Based on interviews with Miguel Martin & Josh Karp on 12 & 22 October 2010
Palmer Vineyards was opened to business in 1986 when Bob Palmer, a New York City advertising and marketing executive, purchased farmland on the North Fork of Long Island in 1983, built what was then the most modern winery on the island, and planted a vineyard. Before long, using his marketing savvy and travelling worldwide to promote his new venture and its product, Palmer became one of the best-known LI wineries. Since then many other vineyards and wineries have been established on the East End, some of them even more modern and larger. Yet Palmer is still one of the largest vineyards, at 100 acres planted to vines (in two parcels, each of 50 acres), with an annual production of 10,000 to 12,000 cases, including red and white wines, a rosé, and a traditional-method sparkling wine.
Palmer’s winemaker is Miguel Martín, who was hired by Mr. Palmer in 2006 to succeed Tom Drozd as winemaker. Miguel is an experienced and highly knowledgeable vintner who had previously worked at, amongst others, Robert Mondavi in California, Caliterra in Chile, and Gonzalez Byass in Spain. While living in Barcelona (he worked in the Penedés wine region of Cataluña) he and his wife, Ellen, who is from the Hamptons area, saw an ad in a trade publication for a winemaker in Long Island. When Palmer took Miguel on he was told that he had free rein to do whatever he deemed fit to run the winery and make wine. It was an offer Miguel could not turn down, so he moved back to the Island with his family and took over winemaking at Palmer. He has done exactly as Palmer told him to do, making very good, often excellent wines, and constantly extending Palmer’s offerings: Cabernet Franc, Cabernet Sauvignon, Chardonnay, Gewürztraminer, Merlot, Muscat, Pinot Blanc, Sauvignon Blanc, Riesling, Viognier, and new this year—Albariño wine.
The vineyard manager is Josh Carp, who works very closely with Miguel. Josh is from Staten Island, and his interest in wine began when he was given an old wine press when he was a teenager. His own experience also took him around the world, first earning certification in viticulture and winemaking from UC Davis, working at Martha Clara Winery, then at Cloudy Bay in New Zealand before returning to LI where he eventually took on his position as vineyard manager at Palmer in June of last year. (An excellent profile of the two men at work is to be found in “Hours of Toil Precede the Wine”, by Paul H. Dudley.)
I’d visited Palmer Vineyards a few times before this, but in mid-October I arrived at the time of the harvest. In taking me around the vineyard, Josh had me observe first-hand the work of a mechanical harvester—a $300,000 behemoth that is share-owned with another vineyard in order to make it more affordable. The harvester is used for collecting the grapes so efficiently that it can complete a 200-yard row in about 10 minutes or less, with little damage to the fruit, but of course without the selectivity that comes with hand-picking. Obviously, this is not the method the winery uses for producing top-quality wines with prices to match, but rather is one means of producing decent wines at affordable prices. In this case the vineyard lot in question was planted with Merlot, and a crew of experienced vineyard workers efficiently went through the rows to be harvested, lifting and fixing the bird netting to expose the grape clusters. The harvester straddles a row and using a set of mechanical beaters shakes the vines so that the ripe grapes fall to a conveyor belt of plastic cups that carry the grapes up to a collection grid that dumps the grapes into either of two mechanical arms—one on either side of the harvester—with bins large enough to hold about a ton-and-a-half of fruit each. When the bins are full—after four or five rows have been harvested—the harvester delivers its largess to a stainless-steel gondola with a capacity of five to six tons. Once the gondola is filled with grapes, it proceeds to the winery, where it is immediately hooked up, by means of a 4̎-diameter hose, to a pump that then feeds the grapes into a destemmer-crusher.
The destemmer-crusher is a compact machine that accomplishes two things at once: it removes any stems or leaves from the grapes by means of a steel rotating spindle with long steel pins, hurtling them out at one end of the machine while the grapes pass through, by gravity, to the crusher. The crusher does just that to the fruit, which is to say that it crushes the grapes enough to break their skins and allow the juice to flow out. (Pressing is a much more forceful way of getting the maximum juice out of the grapes, leaving behind only the pomace—but more on that at a later time.)
On a subsequent visit in late October, I observed a handpicked harvest, where Merlot and Cabernet Sauvignon were being selectively clipped, stems and grapes together, and delivered to the winery. This time, a crew received the bins of grapes and dumped them on a sorting table. Any bad bunches were removed and the rest pushed into the destemmer-crusher, which this time was piling the removed stems so quickly that they needed to be regularly removed by pitchfork and placed in a wagon. These grapes were destined for the high-end wines made at Palmer.
So, back at the winery, after a day’s harvest, I had a chance to sit down with Miguel and talk about another matter that is of special significance to this series of posts on viticulture in LI.: the question of terroir, which is something that has long been discussed, argued over, embraced as a concept of agriculture in France, while seriously questioned in the United States.
Here is a classic statement about it by one of its adherents:
‘The very French notion of terroir looks at all ‘the natural conditions which influence the biology of the vinestock and thus the composition of the grape itself. The terroir is the coming together of the climate, the soil and the landscape. It is the combination of an infinite number of factors: temperatures by night and by day, rainfall distribution, hours of sunlight, slope and drainage, to name but a few. All these factors react with each other to form, in each part of the vineyard, what French wine growers call a terroir.’ –Bruno Prats, the proprietor of Château Cos d’Estournel in Bordeaux, as quoted in The Vintner’s Art: How Great Wines are Made, by Hugh Johnson and James Halliday (1992)
(One of the factors not named explicitly above is the human one: culture, politics, agricultural practices, even belief systems play a part in terroir. In other words, human intervention, such as the choice of varieties to be grown, the vine density, pruning and training methods, how the vine rows are laid out—e.g., to take advantage of sun or to deal with prevailing winds—etc.)
According to Miguel, the most important issue in LI is the climate (which includes the weather), as it is the one element that cannot be controlled, being highly variable and therefore the greatest challenge to both the viticulturalist and the vintner. In 2009, for example, the vineyard lost 10-15% of harvest due to heavy rains, but had to spend more in order to retain the fruit that was still hanging. Indeed, climate is definitely a controlling factor in terms of site choice, viticultural practices as mentioned in the paragraph above, and dealing with such issues as vine diseases and pests, which is particularly problematic given the high humidity that prevails in LI. Thus, virtually all vineyards on the North Fork , including Palmer, use double-cordon training with Vertical Shoot Positioning (which is explained in my introductory post to this series, Viticulture in Long Island, introduction to Parts 2-xx).
With respect to the soil as a part of the concept of terroir, Miguel is firm in saying that the effects of soil alone are exaggerated, and he cites for evidence an article published in The New York Times in May of 2007, by Harold McGee and Daniel Patterson, “Talk Dirt to Me.” The point is made in the article that what we like to call goût de terroir (taste of the earth), is in fact not at all the result of rocks and soil alone, but more the result of the fermenting yeasts and human intervention. “Plants don’t really interact with rocks,” explains Mark Matthews, a plant physiologist at the University of California, Davis who studies vines. “They interact with the soil, which is a mixture of broken-down rock and organic matter. And plant roots are selective. They don’t absorb whatever’s there in the soil and send it to the fruit. If they did, fruits would taste like dirt.” He continues, “Any minerals from the solid rock that vine roots do absorb — sodium, potassium, calcium, magnesium, iron, a handful of others — have to be dissolved first in the soil moisture. Most of them are essential nutrients, and they mainly affect how well the plant as a whole grows.” This insight is a clarification of the soil factor in terroir, but would seem to put to rest the notion of a goût de terroir as something discernible in wine.
In the Palmer vineyard, historically a combination of both natural and synthetic composts has been used based on soil needs, such as additional nitrogen or phosphate. The lack of either of these would be visible in the vine leaves by means of certain patterns of discoloration. Indeed, in what should be seen as a move towards a more organic viticulture, Josh wrote in an e-mail: “With some (much needed) advice from Barbara Shinn I have started a [natural] compost pile. At Palmer we always put the pomace back into the fields along with the prunings from the winters’ pruning but a [natural] compost I feel will affect the soil faster and with more nutrients.”
Palmer, like most East End vineyards, uses clones designed for late blooming and early ripening in its newer plantings, such as of Albariño, Viognier, and Muscat, in order to avoid the damages inflicted by spring frosts and autumn weather. Clover (which is self-seeding) is planted for ground cover between the rows, because it is low-growing and nitrogen-fixing. Copper-sulfate sprays are used up to one month before the harvest. One should only spray the foliates, not the fruit (there is a type of curtain spray system used for this—it has a trough that recovers and recycles dripped spray so that it doesn’t enter the soil, an important factor, as high levels of copper in the soil can be toxic to the topsoil biota). As harvest-time approaches, the copper sprays are put aside and alternative, more environmentally-friendly sprays such as Serenade or Stylet oil are used. (Stylet oil is a highly-purified white mineral oil which is extremely versatile and it functions as an effective insecticide, fungicide, and miticide.) Thus, if there is a late appearance of, say, powdery mildew, it can then be dealt with in a way that poses no risk to the plant, the fruit, the land, or the worker. Furthermore, said Josh: “Any product used is always being checked to see if it can be used less (fewer times used along with a lower rate) with the same effectiveness or can be replaced for a product that can be organic or that is considered less harsh.”
What this all means is that supervision of the vineyard is a constant, requiring that both Miguel and Josh are checking daily for signs of disease, pests, vine malnourishment, and so on. For example, overlapping canes lead to problems of rot, so must be corrected regularly by the vineyard workers in the field. Bird netting (seen in the picture wrapped and marked for the row on which each will be set) has to be carried, after veraison, into the rows of vines and set properly, otherwise birds would decimate the crop. (The nets do not trap the birds, but merely keep them from reaching the grape bunches.) That still leaves raccoons, deer, foxes, and other vermin to feed on low-lying fruit. Groundhogs need to be monitored too, for their tunnels and underground burrows can heave vines and kill them. One must love nature in a tough way in the vineyard. This year Palmer has installed both bat and owl boxes to help keep insects and animal pests under better control. Unfortunately, owls and bats seem to be rather particular about where they nest and the offer of domiciles has so far gone ignored. It doesn’t mean that they aren’t around, though. Both are among the vineyards natural friends, but there are also insect predators who feed on aphids, mites, caterpillars, moths, and so on. Ladybugs, for instance, are a natural control for aphids, which suck the vine leaves and can cause them to wither. In other words, to the extent possible, natural pest controls are used.
“At Palmer we are doing many things that are considered sustainable and adopting more each year. I feel it can not only improve the quality of the fruit and the vine health but can also reduce cost in the long run and be beneficial to the farm as a whole,” and also pointed out that “We have started to look into the Cornell’s Vine Balance program. I will be doing the evaluation given in the handbook and trying to improve where needed. . . . This year I will be trying to use one section of the vineyard geared to organic or as close as possibly organic; the problem is that that section would be Chardonnay, we have a lot of it; but Chardonnay can be problematic. The money spent in this section will be assessed as well as the quality of the fruit that comes out of this section compared to the others.”
Meanwhile, in search of new varieties to grow, as an experiment Miguel planted a small plot with Albariño vines three years ago, and this first harvest yielded enough wine for a very limited edition of perhaps 300 500ml bottles. Tasted out of the barrel, it was rich, complex and well-balanced, dry yet laden with fruit. It’s the first Albariño made in Long Island.
Bob Palmer died in January of 2009, and though the winery continues as he had envisioned it, his family has put the property up for sale. Meanwhile Miguel intends to continue as he has been until there is a new owner. Then, one can only hope that Miguel and Josh will stay on to maintain continuity and continue experimenting with new varieties and innovative wines.
Aquebogue, Long Island, New York 11931