NaturesArt 3000 Live Ladybugs - Good Bugs for Garden - Ladybug - Guaranteed Live Delivery!

NaturesArt 3000 Live Ladybugs are a great way to attract beneficial insects to your garden and help control pests. These ladybugs are native to North America and are known for their voracious appetite for aphids, mites, and other harmful insects. Each pack contains approximately 3000 ladybugs and is guaranteed to arrive alive and well. Ladybugs are easy to care for and require no special attention. Simply release them in your garden or greenhouse, and they will begin to work their magic. They are also great for kids to learn about nature and the importance of biodiversity. NaturesArt 3000 Live Ladybugs are a natural and effective way to promote a healthy and pest-free garden. Release Instructions: When releasing outdoors make sure that there is shade for the ladybugs. Try to release in the evening so that they have some time to adapt to your location. Give your plants a light misting of water before the release. The ladybugs may become dehydrated during travel. The moisture will also help to attract and retain the ladybugs.

• 3000 Live Ladybugs: Each pack contains a generous amount of 3000 ladybugs, providing ample coverage to enhance your garden or landscape.
• Beneficial Insects: Ladybugs are natural predators of aphids, mites, and other harmful insects that can damage your plants. By introducing ladybugs to your garden, you can help control pest populations and promote a healthy ecosystem.
• Easy to Release: The ladybugs are carefully packaged in a ventilated container to ensure their survival during transit. Simply open the container and release the ladybugs near your plants or garden area.
• Safe for Plants: Ladybugs pose no harm to plants or other beneficial insects. They will feed on aphids and other pests, helping to protect your garden from damage.
• Long-Lasting Protection: Ladybugs have a relatively short lifespan, typically lasting around 4-6 weeks. However, their presence can have a long-lasting impact on pest populations, reducing the need for frequent application ofother substances