Articles in Agriculture
Malt is a fairly mysterious ingredient, but craft beer is about to change that.
Like milling helps turn wheat into bread, malting helps turn barley and other grains into beer. Malting is the process of germinating (sprouting) and then kilning grains, which allows access to the starches and enzymes necessary for fermentation.
The importance of malt
Malt’s job is not strictly functional, though. Different types of malt contribute flavors and other elements to the final product. Malt is to beer what stock is to soup, as brewer John Mallett writes in his book, “Malt: A Practical Guide from Field to Brewhouse.”
“As craft beer has exploded in popularity, hops have often been seen as the sexy ingredient in beer,” he says. Mallett is the director of Bell’s Brewery in Michigan. “On first glance, malt seems kind of dull, but it actually contributes the key attributes that largely define beer, including color, flavor, foam, body and, eventually through fermentation, alcohol.”
Craft malthouses opening
At one time, malting was a domestic chore, same as baking bread. Prohibition and changes in farming helped consolidate the industry and put the production largely out of sight. Now, in response to curiosity about this ingredient, craft malthouses are opening across the nation. New York State has more than its fair share.
This is because New York created a friendly environment for micro and nano brewing with the Farm Brewery Law. This licensing, which went into effect at the beginning of 2013, requires that breweries use a percentage of state-grown products. A revival of hops production was already underway, and the law nudged along the boom in malt. Nine malthouses are in operation across the state, and more are in the works.
Brewing at the local level
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“It’s been exciting learning a whole new skill, one that’s been pretty much forgotten,” says Bob Johnson, who runs Niagara Malt. A professor of plant ecology and biochemistry at Medaille, a small liberal arts college in Buffalo, Johnson also grows hops, and farms and malts barley. “Malting is relegated to big commodity houses, and it’s nice bringing this whole process … to the local level.”
Buffalo had several malthouses, he notes, and three of its mayors were maltsters. Johnson says regional products lend distinctive flavors to beer.
“Plants really have an intimate contact with the soil,” Johnson says. “I’m at the base of the escarpment and all my soils are very limey; sitting at the base of a limestone cliff — my soils are very sweet as they say. That gives a flavor. The microorganisms in soil strongly influence the health and metabolism of plants.”
His adventures in making ingredients began with a taste for fuller flavored beers. “I realized the chemicals I was enjoying so much were from hops,” he says. Intrigued, he started to look into hop farming. Three years ago he planted 1,200 plants but lost half of them to drought. Hearing rumblings of the Farm Brewery Law, he realized there was going to be a programmed demand for hops and malt. This gave him the courage to replant and buy some equipment. His hop yard covers 1 1/2 acres and has 1,400 plants.
Johnson malts in the original malting system designed by pioneering Western Massachusetts maltsters Valley Malt. This system malts 1 ton of grain at a time, carrying out all the procedures, from steeping through germination (sprouting) and kilning in a single tank.
As he explores malting, Johnson also benefits by being a member of The Craft Maltsters Guild, which was formed last year to help shape the burgeoning industry by setting standards for production, performance and sourcing, and building a network for sharing information.
Given the rise of the craft beer market, the potential for growth in small-scale malting is tremendous, and New York has created an economic architecture to help develop that potential.
Private/public partnerships are helping to build momentum. Cornell University is researching what varieties of malting barleys are suited to the climate. Greenmarket Regional Grains Project is pairing farmers, maltsters and brewers for collaborations and otherwise working to raise awareness of the local agricultural products. Entrepreneurs are seizing the opportunities in beer. New York has 210 craft breweries, and 78 of those are farm breweries.
“Farm brewers have to use 20 percent New York ingredients,” says Paul Leone, director of the New York State Brewers Association. (The rate will change as the region’s capacity to produce local products increases.) “The market is there automatically for that group, but beyond the license every brewery in the state would use local ingredients.”
A steep learning curve
For now, use is limited by quality and price. Farming malting barley in a region that hasn’t done so for almost a century is a steep learning curve. Commodity malts cost significantly less than craft malts, and beer is thirsty for grains. Even if there were no difference in price, New York could not supply all its breweries. The largest of the new craft-malting facilities in the state only produce three tons a week. A ton of malt can only make about 13 to 15 barrels of beer, or about 26 to 30 kegs.
“What’s unique about New York State and craft beer is that at one point we owned the hop industry. It’s a natural progression to own it again, or a share of it,” Leone says. “Beer does have a certain terroir. The barley that’s grown here and the way that its malted here is going to be a little different than when it’s from out West, same as the hops. Brewers have an ability to engineer their own flavor profile that’s uniquely New York.”
Main photo: A farmer holds a handful of germinating barley. Credit: Copyright John Mallett
Let’s say you bought some Cabernet Sauvignon vines from a local nursery to plant a vineyard. You decided on Cabernet because you determined that this particular grape variety would be best for your location because of its soil type, sun exposure and climate. But then a worrisome thought enters your head: What if the vines aren’t Cabernet Sauvignon after all, but some other less-suited variety? What if the nursery somehow got them mixed up with Sauvignon Blanc vines? That would be a mighty costly mistake.
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You could pray, sweat and grind your teeth until the first grape clusters appear, and then wait some more until they change color and mature enough for you to figure out the vines’ true identity. Or, you could call an ampelographer.
Ampelography is a type of grapevine botany that uses the physical traits of grape leaves to identify varieties. Grape leaves vary quite a bit between varieties, so a skilled ampelographer can easily distinguish Cabernet Sauvignon from Cabernet Franc.
In the world of ampelography, it would be hard to find a more renowned practitioner than Virginia-based vineyard consultant Lucie Morton, who travels around the country lending her expertise to grape growers and vintners.
Among Morton’s clients is one of California’s best Sauvignon Blanc producers, St. Supéry Estate Vineyards & Winery, which flew her out to the Napa Valley earlier this month to teach an ampelography class. I was lucky enough to participate in the workshop, and learn some tips from a master.
Before taking us into the vineyard, Morton explained the background and basics of vine identification. Lesson number one: “Looking at clusters is cheating.”
In the early days of the California wine industry, American vintners often brought back vine cuttings from Europe to plant in their vineyards. Sometimes, the varieties were not identified correctly, or were known in their native country by a different name than the one used by the rest of the world.
In the 1970s Morton began to discover that some vines planted in American vineyards were misidentified. For example, she said, in the Finger Lakes region of New York people used to say that the Chardonnay grown there tasted “Germanic,” due to the area’s cold climate. The real reason was because their “Chardonnay” was actually Riesling.
Up until the early 80s, nearly all of the “Pinot Blanc” planted in California was not Pinot Blanc but a French variety called Melon de Bourgogne. An ampelographer — Morton’s teacher, Pierre Galet — set the record straight. “It does not make you popular, pointing out other people’s mistakes,” Morton told the class.
Even so, her skills are in demand, even in the modern world of high-tech viticulture. Although DNA testing can identify varieties, Morton pointed out, it can’t distinguish between clones. Ampelography can. “There’s still practical value in this skill,” she said.
Anatomy of a grape leaf
According to Morton, the main characteristics that distinguish grape leaves include:
Lobes: If you imagine the leaf as a hand, the lobes would be the individual fingers that extend outward. Some leaves have prominent lobes, other leaves are shield-shaped and have none.
Petiolar sinus: This is the empty space surrounding the stem of the leaf. Some sinuses are wide open, others are very narrow.
Teeth: These are the serrations on the outside edge of the leaf. Some are jagged and sharp, others are rounded.
It’s also important to look at the color and texture of the leaves.
In the vineyard
Providing each of us with a list of defining characteristics for several different grape varieties, Morton sent us out into St. Supery’s Dollarhide vineyard and challenged us to bring her back a leaf from each variety. If we got it wrong, we went back to try again.
Identifying the vines was more difficult than I expected. In a given vineyard row, not all of the leaves are identical, even among the same variety. Just when I would think I had a match, I’d notice that one of the distinguishing elements wasn’t quite right: The teeth were rounded instead of triangular or the surface was smooth instead of leathery. Each time I was sent back for another leaf, I came to respect Morton’s skill a little more.
Following are the characteristics of five of California’s most popular grape varieties:
Morton calls this leaf the “monkey face” or the “mask,” because when held with its tip facing up, it looks like it has eye and mouth holes. It has five lobes, rounded teeth and an open (or naked) petiolar sinus.
This is a shield-shaped leaf, with shallow, sawblade-like teeth and an open petiolar sinus. The vine’s young shoots will have red nodes that are distinctive to Chardonnay.
This leaf is longer than it is wide, with five prominent lobes, an open petiolar sinus and deep triangular teeth. It’s yellowish in color, with a waffled, leathery texture.
This five-lobed leaf is green in color, with a wavy texture. It has a narrow, almost-closed petiolar sinus, a round shape and rounded teeth. The lobes have three prominent troughs that resemble spouts from a fountain.
This leaf is a heart-shaped shield, with a relatively narrow petiolar sinus and shallow pointy teeth. It has a puffy, quilted look and a thick, leathery texture.
Main photo: In a sea of vines, ampelography can help growers tell which grape varieties are which. Credit: Tina Caputo
Start a sheep farm to lower your taxable income? That’s what Deborah Sowerby did when she launched Olive Ewe Ranch in 2005 in Bradley, California, 20 miles northeast of Paso Robles, the noted wine region on the Central Coast.
The idea started when Sowerby’s husband, Paul, the national sales manager at Adelaida Cellars winery in the mountainous Adelaida District of Paso Robles, brought home a book about it one day and suggested she try it.
For the stay-at-home mom, it sounded like a good opportunity, and the book provided the guidance she needed to get started. Because Sowerby enjoys lamb, she opted to raise a good meat breed, starting with four ewes that grew to a flock of 100. Her sheep of choice is the medium-sized hair breed called Dorpers, which are easy to train and flock well. “As a meat breed, they are mild and buttery in flavor. They don’t have strong flavor like the wool breed,” she said.
Sheep grazing benefits local wineries
In the past four years, the meat business has morphed into a Sheep in the Vineyard program, in which sheep help control weeds in vineyards and reduce the carbon footprint by cutting back on fuel emissions, Sowerby said.
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She got the idea to start the program after she was approached by vintners looking for a holistic way to farm. With Sheep in the Vineyard, grazing sheep clear weeds and other invasive ground cover that can deplete soil’s nutrients. The grazing helps restore soil vitality and even nourishes the vines.
Sowerby’s sheep have found homes in some top-notch wineries in Paso Robles, among them Adelaida Cellars, Tablas Creek, Booker Vineyards, Ambyth, Dover Canyon and Villa Creek.
“A 100-pound sheep deposits 4 pounds of fertilizer daily,” she said of another benefit to Sheep in the Vineyard. “Over a five-month period, 20 sheep deposited 12,000 pounds in the 7-acre Bobcat Crossing Vineyard.”
Bobcat Crossing is part of the Adelaida Cellars’ 168-acre ranch that is home to 24 sheep, a couple of alpacas and a guardian llama named “Lliam.”
Sheep in the Vineyard was initiated at Adelaida Cellars. “There was so much mustard and vineyards adding to the biodiversity,” she noted. In addition to the benefits to the health of the vineyards, the sheep are also a draw for the winery’s visitors.
Initially, Sowerby’s sheep were brought in from her ranch after the grape harvest, grazing in the vineyards from October to March. Soon, though, she decided to leave the flock year-round so they could graze in the walnut orchards and mustard fields between March and October.
“For two years now, this is home to 24 Dorpers,” she said of the Adelaida Cellars ranch. Of this herd, six are owned by Adelaida Cellars, while the rest belong to Sowerby.
Ill effects of California drought
The drought in California affects the sheep and Sowerby’s plans for the future. Each year, Olive Ewe Ranch attempts to grow a field of forage mix (oats, wheat and barley) with the hope that sufficient rain will fall so they can cut and bale it for supplement feed, along with purchased alfalfa, which is a good source of protein for the flock.
“The reality is with several years of drought, growing a crop based on the whims of Mother Nature to grant us sufficient moisture is like rolling the dice,” Sowerby said.
Sowerby’s work in agriculture work belies her fashion background. Previously, her only relationship with wool was with fabrics and textiles. As a design and merchandising specialist, the former Orange County resident’s travels took her around the world on Princess Cruises and working for Giorgio Armani boutiques. Her lifestyle changed when she moved with Paul to the Central Coast 20 years ago. They purchased their 40-acre property nine years ago.
Olive Ewe Ranch has expanded to the point that she has now partnered with Mary Rees, another sheep producer, to create a comprehensive program that not only supplies sheep but also training and assistance specific to the wineries. While some wineries rent their herds, others raise their own flocks.
Breed recommendations for sheep farming
When clients look for recommendations for a particular breed — more sheep breeds are available than any other type of livestock — Sowerby suggests Dorpers. “It’s possible to triple the flock’s size in one year (with Dorpers) since they have the ability to lamb year-round,” she said.
In addition, they shed and don’t require shearing, which can be expensive. Sowerby also advises picking a sheep species based on the desired taste. The species fall into two categories — hair breeds and wool breeds. The wool breeds have a more lanolin flavor that becomes more pronounced as the animals age, while hair breeds maintain their softer, buttery flavor.
Olive Ewe Ranch Lamb Sliders With Aioli
Prep time: 45 minutes
Cook time: 40 minutes
Total time: 1 hour, 25 minutes
Yield: 8 servings
For the lamb burgers:
1 pound ground lamb
1 teaspoon ground cumin
1 teaspoon ground coriander
Salt and pepper to taste
For the carmelized onions:
2 tablespoons butter
2 medium onions, finely sliced
2 tablespoons thyme
3 cloves of garlic, minced
2 shallots, minced
1/2 cup chicken stock
1/2 cup Adelaida Cellars Syrah (or a full-bodied red wine)
For the aioli:
6 cloves of garlic, finely minced
1/4 teaspoon salt
2 egg yolks, at room temperature
1 tablespoon mayonnaise (optional)
1 cup olive oil
For assembling the sliders:
8 slider buns, gently seared on the grill
2 cups arugula
8 slices Gruyere cheese
For the burgers:
1. Combine all ingredients in a bowl. Form into eight small patties.
2. Brush lightly with olive oil and grill until desired doneness.
For the carmelized onions:
1. Heat butter in a sauté pan over medium heat. Add the onions and thyme. Let the onions brown, turning occasionally, 15 minutes. Add garlic and shallots, continue cooking, turning occasionally, for another 3 minutes.
2. Add the stock and cook until the mixture is reduced to a brown color but not scorched. Then add red wine and continue to reduce until the onions turn light brown and caramelize, about 10 to 15 minutes.
3. Set aside and warm before serving.
For the aioli:
1. Put garlic and salt in a mortar and mash with a pestle to form a paste.
2. Place in a bowl and add egg yolks. Whisk gently.
3. If using, add the mayonnaise to the bowl and mix. (For foolproof aioli, this helps the binding process.)
4. Slowly start adding olive oil a few teaspoons at a time while whisking, until all the oil is added. The end result will be a mayonnaise-like consistency. Aioli can be refrigerated for up to five days.
For assembling the sliders:
1. Apply a thin layer of aioli to both sides of the warmed buns.
2. Place a lamb patty on the bottom portion of the bun, followed by a slice of Gruyere, a heaping teaspoon of hot caramelized onions and then a few leaves of arugula. Cover with the top portion of the bun.
Recommended wine pairings
Adelaida Cellars’ Anna’s Vineyard Syrah or select among other Paso Robles Syrahs, including Ecluse, Anglim, Tablas Creek or one of the full-bodied Paso Robles blends from Linne Calodo.
Main photo: Sheep grazing in Adelaida Cellars’ Bobcat Crossing vineyard. Credit: Copyright 2015 Courtesy of Deborah Sowerby
Spring, on farms throughout the U.S., is marked by beginning of a new grass season. And when it arrives, cattle stop feeding on winter hay and go back to pasture. For farmers, “pasture” is a specific term that means paddocks of diverse grasses and plants — what celebrity farmer Joel Salatin refers to as a “salad bar” — the basis for every grazing animal’s natural diet.
Suddenly, this farm-based term is showing up in grocery stores on cartons of milk, on blocks of butter and cheese. “Pasture” and “pasture-raised” are becoming part of our food lingo. The question is, what does “pasture” really mean to us as consumers and eaters?
Here are five basic facts to remember when you’re choosing between conventional dairy products and these new offerings.
1. Pasture-raised is not the same as 100% grass-fed
Like many food labels, the term “pasture” can be more confusing than clarifying since it has no legal definition and is unregulated. Generally, it infers that the cattle are granted some access to pasture though they may still be confined and fed grains. It also does not guarantee that the feed was antibiotic- and hormone-free (only the USDA Organic label, which is strictly defined and regulated, does that). By contrast, certified 100% grass-fed milk, butter and cheeses come from cows that grazed exclusively at nature’s salad bar. (Animal Welfare Approved has published the most extensive and understandable guide, a free download called Food Labels Exposed: A Definitive Guide to Common Food Labels Terms and Claims.)
2. It’s all about fats, the good kind
You wouldn’t think that grasses contain fats, but they do: essential fatty acids that get synthesized into the fats, including butterfats, of cattle that eat them. The more grasses dairy cattle consume in relation to grain, the higher the level of omega-3s — the good fat founds in flaxseed and fish. Products from 100% grass-fed animals has what nutritionists consider the ideal ratio of omega-3 and omega-6. CLA, or conjugated linoleic acid, is another fat desirable for its potential cancer-preventing, heart disease-reducing and supportive immune system properties. While health experts haven’t agreed on a daily intake for CLA, they all concur that we can all use more of it. And the only place to get it is from animal products from pastured animals that eat mostly grass.
3. Plus, antioxidants and vitamins
When cows spend more time on pasture, they consume more of the nutrients in grasses. Loads more of vitamins A and E as well as beta carotene are present in the pastured milk, butter and cheese, all believed to protect against cancer-causing free radicals and to boost immunity.
4. You can see the color and taste the difference
Those extra carotenes show up in the butterfat from pasture-raised animals. Do a test for yourself and compare pastured butter from a national producer such as Organic Valley to conventional butter. You’ll immediately notice how the pastured butter is sun gold yellow instead of pale. Spread each on a piece of toast and notice how the softer, unsaturated butterfat in the pastured butter spreads more smoothly while the butter from cows without access to pasture tends to crumble. Finally, taste each one (try it blind) to experience the depth and nuances of flavor you might have been missing.
5. It costs more. Here’s why.
Each year, the grass season only lasts so long. So production of pastured milk and butter is limited. Dairy products from animals that are 100% grass-fed — or raised on nothing but pasture — are more costly because the cows yield less milk than those raised in confinement dairies.
Main photo: Pasture-raised isn’t the same as grass-fed when it comes to dairy cows. Credit: Copyright 2015 Lynne Curry
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» 5 habits for a farm-to-table lifestyle
When I told my partner that I was writing a book about pork, she asked: “Does this mean I’m going to have to give up bacon?”
I spent two years trying to answer that question. I visited a pig farmer who raised 150,000 animals annually in warehouse-like confinement barns, and a Mennonite who raised a few dozen on open pasture. I spent an afternoon in a slaughterhouse that killed and processed 20,000 hogs a day, and spent a day at a boutique abattoir that handled 30, and I spoke to dozens of people in 12 states whose lives had been affected by Big Pig.
“Pig Tales: An Omnivore’s Quest for Sustainable Meat”
By Barry Estabrook, W.W. Norton, 2015, 320 pages
» Enter here for a chance to win a free copy
» Click here to buy the book
My partner and I still eat bacon, but not if it comes from a factory farm. Here’s why:
I knew that pigs were smart, but I had no idea how smart — much more intelligent than man’s best friends. Researchers at Cambridge University have shown that pigs are as clever as 3-year-old humans. Experimental pigs can be taught to play computer games. Hogs can adjust thermostats to keep their pens at comfy temperatures. Pigs have a well-developed sense of self, a trait once thought to be limited to humans and great apes. On factory farms, these intelligent creatures are kept in barren stalls with hard, slatted floors with nothing to stimulate their minds. I will never forget the chilling sight of 1,500 sows in a low, dark barn in crates that were so small that they could not turn around.
I stood on a bridge over the Middle Raccoon River in central Iowa and watched vast floes of brownish foam drift on the current. They were the result of liquid hog manure that had been washed by rains into the river. The Raccoon is a source of drinking water for a half million citizens of Des Moines, who have to pay $1 million a year just to remove agricultural pollutants from their water. The same water flows into the Mississippi, contributing to a Connecticut-sized oxygen-depleted dead zone in the Gulf of Mexico, where no fish can survive.
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In North Carolina, the once-pristine Neuse River, now polluted from hog farms, experiences regular die-offs with billions of fish turning belly up in putrid masses. American Rivers, an environmental group, lists the Neuse as one of the 10 most endangered rivers in the United States.
Hog farms also pollute the air. I sat with Elsie Herring in her small frame home in eastern North Carolina as she described not being able to mow the lawn, hang laundry or even sit outside on a summer’s evening because of the stench that (literally) rains down from a neighboring pig operation. And this is no quaintly rural whiff of manure. Sophisticated air monitoring equipment set up by Steve Wing of the University of North Carolina revealed that Herring and her neighbors were inhaling poisonous hydrogen sulfide. They experience difficulty breathing and have developed high blood pressure.
For 13 years, Ortencia Rios worked at a pork-packing plant. She was an exemplary employee. But after her hands gave out, her shoulder rotator cuff tore, and she developed carpel tunnel syndrome — all because of the job — the company told her there was no work for her, according to Rios. During the past 30 years, the wages of slaughterhouse workers have gone into free fall, dropping by 40 percent. The rate of injury has soared. Human Rights Watch declared that the United States is “failing to meet its obligations under international human rights standards to protect the human rights of meat and poultry workers.”
In 2004, Everly Macario’s 18-month-old son died a painful death after being infected by bacteria that were resistant to every antibiotic doctors administered. There’s a good chance that the germs that killed the toddler evolved on a pig farm. Four out of five hogs raised in the United States are fed constant low levels of antibiotics — to prevent, not cure infections — a perfect recipe for bacteria to develop resistance.
When Jim Schrier, who worked as a USDA inspector at a 10,000-animal-a-day pork slaughterhouse in Iowa, began to report unsanitary conditions such as carcasses with hair and feces on them or with cancerous tumors and pus-filled abscesses, Schrier said he was promptly “reassigned” to a slaughterhouse two hours away from his home — an impossible commute. The USDA’s own inspector general reported that there is a reduced assurance that government inspectors effectively identify “pork that should not enter the food supply.”
One bite of a chop from a pastured, heritage pig is enough to convince. Like January tomatoes, most supermarket pork looks like the real thing but possesses none of its gastronomic qualities. Good pork costs more than factory stuff, but enjoying great meat while not supporting an industry guilty of more than its share of travesties is well worth the price. But be warned: Once you try real pork, you probably won’t go back to the other white meat.
Main photo: Researchers at Cambridge University have shown that pigs are as clever as 3-year-old toddlers, and they have a well-developed sense of self, a trait once thought to be limited to humans and great apes. Credit: iStock
California’s Napa Valley is home to some of America’s best wineries. The valley is also well-known as an incubator of female winemakers. Shawna Miller is one of a group of talented women who have pursued a wine-making career in the valley.
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Growing up in a small Virginia town along the Appalachian Trail, Miller spent a lot of time outdoors, hiking and helping her grandmother tend the large garden that fed the family. In the summer they ate what they grew and canned the rest. During the wet, cold winters they happily supplemented their meals with the food they put up in the pantry, including jars of huckleberry and blackberry jam, tomatoes and green beans.
She never thought about grapes or wine.
Studying forestry at Virginia Polytechnic Institute and State University in Blacksburg, she graduated with a degree in forestry, which was a natural fit for a woman who had grown up trekking the Appalachian Trail. That’s also where she met and married Zak, who shared her love of biology. To see the world and build their resumes, they picked up jobs wherever they could. After a stint with the U.S. Geological Survey in Florida, a friend invited them to work a harvest in New Zealand. That work-vacation changed their lives.
Learning wine making around the world
Near Margaret River in Western Australia, they worked at the Cape Mentelle Winery where she learned that each grape had a different temperament. Each had to be picked at exactly the right moment. Pick too soon or wait too long and the grapes would yield inferior wine.
She and Zak were hooked. They pursued harvests in California, New Zealand, Australia and Chile. They experienced firsthand how soil and climate — terroir — created different wines. The Indian Ocean breezes that swept across the grapes at the Cape Mentelle Winery yielded wines very different from the ones she came to love in hot, dry Napa.
Taking classes at the University of California, Davis Extension, Miller wanted to learn the science behind raising grapes and making wine. But there wasn’t time to get a degree in enology.
Her graduate work would be done in the fields and in the labs where her background in science got her jobs measuring fermentation levels.
Mastering the art and science of wine
To become a winemaker, she had to master more than chemistry. Wine making is part science, part art.
Even if a wine is made entirely from one varietal, the grapes grown in one part of a vineyard can be markedly different from those harvested from another area. Blending those different flavors is an art that must be developed by a winemaker.
Today as the winemaker at Luna Vineyards, she oversees the production of a collection of well-regarded, affordable wines.
What distinguished Luna Vineyards in its early days was the choice to produce Italian-style wines. When Michael Moone founded the vineyard in the mid-1990s, he wanted to make wine modeled on the Italian wines he loved. He planted Pinot Grigio (white) and Sangiovese (red) grapes and blended the wines in a way that set them apart from the largely French style wines produced in the valley’s other vineyards.
At times in their marriage, Miller’s husband Zak has worked half a world away at a winery in Chile. But now with Zaira, their little girl, to raise, Zak stays closer to home as an assistant winemaker at Domaine Carneros.
As harvest time approaches, they put the call out to their parents. When the grapes are ready to be picked, Shawna and Zak will be in the fields from before dawn until well into the night. Someone needs to be home with Zaira.
In the days before the harvest begins, Miller walks through the vineyard. The fat clusters of grapes hang heavily on the row upon row of well-tended vines. If the weather cooperates and no pests damage the grapes, she could have a very good year. She is always hoping that with luck and hard work, this year’s vintage could be one of the winery’s best.
Harvest — exciting and nerve-racking
With a last look at the refractometer that measures the sugar level of the grapes, Miller makes the call to the vineyard manager, “OK, let’s take it.” And that’s when the real drama begins.
The grapes are ready. Miller is ready. But during harvest time there is more work than workers available. Sometimes when she calls she is told there isn’t a crew available. The grapes won’t be picked for days.
During that waiting time she is at the mercy of the weather. If it gets too hot or if it rains, the grapes will be pushed past their prime and a vintage that could have been great will be less so.
At moments like this, all Miller can do is watch and wait. She busies herself, making sure the lab is ready and the fermentation tanks are clean. Finally, when the crew is available, then it’s all hands on deck. Time for their parents to babysit Zaira.
Fermenting and then blending
What makes one wine different from another? Of course the quality of the grapes matters, but so too does the palate and skill of the winemaker.
Depending on the style, the maturing wine spends time in stainless steel vats or in oak barrels. When Miller believes the wine is ready, she begins a series of trial blends that are like rough drafts. Making several blends, she and her team will sample and rate each, comparing that year’s wine with ones they liked from years before. Like the best chef, she will mix and combine until she has the flavor she loves. At that moment, she will call in the bottling crew.
During the year there are moments when Miller can take a break to spend time with her family. As all-consuming and as hard as the work can be, having time with Zak and Zaira is absolutely essential.
And then it’s time to start the process all over again. In spring the leaf buds poke through the dark wood. In the heat of the summer, the vines need to be tended, the grape clusters are thinned and the plants monitored for pests. And in the fall there is the harvest when so many moving parts have to work together to give Miller what she needs to make great wine.
At the end of the day, even with all those stresses, Miller counts herself lucky to have found a career she loves, in a valley that produces beautiful wines.
Main photo: Late-harvest grapes at Luna Vineyards in Napa Valley, California. Credit: Copyright 2014 David Latt
Regionally sourcing flour for 15,000 pounds of bread a week is the equivalent of a lunar landing, but in Vermont one bakery has found the way to do so. Red Hen Baking Co. has been baking organic bread in central Vermont for 15 years. By the end of this year, all of the flour that the bakery uses will come from within a 150-mile radius.
“As a baker, it’s a real luxury to have the same wheat all the time,” said Randy George, of Red Hen Baking Co. The Vermont baker spoke about local flour with Quebec farmer Loic Dewavrin at the Northern Grain Growers Association conference in March, in Essex, Vermont. The two have an uncommon partnership.
Such leaps forward don’t register as significant to consumers because growing grains and making flour are almost invisible processes. However, the farmers, bakers and food advocates at the conference appreciated this achievement, and listened hard for details of the challenges en route to this success story.
The importance of local flour
“Normally, you will see some variation from flour lot to flour lot. You can never count on complete consistency,” George said. The typical roller mill draws wheat from a variety of sources, but the flour from Le Moulin des Cedres all comes from wheat grown by Dewavrin and his family at their organic farm, Les Fermes Longpres.
“Roller mills are incredibly expensive infrastructure. I never heard of one that was on a farm,” he said.
Stone mills located on farms are not uncommon. This type of mill is relatively simple to run and inexpensive to purchase. Roller mills, however, are industrial-scale equipment. Les Fermes Longpres, located just west of Montreal, recently finished assembling a small roller mill. The family took four years to complete the project, using parts from a defunct French roller mill and doing much of the work themselves to minimize the investment.
A family mill makes uniform flour
At Le Moulin des Cedres, the Dewavrin family mills wheat grown on the farm. With an eye toward evening out seasonal irregularities, the flour is made from a combination of two years’ crops. This is why baker George was marveling at having access to uniform flour.
All mills use raw materials that are products of nature and have a wide range of potential expression. Since roller mills pool wheat from multiple sources, the result can vary. Even with careful testing of grains to try to keep the range within limited parameters, mills are blending wheat from many different climates and micro climates, from many different farms with various cultivation, harvest and storage habits, and the flour and its performance changes accordingly.
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Le Moulin des Cedres is unique, but exemplary of the farm’s approach. When Dewavrin returned to the family farm after a career as an industrial engineer, he and his brothers began to convert a conventional corn-soy crop farm into a more diversified organic operation. This was in pursuit of a system that could support the brothers financially, and support the farm’s health and long-term viability.
To make the most of what they grew, the brothers sought methods to capture crop value on the farm and avoid selling crops into the commodity market as much as possible. Making sunflower oil was the first value-added process they tackled. Next, they considered whether to do something with the soy they grew, or the wheat. After investigating the markets, they saw that what they could do with soy didn’t hold as much promise. Flour seemed the best route. There was enough whole-grain, stone-milled flour, however, and bakers had expressed interest in locally grown and produced white flour.
Keeping the integrity of the crop
The idea of having full command of the crop from seed to selling had great appeal to the Dewavrin family. Without running a mill themselves, their production was mixed with grains from other farms.
“Our goal was to keep the integrity of the crop,” Dewavrin explained. Selling wheat to a mill meant their crops were mixed with many others. “We lost the purity of the product and the controlled efforts we put into it.”
Les Fermes Longpres is a very careful farm. The family puts a lot of thought into crop rotations, tillage, and other ways of building good soil, the basic tenet of organic farming.
For the mill, they also worked hard on wheat quality issues, from selecting plant varieties to combating diseases and pests that challenge wheat in the field, and in storage. They began milling slowly last year, determined to understand the process and create a good flour for bakers.
A bakery-mill collaboration
Feedback from bakeries like Red Hen, one of the few bakeries using the mill’s limited supply, helped in this area. In response to what George observed when baking with Les Cedres’ early mill runs, Dewavrin increased the level of starch damage slightly to improve the baking quality of the flour.
“Damaged starch” is an odd term. While it sounds like a bad thing, it’s just milling terminology for opening up the starch granules.
“Getting just the right amount of ‘damage’ is critical so that the flour is in the right state for the baker to continue the ‘damage’ in the baking process,” George said. All mills have to get this right, so the adjustment made is not unique. But the way that the correction came about, through the baker communicating with the farmer/miller was entirely different than the norm.
Leaps forward in decentralizing the production of staple crops don’t register as significant, not yet. But the more that bakers seek local flour, and the more that farmers seek noncommodity marketing options, the more consumers will learn to understand and appreciate the small food mountains people are moving.
Main photo: The Red Hen Baking Co. has been baking organic bread in central Vermont for 15 years. Credit: Copyright Courtesy Red Hen Baking Co.
Spring has finally lifted her sleepy head, and while your garden veggies may not yet be ready to harvest, there are edible wild greens popping up all over that will enable you to enjoy the fresh foods you are craving.
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Wild plants are hardy and can handle the weather swings that often come with spring. Take a few minutes to look at the ground, and you may be surprised at how many tasty edibles are right at your feet.
Just make certain to follow the three golden rules of foraging. First, never eat any plant you’ve not identified with certainty. Second, don’t eat anything you suspect has been sprayed or grows in contaminated areas. And finally, harvest sustainably, with an eye to the greater environment. Grab a local guidebook, and see how many of these wild greens of spring you can add to you kitchen.
Dandelion (Taraxacum officinale)
Sure, you already knew you could eat the leaves of these familiar wild greens, may have even seen them at the grocery store, but did you know that every part of the dandelion is edible?
You can cook the root like you would a carrot, if it is tender enough. If the root is tough, it can be chopped, dried, roasted, and enjoyed as a coffee-like beverage. The crown of dandelion, where the leaves meet the taproot can be a delightful vegetable, cooked and eaten as a side dish, or thrown into stir-fries.
The flowers can be put straight into salads for a pop of color and bitterness, or fried into fritters. Even the long flower stalks can be boiled like noodles, if you have enough on hand.
My favorite dandelion recipe is to prepare a pizza with a salt-and-pepper garlic crust, baked with prosciutto, cheese and eggs, and graced with a generous handful of raw dandelion leaves once it emerges from the oven.
Mustards (multiple genera)
Wild plants in the Brassicaceae family are botanically related to some of the most common commercial vegetables such as broccoli, cabbage, turnips and kale. Wild mustard plants sometimes have a stronger flavor than their grocery store cousins, but you can use that to your advantage by pairing them with equally strong flavors.
Locally, I use musk mustard (Chorispora tenella) in much the same way as arugula, enjoying it with a bold blue cheese dressing as salad or stuffed into sandwiches. Another favorite is white top mustard (Lepidium draba), which stands in nicely for broccoli rabe in the classic pasta dish with sausage.
The trick with mustard plants is often in knowing at what stage to eat them for best flavor, which is something you can find out from your local guidebook. The great advantage of wild mustards is that they are often invasive in nature and can be harvested in large quantities.
Dock (Rumex spp.)
Dock can often be recognized by its tall fruiting stalk, which turns rust-colored when it dries out. If you’ve got dock nearby, seek out its newly unfurled leaves, staying away from any that are touched with red or purple, which may indicate bitterness. Because of its high oxalic acid content, dock is best enjoyed cooked.
Lovers of sorrel will immediate recognize a similar lemony green taste in dock. It makes a very nice last minute addition to all manner of soups, and is also a natural in egg dishes.
Knotweed (Fallopia japonica, F. sachalinensis, and F. bohemica)
In most places outside of Asia, knotweed is considered unwelcome, even pernicious. It has taken a stronghold in several areas of U.S. Because it is reviled as an invasive, you must take great care to harvest knotweed from a place you are certain has not been sprayed. But if you find a clean area to harvest knotweed, you will be able to snap off the earliest growth of this plant and take advantage of its tart flavor.
The hollow shoots of these wild greens make an excellent crisp pickle, or can be cooked into savory sauces to be paired with game meat. Knotweed can also stand in any place you’d use rhubarb. Take care not to put trimming from knotweed into your compost, so as not to further spread it.
Asparagus (Asparagus officinalis)
One of the kings of wild spring foods, you can stalk the wild asparagus just like outdoorsman Euell Gibbons did. The asparagus that grows wild in the U.S. is actually the same species sold in stores. It escaped from gardens at some point, and is technically considered feral for that reason.
The key to finding asparagus in the wild is learning to recognize the bushy yellow-gold color of the previous year’s plants. Once you have that pattern down, old fence lines, former farm land and irrigation ditches are often your best bet for finding asparagus.
Main photo: Foraging basket with asparagus and dock. Credit: Copyright 2015 Wendy Petty