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Maple Sugaring | Boom or Bust

Maple sugaring has been part of the New England farming landscape for generations. Today, however, technology and big money may alter that forever.

By Ben Hewitt|Feb 25 2015| Print icon

Tapped tree in a forest with plastic tubing for sap collection. In the background, a rustic wooden structure is visible. The ground is covered in fallen leaves.

Tapping a tree in the Branon sugarbush, near an abandoned sugarhouse.

Credit: Corey Hendrickson
maple-buckets-dt Tommy Branon and I rode out of Cold Hollow in the cab of a truck carrying more than 4,000 gallons of Vermont maple sap. The gravel road was soft; it had been a hard winter and a late spring, and the cold had driven frost deep into the ground. Now the frozen soil was slowly thawing, creating potholes filled with muddy water. The road’s shoulders looked fragile, as if yearning to slough into the ditch. Tommy shifted down as the grade steepened. An instant-read thermometer jiggled in his shirt pocket as the truck chugged under the load. He glanced at the side-view mirror, hoping to catch sight of his son, Evan, who sat behind the wheel of an even bigger truck, hauling an even bigger load of sap. With the weight of the sap and the truck combined, Evan had to be pushing 70,000 pounds, and Tommy didn’t want to spend the afternoon extricating 70,000 pounds of metal and maple water from a ditch. He’d done that before. He had a rope in the truck expressly for that purpose. It was as big around as my wrist. Bigger, maybe. Finally, we made the height of land just outside the small town of Bakersfield, Vermont. Evan was still behind us, and I could see Tommy relax a bit, though he still leaned forward in his seat. My impression was that he had spent most of his life leaning forward. From here, it was pretty much downhill to the paved road, and then an easy six or seven miles over blacktop before hanging a left onto the final stretch of dirt leading to the sugarhouse where Evan’s brother, Kyle, was making syrup at a furious pace. I’d met Kyle earlier in the day, standing next to an evaporator that looked to me like something out of a deep-sea science-fiction movie, all gleaming steel and hard angles and pipes and valves. Kyle looked tired; he had circles under his eyes, and the way the sap was running, they weren’t likely to go away anytime soon.
Tapping a tree in the Branon sugarbush, near an abandoned sugarhouse.

Tapping a tree in the Branon sugarbush, near an abandoned sugarhouse.

Credit: Corey Hendrickson
Tapping a tree in the Branon sugarbush, near an abandoned sugarhouse.
Credit: Corey Hendrickson We made the left onto the farm road. Tommy was telling me about the worst day of his life, which was May 17, 2004, the day he and his wife, Cecile, had sold the cows they’d milked for decades. This brought to mind the second-worst day of his life, which was the day he’d driven to the hospital for a hip replacement. Selling the cows had worked out okay, though. Heck, maybe even better than okay, because now Tommy and Cecile Branon preside over one of the largest maple-sugaring operations in the state of Vermont. They didn’t have any cows, true, but they owned 66,000 taps spread across 2,000 acres. Over the past decade, they’d turned sugarmaking from a sideline business into their sole source of year-round income, becoming one of the first Vermont sugaring operations to do so. They worked 335 days each year preparing for the remaining 30 days, the scant month during which their financial fate would be determined.
A maze of modern tubing and pipeline.

A maze of modern tubing and pipeline.

Credit: Corey Hendrickson
A maze of modern tubing and pipeline.
Credit: Corey Hendrickson Those 30 days might not be consecutive; some might come in February or even January, the sap running in response to a brief winter thaw. Some might come in late April, after the snow had melted and the sap gone “buddy,” producing commercial-grade flavoring syrup. Most of those 30 days would probably come in March, historically the month when the most high-quality syrup is made. But no matter exactly when they came, in fits and starts or in long, idyllic stretches of sugar­makin’ weather, Tommy Branon knew he didn’t have much time. “Thirty days and thirty nights” was how he put it to me, because of course no one sleeps much when the sap’s running. One month: That was what it all boiled down to. “Everybody thinks they can do it,” Tommy told me, as we pulled up to the sugarhouse with the load of sap, though I was a little dubious, if only because from what I’d seen so far that day, I was certain that I, at least, couldn’t do it. “But only the strong survive.” He grinned. His face was bruised and his nose made crooked by a recent fall while cleaning the inside of one of the farm’s giant stainless-steel sap-collection tanks. He’d slipped and slammed against the tank’s side.
Cecile and Tommy Branon, seventh-generation Vermont maple producers, with 66,000 taps over 2,000 acres.

Cecile and Tommy Branon, seventh-generation Vermont maple producers, with 66,000 taps over 2,000 acres.

Credit: Corey Hendrickson
Cecile and Tommy Branon, seventh-generation Vermont maple producers, with 66,000 taps over 2,000 acres.
Credit: Corey Hendrickson Tommy Branon opened the door and jumped out of the truck. Sure, his nose hurt like hell. But it would heal. More important, his hip didn’t bother him at all anymore.

—

Not very long ago, the notion that a family could earn a full-time, year-round living making and selling maple syrup would have been dismissed as pure folly. Historically speaking, sugarmaking in Vermont and the rest of New England has been a sideline business, often a way for dairy farmers to supplement their income. Indeed, that’s precisely how the Branons’ maple operation began: a team of horses, a few thousand taps, and a handful of sleepless nights every spring. But over the past decade, and particularly in the past handful of years, the possibility of sugarmaking-as-career has taken root. This possibility is fueled by numerous factors, including evolving technologies that allow sugarmakers to prevail over sub-optimal weather conditions, expanding markets hungry for every drop of recent bumper crops, profit-making wholesale prices, and a tumultuous economy that has entrepreneurs eyeing maple trees with new intent. The result? Over the decade spanning 2003 to 2013, the number of taps statewide has doubled, from 2,120,000 to 4,200,000, as established sugarmakers have expanded operations and new sugarmakers have entered the market, eager to cash in. Of course, Vermont isn’t the only place maple syrup is made, but it’s fair to say that the connection between Vermont and maple syrup is as established as the link between Idaho and potatoes or Florida and oranges. The Green Mountain State generally accounts for about 40 percent of U.S. production and 5 to 8 percent of the global supply; in a good year, Vermont producers make more than $40 million worth of syrup. That’s still a fraction of the $560 million annual income attributed to the state’s dairy industry, but it’s nothing to sneeze at. Taken at face value, Vermont’s rapidly expanding maple industry is nothing but good news, providing much-needed income in the aftermath of the Great Recession and supporting dairy farmers for whom the additional revenue is essential to maintaining farm operations. But dig a little deeper, and one begins to uncover the seeds of uncertainty. Uncertainty that such rapid expansion can continue. Uncertainty that it can even be sustained. Uncertainty, even, that some of the emerging technologies are good for the industry. “Most people who think about it are a little spooked,” Matt Gordon told me. Gordon is the executive director of the Vermont Maple Sugar Makers Association. “It’s such a big change.” David Marvin, the man at the helm of Butternut Mountain Farm in Morrisville, one of the largest distributors of maple syrup in the world, and a sugarmaker in his own right, concurred. “We’re in a bubble,” he said forthrightly. “It’s not going to go ‘kapow’ and blow up the industry, but we’re in a bubble.” Marvin knows a maple bubble when he sees one; he’s been in the industry for more than four decades and has lived through three boom-and-bust cycles. “They’re generally the result of overproduction, leading to a drop in prices,” he explained, recalling a period in the early 1980s when historically high prices were sent into a downward spiral by the bumper crop of ’81. The annual maple harvest remained strong for a few more years, before settling into a range more aligned with historical norms, as sugarmakers scaled back in the face of depressed prices. All of which is enough to make you wonder: If previous booms have resulted in subsequent busts, what’s to keep the same thing from happening again?

—

If you imagine sugarmaking the way most New Englanders imagine sugarmaking—buckets hanging serenely from trees, draft horses standing patiently as the gathering tank is filled one sloshing bucket at a time, while in the distance woodsmoke steam rises from the sugarhouse chimney—well, you might want to stop reading now. As I learned on my visit with the Branons, the reality of modern sugarmaking on a commercial scale includes none of those images. The morning of my ride with Tommy, I spent three hours with Cecile, bouncing through the woods in a high-tech off-road buggy worth at least 300 gallons of syrup at full retail price ($15,000, give or take). We buzzed a half-mile or so down the road before stopping at a booster station, a union of pipeline and valves that to my eyes looked impossibly complicated, but that to Cecile looked like a place where answers are found. One by one, she began cracking valves open, until we heard a whoosh of air. “Hear that?” she asked, triumphant. “That’s a problem.” We clambered back into the buggy, turned up a muddy trail, and began churning our way into the sugarbush.
Cecile Branon checks her equipment.
Cecile Branon checks her equipment.
As I was learning, the key to 21st-century sugarmaking is maintaining high vacuum via the use of pumps, creating an artificial disparity between the relative barometric pressures inside and outside the tree. Before vacuum technology came to the maple industry in the 1960s, sugarmakers relied on the weather to create that disparity; that’s why the spring freeze/thaw cycles are essential to the process. High vacuum doesn’t entirely usurp nature’s role, but it radically expands the margins, encouraging the sap to flow freely when it otherwise wouldn’t. Indeed, on the morning of my visit, the sap was running hard, despite the fact that temperatures had remained well above freezing the night before. There’s another benefit to vacuum. By extracting air from the system, it keeps bacteria from entering the tap hole and causing an infection. This means that sugarmakers can leave their taps in longer, thus extending the season without threatening the health of the tree or its ability to produce. The result has been a doubling of the average yield per tap for those using vacuum: from one quart of finished syrup to a half-gallon. Such yields create the unique “problem” of tremendous quantities of sap, which require equally tremendous inputs of fuel to process into finished syrup. As such, high vacuum is invariably utilized in conjunction with another technology that reached near-ubiquity in the later decades of the 20th century: reverse osmosis. Reverse osmosis (or “R.O.,” as it has come to be known) refers to the process of forcing sap through membranes to extract water molecules, thus concentrating the sugar content. Unconcentrated sap generally contains somewhere between 2 and 3 percent sugar, hence the oft-repeated rule that it takes 40 gallons of sap to make one gallon of syrup. But with an R.O. machine, sugarmakers can extract enough water to increase the sugar content to as much as 20 percent, drastically reducing the amount of concentrated sap needed to produce a gallon of syrup and thus the amount of fuel burned in the process. In the 1970s, during the advent of reverse osmosis, finishing a gallon of syrup in an oil-fired evaporator required four-and-a half gallons of oil. Today, it takes two quarts.
Tommy Branon (facing the camera) in his new state-of-the-art facility with its oil-fired evaporator.

Tommy Branon (facing the camera) in his new state-of-the-art facility with its oil-fired evaporator.

Credit: Corey Hendrickson
Tommy Branon (facing the camera) in his new state-of-the-art facility with its oil-fired evaporator.
Credit: Corey Hendrickson Without the combination of high vacuum and reverse osmosis, it’s unlikely that the maple-syrup industry would have evolved to its current state. Certainly, no maker who eschews these technologies can compete with those who embrace them, and no one knows that better than Tommy Branon. “Years ago, I said I was never going to get rid of buckets,” he told me, as we rode across the thawing Vermont landscape. “I said I’d never get rid of horses, I’d never use R.O., and I’d never make syrup with oil.” He gave a little sideways grin, a quiet acknowledgment of how circumstances often interfere with our most sincere intentions. “Well, guess what?”

—

Not long after my visit with Cecile and Tommy, I traveled to the Proctor Maple Research Center to see firsthand a change that could dwarf all those I’d witnessed at the Branons’. The Proctor center is a research, demonstration, and educational facility run by the University of Vermont in Underhill, about 25 miles due south of the Branon operation. Proctor is one of the few places in the world where one can discuss things like the microbiology of maple sap, the chemistry of syrup, and the abiotic stresses affecting sugar-maple trees and find plenty of willing ears. But I hadn’t come to talk about any of those things. Instead, I’d come to see a technology that some people claim will revolutionize the industry faster and more profoundly than any that has come before. Known as the “plantation technique,” the practice involves removing the top (known as “pollarding”) of a young maple sapling, sealing the cut-off end in plastic, and installing a spout under high vacuum inside the plastic. It works because sap is actually produced in a tree’s roots, not in the crown, as many people assume. And it works because the young saplings can be planted extremely close together, allowing for plantation-style cultivation that could generate a tenfold increase in yield per acre. Too, because the small-diameter saplings require less dramatic freeze/thaw cycles to produce, the sapling technique could mitigate crop decline owing to climate change.
Dr. Abby van den Berg of the University of Vermont—co-discoverer of the sapling technique—checks the tubing at a maple plantation.

Dr. Abby van den Berg of the University of Vermont—co-discoverer of the sapling technique—checks the tubing at a maple plantation.

Credit: Corey Hendrickson
Dr. Abby van den Berg of the University of Vermont—co-discoverer of the sapling technique—checks the tubing at a maple plantation.
Credit: Corey Hendrickson
Dr. Abby van den Berg of the University of Vermont—co-discoverer of the sapling technique—checks the tubing at a maple plantation.

Dr. Abby van den Berg of the University of Vermont—co-discoverer of the sapling technique—checks the tubing at a maple plantation.

Credit: Corey Hendrickson
Dr. van der Berg makes sure the tubing and vacuum system are working correctly.
Credit: Corey Hendrickson
At the Proctor center, a research analyst named Mark Isselhardt led me to a small copse of pollarded saplings, planted orchard-like in neat rows, mere inches separating one tree from another. This close spacing explains why the plantation technique holds the potential to increase per-acre output by a factor of 10. Whereas a mature sugarbush generally produces 40 gallons of syrup per acre, early trials with the plantation technique have hinted at yields in the range of 400 gallons per acre. By the time Isselhardt led me to the small stand of sheared saplings, it was clear that not all established sugarmakers were ready to embrace the technology. “Just because you can do it doesn’t mean you should,” David Marvin replied when I asked him about sapling plantations. His response was one of the most measured of those I gathered; some are unprintable in a family magazine.
Maple packager and distributor David Marvin of Butternut Mountain Farm at his warehouse; bulk syrup is stored in steel barrels.

Maple packager and distributor David Marvin of Butternut Mountain Farm at his warehouse; bulk syrup is stored in steel barrels.

Credit: Corey Hendrickson
Maple packager and distributor David Marvin of Butternut Mountain Farm at his warehouse; bulk syrup is stored in steel barrels.
Credit: Corey Hendrickson
Marvin’s concern, which is shared by others, is that plantation-style sugarmaking could drastically expand the geographical domain of syrup production beyond historical norms, thus diminishing Vermont’s market share. That’s because the saplings could be cultivated in conditions that don’t support mature trees. I heard the word “China” more than once, spoken in an ominous tone. Furthermore, the technique removes the “wild-crafted” element from sugarmaking, even as it potentially increases supply, perhaps drastically. And as Marvin had already pointed out, drastic increases in supply tend to be followed by drastic decreases in price. When I mentioned these concerns to Isselhardt, he was unperturbed. “To automatically cast it in a negative light is premature. We don’t really know how it’s going to play out,” he told me as we stood amid the shrub-like rows of pollarded saplings. Even as he spoke, a vacuum pump was sucking sap from the cut ends. “Yeah, it looks very different. But then, sugaring looks a lot different than it used to.” I couldn’t argue Isselhardt’s point—sugaring does look a lot different than it used to—but I also couldn’t escape the nagging sense that the plantation method was potentially disruptive in a way that previous technologies hadn’t been. And it frankly seemed odd to me that Vermont’s namesake university was developing a technology that could dramatically expand the boundaries of sugarmaking, in the process decreasing my home state’s share of the maple pie. I took my concerns to UVM’s dean of agriculture, Tom Vogelmann. “Whenever disruptive technology appears, it makes people uncomfortable,” he told me. “Look at when the maple industry transitioned to tubing. Some people thought those were end times, but the reality is that before we went to tubing, those quaint buckets were open to the environment and all sorts of things could drop in.” In Vogelmann’s view, the plantation method—which in reality is probably still decades away from widespread adoption—holds the potential to greatly expand the maple-syrup market for everyone, including Vermont sugarmakers. “The season’s getting shorter; the climate’s changing,” he noted. “We need new technologies to keep the industry viable. Maple is a unique product worldwide, and to make more of it just isn’t a problem.”

—

Vermont sugarmakers need to hope that Vogelmann is right, because the truth is, there’s soon to be a lot more syrup on the global market even without the plantation method. Throughout my reporting, I kept hearing about a start-up sugaring operation in Vermont’s Northeast Kingdom that, according to rumor, would comprise 500,000 taps. Everyone I spoke with seemed to have heard of it, but no one was entirely certain of the details, with the exception of that number: 500,000. Half a million. Nearly 900 percent more taps than Tommy and Cecile Branon had. “All that syrup,” Cecile said to me, when the rumored sugarbush came up in conversation. “Where’s it gonna go?” The rumor turned out to be true. I learned that from Eric Sorkin, owner of Thunder Basin Maple Works in Cambridge, Vermont. In addition to running a maple-syrup operation, Sorkin also installs pipeline for other sugarmakers, including Wood Creek Capital Management, a New Haven, Connecticut, investment firm that specializes in so-called “real assets,” including those of an agricultural bent. The initial phase of the installation called for 50,000 taps, though when I visited the 44-year-old Sorkin in early July, the project was about a month behind schedule. “It’s getting tighter every day,” he told me. Still, whether the taps got in this year or next, the project would go forward, and the count would almost certainly rise toward the 500,000-tap potential, creating a sugarmaking entity that will dwarf the current kings of Vermont’s sugaring hill. It’s difficult not to draw parallels between the Wood Creek operation—which will rely primarily on local labor—and the state’s dairy industry, which has evolved inexorably toward larger and larger operations, in the process creating efficiencies of scale that have made it increasingly difficult for smaller farms to remain competitive.
Laura and Eric Sorkin of Thunder Basin Maple Works in Cambridge, Vermont, manage 67,000 taps on 1,000 acres of sugar maples. “If plantation maple ultimately replaces wild-harvested maple, it would be tremendously sad,” notes Sorkin. “Right or wrong, I’ve made the decision that I don’t want to do it.”

Laura and Eric Sorkin of Thunder Basin Maple Works in Cambridge, Vermont, manage 67,000 taps on 1,000 acres of sugar maples. “If plantation maple ultimately replaces wild-harvested maple, it would be tremendously sad,” notes Sorkin. “Right or wrong, I’ve made the decision that I don’t want to do it.”

Credit: Corey Hendrickson
Laura and Eric Sorkin of Thunder Basin Maple Works in Cambridge, Vermont, manage 67,000 taps on 1,000 acres of sugar maples. “If plantation maple ultimately replaces wild-harvested maple, it would be tremendously sad,” notes Sorkin. “Right or wrong, I’ve made the decision that I don’t want to do it.”
Credit: Corey Hendrickson
As I chatted with Eric Sorkin about the Wood Creek project, it soon became clear that Sorkin and his wife, Laura, are themselves emblematic of recent cultural shifts in sugarmaking. They purchased their Cambridge property in 2000, leaving behind the hurly burly of Washington, D.C., where Eric had worked in environmental law and Laura had worked as a biologist for the Wildlife Habitat Council. Initially, they’d established a small organic vegetable and flower farm, but soon realized that the financial recompense wasn’t commensurate with their investment in labor. Thus dis­illusioned, it wasn’t long before they turned their eyes upward, to the verdant canopy created by their 1,000 acres of sugar maples. What followed was one of the most ambitious sugarmaking startups in the history of the craft. After Eric spent a single season working for a neighboring sugarmaker to get his feet wet, the Sorkins broke ground on their sugarhouse and began installing the first of their initial 28,000 taps at the end of August 2008; they boiled their first batch of syrup only a few months later, in February. “At that time, people were totally stymied by the scale. I was too naïve to understand why, and by the time I did understand, I was too capitally committed to look back,” Sorkin told me, chuckling a bit at the audacity of it all. The next year, they increased to 45,000 taps and have since grown to 67,000. The number of sugarmakers boiling more than 50,000 taps is still fairly small—by some estimates, fewer than a couple of dozen nationwide—but it’s a whole heck of a lot more than it was when the Sorkins drilled their first tap hole. “It’s very much a gold rush,” Eric told me. “It’s a no-brainer if you run the numbers. The math isn’t difficult at all.” The math might be easy, but the risk is stomach-churning. First, there are the in­evitable anomalies of weather and climate, which seem to be trending toward increasingly extreme events. A windstorm can require weeks of cleanup to restore downed lines, and because of the nature of vacuum systems, a single leak can suppress production across hundreds if not thousands of taps. When you consider that a sugarmaker can realize 10 percent of his annual crop in a single 24-hour period, you begin to understand why sugarmakers are fanatical observers of weather. And why Eric Sorkin rarely sleeps more than two or three hours per night when the sap’s running.

—

But the hazards aren’t limited to local weather events. That’s because the majority of the global supply of maple syrup—approximately 77 percent—is produced in Quebec under the auspices of a “syrup cartel.” Much like other cartels (oil being the most obvious example), the Quebec syrup cartel manipulates the demand/supply ratio, first by imposing quotas on Quebecois producers and second by maintaining a strategic syrup reserve that can be tapped in the event of a shortage. The reserve’s capacity is nearly 2.5 million gallons, split among three warehouses in rural Quebec towns; in 2012, thieves reportedly stole 6 million pounds (approximately 550,000 gallons) of syrup from a warehouse northeast of Montreal, refilling many of the emptied barrels with water to escape detection. Ultimately, 23 people were arrested, though about one-third of the stolen syrup was never recovered. As the Saudi Arabia of maple syrup, Quebec plays a major role in establishing wholesale price, which over the past six years has ranged widely, from about $2.25 to more than $4.25 per pound (a gallon of syrup weighs 11 pounds). American sugarmakers have a love/hate relationship with the syrup cartel: They hate the power the Canadians wield, and they have an entrepreneurial disdain for the quota system, which they suspect leads to lazy sugarmaking; conversely, they realize that in a bad season the maple reserve might be all that stands between themselves and a collapsed global market. The Canadian stranglehold on the maple industry does something else, too: It exposes American sugarmakers to the whims of international currency exchanges. “When we could sell 80 percent of Vermont production in Vermont, it wasn’t a problem,” David Marvin told me. “But now I have to watch that dollar every day. If the Canadian dollar goes to $1.50 again, a lot of people are going to be out of business.” That’s because syrup is priced in Canadian currency; therefore, if the Canadian dollar were to strengthen against the American dollar by one-third, American producers would receive 33 percent less for their syrup. But despite all this, the maple gold rush shows little sign of abating anytime soon. That’s in large part because maple syrup remains a bit player in the sweeteners aisle, fomenting the optimism that someday it won’t be such a bit player. Currently, a mere 6 percent of Americans consume syrup annually, for a per-capita annual consumption rate of 2.6 ounces, an amount I can confirm hardly does justice to a stack of pancakes. By comparison, Americans eat 20.8 ounces of honey and 464 ounces of added sugar annually. But, although syrup consumption is a comparative dribble, it’s also on the rise: In 1975, Americans ate just 1.03 ounces each year. And many in the industry are encouraged by trends toward more-natural sweeteners.   “There are a lot of trends that play into maple,” Matt Gordon told me. “Sure, it’s sugar, but it’s all-natural. It’s wild. It’s got a better story to tell than other sugars.” What’s more, foreign consumption, while still a small piece of the puzzle, is rising fast, with Japan and Germany showing a particular fondness for maple.

—

Is it possible, then, that Vermont’s (and by extension, the rest of New England’s) maple industry can keep growing into the foreseeable future? Is it possible that Tommy and Cecile Branon and the Sorkins, each with their 60,000-plus-tap operations, will no longer be viewed as anomalies, but as just the way things are? Is it possible, even, that the traditional sugarbush—a place of towering trees, soft breezes, and the unique peace of the wild—will soon be supplanted by cultivated rows of severed saplings? “If plantation maple ultimately replaces wild-harvested maple syrup, it would be tremendously sad,” Sorkin said. “I have no philosophical or ethical position against it. In fact, I briefly considered positioning myself to take advantage of the new technique, but ultimately decided against it. It’s just not the same thing anymore, and, right or wrong, I’ve made the decision that I don’t want to do it.” I thought back to my ride with Cecile Branon and how over the span of just a couple of hours, we’d churned past multiple relics of the Branon family’s sugaring history. Deep in the woods, we came across an old sugarhouse, its roof collapsed under a fallen tree. Stacks of long-abandoned sap buckets lay under the rotting rafters. Later, we buzzed across a field where one of the family’s retired draft horses nuzzled at winter-dead grass. The horse seemed hungry, and Cecile radioed for someone to bring a bale of hay. I thought about those 500,000 taps, part of an investment firm’s “asset management” portfolio. I pictured rows and rows of young maple saplings sheared at chest height, tethered to one another by plastic tubing clamped over the wound where their maturing crown once grew. I’d heard these plantations compared to cultivated apple orchards, but from what I’d seen at the Proctor Maple Research Center, fields of corn seemed a better analogy. Could such a thing really come to pass? On the one hand, it seemed improbable, almost impossible to fathom. On the other hand, no one had predicted a half-million-tap sugarbush, either. I remembered how, on that morning with Cecile, just after we’d crossed the horse pasture, I’d looked behind us, to where I could see the steam rising from the vented sugarhouse roof. It drifted into the air and then disappeared, unwanted water turned into nothing at all.

Ben Hewitt

Born and raised in Vermont, Ben Hewitt has played several roles throughout his life, including as a homesteader, carpenter, writer, and parent. He is very grateful to his readers for their ongoing support.

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