Monthly Archives: September 2013

Viniculture in LI, Part III: Bill Ackerman & North Fork Viticultural Services

Bill Ackerman interview at Sherwood House

 From the Sherwood House Web site:

Established in 1996, Sherwood House Vineyards is committed to the production of world-class wines using only estate-grown vinifera grapes. Owners Dr. Charles Smithen and wife Barbara believe that producing fine wine is a combination of passion and patience, handcrafting their wines using traditional methods combined with the latest scientific techniques. “There’s very little nature and man can do in true harmony,” says Dr. Smithen. “A vineyard is one of those things. Making wine requires both science and art to excel. Anyone can learn the science. But it’s the art, the near-intuitive understanding, the smell, sense, and feel, that makes the difference.”

On their 38-acre farm, the Smithens initially planted Chardonnay vines from Burgundian clones, but after careful research and planning, have since added Merlot, Cabernet Sauvignon, Cabernet Franc, and Petit Verdot. Sherwood House currently produces a Stainless Steel Fermented (un-oaked) Chardonnay, Barrel Fermented (oaked) Chardonnay, Blanc de Blanc (sparkling), White Merlot, Merlot, Cabernet Franc, and a Bordeaux-style red blend, using the facilities of Premium Wine Group, as Sherwood House has no winery of its own [author’s emendation].

The team at Sherwood is led by two veterans.  Winemaker Gilles Martin received his Master of Oenology from France’s prestigious Université Montpellier and directed production at more than a dozen prominent wineries in France, South America, and California, before settling on Long Island.  Viticulturist Bill Ackerman has 15 years of experience growing grapes on Long Island and a reputation for meticulousness, outstanding grape quality and viticultural innovation.  In 2012, the New York International Wine Competition held in New York City named Sherwood House the “North Fork Winery of the Year.”

Bill Ackerman Interview

Bill Ackerman, owner of North Fork Viticultural Services, originally came to the North NFVS, Bill Ackerman, 01Fork for both the land and the proximity to the sea, as he likes sports fishing.  He went on to start his own vineyard, Manor Hill Vineyard, in 1995.  He started NFVS in 2009 and the first harvest he worked was in 2010, so that was the operational beginning of his business.  I caught up to him in the middle of the 2012 grape harvest at Sherwood House.

At present he has five full-time employees, including Irwin, who’d been with him since when he had Manor Hill.  Of Irwin, he says, “I’m eternally grateful to him because he’s the only one who speaks Spanish and English.”

NFVS already has six clients, including Onabay, Sherwood House, Clovis Point, Lieb, Sargon, and, as of 2013, one of the two vineyard parcels of Peconic Bay (the other is looked after by Steve Mudd).

Sargon vineyard, located in Orient, on the North Fork, is owned by a retired neurosurgeon out of NYC—about 12.5 acres planted to grapes planted around 2002 by Steve Mudd.  The vineyard is about five-eighths red-grape vines, the rest is Chardonnay (Dijon clones 76 & 96).  The reds include Merlot (clones 1 & 314), Cabernet Franc clones (1, 332 & 327); Cabernet Sauvignon (clone 327).

Sherwood House’s 12.5 acres of vinifera vines were also planted by Steve Mudd.  Nevertheless, Bill states that he is not an active competition with Steve nor does he go out of his way to compete.  Rather, he says, he spends his time trying to grow the best grapes he can for making wine.  “It makes a difference if you grow grapes just for the sake of growing grapes versus knowing that the grapes are going to be used to make a varietal.”

He’s largely self-taught, based on the work he’d done at Manor Hill, from roughly 1995 to 2006 and reading is a big part of his knowledge.  He points out that, “I use empirical evidence; based on what I’ve read I’ll ask myself, does this make sense for this environment, this climate, will it work?  Certain parts of what I read will make sense, certain parts probably will not make sense, because of the environment.  I take a look at how plants react to what it is we’re doing, and that’s the empirical side. When I had Manor Hill, that’s I made a lot of changes to then current growing practices.”

With regard to organic practices, Bill says that it’s a good objective, but given the Long Island climate, which is humid and wet, one is really hard-pressed to adhere to pure organic practices.  It’s a noble cause, but he likes sustainable winegrowing, because it offers degrees of freedom that are needed here.  When I asked him about Biodynamics, he replied, “Biodynamics, as in, taking compost material and turning it into energy sources?”  And he laughed and went on to say that the closest he gets to it is in orienting a vineyard so that its rows run directly north to south, the he can take advantage of the sun, or for that matter east to west, depending.  Actually, he acknowledges having heard the term but never paid it much attention.

With respect to the LI Sustainable Winegrowers program, Bill has attended a majority of the meetings that have been held before the program was incorporated.  Given the newness of the program, on behalf of his clients he wants to know more about the standards that will have to be met:  for example, the inputs or sprays that will be allowed, the spraying schedule, things that we have to get comfortable with.  The irony of it is that his clients are already doing sustainable practices.  As he says, “I didn’t even know the word ‘sustainable,’ I just did what I thought was appropriate, based on what I read and what I knew about other areas of the world that grew grapes for wine.  While I was in California writing software I visited tons and tons (no pun intended) of grape areas, if you will.”

To the question, “What do you do for the Sherwood House vineyard that is different from what was being done before you came on?” Bill answered:

“Well, we did what I call ‘renewal pruning.’  What I noticed, as far as I could see, was that when they pruned the vines they weren’t anticipating what would happen in subsequent years.  So what happens is, if you don’t pay attention to how you are pruning for subsequent years . . . it isn’t just a question of this harvest year or that harvest year; you end up getting a fruit zone—or actually a ball or a knot right at the apex of the vine, and all these little shoots come out of it, and you have little or no real new growth coming out of it, which means it’s not strong enough to accommodate a healthy crop.  And if you do get a shoot out of it, it tends to create a much thicker cane—which they call ‘bull canes’—so, long story short, what we did is to try to bring the down the head of the vine–down lower—in order to promote the growth of younger shoots down below so that we could train them to come up.  Ideally what I want to see is a ‘Y’, a single trunk and then a left and a right cane each year.

“One of the things that I did when first I got out here and started my own vineyard—which is, again, Manor Hill—everybody was growing two trunks per plant, and nobody ever said ‘do it’ or ‘don’t do it.’  The reason that they did it out here at the time was that they were concerned about frost killing the plant and they’d have one trunk left.  And I was, like, if the frost killed the plant, which had two trunks coming out of one rootstock, you’re going to kill the plant, period.   And I spoke of ‘empirical’ before—I went around my vineyard and saw that naturally there was one trunk, and the vines, canes, the vertical shoots, all seemed to be much more balanced to me.  And I saw several vines that way and so I said to my guys, ‘We’re cutting off that second trunk, period, end of story.’  And that’s what we did.  And I never told anyone to do it elsewhere, I just wanted to do it in my vineyard—I guess because they saw the quality that we generated, that gave them the impetus to cut off the second trunk in their vineyards.

“Part of that renewal pruning that we do is first to push down what I call the fruit zone of the vines so that we can renew the canes so that they’ll have the vertical shoots.  And the other thing to do where appropriate is to cut off the second trunk; if it’s giving healthy growth you leave it alone, but if it’s aged and not giving that growth you cut it off.

“From my reading and experience I’ve come to understand that the trunk is nothing more than a highway or conduit for the nutrients.  And the other side of the coin is that if the plant is putting too much of its effort into growing trunks and canes, it’s not going to put in as much effort to grow healthy and flavorful fruit.  We [also] fruit-thin for two reasons: a) in order to improve ripening, and b) if you have too many clusters bunched close together that makes them more prone to disease—so we also thin in that regard.  The more I learn about trunks and canes, again, if you have too much cane growth, that detracts from the quality of the fruit.  I didn’t know this when I was doing this eons ago, I just saw a more balanced plant, and that was enough for me.  Again, you can read all you want, but you have to check and see what’s going on in the field to make sure that what you’re reading and trying to implement field, you need to check to be sure so that what you’re doing is beneficial to the plant, the region, etc.”

Bill tells me that he uses the same practices in all the vineyards in which he works.  He pointed to the Sherwood House vineyards and mentioned that they use dry farming—there is no drip irrigation.  His view of irrigation is that it is:

“ . . . strictly an insurance policy, and you don’t use irrigation [for vines] as you would for tomatoes, for instance.  You know, vines, specifically vinifera, do not enjoy a wet environment.  The more you irrigate it the less flavor you’re going to have in general.  The more canopy you’re going to have, so that’s going to detract from the flavor.  There’s a huge balance between having the right, healthy canopy and the right degree of cane growth—we literally go about cutting, but there are places where we just let the canes grow laterally, and you’re not hedging them.  So when you hedge them you’re not going to catch every single cane, so when I see lateral canes that the hedger didn’t catch then I send my guys in to cut them off.  To me there are three key things:  balance, uniformity, and the right amount of dryness—you don’t want to stress the plant so much that it’s going to die.  In dry periods obviously I use irrigation to keep the plant healthy, but there’s another reason, especially around here, and that is because . . . we know that it’s going to rain here and when it does rain we don’t want the vines to soak it up immediately and then crack and then that induces disease.”

Upon my remarking that the area has a very high water table, He went on to say:

“The thing is, the soil is not that deep . . . maybe six inches in some shallow places and as deep as it goes is twenty-four–maybe—the average being about twelve to eighteen, so I could dig anywhere from twelve to twenty-four inches down here and I’ll hit gravel and then sand.”  (Sherwood House’s vineyards lie on sandy loam with a good amount of clay.)

Another thing that Bill pointed out, with respect to sustainable practices, is the use of minimal herbicides underneath and he cultivates under the vine, which is very difficult to do without [specialized and] expensive machinery and it’s difficult to train the crew to use it.  According to Bill, it’s valuable for two reasons:  1) it takes off the suckers from the root zone which prevents it from sucking up unnecessary water; 2) when it does rain it acts like a sponge and sucks it up and lets it drain quicker to the ground, through the soil [meaning unclear].  And if there is any herbicide material it’s less likely to go into the plant because it’s taken the suckers off.  The fundamental reason is for dryness and then the residual reason is to help with minimal use of herbicides.

I made the observation that there was a lot of disease pressure in 2011, due to the bad weather, to which Bill remarked that there was a lot of Downy Mildew in 2012 as well.   It was so humid and there was so much rain that it was ideal conditions for growing things that want to be green, like grass, for example.  “You get a lot of water and then you get a lot of sun; well, the vine doesn’t really want that.  What grows in that environment on a vine is fungus.”  Vines, after all, are unique in their own needs and that they can thrive where other plants don’t.

In fact, many vineyards in Long Island, including Sherwood House, are planted on what were once potato fields.  Potatoes, as Bill explained, want an acidic environment whereas grape vines need a more neutral soil environment, with the result that many vineyards need to add lime to the soil to help bring the pH to that neutral level.  Many people have been putting Dolomitic lime, which contains a lot of magnesium [calcium magnesium carbonate CaMg(CO3)2] to the vineyards, which is a positive.  But the thing about magnesium is that it binds up the aluminum, which is what potatoes want; so NFVS uses lime that has no magnesium, but rather a high-calcium lime, which is CCE [Calcium Carbonate Equivalent] rated.  Another kind of lime that he uses is a pelletized version that is more soluble, so it breaks down more evenly.  He also does a certain amount of foliar sprays to help where there might not be enough nutrients in the soil.  Furthermore, he pointed out, adding too much fertilizer puts more nitrogen in the soil, and vines don’t tolerate an excess of that either.  Whatever inputs NFVS uses, incremental nitrogen is avoided to the extent possible.

As Bill says, “everything’s a balance.  What do I think that I need to get the best flavor, to get the best health out of the vine.  Flavor first, then health; you don’t want a diseased vine, because then you don’t get the flavors; it’s that combination.”

For foliar inputs Bill uses a recyclable sprayer.  He applies the foliars in conjunction with whatever other sprays are needed at the time, but he points out that one has to be very careful not to mix a highly alkaline component with a highly acidic one.

With respect to cover crops—if he could change the cover in all the vineyards he works—his preference is fescue or a [indistinct word]; rye, for example, has an effect on certain soil enzymes that encourages denitrification, as do some flowering plants.

Bill meditated about winegrowing in France:

“In France they grow some of the best fruit and make some of the best wines on some of the least fertile soil in the world.  And what they have that we don’t have here naturally is the natural limestone.  I think that they tend to forget about that.  I was talking to someone from France not long ago, [and he pointed out] that their topsoil is barely soil—it’s just dirt.  They don’t irrigate or anything, but was it a foot, two feet, three feet—how far under the ground?—they have limestone, and it sweat and wept a little bit of moisture—like condensation on a glass—that was just all that the plants needed.  But it’s also a calcium-rich environment . . . .  If I was going to do anything artificial, I’d try to bring in some crushed limestone and let it dissolve in the soil naturally.”

As our interview drew to a conclusion, he went on to tell me that Sherwood House is going to plant the remaining acreage—about seven—to vines, and he’d like to see a little bit of that put in there, as that plot has been fallow and hasn’t had potatoes and hasn’t had any chemicals on it—so for Bill it’s a kind of virgin environment, perfect for sustainable farming.

North Fork Vineyard Services doesn’t have a Website of its own, but there is an interview with Bill posted on Facebook:  https://www.facebook.com/video/video.php?v=10150271354530247.

Other than that, NFVS doesn’t advertise nor provide contact information.  Why should it?  Those who need him will know how to reach him.

NFVS, license plate

 

 

 

 

 

 

 

 

 

Based on an interview done on 26 September 2012, updated 28 September 2013

The Challenge of Growing Certified Organic Grapes in Long Island.

Virtually every wine grape vineyardist in Long Island wants to work his fields as organically as possible, though very few ever actually intend to become fully organic or certified organic.  Most of them farm sustainably, and about twenty vineyards are practicing Certified Sustainable Winegrowers.  Shinn Estate in September 2010, succeeded when it harvested its first entirely organic grapes, 2.6 acres of Sauvignon Blanc, but it has been a struggle to maintain organic practices from season to seaason, given the disease pressures on Long Island.  a year later the first certified-organic grapes were harvested by a little-known farm with a vineyard in Calverton.  The Farrm, owned by Rex Farr, has been organically-certified since 1990, growing various vegetable crops such as heirloom tomatoes, leeks, and lettuce.  Its first vinifera grapes were planted in 2005 though its first successful grape harvest took place in October of 2011.  On August 28, 2013, Southold Farm announced on its Website that it plans to produce the first Long Island wine made from certified organic grapes purchased from The Farrm’s 2013 harvest.[1]

The challenge has been met, but as Ron Goerler, Jr., former president of the Long Island Wine Council has said, “it’s extremely challenging” and other farmers have tried and failed at it.  Nevertheless, several East End gardeners and farmers of other crops have been using organic and biodynamic methods with some success for years now.  An excellent article, “Farming to a Different Beat” by Geraldine Pluenneke, published in April 2011, [2] discusses in a very fair-minded way the issues of biodynamic farming and viniculture in Long Island.  It points out the success that some of the practitioners have had, such as Amy Pink, a backyard vegetable gardener, or K.K. Haspel, who grows “legendary tomato seedlings,”  or Mary Wolz, a beekeeper in Southold who maintains a hundred hives on both forks of the island.

Kareem Massoud, of Paumanok Vineyards, is cited in Pluenneke’s article as saying that “Whatever viticultural methodology allows me to achieve the healthiest, ripest grapes possible is the course that I shall pursue, regardless of whether that method is known as conventional, IPM, sustainable, practicing organic, organic, biodynamic or any other name.”  In a separate interview that I had with Louisa Hargrave a years ago, the doyen of Long Island wine vineyards made clear that if she had to do it all over again, she’d consider using Biodynamic® practices.

There is a series of posts in this blog that deals with the individual vineyards and takes off from this piece (now updated to April 2014).  So far, twenty of the vineyards of the East End have been written about in Wine, Seriously.

Both the sustainable and organic/Biodynamic®  movements in winegrowing are among the most important developments in the wine world in recent years.  Whether or not it results in superior wines is difficult to say with any certainty, but that is a separate argument that will not be pursued here.  Rather, the focus is on the challenge not only to produce organic wine in Long Island, which represents a special challenge, but also to look at the issue of sustainability in viticulture as a whole.

Let us begin by looking at two excellent wineries:  Channing Daughters Winery and Wölffer Estate Vineyards, both in the Hamptons Long Island AVA, which is to say the South Fork of the island, which has fields of Bridgehampton loam—sandy and well-drained—and a Bordeaux-like maritime climate, with Atlantic breezes that ward off frost until late in the harvest season.  The two forks, or East End–as they are collectively known, also enjoy the most days of sunshine and longest growing season of all of New York State, though the South Fork has a slightly later onset of spring and a somewhat longer season than the North, as well as a less windy clime.  All of the East End has high humidity and, potentially, a great deal of rain right into harvest time.

In discussions with Larry Perrine of Channing Daughters and Richard Pisacano of Wölffer’s, I learned that both had decided against seeking organic certification, though they do practice sustainable viticulture as far as is possible.[3] Their primary reason for rejecting the organic certification route was that the climate conditions—cool and very humid—seriously militates against organic farming.  As Perrine pointed out:  “Organic is virtually impossible in rainy climates like Bordeaux, Friuli, and LI; downy mildew and black rot cannot be contained by using organic methods.”  In Pisacano’s view, “organic certification is too demanding and expensive, apart from the fact that the level of humidity in the area is just too high to allow for organic practices for preventing the control of diseases and molds like powdery mildew and botrytis.”[4] Both want to be able to use conventional pesticides as a fallback if needed, and they also find that added sulfites are needed in the wineries, and these are precluded by USDA Organic Certification;[5] nevertheless, both vineyards do participate in the New York Sustainable Viticulture Program, or VineBalance, as well as in the Long Island Sustainable Winegrowers program, which is itself based on VineBalance and provides a different kind of certification for sustainable (not organic) practices.[6]  But all of this was said back in 2009.

The North Fork Long Island AVA shares much of the same terroir as the Hamptons AVA, but it is affected more by its proximity to Long Island Sound than to the Atlantic, and it suffers from similar issues.  Only one of its fifty-six vineyards are yet organically certified (The Farrm, as mentioned above), although a number of them, such as Macari Vineyards and Palmer Vineyard work their land as organically and sustainably as possible, as do other vineyards, such as Peconic Bay.[7] In 2009 Joe Macari told me that he no longer believed that 100% organic viticulture is possible in the North Fork, though he practices sustainable farming to the extent possible, using only organic fertilizers and soil work, for example.  Back then Jim Silver of Peconic Bay Winery had said flatly that any idea of producing organic grapes in Long Island is simply impossible—the stuff of dreams.[8]

On the other hand, Shinn Estate has been working on conversion to full organic USDA certification and Demeter certification for the last thirteen years.  It is now 100% organic in soil work and pest control, and as noted above, has harvested the first (albeit not certified) organic/Biodynamic® grapes in Long Island.  If Shinn could have grown 100% organic/ Biodynamic® grapes for three successive years, the Estate would then have become certified, and that would be a major achievement for the East End.[9] Unfortunately despite continued and dedicate effort, disease pressure due to high humidity was such that it did not happen.  Instead, Shinn has chosen to join the Long Island Sustainable Winegrowers program, established in 2012 and based on Cornell’s VineBalance.  This is a far more viable approach for most if not all vineyards on the Island.  (The sole exception has been Rex Farr, who has been growing certified organic produce since 1990 (certification came through the Northeast Organic Farming Association or NOFA).  His vines were planted in 2005, with the first harvest taking place in October 2011.  Farr sells his fruit to wine producers.)

The discussions mentioned above have taken place over a period of six years and it is clear that the perceptions and ideas about organic/sustainable viniculture in Long Island are still evolving.

What is it that makes it so challenging to grow certified organic wine grapes in Long Island?

Let us then look at what is required to produce certified organic grapes:  of first importance is how the chosen method will affect the quality of the wine made from organic grapes, along with the cost of the conversion to a new viticultural regimen, as well as the long-term operating costs—a determining factor with respect to profit.  Much literature has been devoted to the advantages of organic or sustainable viticulture, despite the significant obstacles that need to be overcome.

In the United States, the various forms of sustainable grape-growing are:[10]

  1. Organic (certified, which is to say, 100% organic as defined by the United States Department of Agriculture, [USDA] and its National Organic Program [NOP])
  2. Organic (but not USDA certified, falling under categories 2,3, and 4, listed further below)
  3. Biodynamic® (a special category of organic, but following the tenets of Demeter; not recognized by the USDA)
  4. Sustainable or natural (incorporating organic viticulture, but not completely)

Organic farming is defined by the USDA, as explained by the Organic Consumers Association Web page: [11]

[In 1990] . . . along came the National Organic Program (NOP), also part of the USDA.  The NOP’s goal has been to set guidelines for the processing and labeling of organic products and to maintain the “National List” of allowed and prohibited substances.  According to the NOP and the ATF . . . there are four categories that organic products can claim:

  1. 100% Organic
  2. Organic [95%+]
  3. Made With Organic Ingredients [70-95%]
  4. Some Organic Ingredients; i.e., less than 70%.[12]

As can be seen, the range of choices is wide, the ramifications of any particular approach daunting.  Time and cost are important considerations in the process of converting from conventional to organic/sustainable practice, and these vary according to the chosen option.  In the case of the USDA organic certification, at least 3 years is required to convert a vineyard for certification;[13] if Biodynamic®, the transition is the same as for USDA certification and, in fact, overlaps it.[14]

A comparative study performed by Gerald B. White, of Cornell University, ca 1995, broke out the costs of conventional vs. organic viticulture, and provides a basis for projecting those to be sustained after conversion.[15] The study concluded that the costs of organic farming could be considerably higher than it would be for conventional, but it was conducted in 1995 at a vineyard in the Finger Lakes, using very different varieties (one labrusca & two hybrids) from the vinifera ones grown in Long Island.[16] However, the fact that the three varieties in the experiment each had different issues, results, and costs, suggests that the same may be true with different vinifera varieties.[17] An article in the October 2007 issue of Wines & Vines Magazine, tells of wineries that have had some success with the transition to organic viticulture, including Shinn Estate.  Though more an anecdote than a scientific study, it captures much of what has changed since the 1995 Cornell study.[18]

Nevertheless, the choices remain dauntingly complex, for the issue is not merely to choose between USDA-certified organic or non-certified, or between Demeter certification or ACA-only certification[19], but there are different degrees or types of sustainable farming that go beyond standard certification (“natural” winemaking vs. conventional [or interventionist] winemaking as well as socially-responsible viticulture are two matters beyond the purview of this essay, as they are not directly concerned with viticulture proper[20]).

Clearly, a three-year transition period is really a minimum period, as was the case with Shinn Estate, where the process took much more time, before they finally decided to not try to be certified.[21] For certification, the transition needs considerable preparation, including establishing a USDA-mandated buffer zone of at least 25 feet (8 meters) to separate organic transition fields from those farmed conventionally.[22] The conversion also entails some significant adjustments:  there can be no chemical sprays, herbicides, and pesticides, or use artificial fertilizer for the vineyard plot, replacing them instead with natural pesticides and herbicides, foliate sprays, and organic manure or compost, which are all more expensive than the industrial versions.[23] On the other hand, fixed costs should not change, nor wage levels, but more manual field work would be necessary, especially if machine harvesting were not used, which would be the case a vineyard went the “natural” route.[24]

As pointed out by Kingley Tobin, “The three main areas of vineyard management to focus on are Weeds, Disease, and Pests.”[25] For weed control, using ground cover is a good sustainable practice, and helps reduce the use of glyphosate-based herbicides that tend to shut down the main precursor to plant phenolics; the improved phenolic content of the grapes should result in a better product.[26]

For disease, as the soil returns to a more natural state and the vines are no longer exposed to industrial products that diminish their ability to resist bacterial and fungal infections, they should, over time, develop Systemic Acquired Resistance (SAR).[27] Foliate inputs can be made organic by switching to highly-effective silicate applications such as the Demeter 500-series preparations (e.g., 501 horn-silica) or even horsetail tea, which has been used successfully upstate.[28] Periodic applications of chemical sprays may be needed until SAR has been induced, but the use of tunnel spraying apparatus should keep such sprays from entering the soil.  Even this may be avoidable if one applies safe, organic sprays such as sulphur for powdery mildew, while liquid seaweed, fatty acids, compost sprays can all be applied against botrytis.  Given the high humidity of the Long Island region, more frequent applications may make up for their general lack of toxicity as compared to industrial ones.

For pest control, properly-selected ground cover, such as clover, will attract bees and other beneficial insects.  Ladybugs can be purchased in quantity and released after flowering to prey on aphids, eggs, larvae, scale, and other parasites. [29] Pyrethrums (made from flowers) work naturally to deter wasps and yellow jackets that are attracted to the fruit.[30] Soil-borne pathogens that feed on the root damage caused by phylloxera may be controlled by measured use of hydrogen peroxide, as well as by application of harpins (e.g., Messenger®) on the grapes, while BTH can be used to help increase resistance to Botrytis.[31] All this means much more attention must be paid to the condition of the vineyard throughout the season, compared to a conventional approach.  This is essentially the practice of Integrated Pest Management (IPM).[32]

This can all be accomplished over time, though much experimentation as well as trial-and-error will usually be necessary, as every vineyard will have unique issues of its own.  The bottom line is that organic viticulture is more labor-intensive, but with potentially lower supply-and-materials costs, so that the fruit that results should be of higher quality, entirely free of industrial residue or traces, safer for consumption, and better for the land.  The question:  can 100% certified organic grapes, as stipulated in the USDA guidelines, be grown long-term in the Long Island AVAs, or is sustainable viticulture the best that can be hoped for?  The Farrm has been raising organically-certified fruit and vegetables since 1990, and vinifera grapes since 2005.  He has achieved this in part because he has been willing to accept smaller crops when the disease pressure is very strong, and that depends on the weather from year to year.

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Endnotes

[2] Geraldine Pluenneke, “On Good Land: Farming to a Different Beat,” Edible East End, Spring 2011.

[3] Telephone interviews with Richard Pisacano of Wölffer Estate and Larry Perrine of Channing Daughters, both on 17 April 2009

[4] Ibid.

[5] United States Department of Agriculture, National Organic Program, “Labeling: Regulatory Text,” § 205.303 (5).  (Henceforth referred to as USDA, NOP, Labeling:)

[6] New York Guide to Sustainable Viticulture Practices: Grower Self-Assessment Workbook, “[the Program] . . . is designed to encourage practices with low environmental impact that maintain or improve soil.”  Also see Channing Daughters Winery, “A Vineyard With a Purpose” Web page.

[7] Interviews with Alejandra Macari and Barbara Shinn, 20 April 2009, with Jim Silver at Peconic Bay Winery, 7 July 2009, and with Miguel Martín of Palmer Vineyards, 12 October 2010.

[8] Interview with Jim Silver, 7 July 2009.

[9] Despite Shinn’s involvement with VineBalance, she does take issue with the term “sustainable,” holding that it can mean anything that a practitioner wants it to, and prefers to speak of “natural viticulture.”

[10] The five categories are my summation of several sources:  USDA, NOP, Labeling: § 205.301; Monty Waldin, “organic viticulture” The Oxford Companion to Wine, p. 498; Jon Bonné, “A fresh take on sustainable winemaking”; also, Sustainability in Practice (SIP) ™ Vineyard Certification Program, FAQ PDF.

[11] Organic Consumers Association, “Clearing up the confusion about Organic Wine,” introduction.  Also see the USDA, NOP, and Labeling: § 205.301a-d, the source for the list.  Only the first two items on the list (a & b) are of concern to us.

[12] USDA, NOP, Labeling: § 205.301-304 passim.

[13] Vincent Russo and Merritt Taylor.  “Yield and Quality of Vegetable Crops in Conventional and Organic Production Systems,” USDA Agricultural Research Service, n.p.

[14] Demeter USA, “Get Certified.”

[15] Gerald B. White, “The Economics of Growing Grapes Organically,” 19white.pdf.  This and other studies to be found at the http://www.nysaes.cornell.edu/hort/faculty/pool/ website were all part of a project funded by the federal Sustainable Agriculture Research and Extension program (SARE) from 1991-95.

[16] White.

[17] White.

[18] Suzanne Gannon, “Extreme Viticulture: How Northeast growers farm vinifera organically and sustainably,” Wine & Vines Magazine, online, sections on Shinn Estate Vineyards (Long Island) and Cornell’s Program (n.p.)

[19] The need for certifying agents is mentioned in passing in the USDA, NOP, Labeling: § 205.303 (5).  For a discussion of Accredited Certifying Agents (ACA) see Renée L. Robin, “Defining Organic Practices for Wines and Grapes,” in Wine Business Monthly online, section on “Getting Certified: What Rules Apply?”:

These ACAs can be private, public or non-profit entities that have received authorization to certify from the USDA. As of January 2006, there are 53 domestic ACAs and 40 foreign-based ACAs. Currently 11 of these ACAs are located in California.

[20] Joe Dressner, “Natural Wine,” The Wine Importer, speaks of the “French Natural Wine Movement,” whose members refer to themselves, “. . .  as the sans soufistres” because they refuse to add sulfur to their wine when vinifying.  The movement to make wine without sulfites has spread to the United States and has, indeed, been incorporated into the USDA certification standard for 100% organic (USDA, NOP, Labeling: § 205.302).  The issue of what actually constitutes “natural” winemaking is open to debate, as pointed out in Pameladevi Govinda’s “Natural Progression: The Real Dirt on Natural Wine,” Imbibe Magazine online.

[21] Actually, practically speaking, it is more like ten to fifteen years, according to my interview with Barbara Shinn.

[22] See Russo and Taylor’s “Yield and Quality of Vegetable Crops . . .” Technical Abstract, which set up such a 70-meter buffer zone for their experiment.

[23] According to an article by Renée L. Robin, “Defining Organic Practices for Wines and Grapes,” in Wine Business Monthly online, production cost increases can be “as much as 5 to 10 percent” during the period of transition, after which such costs should be about the same or even less that conventional methods.

[24] Jancou, Pierre.  MoreThanOrganic.com:  French Natural Wine, “As it is picked, the fruit must be collected into small containers, to avoid being crushed under its own weight, and taken to the winery as quickly as possible.”

[25] Kingsley Tobin, “Organic Viticulture & Winemaking: Changing New Zealand Grapegrowing and Winemaking to an Organic Philosophy,” section on Solution to Problems, n.p.

[26] Don Lotter, “Wine quality, organic viticulture and vine systemic acquired resistance to pests,” section on “Vine systemic acquired resistance and wine phenolics” (n.p.).  Lotter states that “SAR is induced by low to moderate levels of insect and pathogen attack, the ability of plants, particularly organically managed plants, to induce a type of situation-responsive immunity to attack by diseases and pests is known as systemic acquired resistance (SAR), in which defensive compounds, mostly phenolics, are produced.”

[27] Lotter.

[28] Lotter.

[29] GardenInsects.com, “Natural Pest Control with Ladybugs,” Web page.  (Ladybugs are also called Ladybird beetles.)

[30] Lisa Anderson, “Organic Winemaking, Northwest Style,” under heading, “Challenges of Organic Viticulture,” from WineSquire.com.

[31] Lotter.

[32] United States Environmental Protection Agency (EPA) Web site, “Integrated Pest Management (IPM)  Principles.”

[33] Barbara Shinn e-mail to me, 7 June 2010.  She further asserts that “This is a huge success for the region and a big tipping point. Hopefully the region will take comfort that it can indeed be done and done well.”

References

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