Native Bees vs Honeybees: Species Guide & Solitary Bee Housing

Honeybees get the headlines, the documentaries, and the fundraising campaigns. But the roughly 4,000 native bee species in the United States -- at least 10% of which still lack formal scientific names (USGS, 2024) -- do the bulk of the pollination work that keeps wild ecosystems and many food crops productive. Native bees pollinate an estimated 80% of flowering plants worldwide (USGS, 2024), and research from UC Berkeley and Cornell shows they are 2-3x more efficient at pollination than managed honeybees on a per-visit basis (UC Berkeley / Cornell University, 2023).

Despite that outsized ecological contribution, 34.7% of native bee species in the U.S. are now at risk of extinction (NatureServe / PNAS, 2025). That is more than one in three species facing potential collapse -- driven by habitat loss, pesticide exposure, climate disruption, and competition from managed honeybee colonies.

This guide breaks down the key differences between native bees and honeybees, walks through identification of the most common native bee groups, explains why California is a global hotspot for bee diversity, and gives you a step-by-step plan for building solitary bee housing and creating habitat that supports these irreplaceable pollinators.

TL;DR: Native bees outnumber honeybee species in the U.S. by roughly 4,000 to 1. They are more efficient pollinators, 90% are solitary (no hive, no queen, no honey), and 70% nest in the ground. California alone hosts 1,600 species. You can support them by building a solitary bee house, planting native flowers, leaving bare soil, and reducing pesticide use. This guide covers identification, conservation, and a complete DIY bee hotel build.

Why Native Bees Deserve More Attention Than Honeybees

The European honeybee (Apis mellifera) is not native to North America. It was brought to the continent by European colonists in the 1600s for honey production and crop pollination. It is a single species -- domesticated, managed, and commercially bred.

Native bees, by contrast, evolved here over millions of years alongside North American plants. They developed specialized relationships with local flora: specific tongue lengths matched to specific flower shapes, emergence timing synced to bloom cycles, and pollination behaviors fine-tuned by natural selection.

Here is the core distinction: honeybees are generalist livestock. Native bees are a diverse wild workforce.

When a bumblebee grabs a tomato flower and vibrates its flight muscles at a specific frequency to shake pollen loose -- a behavior called buzz pollination -- that is something honeybees physically cannot do. UC Berkeley research found that bumblebee-pollinated tomatoes produce 50% more fruit and the individual fruits are twice as large compared to self-pollinated controls (UC Berkeley, 2022).

That is not an edge case. Blueberries, cranberries, eggplant, peppers, and many native wildflowers depend on buzz pollination. Honeybees visit these flowers but cannot pollinate them effectively. Native bees can.

The managed honeybee colony loss rate hit a record 55.6% in 2024-2025 (Auburn University / Bee Informed Partnership, 2025). That crisis is real and demands attention. But focusing conservation dollars and public attention exclusively on one imported species while 34.7% of the native species that sustain wild ecosystems face extinction is a dangerous imbalance.

Both matter. But native bees have been the silent majority of pollination for far too long.

learn why bees are vital for agriculture

Native Bees vs Honeybees: Key Differences at a Glance

Understanding the fundamental differences between native bees and honeybees helps clarify why both groups need distinct conservation strategies.

Social Structure

Honeybees live in large, perennial colonies of 20,000-80,000 individuals with a single queen, thousands of workers, and hundreds of drones. The colony persists year after year, with the queen living 2-5 years.

Native bees are overwhelmingly solitary. Roughly 90% of native bee species do not form colonies at all (USGS, 2024). A single female mates, finds or builds a nest, provisions it with pollen and nectar, lays her eggs, and dies -- often without ever meeting another member of her species. The exceptions are bumblebees (which form small annual colonies of 50-400 individuals) and a handful of social sweat bees.

Nesting

Honeybees build wax comb inside enclosed cavities -- hollow trees, rock crevices, or the wooden boxes beekeepers provide. They store honey as their winter food supply.

Native bees nest in radically diverse locations. About 70% are ground nesters, excavating tunnels in bare or sparsely vegetated soil (USDA / Xerces Society, 2024). Another 20% are cavity nesters, using hollow stems, beetle tunnels in dead wood, or gaps in stone walls. The remaining 10% use other strategies -- leafcutter bees cut precise circles from leaves to line their nest cells, while some species nest in abandoned snail shells.

Pollination Style

Honeybees are efficient nectar collectors. They pack pollen into specialized "baskets" (corbiculae) on their hind legs, moistened with nectar to hold it in place. This means less pollen falls off during flower visits.

Native bees are messier -- and that is exactly what makes them better pollinators. Many carry dry pollen in specialized hairs (scopa) on their legs or abdomen, and they lose pollen freely as they move between flowers. The result: 2-3x more pollen transferred per flower visit compared to honeybees (UC Berkeley / Cornell University, 2023).

Stinging Behavior

Honeybees can sting once. The barbed stinger tears from the bee's body, killing it. Guard bees will defend the hive aggressively when they perceive a threat to the colony.

Native bees are overwhelmingly docile. Solitary bees have no hive to defend and almost never sting humans. Most solitary species have stingers too small to penetrate skin. Male bees of all species lack stingers entirely. Bumblebees can sting (and sting repeatedly, unlike honeybees), but do so only when the nest is directly disturbed.

Honey Production

Honeybees produce and store surplus honey -- typically 30-60 pounds per year in a healthy colony. This is why we manage them.

Native bees do not produce honey in harvestable quantities. Bumblebees store small amounts of honey in wax pots within their nests, but never enough to collect. Solitary bees provision individual cells with a pollen-nectar mixture for their larvae, but this is consumed by the developing bee.

Citation Capsule: The 4,000+ native bee species in the U.S. are 2-3x more efficient pollinators than honeybees per flower visit, with 90% living solitary lives and 70% nesting underground. Their pollination style -- messy, dry pollen transfer -- makes them indispensable for crops and wildflowers that honeybees cannot effectively pollinate.

How to Identify Common Native Bee Groups

You do not need an entomology degree to recognize the major native bee groups. Five groups make up the vast majority of native bees you will encounter in gardens and natural areas.

Bumble Bees (Bombus spp.)

Size: 0.5-1 inch. The largest and most recognizable native bees.

Appearance: Round, fuzzy bodies with bold yellow-and-black banding patterns. Some species have orange, red, or white bands on the abdomen.

Behavior: Social bees that form small annual colonies (50-400 individuals) in abandoned rodent burrows, grass clumps, or bird houses. Queens emerge in early spring, often the first bees you see in the garden. They are important buzz pollinators and can forage in cool, wet weather that grounds other bees.

Conservation note: The American bumblebee (Bombus pensylvanicus) has declined by 89% and vanished from at least 8 states where it was formerly common (IUCN / Center for Biological Diversity, 2023). Several other bumble bee species are candidates for endangered species listing.

How to attract: Plant long-blooming perennials like salvia, lavender, and native penstemons. Leave unmowed grass patches and leaf litter where queens can nest.

Mason Bees (Osmia spp.)

Size: 0.25-0.5 inch. About the size of a housefly.

Appearance: Metallic blue-black or dark blue-green. Compact, slightly furry body. Often mistaken for small flies at first glance.

Behavior: Solitary cavity nesters. Females use mud to partition nest cells inside hollow stems or holes in wood -- which is why bee hotels work so well for them. They are exceptional orchard pollinators: a single mason bee can pollinate as many apple blossoms as 60-120 honeybees.

Key species: The blue orchard bee (Osmia lignaria) is native to much of North America and widely used in commercial orchards as a managed pollinator.

How to attract: Provide hollow tubes (6-8mm diameter) or drill holes in untreated wood blocks. Plant early-blooming fruit trees and spring wildflowers. Ensure a mud source nearby -- mason bees need wet clay or loam to build their nest partitions.

Leafcutter Bees (Megachile spp.)

Size: 0.25-0.75 inch. Similar to mason bees in build.

Appearance: Dark bodies, often with pale hair bands on the abdomen. The distinguishing feature: females carry pollen on dense hairs (scopa) on the underside of the abdomen, not on their legs.

Behavior: Solitary cavity nesters that cut precise circular or oval pieces from leaves (rose, lilac, and other smooth-leaved plants are favorites) to line their nest cells. The cut marks are distinctive -- perfectly round semicircles along leaf edges. This does not harm the plant.

How to attract: Same cavity-nesting structures as mason bees, but leafcutters prefer slightly larger holes (6-10mm). Plant roses, alfalfa, and native wildflowers. They are most active in summer.

Sweat Bees (Halictidae family)

Size: 0.15-0.5 inch. Many are tiny.

Appearance: Ranges from brilliant metallic green (genus Agapostemon) to dull brown or black. The green metallic species are among the most beautiful bees in North America and are commonly seen in gardens.

Behavior: Mostly ground nesters. Some species are solitary, others form small communal nests. They get their common name from their attraction to human perspiration -- they land on sweaty skin to drink salt. Despite the name, they are gentle and rarely sting. Some species are important pollinators of sunflowers, watermelons, and stone fruits.

How to attract: Leave patches of bare, well-drained soil in sunny locations. Avoid heavy mulching everywhere -- these bees need accessible ground.

Mining Bees and Carpenter Bees (Andrena spp. and Xylocopa spp.)

Mining bees (Andrena):

Size: 0.25-0.6 inch.

Appearance: Typically dark brown to black, often with pale hair on the thorax. Subtle, easy to overlook.

Behavior: Solitary ground nesters that create small volcano-like mounds of excavated soil. They are among the earliest spring bees and important pollinators of spring-blooming trees and wildflowers. Over 450 species in North America.

Carpenter bees (Xylocopa):

Size: 0.5-1 inch. Large and conspicuous.

Appearance: Resemble bumblebees but with a shiny, hairless black abdomen (bumblebees have fuzzy abdomens). Males may have yellow or white face markings.

Behavior: Solitary nesters that bore perfectly round holes (about 0.5 inch diameter) into untreated, unpainted softwood -- deck rails, fence posts, eaves. Despite homeowner frustration, they are valuable pollinators of passion fruit, blueberries, and many native plants. Females rarely sting; males are territorial but stingless.

How to attract: Mining bees need bare soil on slopes or flat ground. For carpenter bees, leave dead tree snags or provide untreated softwood blocks placed away from structures you want to protect.

California's Native Bee Diversity -- A Global Hotspot

California is one of the most important places on Earth for native bee diversity. The state hosts approximately 1,600 native bee species across 82 genera (UC Davis, 2024) -- more than the entire eastern United States combined.

That diversity stems from California's extraordinary range of habitats compressed into a single state: coastal scrub, oak woodlands, Central Valley grasslands, Sierra Nevada meadows, high desert, redwood forests, and chaparral. Each habitat supports specialized bee-plant relationships that exist nowhere else.

Pinnacles National Park: A Case Study

The concentration of bee diversity in California is staggering. Pinnacles National Park -- a relatively small park covering just 109 square kilometers (42 square miles) in San Benito County -- supports approximately 450 native bee species (PLOS ONE, 2018). That is more bee species in a single small park than many entire countries support.

This density exists because Pinnacles sits at a convergence of Mediterranean, coastal, and interior habitats, with volcanic rock formations providing cavity-nesting sites and the surrounding wildflower-rich grasslands providing forage.

Regional Highlights

Northern California Coast: Home to several bumble bee species, including the western bumble bee (Bombus occidentalis), which has declined sharply and is now under review for endangered species protection. Coastal meadows support dense populations of mining bees and sweat bees tied to spring wildflower blooms.

Sacramento Valley and Sierra Foothills: The oak woodland and grassland transition zone supports one of the richest bee assemblages in the state. Spring wildflower blooms in foothill areas feed dozens of specialist bee species -- bees that visit only one or two plant genera.

Central Coast: Chaparral, coastal sage scrub, and maritime habitats create a mosaic of microclimates that supports high endemism -- species found nowhere else. The Channel Islands host several endemic bee species that exist only on those islands.

Mojave and Colorado Deserts: Desert bees are adapted to extreme heat and short bloom windows. Many are specialists on desert shrubs like creosote bush and cactus. Some species are active for only 2-3 weeks per year, emerging in synchrony with their host plant's bloom.

Explore the wildflower-rich landscapes that feed these bees in our California wildflower honey guide, and learn what makes Northern California honey distinctive.

explore the California wildflower honey guide

The Conservation Crisis -- Why Native Bees Need Help Now

The numbers are alarming. A 2025 NatureServe assessment published in PNAS found that 34.7% of native bee species in the United States are at risk of extinction (NatureServe / PNAS, 2025). This is not a projected future scenario -- it reflects current population trends and habitat conditions.

The Threats

Habitat loss is the primary driver. Native bees need two things that modern landscapes increasingly lack: nesting sites and floral resources within flight range of each other. When a meadow becomes a parking lot, the ground-nesting bees that lived there lose both simultaneously. Suburban development, intensive agriculture, and fire suppression have fragmented habitat across the western U.S.

Pesticides compound the problem. Neonicotinoids -- systemic insecticides absorbed into plant tissues, nectar, and pollen -- are particularly damaging to native bees. Unlike managed honeybees, which receive veterinary attention and supplemental feeding, wild native bees have no safety net. Sub-lethal pesticide exposure impairs navigation, foraging efficiency, and reproduction in ways that collapse populations over time.

Climate disruption is decoupling bloom timing from bee emergence. When a spring bee species emerges on its historical date but its host plant bloomed two weeks earlier due to warmer temperatures, neither the bee nor the plant reproduces successfully. This temporal mismatch is already documented in multiple bumblebee species.

Competition from managed honeybees is an underappreciated factor. When large numbers of honeybee hives are placed in natural areas -- for commercial pollination or hobby beekeeping near wildlands -- they compete with native bees for finite floral resources. Research shows native bee abundance and diversity decline near high-density apiaries, particularly in resource-limited environments.

Species in Decline

The American bumblebee (Bombus pensylvanicus) has declined by 89% from its historical range and has vanished from at least 8 states (IUCN / Center for Biological Diversity, 2023). It was once one of the most common bumblebees in eastern North America.

The rusty patched bumblebee (Bombus affinis) was listed as federally endangered in 2017 -- the first bee in the continental U.S. to receive that designation. Its range has contracted by nearly 90%.

Franklin's bumblebee (Bombus franklini), found only in a small area of southern Oregon and Northern California, has not been seen since 2006 and may already be extinct.

These are not obscure insects. Bumblebees are the charismatic, visible face of native bees. When they decline, the less-visible solitary species -- the ground nesters, the tiny sweat bees, the specialist mining bees -- are likely declining too, unmonitored and uncounted.

read about supporting bee conservation

How to Build a Solitary Bee House (Step-by-Step)

Cavity-nesting native bees -- mason bees, leafcutter bees, and some smaller species -- readily use artificial nesting structures. A well-built bee hotel provides nesting habitat where natural cavities (beetle tunnels, pithy stems, hollow reeds) have been removed by yard cleanup and development.

The Big Bee Hotel Experiment (TBBHE), a 2024 citizen science project, documented 7,293 holes occupied by solitary bees across 487 bee hotels in the UK (TBBHE, 2024). That data confirmed what entomologists have long observed: solitary bees will use well-designed artificial housing.

Here is how to build one that works -- and avoid the common mistakes that make most commercial bee hotels more harmful than helpful.

Materials

Untreated hardwood block (oak, maple, or cherry) -- at least 6 inches deep, 8-12 inches wide, and 6-10 inches tall. Softwoods (pine, cedar) splinter when drilled and can injure bees.
Drill with various bit sizes -- 3/32 inch (2.5mm) through 3/8 inch (10mm). Different hole diameters attract different species.
Natural hollow tubes (optional alternative) -- bamboo sections, phragmites reeds, or paper tube inserts cut to 6 inches long.
A roof overhang -- scrap wood, metal flashing, or a thick bark slab to shield nesting holes from rain.
Mounting hardware -- screws or brackets to secure the house to a wall, fence, or post.

Step 1: Prepare the Nesting Block

Drill holes into the face of the hardwood block (drill into the end grain, not the side grain -- holes drilled into side grain are prone to cracking and moisture infiltration).

Depth: 5-6 inches. Do not drill all the way through -- bees need a closed back wall.
Diameter: Mix sizes. Drill some holes at 5/16 inch (8mm) for mason bees, some at 3/8 inch (10mm) for leafcutters, and some at 3/32 to 1/4 inch (2.5-6mm) for smaller species.
Spacing: Leave at least 3/4 inch between hole centers to prevent cracking and make it easier for bees to locate their own nest.
Smooth the entrances. Sand any rough or splintered edges at the hole openings. Splintered wood tears bee wings.

Step 2: Prepare Tube Bundles (Alternative Method)

If using bamboo or reeds instead of drilled wood:

Cut tubes to 6-inch lengths. One end must be naturally closed (a bamboo node) or plugged with non-toxic clay.
Sand the open end smooth.
Bundle tubes tightly with twine or pack them inside a PVC pipe section, a tin can, or a wooden frame.
Vary diameters -- 6mm, 8mm, and 10mm tubes attract different species.

Step 3: Add a Roof

Attach a roof overhang that extends 2-3 inches beyond the face of the nesting block. Rain entering the nesting holes promotes mold and kills larvae. The roof is not optional -- it is the difference between a functional bee house and a death trap.

Use a piece of scrap wood, a cedar shingle, or bent metal flashing. Angle it to shed water forward and away from the nesting holes.

Step 4: Mount the Bee House

Height: 3-6 feet off the ground.
Orientation: Face the nesting holes south or southeast to catch morning sun. Bees are cold-blooded and need warmth to become active.
Stability: Bolt or screw the house to a solid surface -- wall, fence post, or a dedicated post. It must not swing or sway in wind. Bees will not use an unstable structure.
Location: Within 200-300 feet of flowering plants. Near a mud or clay source for mason bees. Away from bird feeders (woodpeckers and chickadees raid bee hotels).

Step 5: Maintain It

This is where most bee hotel projects fail. Without maintenance, parasites and diseases accumulate.

Monitor occupancy. Occupied holes will be capped with mud (mason bees), leaf pieces (leafcutters), or resin (resin bees). An occupied house is working.
Replace nesting materials every 2-3 years. After bees have emerged in spring, remove old tubes or blocks and replace with fresh ones. Used nesting material harbors mold, mites (Krombein's monodontomerus and other parasitoids), and fungal spores.
If using paper tube inserts: These can be opened in late fall to inspect cocoons, remove parasites, and store healthy cocoons in a cool, protected location for spring release.
Clean the frame with a stiff brush between seasons. Do not use chemicals.

Citation Capsule: The Big Bee Hotel Experiment documented 7,293 occupied holes across 487 bee hotels, confirming that solitary bees readily use well-designed artificial housing. Key success factors: untreated hardwood or natural tubes, 5-6 inch hole depth, mixed diameters (6-10mm), a rain-shedding roof, south-facing orientation, and replacement of nesting materials every 2-3 years.

If you manage honeybees alongside native bee habitat, learn how to minimize competition with our guide to sustainable beekeeping.

7 Ways to Support Native Bees in Your Garden

Building a bee house is one step. Creating a full habitat requires a broader approach. These seven actions, ranked by impact, turn any garden into functional native bee habitat.

1. Plant Native Flowers in Overlapping Bloom Sequences

Native bees evolved with native plants. Non-native ornamentals may look attractive but often provide little or no reward for native pollinators. Plant species native to your region, and choose varieties that create a continuous bloom from early spring through late fall.

Spring: California poppies, lupines, phacelia, ceanothus. Summer: Native buckwheats (Eriogonum), salvias, penstemons, native sunflowers. Fall: Goldenrod, native asters, late-blooming buckwheat.

A garden with flowers in at least three seasons supports the widest range of native bee species.

2. Leave Bare Soil

This is the single most overlooked native bee conservation action. About 70% of native bee species nest in the ground (USDA / Xerces Society, 2024), and they need access to bare, well-drained, undisturbed soil to excavate their nests.

Stop mulching every square inch of your garden. Leave a sunny patch of bare ground -- even 4-6 square feet -- on a slight slope or flat area with good drainage. South-facing is ideal. Do not till, compact, or cover it. If you see small holes with tiny mounds of excavated soil, you have ground-nesting bees. Leave them alone.

3. Reduce or Eliminate Pesticide Use

Insecticides kill bees. This includes "organic" options like spinosad and pyrethrin, which are broad-spectrum killers. Neonicotinoid-treated plants sold at nurseries can poison bees for months after purchase.

If pest management is necessary, use targeted, mechanical methods first. If you must spray, do it at dusk when bees are not foraging, and never spray open blooms.

Ask your nursery whether plants have been treated with neonicotinoids before buying. Many do not know, which is itself a problem.

4. Provide Nesting Materials

Beyond bee houses, you can increase nesting opportunities throughout your garden:

Leave dead tree snags and fallen logs. These provide beetle tunnels that mason bees and other cavity nesters use.
Leave pithy-stemmed plants (elderberry, blackberry, sumac) standing through winter. Bees nest in the hollow centers.
Provide a mud source. A shallow dish or patch of ground kept moist with clay-rich soil gives mason bees the building material they need.

5. Reduce Lawn Area

Turf lawns are ecological deserts for bees. They provide no food, no nesting sites, and are often treated with herbicides and insecticides. Every square foot of lawn you convert to native plantings, clover patches, or wildflower strips directly increases bee habitat.

Even allowing clover and dandelions to bloom in your lawn -- instead of treating them as weeds -- provides forage for bumblebees and other early-season bees.

6. Create Water Sources

Bees need water, especially in summer. A shallow dish with pebbles or marbles (providing landing surfaces so bees do not drown) placed in a sunny location serves as a bee watering station. Refresh the water regularly to prevent mosquito breeding.

Muddy puddles are even better -- bumblebees and some solitary species drink from wet soil to obtain minerals.

7. Advocate for Native Bee Habitat in Your Community

Individual gardens matter, but landscape-level habitat is what sustains bee populations. Support local pollinator habitat ordinances, push for native plantings in public spaces, and encourage your neighbors to reduce pesticide use.

If you are involved in a homeowners association, advocate for pollinator-friendly landscaping standards. If your city maintains public land, ask for native wildflower plantings instead of turf.

Interested in managing honeybees responsibly alongside native bees? Our beginner's guide to beekeeping covers ethical hive placement, and our guide to urban beekeeping addresses small-space considerations.

explore responsible honey harvesting practices

Frequently Asked Questions

Are native bees better pollinators than honeybees?

On a per-visit basis, yes. Research from UC Berkeley and Cornell found native bees transfer 2-3x more pollen per flower visit than honeybees (UC Berkeley / Cornell University, 2023). This is because native bees carry dry pollen loosely on body hairs, while honeybees compact it into wet pollen baskets. Native bees are also the only pollinators for buzz-pollinated crops like tomatoes, blueberries, and eggplant. However, honeybees contribute pollination value through sheer colony size -- a single hive fields 20,000-60,000 foragers. Both groups are important, but for different reasons.

How can I tell the difference between a native bee and a honeybee?

Honeybees have a distinctive look: golden-brown with dark brown bands, a slender body, and they carry bright orange or yellow pollen loads on their hind legs. They are medium-sized (about 0.5 inch) and almost always seen on flowers in groups. Native bees are far more diverse in appearance -- metallic green sweat bees, large black carpenter bees, tiny dark mining bees, fuzzy round bumblebees. If the bee is very small, metallic colored, nesting in the ground, or much larger than a honeybee, it is almost certainly a native species.

Do native bees sting?

Most do not sting humans in any practical sense. Roughly 90% of native bees are solitary and have no hive to defend (USGS, 2024). Female solitary bees technically have stingers, but most are too small to penetrate skin, and the bees flee rather than fight. Male bees of all species lack stingers entirely. Bumblebees can sting and will do so if their nest is directly disturbed, but they are far less aggressive than honeybees defending a hive. You can observe native bees at very close range -- inches away -- without risk.

What is the difference between a mason bee and a honeybee?

Mason bees (Osmia spp.) are solitary, metallic blue-black or dark green, about the size of a housefly, and nest in small cavities rather than hives. They do not produce honey, do not have a queen, and live alone. A single female mason bee pollinates as effectively as 60-120 honeybees on apple and cherry blossoms. Honeybees are social, golden-brown, slightly larger, and live in colonies of thousands. If you see a small dark bee stuffing mud into a hole in your wall or bee house, that is a mason bee.

Where do ground-nesting bees live, and should I worry about them?

About 70% of native bee species nest in the ground (USDA / Xerces Society, 2024). They excavate small tunnels in bare, well-drained soil -- usually in sunny patches with sparse vegetation. You will notice small holes (pencil-diameter or smaller) with tiny mounds of excavated dirt. They are completely harmless. Ground-nesting bees do not form defensive colonies, rarely sting, and their nests are temporary -- typically active for only a few weeks during nesting season. Do not dig up, flood, or cover their nests. They are beneficial neighbors doing free pollination work for your garden.

How do I build a bee hotel that actually works?

Most commercial bee hotels fail because they use the wrong materials, lack rain protection, and are never maintained. A functional bee hotel needs: untreated hardwood (not pine or cedar) with drilled holes 5-6 inches deep in mixed diameters (6-10mm), or bundled natural tubes (bamboo, reeds) of the same depth. Add a roof overhang to shed rain. Mount it 3-6 feet high facing south or southeast in a stable, wind-protected spot near flowering plants and a mud source. Replace nesting materials every 2-3 years to prevent parasite buildup. See the full step-by-step guide above, and read the 2024 Big Bee Hotel Experiment results for more data on what works (TBBHE, 2024).

What You Can Do Right Now

Native bees do not need you to buy a hive, suit up, or learn colony management. They need something simpler: habitat. A patch of bare soil, a few native plants in bloom across three seasons, a block of wood with some holes drilled in it, and a commitment to reducing pesticide use.

The 4,000 native bee species in the United States evolved over millions of years to pollinate the plants that sustain ecosystems, feed wildlife, and maintain the landscapes we depend on. One in three of those species is now at risk. The managed honeybee crisis is real and important -- and our beginner's guide to beekeeping addresses that directly -- but native bees have been underserved by conservation attention for decades.

Start in your own yard. Build a bee house this weekend. Let the dandelions bloom. Leave a patch of dirt bare and sunny. Tell your neighbors what those little holes in the ground actually are -- and why they should leave them alone.

The bees that built this continent's ecosystems are still here, still working, and still waiting for us to notice.

Ready to support pollinators with your purchasing choices too? Explore our raw honey collection produced through responsible harvest practices that prioritize hive health and pollinator welfare.