Leionnahs Native pollination Garden

Leionnahs Native pollination Garden Leionnah has chosen to create a pollination garden to earn her Girl Scout Bronze Award

06/03/2026

You went to the garden center. You bought flowers to
help the bees. The tag said "Pollinator Friendly!"

You planted them. A bee visited.

The bee died.

Most plants sold at big-box garden centers and
nurseries are pre-treated with neonicotinoid
insecticides. These are systemic — they're absorbed
into every cell of the plant. The roots. The stems.
The leaves. The pollen. The nectar.

When a bee feeds on the nectar of a neonicotinoid-
treated flower, it ingests the insecticide. The effect
isn't always instant death. It's worse.

Neonicotinoids disrupt bee navigation. The bee can't
find its way back to the hive. It flies in circles
until it's exhausted. It dies alone, lost, in your
neighbor's yard.

A sub-lethal dose causes the colony to slowly
collapse. Workers forage less efficiently. The queen
lays fewer eggs. Larvae develop poorly. Over weeks,
the hive dies.

Your "pollinator-friendly" plant was pre-loaded with
the #1 chemical linked to pollinator collapse.

How to buy truly bee-safe plants:
Ask the garden center directly: "Were these treated
with neonicotinoids or systemic insecticides?"
Buy from local native plant nurseries — they rarely
use systemics.
Look for "neonicotinoid-free" labels — some nurseries
are now advertising this.
Grow from seed — guaranteed untreated.
After purchasing treated plants: wait 1 full growing
season before allowing pollinators to visit — the
chemicals can persist in the plant for 1-3 years.

The bee on the label was a marketing graphic.

The chemical inside the pot was the real product.

Ask before you buy. Or grow from seed.


Get Your Wings Native Refuge is now official! We have been focusing on host plants for many varieties of Butterflies and...
06/01/2026

Get Your Wings Native Refuge is now official! We have been focusing on host plants for many varieties of Butterflies and Fritillarys as well as nectar plants .

Beefsteak tomatoes, cucumbers, sandwich bag orange and yellow peppers 🐝
06/01/2026

Beefsteak tomatoes, cucumbers, sandwich bag orange and yellow peppers 🐝

05/29/2026

New Jersey just declared war on its own garden centers and the strike teams are already in the field. The state launched coordinated legislation that funds dedicated eradication crews to rip invasive plants out of wetlands, forests, and roadside corridors while simultaneously banning the commercial sale of those same species statewide. It is a two-front attack: stop the pipeline and clean up the damage. For decades plants like Japanese knotweed, phragmites, and mile-a-minute vine have been sold in nurseries as ornamental choices while escaping into the Pine Barrens, the Delaware Bay marshes, and the suburban woodlands that still hold fragments of native biodiversity. New Jersey looked at the ecological hemorrhaging and decided that the same state that could mobilize emergency crews for storms could mobilize them for ecological restoration. The strike teams are trained crews with state funding, hitting priority invasion sites with mechanical removal, targeted treatment, and native replanting. The sales ban means nurseries can no longer profit from the species that are choking out the local flora. Landscapers are adapting to native plant palettes. Garden centers are clearing shelves. And the habitats that emerge under this coordinated assault have a real chance: Atlantic white cedar seedlings can establish in wetlands not smothered by phragmites, native asters and goldenrod can bloom in meadows not overrun by mugwort, and the migratory birds that depend on New Jersey's coastal habitats find food plants that actually belong there. Other Mid-Atlantic states are watching because New Jersey proved that stopping invasions requires both law and labor. You cannot just ban the sale and hope. You need boots on the ground pulling the roots out.

Zinnia sprouts !
05/25/2026

Zinnia sprouts !

05/20/2026

Male or female? Here’s how to tell the difference in Black Swallowtail butterflies.
The butterfly resting in my hand is the male. Notice the large, bright yellow spots across his wings and only a small amount of blue near the hindwings.

The butterfly above is the female. She is typically a bit larger and has smaller yellow spots, but her hindwings display a striking iridescent blue band.

Both males and females are important pollinators, but only females lay their eggs on host plants in the carrot family, including dill, parsley, fennel, and native golden alexanders.

Next time you spot a Black Swallowtail, look for the color pattern: more yellow usually means male, while more blue usually means female.

New here? Follow along for practical gardening tips, nature education, and simple ways to help pollinators thrive.

One bed seeded with these beauties.
05/20/2026

One bed seeded with these beauties.

05/20/2026

How Butterflies Find Host Plants

Butterflies use a blend of sight, smell, and touch to locate the plants their caterpillars need to survive. Each species follows its own strategy, shaped by evolution and the landscapes it inhabits, but all rely on a combination of visual cues and chemical “tasting” to make the right choice.

Monarchs (Danaus plexippus) are among the most precise. Females search for milkweed by sight, scanning for the plant’s distinctive shape and growth pattern. Once they land, they drum the leaf surface with their forelegs, releasing chemical compounds they can “taste” through receptors in their feet. Only when those chemicals match milkweed’s signature profile will a monarch curl her abdomen and lay a single egg.

Fritillaries (Speyeria spp.) take a different approach. Their host plants—violets—often die back by midsummer, long before females are ready to lay eggs. Rather than locating individual plants, fritillaries scatter eggs widely in the kinds of places violets are likely to grow: shaded, weedy edges, woodland openings, and moist slopes. When the eggs hatch the following spring, the tiny caterpillars simply wait for violets to emerge. It’s a strategy built on probability rather than precision, but it works remarkably well.

Eastern Tiger Swallowtails (Papilio glaucus) rely heavily on visual cues. Their host trees—wild black cherry, tulip tree, ash, willow, and birch—have distinctive leaf shapes and growth habits that stand out in the canopy. Females patrol woodland edges and sunlit openings, landing on leaves to confirm suitability with chemoreceptors on their feet. Choosing sun‑exposed foliage gives their caterpillars warmer microclimates and faster growth.

Buckeyes (Junonia coenia) use a mix of sight and smell to locate their preferred host plants, which include plantains (Plantago spp.), snapdragons, toadflax, and false foxglove. They are attentive to leaf shape and texture, but final confirmation always comes from chemical cues—specific compounds released by the plant that signal a safe place for eggs and a reliable food source for the larvae.

Red Admirals (Vanessa atalanta) are specialists of nettles. Females can detect the volatile chemicals released by nettles even from a distance, allowing them to home in on patches tucked along streams, ditches, and woodland edges. Once they arrive, they taste the leaves with their feet to confirm the plant’s identity before laying eggs singly on the upper surface.

Mourning Cloaks (Nymphalis antiopa) search for willows, elms, poplars, and other moisture‑loving trees. They use both sight and smell, patrolling wooded edges and riparian corridors where their host trees thrive. Their caterpillars feed communally, so females often choose young shoots or branch tips where leaves are tender and abundant.

Painted Ladies (Vanessa cardui) are generalists, capable of using more than a hundred host plants worldwide. Thistles are their favorite, but mallows, legumes, and many other species will do. Their broad diet is matched by flexible search behavior: they use visual cues to locate likely plants, then rely on chemoreceptors on their antennae and legs to confirm the plant’s chemistry. This adaptability allows them to thrive even during long migrations through unfamiliar landscapes.

Red‑Spotted Purples (Limenitis arthemis) seek out wild cherry, aspen, cottonwood, and other trees with distinctive leaf shapes. Females glide along forest edges, landing frequently to taste leaves with their feet. Their reliance on both visual and chemical cues helps them distinguish host plants from look‑alikes in dense summer foliage.

Coral Hairstreaks (Satyrium titus) show a quieter precision. Their host plants—wild cherry and plum—grow along sunny woodland margins and old‑field edges. Females search these transition zones visually, then confirm host identity through chemical cues once they land. Their eggs overwinter on the bark near buds, ensuring the caterpillars have fresh foliage as soon as the trees leaf out.

Cabbage Whites (Pieris rapae), though common and often overlooked, are highly sensitive to the mustard‑family chemicals released by their host plants. Females fly low over gardens, fields, and roadsides, zig‑zagging until they detect the glucosinolates that signal cabbage, mustard, or shepherd’s purse. Their reliance on chemical cues is so strong that they often ignore visually similar plants that lack the right scent.

Pearl Crescents (Phyciodes tharos) depend on asters. Females patrol meadows and prairie edges, landing repeatedly on potential hosts. They confirm asters by tasting the leaf surface, a crucial step because many unrelated plants share similar growth forms. Their caterpillars thrive on young, tender aster leaves, so females often choose plants in sunny, open patches.

Eastern Tailed‑Blues (Cupido comyntas) search for legumes—clovers, vetches, and alfalfa. These tiny butterflies fly close to the ground, inspecting low vegetation visually before landing to taste leaves with their feet. Their small size allows them to navigate dense patches of clover where larger butterflies rarely venture.

Viceroys (Limenitis archippus) seek out willows, poplars, and cottonwoods. Like their close relatives the Red‑Spotted Purples, they use both sight and chemical cues, but they show a particular preference for young shoots near wetlands. Females often lay eggs on the tips of leaves, where the caterpillars can feed on tender tissue and construct their characteristic leaf‑rolled shelters.

Across all these species, the pattern is the same: butterflies combine sight, smell, and touch in ways that seem almost deliberate. Their methods differ, but the goal is universal—finding the right plant at the right moment to give the next generation its best chance. In watching how they search, we glimpse the intricate relationships that tie insects to the plants and places they depend on, and the quiet ingenuity woven through the natural world.

Sources:

Wisconsin Butterflies — Species Accounts for Wisconsin Butterflies

Butterflies and Moths of North America (BAMONA) — Host Plant and Life History Profiles

BugGuide — Species Pages for Monarch, Fritillary, Swallowtail, Buckeye, Red Admiral, Mourning Cloak, Painted Lady, Red‑Spotted Purple, Coral Hairstreak, Cabbage White, Pearl Crescent, Eastern Tailed‑Blue, and Viceroy

University of Florida Entomology & Nematology Department — Butterfly Host Plant Selection and Chemoreception

Illinois Natural History Survey — Host Plant Use and Oviposition Behavior in North American Butterflies

U.S. Forest Service — Butterfly Host Plant Ecology and Habitat Associations

Prairie Moon Nursery — Host Plants for Native Butterflies (Legume, Aster, and Nettle Families)

05/16/2026

You can see the egg she left on the Swamp W**d! First Monarch of the season I’ve seen !

Cleaned up the garden to prepare the zinnia beds .
05/15/2026

Cleaned up the garden to prepare the zinnia beds .

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Brick Township, NJ
08724

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Tuesday 9am - 5pm
Wednesday 9am - 5pm
Thursday 9am - 5pm
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