged tissues.

• Appearance of deformed fruit or fruit with reduced commercial quality.

• Localized necrosis in the tissues when the damage is severe.

• Presence of several feeding sites irregularly distributed across the fruit.

• Premature fruit drop in cases of severe infestation.

• Reduction in the commercial value of the fruit due to external damage.

• Entry of secondary microorganisms through wounds caused by punctures.


Bed bugs: Symptoms, damage and solutions in fruit
Damage caused by bed bugs to fruit
Fruit bugs: How to recognize and effectively treat them

Don’t know which pest or disease your plant has?

A plant expert reviews your photos and sends you a clear diagnosis within 24 hours, with step-by-step solutions.

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TEMPERATURE AND HUMIDITY

20-30 °C

60-90 %

Cargando...

HOW IS IT SPREAD?

Adult flight, Movement between plants, Spontaneous vegetation, Infested plant material, Plant debris, Accidental transport of insects

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HOW TO REMOVE IT?

Home remedies

BONE MEAL OR GROUND FISH SHELLS

RUSTY NAILS OR IRON SHAVINGS

BANANA PEELS

EPSOM SALTS (MAGNESIUM SULFATE)

SOLUTION WITH HOUSEHOLD BORAX

GROUND OR BOILED EGGSHELLS

COMPOST WITH ONION OR GARLIC SCRAPS

VEGETABLE COOKING WATER

WOOD ASH

WATER WITH VINEGAR OR LEMON (VERY DILUTED)

GARLIC INFUSION

USED COFFEE OR TEA

BANANA AND EGGSHELL INFUSION

POTATO OR LEGUME COOKING WATER

COMPOST FROM FRESH GREEN LEAVES

COMPOST OR WELL-AGED MANURE

DILUTED MILK (1:10)

BANANA TEA

LEAF COMPOST

NETTLE SLURRY

POTASSIUM SOAP AND NEEM OIL SOLUTION

POTASSIUM SOAP SOLUTION + NEEM OIL + DIATOMACEOUS EARTH

BAKING SODA AND NEUTRAL SOAP SOLUTION

GARLIC INFUSION WITH NEUTRAL SOAP

CHROMATIC OR ADHESIVE TRAPS

DILUTED MILK

HORSETAIL INFUSION

TRUNK WHITEWASHING

DIATOMACEOUS EARTH

WOOD ASH

NETTLE SLURRY

CUT THE AFFECTED BRANCHES AND APPLY CINNAMON

GARLIC AND CINNAMON INFUSION

INFUSION OF WORMWOOD, CHILI OR CHILLI

CLEAN THE AFFECTED AREA AND APPLY ASH PASTE WITH GARLIC OR CINNAMON

GARLIC AND MINT INFUSION

LIGHT TRAPS

APPLY CINNAMON POWDER

PITFALL TRAPS

CRUSHED EGG SHELLS

CLEAN AND SEAL THE WOUND WITH CLAY, CINNAMON AND GARLIC PASTE

GARLIC INFUSION

MATURE COMPOST

TRAPS WITH VINEGAR AND SOAP

SEAL HOLES WITH ASH PASTE AND CRUSHED GARLIC

VINEGAR AND BAKING SODA SOLUTION

ANT TRAP

TAPE TRAP

PHEROMONE TRAP

ALCOHOL TRAPS

FUNNEL TRAP

There are no home treatments

Chemical treatments

• ORANGE OIL 60g/L [ME] P/S
• ACETAMIPRID 20% [SP] P/P
• AZADIRACTIN 1% (AS AZADIRACTIN A) [EC] P/V
• CYPERMETHRIN 50% [EC] P/V
• DELTAMETHRIN 1.5% [EW] P/V
• DELTAMETHRIN 1.57% [SC] P/V
• DELTAMETHRIN 10% [EC] P/V
• DELTAMETHRIN 2.5% [EC] P/V
• DELTAMETHRIN 2.5% [EW] P/V
• ESFENVALERATE 2.5% [EC] P/V
• LAMBDA CYHALOTHRIN 0.0015% [ME] P/V
• LAMBDA CYHALOTHRIN 1.5% [CS] P/V
• LAMBDA CYHALOTHRIN 10% [CS] P/V
• LAMBDA CYHALOTHRIN 5% [EG] P/P
• POTASSIUM SALTS OF VEGETABLE FATTY ACIDS 13.04% [SL] P/V
• SULFOXAFLOR 12% [SC] P/V
• TAU-FLUVALINATE 24% [EW] P/V

Treatments allowed in organic farming

• ORANGE OIL 60g/L [ME] P/S
• AZADIRACTIN 1% (AS AZADIRACTIN A) [EC] P/V
• LAMBDA CYHALOTHRIN 0.0015% [ME] P/V
• LAMBDA CYHALOTHRIN 1.5% [CS] P/V
• LAMBDA CYHALOTHRIN 10% [CS] P/V
• LAMBDA CYHALOTHRIN 5% [EG] P/P
• POTASSIUM SALTS OF VEGETABLE FATTY ACIDS 13.04% [SL] P/V

Insect allies

PREDATORY MITES

LADYBUGS

LACEWINGS

PARASITIC WASPS

HOVERFLIES OR PARASITIC FLIES

PREDATORY BUGS

There are no natural allies

Mycodiplosis oidii (predatory mosquito)

EFFECTIVE PRODUCTS TO ELIMINATE THIS DISEASE

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Natural Pesticide, Fungicide, Miticide, Insecticide, Spider Mites, Powdery Mildew, Botrytis and Mold

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100% ecological fungicide

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Nematodes - Biological Pest Control for Fungus Gnats, Thrips, & Whiteflies

Nematodes - Biological Pest Control for Fungus Gnats, Thrips, & Whiteflies

Biological Pest Control for Fungus Gnats, Thrips, & Whiteflies

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Light traps for insects

Light traps for insects

Solar trap for outside

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Effective against all types of fungi

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Anti-ant adhesive tape

Anti-ant adhesive tape

Tree protection. Easy to use.

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Your product

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Your products closer to your customers

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Adhesive traps for insects

Adhesive traps for insects

For orchards, terraces and flower pots.

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Insecticide, fungicide, acaricide and nematicide spraying

Insecticide, fungicide, acaricide and nematicide spraying

100% organic. For indoor and outdoor use

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Lime for whitewashing

Lime for whitewashing

Insect Barrier/Repellent

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Fungus Gnat Killer & Bug Spray

Fungus Gnat Killer & Bug Spray

For outdoor and indoor use. Pet friendly

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Mature compost. Worm castings

Mature compost. Worm castings

100% Natural. Soil Restorative

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100% organic diatomaceous earth

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Natural insecticide against insects

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Beetle traps

Beetle traps

Ideal for ornamentals, flowers and shrubs.

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Trap for Tuta absoluta

Trap for Tuta absoluta

Attracts and traps tomato moths

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Snail and slug traps

Snail and slug traps

Ideal for orchards, gardens and pots.

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Copper-based fungicide - Curative and preventive

Copper-based fungicide - Curative and preventive

Effective against all types of fungi

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Insecticidal soap

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Home treatment. Eco-friendly

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Eco-friendly. Respectful of animals, the environment, and people.

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Fruit fly traps

Fruit fly traps

Non-Toxic. Reusable. For indoor and outside

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Treatment against snails and slugs

Treatment against snails and slugs

Granulated bait, attractive, safe and fast.

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• Conduct regular crop inspections, especially during fruit formation and ripening stages.

• Monitor for the presence of adults and nymphs on leaves, shoots, and fruit.

• Pay particular attention to field edges, as adults can move from nearby vegetation into the crop.

• Remove or control spontaneous vegetation that may serve as shelter or a food source for stink bugs, provided it is suitable for the crop and the environment.

• Keep the field free of plant debris that could provide shelter for certain species during unfavorable periods.

• Avoid excessive vegetation and maintain a crop structure that facilitates the detection of populations.

• Use appropriate traps or monitoring systems to detect the presence and evolution of populations.

• Install capture traps or physical barriers when compatible with the crop and capable of reducing the entry of adults.

• Pay special attention to periods of high temperatures, when the activity and reproduction of many species may increase.

• Regularly check the fruit for the first signs of infestation before the damage reaches significant levels.

• Implement control measures when the established intervention thresholds for the species and crop are reached, when these are available.

• Encourage the presence of natural enemies of stink bugs through integrated pest management and by avoiding unnecessary treatments that may affect beneficial insects.

• Maintain areas of beneficial vegetation when compatible with the crop and when they allow for the maintenance of beneficial organism populations.

• Use physical or mechanical trapping methods when they are effective and feasible depending on the size of the crop.

• Apply phytosanitary treatments only with products authorized for the crop and the corresponding pest.

• Apply treatments when the pest is most susceptible to improve their effectiveness.

• Direct the application appropriately to achieve sufficient coverage of the areas where nymphs and adults are concentrated.

• Strictly adhere to the dosages, maximum number of applications, intervals, and other conditions established on the product label.

• Alternate active ingredients with different modes of action when several applications are necessary during the same season.

• Avoid repeated and unnecessary applications that may favor the emergence of populations less susceptible to certain insecticides.

• Combine phytosanitary applications with cultural, physical, and biological control measures to reduce dependence on insecticides.

• Remove severely affected fruit when feasible, as they may constitute a source of deterioration or attract new populations.

• Monitor neighboring crops and nearby areas to detect adult movements toward the plot.

• Monitor the population after treatment to verify its effectiveness and detect possible re-infestations.

• Avoid indiscriminate treatments during flowering to reduce the impact on pollinators and other beneficial organisms.


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