Two of the biggest environmental problems of our time rarely get mentioned in the same sentence: ocean plastic pollution and the decline of our solitary bees. At Beevive, we couldn’t stop thinking about how these two crises might actually hold the answer to each other. That’s the thinking behind Habitat One – a bee hotel made from recovered ocean plastic, designed to give solitary bees a safe, long-lasting place to nest while giving discarded fishing gear a genuinely useful second life.
It’s fitting that Habitat One was dreamt up in Devon, a county that’s quietly becoming something of a battleground for bee conservation. Devon is home to two of the UK’s rarest bumblebee species, the brown-banded carder bee and the moss carder bee, both clinging on in North Devon as one of the last strongholds left in the country. Local projects like the South Devon B-Lines initiative and Devon Wildlife Trust’s Exeter Wild City project have been working to stitch wildflower-rich meadows and green corridors back together across the county, giving pollinators a fighting chance.
It’s a small idea with a big knock-on effect: one problem, tackled by solving another. 🐝🌊
The Ocean Waste Problem: Ghost Gear
When people picture ocean plastic, they often think of bottles and bags. But the most dangerous form of ocean plastic is far less visible – and far more deadly. It’s known as “ghost gear”: fishing nets, ropes and lines that have been lost, abandoned or discarded at sea. Ghost gear doesn’t stop working just because it’s been left behind; it keeps entangling and killing marine life indefinitely, and the problem is growing by an estimated 640,000 tonnes every single year.
That’s where our partners at Waterhaul come in. Waterhaul is a Cornish social enterprise founded in 2018 by marine conservationists who kept finding this exact problem washing up on their local beaches. Their mission is to recover this end-of-life fishing gear from UK coastlines, ports and harbours, and recycle it into something valuable, incentivising both the clean-up and prevention of marine plastic pollution in the process. So far, Waterhaul has recycled over 96 tonnes of end-of-life fishing gear, with nearly 59 tonnes recovered in 2025 alone across 341 individual collections.
We partnered with Waterhaul to make Habitat One from their recycled, traceable marine plastic, so every bee hotel we sell gives new purpose to discarded fishing nets and ropes that would otherwise still be doing damage out at sea.
Why Solitary Bees Need a Better Kind of Hotel
To understand why solitary bees need our help at all, it helps to look at what’s happened to their natural habitat. The UK has lost a staggering 97% of its wildflower meadows since the 1930s, with species-rich grassland now covering less than 1% of the country’s land. That’s not just a loss of pretty scenery – it’s a direct loss of the nesting sites and food sources solitary bees have relied on for millennia. When meadows disappear, so do the hollow stems, bare soil banks and flower-rich foraging grounds these species need to complete their life cycle.
Every year in May, campaigns like Plantlife’s No Mow May ask people to put the lawnmower away and let their garden go a little wild for pollinators – and yet plenty of us are still out there giving our lawns a stricter buzz cut than Buckingham Palace. Believe it or not the Palace gardeners operate a long-grass policy across approximately 10% of the 39-acre grounds, with some areas left unmown and only cut on rotation once every four years. The result is over 320 species of wildflowers and grasses thriving just behind the railings, alongside dozens of nesting bird species. If the King’s back garden can handle a bit of growing out in the name of biodiversity, our own lawns probably can too. A patch of “messy” grass isn’t neglect – it’s exactly the kind of forage and shelter solitary bees are searching for when they go looking for somewhere to nest.
The problem is habitat. As gardens are paved over, hedgerows disappear and old walls and dead wood get “tidied away”, solitary bees are losing their natural nesting sites they depend on – hollow stems, soft mortar, compacted soil and beetle holes in old timber. That’s the gap a well-designed bee hotel is meant to fill.
A few solitary species that would readily take up residence in a hotel like Habitat One:
· 🧱Red mason bees (Osmia bicornis) – among the most common visitors to UK bee hotels, mason bees are excellent early-spring pollinators. They seal each nesting cell with mud, giving them their name, and are active from around March through June.
· 🍃Leafcutter bees (Megachile species) – active a little later in the season, these bees are easy to recognise by the neat, circular pieces they snip from leaves (often roses) to line and seal their nesting cells, giving their nests a distinctive papery, cigar-shaped appearance.
· 🐝Other cavity-nesting solitary species, including various mining and yellow-face bees, will also investigate tube-style hotels depending on the region and time of year.
Here's a photo of our prototype that's been occupied by both mason bees plugging the holes with mud, and leaf-cutter bees using leaves from the garden to create leaf doors to seal the entrance.
For all of these species, tube depth, dryness and airflow aren’t just nice-to-haves – they directly affect whether a brood survives. Damp, mouldy nesting tubes are one of the biggest causes of failure in the cheaper bee hotels, and shallow tubes can even skew the sex ratio of the resulting bees.
Fun fact: In a bee hotel with adequate space female bees will lay the males at the front of the tube and the females at the back so they are safe if the hotel is ever attacked.
How Habitat One Is Designed to Solve This
Modular. Stackable. Renewable. That’s Habitat One.
Habitat One was designed specifically to fix the common failings of typical bee hotels, rather than just look good on a shelf or in the garden. It’s modular and stackable, so it can grow from a single body to three as your garden’s bee population grows. Airflow is built into the structure by design: nesting tubes are spaced apart rather than tightly packed, and a dual-wall front panel creates an air gap that helps manage temperature and reduce moisture build-up. A drip channel under the roof directs rainwater away from the nesting cavities, while weep holes in the floor drain anything that does get in.
Each nesting cartridge holds 25 cardboard tubes at the recommended 150mm depth – the depth known to support a healthy balance of male and female bees – and the whole cartridge can simply be replaced each season, rather than throwing away the entire hotel once tubes degrade.
There’s also a nod to Waterhaul’s traceability system built right into the packaging: every Habitat One comes with a QR code that lets you find out exactly which beach the recovered plastic in your hotel came from and who collected it, connecting your garden back to a real stretch of UK coastline.
Another reason Habitat One stands apart: it’s made right here in the UK. That means shorter supply chains, lower CO2 emissions from air and sea freight, and money staying in the local economy rather than heading overseas. Add in the fact that every unit uses recycled marine plastic pulled straight off UK coastlines, and you’ve got a product that’s cleaning up our beaches and cutting emissions before it even reaches your garden to start saving the bees.
As Beevive co-founder Faye Whitley put it when the campaign launched, “we wanted to create something that genuinely lasts – by combining better design with recycled materials, we’re aiming to support bees in a more sustainable and long-term way.” It’s a mission statement that sums up the whole project: a bee hotel that’s engineered to actually work for its intended residents, made from a material that’s actually solving a problem rather than adding to one.
Not the Only Bee Hotel Out There – Built Differently
Bee hotels have understandably become popular in recent years as more people look to support pollinators at home, and there are plenty of options on the market, from simple bundles of hollow stems to more elaborate wooden builds.
Part of the problem is that the bee hotel market has grown faster than the standards behind it. As demand has increased, many bee hotels are now mass-produced to a price point rather than designed around bee biology, and it shows: tubes are often too short or packed edge-to-edge with no airflow, materials warp or crack after a season outdoors, and there’s rarely any thought given to drainage. The result is a product that looks charming in a garden centre but can actually do more harm than good, trapping moisture against developing broods or attracting mould and parasites. Habitat One was built in direct response to the industry-wide shortcuts, prioritising nesting depth, drainage, ventilation and material longevity over a quick, cheap build.
Airflow is where most bee hotels fall short. Generic wooden hotels, DIY builds – none actively manage moisture. And damp tubes are the single biggest killer of nesting broods; mould gets in, and the brood doesn’t survive. Habitat One’s dual-wall panel, drip channel and weep holes exist to solve exactly that, while its 150mm tubes are spaced to the depth that actually produces a healthy male-to-female ratio. A bee hotel that looks lovely but drowns its residents isn’t a bee hotel.
All gardens deserve bee hotels, but not all bee hotels deserve bees.
Give Ocean Waste a New Purpose – and Give Bees a Home
Habitat One is a simple idea done properly: take one of the most harmful forms of ocean plastic, turn it into a durable, well-ventilated home for pollinators that desperately need one, and make the whole journey traceable back to the coastline it came from. Whether you’ve got a full garden, a balcony, or a shared courtyard, it’s designed to fit naturally into your outdoor space while giving mason bees, leafcutter bees, and other solitary species a safe place to nest.
By backing or buying Habitat One, you’re not just adding a bee hotel to your garden – you’re helping turn ocean waste into something that actively supports nature, one nesting tube at a time.
Written by Mika Daryadoust
