Solutions

Semiochemicals

Most female mirid bugs (Bugeranus / Pilophorus) and moths attract males for mating using sex pheromones.  These pests can be targeted using precise pheromone disruption or trapping techniques, preventing them from mating and effectively stopping them from producing offspring.

Various methods and devices utilize pheromones to trap flying insects or disrupt their mating.  Traps, disruptors, and sticky cards are all viable solutions, each offering distinct advantages and disadvantages, though disruptors represent the latest and most effective approach.

Pheromone disruptors release high concentrations of female insect sex pheromones to disorient males, enticing them to hover around the device without locating an actual mate. Within days, the short-lived males die off, while the females, having remained unmated, ultimately perish as well.

Botanicals

A. Standard type‘ All-in-One ” Multi-function Contact Type Pest and Disease Control Preparations.

B. Enhanced‘ All-in-One +plus ” Multi-function Infection Type Persistent Pest Control Preparations ( mix with Metarhizium Anisopliae or other Entomophthora ).

Organic traditional 100% Plant-based medicine series and microbial blend series of plant extracts

Standard type "All-in-One" Multi-function Contact Type Pest and Disease Control Preparations

Enhanced "All-in-One +plus"  Multi-function Infection Type Persistent Pest Control Preparations (mix with Metarhizium Anisopliae or other Entomophthora )

Nature and safe, apply biotechnology with confidence.  Even on the day of harvest, you can safely spray control agents to prevent the spread of pests during transportation.  Tests show that the product contains no chemical pesticides and is safe to eat fruits and vegetablesat any time. 

Most larvae hide on the undersides of leaves to feed and avoid predators. Eggs and pupae are also frequently attached to the undersides of leaves. Pests like scale insects, whiteflies, spider mites, and moth/butterfly larvae prefer to lay their eggs on the undersides of leaves, mainly to shelter them from wind, rain, intense light, and natural predators.

The Most Effective Spraying Method: Spraying upward from underneath the leaves directly kills larvae, eggs, pupae, and most adult insects upon contact while simultaneously covering the upper leaf surface.  The dripping pesticide will also penetrate into the soil, killing pupae or eggs hidden in soil crevices and beneath the roots.  This spraying method thoroughly drenches the entire plant, achieving maximum pesticide coverage.  It is the most effective, economical, and time-saving method available.  We refer to this technique as giving the crops a "full-body shower.

During the day, most pests hide in the backs of leaves, crevices between branches, tree hollows, leaf litter, and soil to rest, sleep, and evade predators. Because the sprays cannot reach the pests directly, they fail to kill them. Furthermore, sunlight rapidly evaporates the chemical solution; once dried, the residue retains only its fertilizer properties, losing all insecticidal efficacy, while farmers face a high risk of heatstroke.

At night, pests emerge in large numbers to feed on crops, crawling onto leaves and fruit to eat. Spraying at this time applies the solution directly onto the pests' body surfaces. Additionally, cooler nighttime temperatures slow evaporation, allowing the chemicals to stay active longer and kill pests more effectively, all while making the work much cooler and easier for farmers.

Pests that bore into and shelter within fruits or tree trunks such as the coffee Hypothenemus hampei, durian fruit Mudaria luteileprosa, and white spotted longicorn beetle-along with coleopterans with hardened elytra and protected spiracles, are particularly resistant to immediate control via contact insecticides.  All-in-One effectively halts their reproductive cycle by utilizing precise timing to eliminate eggs and larvae while they remain exposed on fruits, young foliage, or bark, preventing population buildup across generations.  Furthermore, All-in-One +plus is formulated with entomopathogenic fungi that deposit active spores on fruit, twig, and leaf surfaces.  Pests across all developmental stages-adult, pupa, larva, or egg-that come into contact with these spores are infected and eradicated, resulting in a substantial decline in pest density within weeks post-application. 

All-in-One plus+

contains entomopathogenic fungi. Injecting the formulation directly into beetle boreholes in the tree trunk kills adult longhorned beetles and larvae hiding inside. Furthermore, it protects the hollows from other pathogen infections, allowing the tree to gradually heal itself. 

Microbials

Metarhizium anisopliae is a naturally occurring entomopathogenic fungus that thrives in dark, warm, and humid environments. When sprayed at night, it can persist for days or weeks in plant crevices or dark soil. As insects crawl over these treated plant or soil surfaces, spores adhere to their mouthparts and bodies. The spores then germinate into hyphae to infect the insects, secreting enzymes that degrade the insect cuticle, penetrate the body wall, and ultimately lead to fatal infection. 

Metarhizium anisopliae can effectively infect a variety of pests

Use Metarhizium Anisopliae solving threats Bee Varroa Mites, the simple operating method, spraying on hives

Metarhizium anisopliae MA-126 biocontrol effect against Varroa destructor

Honey bee population dynamics when applying Metarhizium anisopliae MA-126 to control Varroa destructor

Trichoderma increase in soybean yields