Food writer Jill Lightner, co-author of Mason Bee Revolution, talks about the gentle, gregarious mason bee.

Each product we feature has been independently selected and reviewed by our editorial team. If you make a purchase using the links included, we may earn commission.

By now you’ve likely heard the bad news about honey bees. Populations have declined precipitously in the U.S. over the past few years, due to a combination of factors including pests, pathogens and pesticide use—so much so that beekeepers in some states have formed lobbyist groups to help draw attention to the problem. The shrinking number of honey bees is a problem, because pollinators are essential for agriculture, and honey bees pollinate an estimated $15 billion of U.S. crops each year.

Honey bees are only one of 20,000 bee species on the planet, however, and a diversified bee portfolio could go a long way in helping ensure the security of our food systems. At least that’s part of the argument in Mason Bee Revolution: How the Hardest Working Bee Can Save Our Planet One Backyard at a Time, a primer on how gentle, productive pollinators like mason bees could make a huge difference in the way we approach agriculture. The book is co-authored by food writer Jill Lightner and Dave Hunter, a longtime mason bee enthusiast, founder of the Orchard Bee Association, and owner of Crown Bee, a company that helps people raise mason bees.

F&W partner Civil Eats talked with Lightner about the book, why we should start paying attention to mason bees, and what she learned when she started raising them in her own backyard.

What makes mason bees special?
In a weird way, they’re a great role model. They don’t need much to live well. They’re not aggressive little jerks like yellow jackets. They work hard, but seem pretty relaxed about what they do all day long, like maybe it’s even fun. And they have this amazing side benefit for humans, of pollinating fruit trees more effectively— probably better than honey bees—than any other species on earth.

What’s their relationship to leafcutter bees, which are also mentioned in the book?
Well, these two kinds of bees don’t have a direct relationship—they’re not even in the garden at the same time. But, they fulfill similar roles during their different seasons. Mason bees are gentle, gregarious, solitary bees that like cool temperatures and pollinate fruit trees in the early spring, when it’s around 50 degrees. Leafcutter bees are gentle, gregarious, solitary bees that like it hotter—around 70 degrees—and they are great little pollinators for summer vegetable gardens. So they’re both potentially useful for backyard gardeners and larger scale farmers, and the same people might keep both, but they don’t actually hang out.

I like that you use terms like “gregarious” to talk about bees—like they have their own personalities.
In beekeeping terms, gentle means they don’t defend their homes by stinging; gregarious means they live happily right next door to their solitary bee neighbors, like people in apartments. So they’re both great for backyard gardeners.

If mason and leafcutter bees are so great, why do honey bees get all the attention?
Because honey. Duh! Okay, aside from that seriously delicious by-product, there are other reasons.

As an industry, honey alone is creeping up to about $400 million in the U.S. each year, and that is only a side business for many companies. Honey bee hives are fairly simple to move, so individual farmers don’t have to deal with beekeeping practices. The bees are trucked in right when they’re needed, they work really quickly (they’re crazy-efficient at collecting pollen), and then they’re back on the truck moving to the next orchard. This insect migratory labor system works perfectly with monocropping methods in large-scale orchards. It has also helped wreak havoc, as we’ve seen in the headlines, when mobile hives spread their parasites and diseases around multiple orchards and even states very quickly.

The dollar value placed on [honey bees’] pollinating utterly dwarfs the dollar value of their honey. There are a number of ways to calculate the value, but we’re talking between $14 and $29 billion per year. When they’re unhealthy, and the costs for the pollinating services increase overall costs for farmers, we notice pretty quickly, at every level of food production.

Considering that there are about 20,000 bee species on our planet, it’s unfortunate that we’ve grown to depend on a single one for so much of our food. If we could even broaden that number from one species to four or five, the food system could look a lot different.


I’ve heard all these dire things about how the honey bee colony will collapse and society as we know it will soon follow. Can mason bees really help keep us back from the brink of oblivion?
Mason bees can definitely help with fruit and nut production. Solitary bees don’t live in colonies, so they don’t have Colony Collapse Disorder. But, they can struggle from toxic chemicals, diseases or a lack of water just like all creatures.

One of the things I think is most exciting about them as far as their use to humans is how they pollinate. Honey bees are like the slightly compulsive coworker—the bees that collect pollen pick one branch, work over it really methodically and pack up the pollen into little “baskets” on their legs. Once their pollen baskets are full, they fly back to the hive, drop it off, and return to the same branch they were working on, right where they left off.

Mason bees are easily distracted and their fuzzy bellies are where they collect pollen. They have no apparent system in the orchard, and they drop pollen everywhere. They’re terrible at collecting it (which is fine, they don’t need much) but they’re great at spreading pollen all over the orchard, which is right where people who eat fruit would like the pollen to stay. When you read that the almond industry needs 1.7 million hives for a few weeks each spring, and combine that astonishing number with stats like 44 percent colony die-off each year, mason bees feel like an immediately useful addition to orchards, if farmers are willing to give ’em a shot.

There hasn’t been too much research into this yet, but it appears that honey bees and mason bees react differently to different types of chemicals. Neonicotinoids draw a lot of justifiable attention, but there are other pesticides that are also terribly damaging. If a farmer or home gardener decides to swap one serious chemical for another to protect honey bees, she might be doing new harm to other species of pollinator.

Find out the cost of raising your own mason bees and read the rest of the interview on Civil Eats.