Here’s what most people don’t realize: the bee problem is usually a feeder design problem. The most popular style of hummingbird feeder — that classic bottle-shaped one with the red base and yellow flowers — is structurally prone to attracting insects. The nectar fills right up to the ports, drips slightly, and gives bees easy surface access. A different feeder design largely solves this, without sprays, tricks, or relocation experiments.

Why bees and hummingbirds want the same thing

The standard nectar recipe — four parts water to one part white sugar — is roughly in line with the sugar concentration bees encounter in many flowers. From the bee’s perspective, your feeder is simply an extremely reliable flower that refills itself on a schedule. Hard to argue with that logic.

Wasps and yellow jackets are a somewhat different situation. They’re primarily protein feeders for most of the year, but in late summer their colonies peak in size while natural food sources start declining. That combination makes them aggressive sugar seekers from roughly late July through September, which is exactly when the wasp-at-the-feeder problem tends to feel worst.

A few honeybees visiting alongside hummingbirds is barely worth worrying about. A hundred yellow jackets monopolizing the feeder while hummingbirds wait it out nearby is a real problem — the birds will eventually stop visiting altogether.

The feeder type matters more than anything else

Most bee-deterrent advice focuses on sprays, scents, moving the feeder a few feet, and various other workarounds. These have their place, but the most effective thing you can do is choose a feeder that’s physically harder for insects to access.

Bottle-style feeders keep nectar close to the feeding ports because the liquid fills down from the reservoir above. Any slight drip or leak deposits sugar residue right at the port opening, which is exactly where bees and wasps need to feed.

Saucer-style feeders (sometimes called dish feeders) work on the opposite principle: nectar sits in a shallow basin below the feeding ports rather than flush with them. Hummingbirds have tongues that extend well beyond their beaks — long enough to reach down into a port and sip nectar sitting an inch or more below the opening. Bee and wasp tongues are considerably shorter. They can reach the port, but they can’t reach the nectar, and after a few attempts they lose interest.

Cornell Lab of Ornithology’s Project FeederWatch researchers have noted that saucer feeders are notably more bee-resistant than bottle feeders precisely because of this depth difference. No deterrents needed.

The nectar is just physically out of reach for insects while remaining perfectly accessible for hummingbirds. Saucer feeders also tend to drip less than bottle feeders, which removes the external sugar residue that broadcasts a signal to every bee in the neighborhood in the first place. They’re easier to clean thoroughly, too — which matters both for the bees and for the health of the birds themselves, since dirty nectar ferments and harms hummingbirds.

If you currently have a bottle-style feeder and chronic bee problems, switching feeder styles is the highest-leverage change you can make. Everything else is secondary.

What else actually helps

If you’re not ready to swap feeders, or if you’re still seeing insects on a saucer feeder, a few other approaches are worth trying.

Nectar guard tips are small flexible inserts that fit into feeding ports and stay closed until something pushes through them. A hummingbird beak opens them easily; a bee proboscis generally can’t. They’re sold as accessories for many feeder styles and work best in combination with a saucer design, though they add some deterrence to bottle feeders as well.

Moving the feeder sounds too simple, but it works better than you’d expect. Bees and wasps navigate to known food sources by memory and spatial positioning. Hummingbirds actively search and will find a feeder that’s moved a few feet almost immediately. Insects often won’t. Moving even three or four feet — particularly if it shifts the feeder out of a flight path insects have established — can reset the situation meaningfully, especially early in the season before they’ve heavily invested in that food source.

Removing yellow elements from your feeder makes a genuine difference. Many feeders come with yellow plastic flower decorations around the ports because yellow is cheerful and marketable. It also happens to be especially attractive to bees and wasps, while red is far less so. If the yellow parts can be removed, remove them. If they’re integrated into the feeder, painting them red with outdoor-safe paint is a reasonable fix and not as strange as it sounds.

Shade helps somewhat, particularly with honeybees, which prefer foraging in full sunlight. Moving a feeder to a shadier spot won’t eliminate insect visits but can reduce them — and as a bonus, shade slows nectar fermentation, meaning you’re refreshing it less often anyway.

Fixing leaks is underrated. Bees can detect sugar at a distance, and a feeder that drips even slightly is advertising itself constantly. At the start of each season, check seals and connections. Wiping down the area around feeding ports when you refill removes residue that attracts insects between visits.

What not to do

Petroleum jelly, cooking oil, and sticky substances smeared around the feeder housing are sometimes suggested as insect deterrents. They do deter insects. They also coat hummingbird feathers and feet, which is genuinely harmful — hummingbirds can’t fly properly with compromised feathers, and their feet are delicate enough that sticky substances cause real problems. Skip anything sticky near the feeder itself.

Pesticides and insecticides near feeders are also a hard no. Not because of any moral calculus about bees (though native bee populations are under significant pressure), but because hummingbirds are small, fast, and will contact whatever you’ve applied. The Cornell Lab specifically advises against insecticides around feeders for this reason.

The late summer peak and what to do about it

If your feeder seems fine through June and July and then gets overwhelmed in August, that’s not random — that’s yellow jacket colony dynamics playing out in your yard. By late summer, a single colony can contain thousands of workers all suddenly pivoting to sugar sources as their natural food supply tightens.

The most useful thing you can do when this happens is take the feeder down for a day or two. Hummingbirds will find it again when it goes back up. Yellow jackets, having lost track of that specific resource, are more likely to disperse to other food sources. This isn’t a permanent fix, but it can reset a situation that’s gotten out of hand. Combine it with a feeder relocation by several feet and you’ve given yourself a real advantage.

Wasps building nests near your feeder area make the problem much worse — they recruit for nearby sugar sources heavily. Removing active nests in the vicinity helps more than any feeder modification.

The broader picture

Hummingbirds need more than nectar to thrive — about 80 percent of their diet is actually insects and spiders, which provide protein that sugar water can’t replace. A feeder is a supplement, not a substitute for habitat. If native plants are part of your yard, you’re providing both nectar sources and the insect populations hummingbirds depend on — which makes your yard genuinely attractive to them rather than just a convenient refueling station. Native plantings also give hummingbirds nearby perching and foraging structure, which makes the feeder feel like part of a territory rather than an isolated pit stop.

The bees, for their part, are better served by flowers than by your hummingbird feeder. A patch of native nectar plants — bee balm, mountain mint, coneflower — gives them what they actually need, reduces pressure on the feeder, and supports the pollinator community your garden depends on. Everyone gets what they want, and you get to watch hummingbirds without a yellow jacket situation developing around them.

Frequently asked questions

Will bees sting hummingbirds? Wasps and yellow jackets can and occasionally do sting hummingbirds, particularly when competing aggressively for the same feeder. It’s one of the reasons a heavily wasp-infested feeder isn’t just annoying — the birds will often stop visiting entirely to avoid the risk.

Does nectar concentration affect bee attraction? Somewhat. Bees actually prefer slightly less concentrated sugar solutions than hummingbirds do — the standard 4:1 ratio is more attractive to hummingbirds than to bees. Using a more dilute mix (5:1) can reduce bee interest marginally, but the tradeoff is slightly less appealing nectar for the hummingbirds. It’s not the most effective lever to pull compared to feeder design.

Why are bees suddenly worse in late summer? Yellow jacket and wasp colonies peak in late summer while natural food sources decline, pushing them aggressively toward sugar. This is a predictable seasonal pattern rather than something you’ve done differently. Taking the feeder down for a day or two and relocating it slightly is the most practical response when it peaks.

Is it worth having a separate bee feeder? It can help. A shallow dish with a more dilute sugar solution placed away from the hummingbird feeder gives bees a convenient alternative and can reduce pressure on the main feeder. Make sure the dish is shallow enough that bees can access it without drowning — a layer of stones or marbles in a shallow container works well. As it happens, this is the same principle behind a proper bee waterer — bees need safe, shallow access to liquid.

The post Do Hummingbird Feeders Attract Bees? appeared first on Give A Shit About Nature.

The problem is that bees will find water wherever they can, and their preferred sources are often inconvenient for everyone involved: swimming pools, leaky hoses, puddles, birdbaths with steep sides. And here’s the thing about birdbaths and open water: bees can’t swim. They need something to land on.

Why Bees Drown in Standard Water Features

A bee doesn’t land directly on water. Its wings and legs are not adapted for swimming, and open water with no perch is a drowning trap for small insects. Bees look for something to grip at the water’s edge, which is why you see them clustering around dripping faucets, mossy rocks at pond edges, and the rim of a pet dish rather than the center of a birdbath.

Give them nothing to land on, and the ones that fall in can’t get out. This is why conventional birdbaths, despite being full of water, aren’t particularly useful to bees and can actively harm them.

The fix is straightforward. Provide a shallow water source with objects sticking up above the surface so bees can land, walk to the water’s edge, and drink safely.

How to Build a Drown-Proof Bee Waterer

You probably have everything you need already. Here’s the basic setup:

What you need:

• A shallow container (a pie dish, a terracotta saucer, a plant tray, or any wide, shallow bowl)
• Pebbles, marbles, river rocks, wine corks, or small sticks
• Clean water

The build: Fill the container with your landing material to a depth of an inch or two, then add water until most of the pebbles are submerged but the tops of many still stick above the waterline. Those protruding tops are the landing pads. Bees will perch on the dry surfaces and extend their proboscis down to the water to drink.

The container should be no deeper than about two inches, or filled with enough pebbles to keep the water depth minimal. The goal is to eliminate the risk of a bee falling into water too deep to escape.

That’s genuinely all it is. The elegance of this project is that it’s hard to get wrong.

Placement and Upkeep

Where you put it matters more than most people expect. Bees communicate water sources back to the hive using the same waggle dance they use for nectar, so once they find your waterer, they will return to it reliably and tell other bees. The implication is that you want to establish your waterer before bees get stuck commuting to a neighbor’s pool, because changing an established water foraging route is difficult. Getting the waterer in place by late spring, before hot weather peaks and demand surges, is ideal.

Placement near flowers helps with discovery, since bees are already foraging in those areas. Partial shade helps keep the water from evaporating too quickly on hot days. Keep it away from areas where you’re applying pesticides or herbicides, because bees can absorb chemicals through contaminated water.

This connects to something worth saying plainly: if you use broad-spectrum pesticides in your yard, a bee waterer isn’t going to offset that. Pesticide exposure is one of the genuine threats to bee populations, and a clean water source helps most in a yard that’s otherwise trying to support pollinators.

Refresh the water every few days and do a proper rinse of the container once a week or so to prevent algae buildup and mosquito breeding. Standing water in containers is exactly where mosquitoes lay eggs, so this isn’t optional. If you use large flat stones or gravel rather than small pebbles, the container is easier to dump and refill quickly.

One thing to avoid: do not add honey or sugar to the water. Both ferment, attract pests, and can harm bees. Plain fresh water is what they need.

A Note on Scent

Research on bee water-foraging behavior suggests that bees find water primarily by scent rather than sight, and they tend to prefer water that has some earthy odor over perfectly clean tap water. Some beekeepers add a very small pinch of salt to their waterers to make them more attractive to bees, since bees appear to be drawn to low-concentration mineral water. This isn’t required, but it may help your waterer get discovered faster, especially in an area already competing with other sources. Once a few bees have found and committed to your waterer, the scent issue sorts itself: the returning water foragers bring trace mineral compounds back, and the location gets communicated through the hive.

What This Does for the Broader Yard

A yard with a reliable, safe water source supports more than just honeybees. Native bees, butterflies, and beneficial wasps also need water and will use a well-placed waterer. Many native bee species are smaller than honeybees and drown even more easily in conventional water features, making the pebble-based shallow waterer particularly useful for them.

The same logic of providing landing surfaces applies to butterflies, which often puddle in wet sand and gravel to drink and absorb minerals. A shallow tray with sand kept consistently damp serves butterfly needs well alongside a pebble-based bee waterer.

If you’ve already planted natives to support pollinators and left your leaf litter in place for overwintering insects, adding a waterer is a small addition to a functioning habitat rather than a standalone gesture. But even on its own, it fills a real gap. Bees that don’t have to commute far for water have more energy for everything else, and that matters for the whole pollinator picture in your yard.

FAQ

How often should I refill the bee waterer? In hot weather, daily. In mild weather, every two to three days. The main goal is keeping water fresh enough to prevent mosquito larvae from developing, which typically takes four to seven days in standing water. Regular refreshing prevents that.

Will a bee waterer attract wasps or hornets? Wasps and yellowjackets also need water and may use the same waterer. This isn’t a safety issue for the waterer itself, but if you have concerns about wasps near sitting areas, place the waterer away from where people gather.

Can I use a birdbath instead of building something new? Yes, with modifications. Add pebbles or large flat rocks to the birdbath so bees have landing surfaces. Without those, a birdbath is more of a drowning hazard than a water source for small insects.

Do native bees need water the same way honeybees do? Yes, though native solitary bees don’t have the same hive-cooling needs as honeybees. They still need water for drinking and larval food preparation. Smaller native species are particularly vulnerable to drowning, so the shallow, pebble-based design serves them well.

Should I put the waterer near my flowers? Yes, it helps with discovery. Bees are already foraging near flowers and are more likely to encounter the waterer there. Keep it within a reasonable distance of wherever you see the most pollinator activity in your yard.

The post A Bee Makes 80 Water Trips a Day. Here’s How To Build A Drown-Proof Bee Waterer appeared first on Give A Shit About Nature.

Meet Osmia lignaria. The blue orchard mason bee.

It pollinates apples, cherries, pears, almonds, and blueberries more efficiently than honeybees. A single female visits nearly 60,000 blossoms in her lifetime. She carries pollen on her belly instead of her legs, which means she deposits it on every flower she touches rather than hoarding it in tidy pollen baskets. She works in cold weather and light rain when honeybees stay home. Commercial orchards use her alongside honeybees because she does the work better.

She doesn’t make honey. She doesn’t live in a colony. She doesn’t have a queen. She doesn’t sting unless you physically grab her.

She just does the hard work of pollinating our food and numerous other plants. Alone. Every single day of her four to eight week life.

Why you’ve never seen one

The blue orchard mason bee is metallic blue-black — closer to a small fly in appearance than the striped orange-and-brown honeybee most people picture. She’s solitary. She doesn’t swarm. She doesn’t announce herself. She finds a hollow stem or an abandoned beetle hole in a piece of wood, lays her eggs inside sealed mud chambers, and dies before her young ever emerge.

Her entire existence depends on finding those cavities.

That’s the problem.

The housing crisis killing our best pollinators

We’ve spent decades tidying up the natural world. Dead trees get removed. Hollow stems get cut back. Old wooden fence posts get replaced with metal. Garden beds get mulched to perfection.

Every one of those decisions eliminates potential nesting habitat for the blue orchard mason bee and hundreds of other cavity-nesting native bees.

Without places to nest, these bees can’t reproduce. Without reproduction, local populations collapse. Without local populations, your apple tree blooms and nothing pollinates it.

This isn’t a distant problem. It’s happening in backyards and suburban landscapes across North America right now.

The good news

Unlike many conservation problems, this one has a solution you can implement this weekend.

The blue orchard mason bee doesn’t need wilderness. She doesn’t need acres of habitat. She needs a hole in a piece of wood about the diameter of a pencil. That’s it. Give her that and she’ll do the rest.

Build or buy a mason bee house. Drill holes 5/16 inch in diameter and at least 6 inches deep into an untreated block of wood. Face it east or southeast so it gets morning sun. Mount it 3 to 6 feet off the ground. You can also buy pre-made mason bee houses — just make sure the tubes are the right diameter and depth.

Leave hollow stems standing. When you cut back perennials in fall, leave 12-18 inch stems standing. Bees will nest in them over winter. Stems from Joe Pye Weed, sunflowers, and elderberry are particularly valuable. This is the single easiest thing you can do.

Leave dead wood alone. That old fence post. The dead branch on the apple tree. The rotting log in the corner of the yard. These are not eyesores — they’re bee apartment buildings. Leave them.

Plant native spring flowers. The blue orchard mason bee is only active for a few weeks in early spring. She needs nectar and pollen immediately upon emerging. Native willows, redbuds, wild plums, Virginia bluebells, and columbines give her what she needs right when she needs it.

Skip the pesticides & herbicides. This should go without saying at this point but pesticides don’t discriminate. They kill the mason bee as efficiently as they kill the aphid.

The bigger picture

Honeybees gets all the attention. It’s the one we worry about, the one we rally around, the one whose colony collapse disorder made international headlines.

But North America has 4,000 native bee species. Most of them are solitary. Most of them are cavity nesters. Most of them are more efficient pollinators of native plants and crops than the honeybee. And most of them are quietly disappearing from landscapes that no longer have room for them.

The blue orchard mason bee is just one of them. But she’s a good place to start.

Drill a hole. Leave a stem. Plant something native.

She’ll find it.

The post Meet the Blue Orchard Mason Bee: The Pollinator Your Food Depends On appeared first on Give A Shit About Nature.