Aphelinus abdominalis - Aphid Control

LIVE DELIVERY GUARANTEE

Long Lifespan & Longer Egg Laying Period

TARGET PESTS
Foxglove Aphids, Potato Aphids, Black Bean Aphids, Brown Citrus Aphids, Cotton Aphids, Green Apple Aphids, Green Peach Aphids, Greenhouse Aphids, Melon Aphids, Pea Aphids, Rose Aphids, & more.

DESCRIPTION
Scientific Name: Aphelinus abdominalis
ABDOMINALIS are parasitoids known to live longer and lay eggs over a longer period than other parasitoids. They also eat aphids rather than just parasitizing them, making them a valuable addition to any pest management program. Females have a black thorax and yellow abdomen and can measure up to 3mm in length, while males are smaller and darker. Although ABDOMINALIS targets a variety of aphid pests, they are particularly effective against foxglove and potato aphids. A female can lay up to 250 eggs in a 3-week cycle. After 3-5 days the eggs hatch into larvae that will feed on the internal contents of the aphid for about 5-10 days. After completing development, the larvae pupate, and a new generation of adults emerge from the aphid mummies continuing the reproductive cycle for sustainable aphid management.

TEMPERATURE
50-86°F

INTRODUCTION RATES
1 insect per 10 sq. ft., weekly, 2-3 times.

It's important to note that these release rates serve as general guidelines and may vary based on the specific pest species, the crop or plant being treated, and level of infestation. Proper monitoring of the infestation and the subsequent effectiveness of the released beneficial insect population is crucial for determining the success of the biological control strategy.

STORAGE
Do not store adults. Store pupae at 39-46°F for no longer than 48 hours.

PRO TIPS:

Proper identification of the pest species is important. Monitoring the crop closely and introducing beneficial insects early will help in control pest populations.

Pesticides, even wetting agents, and spreader-stickers may adversely affect beneficial insects' survival. Broad spectrum and systemic insecticides are toxic.

WHOLESALE
Not available in cases. Overnight shipping is required.

ITEM NUMBERS
ABDOMINALIS-250: Minimum of 250 adults per bottle. 

ABDOMINALIS-1K: Minimum of 1,000 adults per bottle.

Sold Individually. Not sold in cases.

ABDOMINALIS are parasitoids known to live longer and lay eggs over a longer period than other parasitoids. They also eat aphids rather than just parasitizing them, making them a valuable addition to any pest management program. Females have a black thorax and yellow abdomen and can measure up to 3mm in length, while males are smaller and darker. Although ABDOMINALIS targets a variety of aphid pests, they are particularly effective against foxglove and potato aphids. A female can lay up to 250 eggs in a 3-week cycle. After 3-5 days the eggs hatch into larvae that will feed on the internal contents of the aphid for about 5-10 days. After completing development, the larvae pupate, and a new generation of adults emerge from the aphid mummies continuing the reproductive cycle for sustainable aphid management. Ideal temperatures: 50-86°F

Foxglove Aphids, Potato Aphids, Black Bean Aphids, Brown Citrus Aphids, Cotton Aphids, Green Apple Aphids, Green Peach Aphids, Greenhouse Aphids, Melon Aphids, Pea Aphids, Rose Aphids, & more.

1 insect per 10 sq. ft., weekly, 2-3 times.

It's important to note that these release rates serve as general guidelines and may vary based on the specific pest species, the crop or plant being treated, and level of infestation. Proper monitoring of the infestation and the subsequent effectiveness of the released beneficial insect population is crucial for determining the success of the biological control strategy.

Sprinkle contents onto infested plant leaves or into Hanging Release Boxes and hang on affected plant. Do not place contents directly onto soil or substrate. Ensure the product contents remain dry. Leave in place for 3-5 days to allow all insects to be released.

Do not store adults. Store pupae at 39-46°F for no longer than 48 hours.

Proper identification of the aphid species is important. Monitoring the crop closely and introducing beneficial insects early will help in control pest populations.

Pesticides, even wetting agents, and spreader-stickers may adversely affect beneficial insects' survival. Broad spectrum and systemic insecticides are toxic.