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Welcome to the World, Long Valley-Lake County AVA!

Base map via the TTB AVA Explorer (click to enlarge)

Base map via the TTB AVA Explorer (click to enlarge)

On July 5 (2023), the TTB (Alcohol and Tobacco Tax and Trade Bureau) of the United States announced the approval of the Long Valley-Lake County American Viticultural Area (AVA). The new AVA is located entirely within Lake County (California).

It should be noted that at the same time as this ruling, the TTB expanded the area of the already-established High Valley AVA to create a solid boundary between the two appellations. In addition, the area of the larger, previously established North Coast AVA was expanded in order to encompass the entirety of the Long Valley-Lake County AVA, making the new AVA entirely contained within the North Coast AVA.

According to the original petition—drafted by Terry Dereniuk (owner of Terry Dereniuk Consulting), Don Van Pelt (of Cache Creek Vineyards), and Clay Shannon (of the Shannon Family of Wines) on behalf of Long Valley wine grape growers and originally submitted in 2018—the distinguishing features of the Long Valley-Lake County AVA include its topography (elevation), geology (soil), and climate—as described below.

Base map via the TTB AVA Explorer (click to enlarge)

Base map via the TTB AVA Explorer (click to enlarge)

Topography and elevation: The area inside the Long Valley-Lake County AVA consists of a long, narrow valley floor—situated at a medium elevation of 1,322 feet/403 m above sea level—surrounded by the hills of the High Valley Ridge and the Rocky Ridge. Long Valley Creek runs along the valley floor. The foothills and benchlands within the AVA rise an additional 200 feet/61 m to 500 feet/152 m above the valley floor. During the growing season, cool air blowing down from the hills helps to cool the vines from the heat of the day and allows some protection from early spring frosts. Elevation differentiates the Long Valley-Lake County AVA from the surrounding areas (such the High Valley and Red Hills AVA); these areas have higher elevations and steeper hillsides.

Geology (soil): The Long Valley–Lake County AVA sits atop the Cache Formation—an area of fossilized deposits left over from the Jurassic Period, when Lake County was covered by water. The Cache Formation—which forms basis of the area’s soils—consists mainly of freshwater lake deposits, volcanic rock, tuff (lithified volcanic ash), limestone, sand, and gravel. In many areas, these soils rest atop blue clay, limestone, and shale.

Climate: The climate of the Long Valley-Lake County AVA differs from the climate of the surrounding areas in terms of annual rainfall as well as heat accumulation (growing degree days) during the growing season. Rainfall in Long Valley averages between 27 and 33 inches per year, with the larger numbers typically experienced in the western edge of the area. These numbers are higher than those typically experienced in the areas to the south and east of the appellation, and quite a bit lower than those experienced to the northwest (where rainfall can average up to 45 inches per year).

Base map via the TTB AVA Explorer (click to enlarge)

Base map via the TTB AVA Explorer (click to enlarge)

According to the petition, the Long Valley-Lake County AVA is classified as Region III on the Winkler scale and is (on average) a bit cooler than the surrounding areas. In terms of average growing degree days (GDD), the Long Valley-Lake County AVA has an average heat accumulation of 3,378. Of the surrounding areas, the High Valley AVA averages 3,548 GDD, while the Red Hills-Lake County AVA averages 3,595.

The new appellation covers a total of 7,605 acres, of which approximately 149 acres are currently planted with commercial vineyards; Cabernet Sauvignon, Cabernet Franc, Petite Sirah, and Syrah are the leading grape varieties. There are currently three wineries located within the new AVA, including Noggle Vineyards and Winery, Cache Creek Vineyards and Winery, and Stonehouse Cellars.

When the Long Valley-Lake County AVA is brought into force—on August 4, 2023—the total number of AVAs in the United States will be 268; of these, 148 will be in California.

Welcome to the world, Long Valley-Lake County AVA!

References/for more information:

Post authored by Jane A. Nickles…your blog administrator: jnickles@societyofwineeducators.org

Meet the New SWE Board: Hugh Lander, CSS!

Hugh Lander, CSS

Hugh Lander, CSS

Last August, SWE welcomed in a new president as well as a new Board of Directors. Over the next few weeks, we will be posting a series of articles to introduce our new leaders. Today, we would like to introduce a new member of SWE’s Board of Directors, Hugh Lander, CSS!

Hugh Lander’s first foray into wine and spirits education began in 1986 when he was asked to recommend a wine to serve with Thanksgiving Dinner. His suggestion—Blue Nun—was a resounding success and since that day, he has racked up over three decades of experience in the wine and spirits industry.

While Hugh has worked in the retail, distributor, and supplier sides of the industry, his focus for the last 20 years has centered on learning & development. His work history includes such companies as the former Charmer-Sunbelt companies, Diageo and MillerCoors.

Since 2011, Hugh has served as Rémy-Cointreau America’s Director of Commercial Training, covering North America, Latin America & the Caribbean, as well as South America. Hugh—a recognized expert in change management, sales capability training and leadership development—has global training experience and world-class presentation and facilitation skills. We are lucky to have him on board!

When asked about his goals as a new board member for the Society of Wine Educators, High replies, “I’d like to leverage my decades in the spirits industry to increase the number of people sitting for the CSS or CSE certifications and partner with distributors who want to offer SWE certifications to their associates.”

Hugh has been a frequent (and very well-received) speaker at a number of SWE’s in-person conferences, virtual conferences, and webinars. He is also a veteran of the United States Air Force where–small world–he served with former member of the SWE Board, Valerie Caruso. He currently lives in Orange County, California with his wife and two children, where he is active in community projects and career coaching.

Welcome to the Board, Hugh Lander, CSS!

Guest Post: Walla Walla Wine Country—the Soils with a Story

A Red Barn in the wheat field of the Palouse, Washington State,Today we have a guest post from Darla Hoffmann, CS, CSW. Darla tells us about her recent trip to the Walla Walla Wine Country with a special focus on the vineyard soils.

While visiting Walla Walla, it’s hard not to glorify the impact of the Missoula Floods. The massive amounts of water that plowed through this part of the earth 12,000 to 18,000 years ago created the rugged mountain formations and current landscapes. It left behind an array of soils from loess, silt, sand, and volcanic in some parts to marine sedimentary and granite in others. This catastrophic event brought such fortune to the present-day terrain and is largely responsible for the beauty and agriculture that now exists.

Walla Walla is approximately a four-hour drive from Boise, Idaho. The drive curves along parts of the Snake River and leads to a dramatic sighting of wheat farms that blanket both sides of the road. An important piece of the economy, I appreciated the views of unharvested wheat for miles. However, we ultimately saw the combine harvesters hard at work and, imagined the auspicious state of affairs for bread, baked goods, and beer.

Photo credit: Darla Hoffman

Photo credit: Darla Hoffman

The Walla Walla region has become one of the Northwest’s most important wine-producing regions. The Walla Walla Valley is a sub-AVA within the Columbia Valley. Two-thirds of the AVA is in Washington and one-third is in Oregon.  The Milton-Freewater Rocks District is a sub-ava within the Walla Walla Valley that resides completely in Oregon. As of 2018, about 56.7% of the vines were grown in Washington and 43.3% in Oregon, with 25.8% of Oregon plantings in The Rocks District. Even though a large amount of fruit comes from the Oregon side, most of the wineries are in Washington with only a handful in Oregon.

The sunny region enjoys cool evening temperatures, with minimal rainfall due to its location east of the Cascade Mountains. These diurnal shifts are responsible for the high acid and alcohol levels developed in the grapes. The climate crisis has been challenging for the region as every year is hotter than the last. Walla Walla’s hot summers and cold winters deem thicker-skinned, hearty grapes like Cabernet Sauvignon and Syrah preferred plantings. Bordeaux varieties like Merlot, Cabernet Franc, and Malbec also thrive in these parts. Although it’s mostly red wine country, Chardonnay and Riesling are some of the whites that have made a name for themselves.

SAMSUNG CSCAs the wine belt indicates, the appropriate latitude for grape growing is anywhere between 30° and 50°. Walla Walla sits at 46°; if you draw a line across the globe, you’d notice 46° is midway between Burgundy and Bordeaux in France. Although Bordeaux has long warm sunny days, it is unlike Walla Walla in that it is influenced by a maritime climate. Nonetheless, what makes these regions similar is that they both owe their soils to the freezing and melting of glaciers of years ago. The deposit of these rocks and gravel provides excellent drainage and helps absorb and radiate heat both at the grapes and into the soils beneath.

Moreover, the Rhone Valley of France, sitting at about 44° latitude on the map just south of Burgundy, has an abundance of rocky soils – like what you will find in the Walla Walla Valley. Syrah, native to the Rhone Valley, adapts well to these rocky soils. The Milton-Freewater Rocks District AVA in Oregon’s Walla Walla Valley is named and known by these infamous rocks. Furthermore, some distinct aromas and flavors come from The Rocks District. Although the climate is mostly consistent all over Walla Walla, wine from this region delivers funkier, smoky, almost gamey notes. These characteristics are commonly found in Syrah from the Rhone Valley as well. Some say this is a by-product of the precious, rocky soils.

Photo Credit: Darla Hoffman

Photo Credit: Darla Hoffman

There are approximately 120 wineries in the Walla Walla region, considered the unofficial capital of Washington Wine Country. Although not as widely sourced for retail nationwide as wine from California, or even the Willamette Valley, Oregon, they are gaining more visibility each year. The Walla Walla Valley is the three-time defending champion (2020-2022) and five-time finalist (2018-2022) in USA Today’s annual 10 best reader’s choice awards for America’s Best Wine Region. A few of my winery recommendations include Va Piano, Canvasback, Caprio Cellars, and Balboa Winery in Washington—along with Ducleaux Cellars, Rôtie Cellars, and Watermill Winery in Oregon.

About the author: Darla Hoffmann is a wine and travel journalist, Certified Sommelier, Certified Specialist of Wine, and owner of About Wine, a wine education and marketing company. Darla is a freelance writer and has her own blog on wine and travel throughout the world. She was the lead writer for AZ UNCORKED/the Arizona Wine Festival and The Arizona Wine Guide. Darla is a current member of the International Food, Wine & Travel Writers Association (IFWTWA), The Society of Wine Educators, and The Wine Century Club. She conducts wine classes and tastings at various venues all over the country and provides sales and marketing support to the wine industry in the form of tasting videos, articles & blogs, events, and staff education, account development, and client relationships. You can contact Darla via her website.

 

Welcome to the World, Gabilan Mountains AVA!

Map via the TTB AVA Explorer

Map via the TTB AVA Explorer (click to enlarge)

On August 15 (2022), the TTB (Alcohol and Tobacco Tax and Trade Bureau) of the United States announced the approval of the Gabilan Mountains American Viticultural Area (AVA). The new AVA is located entirely within the existing Central Coast AVA, slightly inland from the town of Salinas—and covering portions of Monterey and San Benito Counties.

The Gabilan Mountains AVA surrounds the existing Mt. Harlan and Chalone AVAs and is located adjacent/just slightly west of the San Benito, Paicines, Cienega Valley, and Lime Kiln Valley AVAs. The status of these AVAs will not change.

According to the original petition—written by Parker Allen of Coastview Vineyards and originally submitted in 2018—the distinguishing features of the Gabilan Mountains AVA include its elevation, climate, and soils—as described below.

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    Elevation: The Gabilan Mountains AVA is located in a mountainous region that places it at a significantly higher elevation than the surrounding areas. The average elevation within the AVA is 2,370 feet—above the heavy fog and marine layer that often affects other regions in the vicinity.

  • Climate: The Gabilan Mountains AVA has an overall cool climate. However, as previously mentioned, the Gabilan Mountains AVA has significantly less fog and cloud cover—and therefore more sunshine—than the surrounding areas. It also receives more rainfall by comparison; the area within the Gabilan Mountains AVA receives an average of 17.24 inches of rain per year (with over 12 of these received during the fall and winter months). By contrast, the area to the north receives 14.19 inches per year; the area just to the south receives just over 12 inches annually.
  • Soils: The soils of the Gabilan Mountains AVA are described as moderately coarse in texture, rich in calcium due to high limestone content, and supported by granite bedrock. These quick-draining soils are renowned for their ability to stress the vines during the growing season, resulting in thick-skinned, flavorful grapes. By contrast, the surrounding areas contain more find-to-medium textured alluvial soils, the result of past floods.
Map via the TTB AVA Explorer

Map via the TTB AVA Explorer (click to enlarge)

When the Gabilan Mountains AVA is brought into force—on September 14, 2022—the total number of AVAs in the United States will be 267; of these, 147 will be in California.

Welcome to the world, Gabilan Mountains AVA!

References/for more information:

Post authored by Jane A. Nickles…your blog administrator: jnickles@societyofwineeducators.org

Conference Preview: Warm and Cool Climate Influence on Rhône varietals in the New World — An Upside Down Comparison

Photo via foldedhills.com/vineyards

Photo via foldedhills.com/vineyards

Today we have a guest post from Sam Schmitt, CWE, CS. Sam—one of our favorite speakers and well-known to SWE conference attendees—is currently serving as the General Manager at Folded Hills Winery in California’s Santa Ynez Valley. Sam gives us a preview of his upcoming presentation, “Warm and Cool Climate Influence on Rhône varietals in the New World — An Upside Down Comparison.” Trey Busch, co-owner and winemaker at Sleight of Hand Cellars in Washington State’s Walla Walla Valley AVA will be Sam’s co-presenter (more on this later). This session will be presented at the 46th Annual Conference of the Society of Wine Educators. The conference is scheduled for August 10-11 in Coachella Valley (Indian Wells, CA). 

It is widely accepted in the northern hemisphere that cool wine growing climates are found in higher latitudes approaching 50º N, and warmer wine growing climates are found in lower latitudes approaching 30º N. After all, 50º N is more than halfway from the equator to the North Pole.  But intuition is confounded by the natural landscape along the North American Pacific Coast where the subduction of the Pacific Plate under the North American Plate has created some of the finest wine growing climates in the world, albeit somewhat upside down!

California’s Central Coast extends along the corridor between the Pacific Ocean and the hillsides and valleys of the Coast Range Mountains between Santa Cruz, just south of San Francisco down to Santa Barbara County, just west of Los Angeles. Along this roughly 100 mile stretch of territory, topography and cold Pacific Ocean influences produce continuously-changing local climates.  The cold Monterrey Peninsula evolves to warm, almost hot, midway in Paso Robles, then turns cool again just a few miles south in San Luis Obispo until you reach the Santa Ynez Valley, at the Central Coast’s southernmost point. Here, in the span of 15 miles from the Pacific Ocean eastward, we have examples virtually every growing climate present in France, all within a single AVA.

Photo via foldedhills.com/vineyards

Photo via foldedhills.com/vineyards

Santa Ynez Valley (SYV) is Folded Hill’s home AVA. SYV is unique among the world’s wine growing regions due to its location in California where the Pacific Ocean borders the region on both the West and the South. Tectonic influences in this area have created a rare transverse series of mountain ranges with their valleys predominantly open to the west out to the Pacific Ocean.  Moving inland, average daily temperatures rise approximately 1ºF for every mile you move east of the shoreline. For this reason, Santa Ynez Valley AVA has given rise to several nested AVAs from West to East each with distinct terroir personalities —the cool Sta. Rita Hills AVA to the west, the warm Ballard Canyon AVA and Los Olivos District AVA in the mid-section, and the very-warm-to-hot in Happy Canyon AVA to the East.

Thanks to the pop culture phenomenon of the 2004 movie “Sideways,” most people know Santa Ynez Valley as an epicenter for Pinot Noir and Chardonnay, which is expressed most impressively in the Sta. Rita Hills. Sta. Rita Hills takes the first full brunt of the cold Pacific Ocean breezes and frequent marine layer cloud cover because the valley opens directly to the sea. As you travel inland, you quickly discover that Santa Ynez Valley is home to a cornucopia of celebrated grape varieties including Cabernet Sauvignon, Sauvignon Blanc, Riesling, Sangiovese, Vermentino, Tempranillo, and virtually the entire catalog of Rhône varietals, especially Syrah and Grenache.

Folded Hill’s Winery, established by Andrew Busch, Great Grandson of Annheuser-Busch founder Adolphus Busch, has the distinction of being the southernmost vineyard in the Santa Ynez Valley AVA, sitting just inside the AVA perimeter along the base of the Santa Ynez Mountain range. It is also one of a handful of vineyards in SYV that is more significantly influenced by the Pacific Ocean from the south rather than the west — in fact, it is the closest vineyard to the Pacific Ocean in all of SYV, just four miles away from the shoreline.  This location creates a very uncommon terroir and microclimate that turns out to be ideal for growing Rhône varietals — in an uncharacteristic otherwise cool climate.

In fact, although the vineyard is located at 34º 32’ N, its Regional Winkler Classification is 1b, in the company of Burgundy and the Willamette Valley. Common wisdom suggests that region 1b—with average daily temperatures well below 62ºF—would be far too cold to reliably ripen Syrah and Grenache year after year. But Folded Hills’ location within SYV’s unusual terrain allows it to perform more like a mid-region II location—more like the Northern Rhône—by virtue of a growing season that starts in mid-March most years and extends into early November with a daily average temperature between 63ºF and 64ºF before fall/winter precipitation becomes a threat. Additionally, we experience relatively low temperature variation between winter and summer and wide diurnal ranges consistently spanning 35ºF to 40ºF throughout the growing season.

Photo via sofhcellars.com/vineyards

Photo via sofhcellars.com/vineyards

The other half of this story is Sleight of Hand Cellars, founded by Trey Busch, Great-Great Grandson of Adolphus Busch’s brother, Ulrich — however, Andy and Trey just discovered they were distant cousins this past winter! Sleight of Hand Cellars is located in Washington State’s Walla Walla Valley AVA—in the Southeast corner of the greater Columbia Valley AVA—and also produces exceptional Rhône varietal wines, but in a very different climate.

Walla Walla Valley, like much of the greater Columbia Valley is greatly influenced by the rain shadow created by the Cascade Mountain range separating eastern Washington from the Pacific Ocean.  This magnitude of the Cascade Mountain rain shadow has given rise to an unusually dry, almost hot, arid desert over most of the Columbia Valley. Like Folded Hills, Sleight of Hand’s Regional Winkler Classification is a counter-intuitive Region II (almost region III) despite it’s vineyards being between 46º 01’ N and 46º 18’ N latitude — roughly the same as Mâcon in Burgundy, which just as far inland from the French Atlantic coast as Walla Walla is from the Pacific Coast in Washington—but Mâcon is rated as a cool 1b Region.  However, similar to Burgundy, Walla Walla’s climate behaves more Continental with sharper temperature changes between seasons and much hotter mid-summer month high temperatures.  A key difference is that Walla Walla does not experience the precipitation and extreme weather of a fully Continental climate, which ultimately classifies it as hot-Mediterranean due to its long dry summers and mild winters.  In addition, the average growing season day in Walla Walla boasts more than 2 hours of additional sunlight than Santa Ynez Valley. These extended daylight hours have an equally significant, favorable impact on the phenolic profile at harvest which are remarkably different than similar warm/hot New World regions that feature Rhône varietals such as Paso Robles, CA and Barossa Valley, Australia, both of which are closer to 34ºN and S respectively and have fewer sunlight hours daily than Walla Walla throughout the growing season.

Photo via sofhcellars.com/vineyards

Photo via sofhcellars.com/vineyards

In Rhône varieties—Syrah in particular—these (upside down) terroir influences have a profound impact on their expression in our respective wines. The exceptionally long, relatively even growing season at Folded Hills yields fruit at full phenolic ripeness with bright, almost vibrant, acidity, fine grained textural tannins, complex red-black fruit and baking spice driven flavors, delicate almost floral aromas, with medium body and jewel-toned colors developed over a slow, even growing cycle.  The warmer, but longer daylight growing season at Sleight of Hand yields fruit at full phenolic ripeness with lively acidity, soft, supple ripe tannins, rich dark fruit and black spice flavors, pronounced complex aromas, and medium+ to full bodied wines with classic inky-deep color. Both very different, yet varietally correct for their local climactic influences — albeit “upside down” in the New World.

At the August 2022 Annual Conference, I will further discuss and illustrate the unusual natural landscape that influences Folded Hills’ vineyard site and wines in California’s Santa Ynez Valley AVA and Trey Busch, co-owner and winemaker at Sleight of Hand Cellars in Washington State’s Walla Walla Valley AVA will present the terrain and climactic influences of their vineyard sites in Walla Walla and Yakima Valley as we share a side-by-side comparative tasting of our Grenache and Syrah wines. The presentation is scheduled for Wednesday, August 10th at 3:00 pm. See you there!

 

What you Probably don’t Know about Paso Robles- It’s Even Cooler than You Think!

Today we have a guest post from Jim Gerakaris, CWE. Jim gives us a preview of his upcoming presentation, “What you Probably Don’t Know about Paso Robles: It’s Even Cooler than You Think!” This session will be presented at the 46th Annual Conference of the Society of Wine Educators. The conference is scheduled for August 10-11 in Coachella Valley (Indian Wells, CA). 

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What you Probably don’t Know about Paso Robles- It’s Even Cooler than You Think!

The dangers of being type cast are both great and frustrating. Just like actors that get cast in the same types of roles after seeing some initial success, the region of Paso Robles has been viewed in the wine world as that place that makes reliably rustic, chewy Zins that could never possibly be viewed as complex, balanced wines.  Most of the current wine literature only repeats this same narrative about Paso Robles, but a lot has been happening in this region that warrants a second look, especially over the last few decades.

Beginning with the growing of mission grapes for the production of sacramental wine at Mission San Miguel in 1797, and nearly a century later with zinfandel vineyards planted by Swiss/Italian immigrants in the 1880s to make their wine in a new land, Paso Roble’s reputation was for a big, rustic wines that are often typical of a warmer region.

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This style of winemaking continued until the 1980s, when a few newcomers began to realize the potential of making quality wines from classic grape varieties like Cabernet, Syrah and other highly regarded varieties while also exploring some exciting white varieties, especially those from the Rhone Valley.

The growing conditions of Paso Robles are very different than most other California wine regions and initially, conditions like alkaline soils, and low rain levels posed challenges to defying the norms that had yielded those rustic wines. Eventually a collective knowledge began to emerge regarding where to plant vines, what kind of root stock (if any) to use and how to farm grapes with a focus on quality not quantity. This, along with the advancements in viticulture and winemaking technology seen in the last thirty years have brought about a revolution that has redefined the reputation of Paso Robles and its wines. To show how much things have changed, Zinfandel now only comprises about 6% of the total planted acreage of the region.

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The knowledge that was gained over this time has changed how the growers and wineries in Paso Robles began to view the AVA and most felt that the larger AVA designation was too broad and did not describe the nuance and potential that Paso Robles has to offer. In 2007, an independent committee including scientists from Cal Poly San Luis Obispo, submitted a petition the TTB to establish 11 sub-AVAs within the larger Paso Robles AVA to better describe the region’s growing conditions. In 2014, after a thorough review of the massive amount of data presented by the committee, the petitions were approved and since then, the region has emerged in a new light.

While Paso Robles has had some great press in the last few years, mostly in periodicals and in newspapers, the established wine literature is still lagging beyond stating the 11 sub AVAs, and a wine educator still needs to dig though many sources to get a better feel for the region and its potential.

Map via: pasowine.com/paso-robles/ava/

Map via: pasowine.com/paso-robles/ava/

For instance, here are a few things you may not know about the Paso Robles AVA:

  • There are a wide range of climatic conditions from Zone II through Zone IV on the Winkler scale.
  • Average precipitation varies widely from West to East, almost 40” to 10” respectively, affecting soil composition and other growing conditions.
  • The soils are mostly calcareous and alkaline, typically 7.0 – 7.5 pH and above with about 30 distinct soil series.
  • There are 600,000 acres in the greater Paso Robles AVA (42 miles east to west and 35 miles north to south), with 40,000 acres that are planted to grapes, just slightly less than the Napa Valley.
  • Like Napa, the most planted grape variety is Cabernet Sauvignon (about 50% of total acreage planted).
  • There is a diverse planting of varieties in the region including rarities like Aglianico, Vidiano, Picpoul Blanc and Clairette Blanche as well as Sauvignon Blanc, Riesling, Syrah, Tempranillo, petite Sirah, Viognier, grenache blanc and Roussanne to name just a few.

To learn and see more about the dynamic and developing region of Paso Robles, join Jim Gerakaris, CWE in an exploration of the unique combination of soils, climate and culture that has brought Paso Robles into prominence while tasting a variety of wines that is bound to surprise you. Jim’s session is scheduled for Wednesday, August 10th at 4:45 pm as part the 46th Annual Conference of the Society of Wine Educators, to be held August 10-11 in Coachella Valley (Indian Wells, CA).

About the speaker: Jim Gerakaris is the Winery Sommelier and Wine Educator at JUSTIN Vineyards & Winery in Paso Robles, CA. He is a Certified Wine Educator since 2014 and a Certified Sommelier since 2010. Through an early introduction to Bordeaux and other European wines, Jim fed his passion for food and wine while traveling internationally during a previous career in technical sales in the semiconductor industry.  In 2003 he jumped ship and entered the wine industry in various winery hospitality positions in the Paso Robles area and has been at JUSTIN Vineyards & Winery since 2008.  Known for his ability to convey complex concepts regarding wine to both the novice and the pro in an entertaining and memorable way. Jim is a senior member of the hospitality management team with a focus on education, a part of the blending team for JUSTIN wines and a frequent winery representative for JUSTIN at dinners, conferences, and other events in the U.S. and abroad.

Welcome to the World, Upper Lake Valley AVA!

Map via the TTB AVA Explorer

Map via the TTB AVA Explorer

On June 3 (2022) the TTB (Alcohol and Tobacco Tax and Trade Bureau) of the United States announced the approval of the Upper Lake Valley American Viticultural Area (AVA). The Upper Lake Valley AVA represents the 8th AVA located in Lake County, California.

The newly minted AVA—situated on the north shore of Clear Lake—covers a total of 17, 360 acres and is located entirely within the existing Clear Lake AVA. However, the area of the previously existing Clear Lake AVA was extended (along the northwest corner) in order to accommodate the new appellation within its boundaries.

  • According to the original petition—written by Terry Dereniuk and originally submitted in 2018 on behalf of the Growers of Upper Lake County—the distinguishing features of the Upper Lake Valley AVA include its hydrogeology, soils, and climate, as described below.
    • Hydrogeology: The area of the Upper Lake Valley AVA covers a series of valleys running north-northwesterly from the shores of Clear Lake. These valleys (and the surrounding hillsides) sit at elevations of 1,330 feet to 1,480 feet above sea level; vineyards are currently planted along the valley floors and up into the hillsides—as high as 1,450 feet asl. The area—a transitional region between the Mendocino National Forest and the Clear Lake Basin—has a uniquely high water table (the boundary between the surface and the area where groundwater saturates the soil). This allows for a high degree of dry farming.
    • Soils: The area contains a wide range of soil types, and varies decidedly between the deep, level soils of the valley floors; the thin, well-drained soils on the hillsides; and the marshy areas closest to the lake. Much of the bedrock is composed of shale and sandstone; topsoils include combinations of silt, gravel, clay, and loam.
    • Climate:  The climate of the Upper Lake Valley AVA is slightly cooler than the surrounding areas. The median growing degree days (GDD) in the new AVA ranges from a low of 2,809 to a high of 3,343; in other areas of the Clear Lake AVA, the median high climbs as high as 3,811. The Upper Lake Valley AVA is thus classified as heat summation Region III—Region I is the coolest and Region V is the warmest—according to the often-cited Winkler Scale.
Map via the TTB AVA Explorer

Map via the TTB AVA Explorer

At this time, there are sixteen commercial vineyards, just over 300 acres planted to vine, and one winery located withing the Upper Lake Valley AVA. While a range of grapes—including Cabernet Sauvignon and Zinfandel—are grown in the area, Sauvignon Blanc is the leading variety.

Note: June 3 was a busy day for the TTB, which saw the approval of four new AVAs, including Upper Lake Valley. The other three include Rocky Reach (WA), Paulsell Valley (CA), and Mount Pisgah-Polk County (OR). When all four of these AVAs are brought into force—on July 5, 2022—the total number of AVAs in the United States will be 266; of these, 146 will be in California.

Welcome to the world, Upper Lake Valley AVA!

References/for more information:

Post authored by Jane A. Nickles…your blog administrator: jnickles@societyofwineeducators.org

Welcome to the world, Mount Pisgah-Polk County AVA!

Map via the TTB AVA Explorer

Map via the TTB AVA Explorer

On June 3 (2022) the TTB (Alcohol and Tobacco Tax and Trade Bureau) of the United States announced the approval of the Mount Pisgah-Polk County American Viticultural Area (AVA), located in Oregon. The newly minted AVA is located entirely within the existing Willamette Valley AVA and represents the 23rd AVA located in Oregon. With the approval of the new AVA, the Willamette Valley AVA now has 11 sub-appellations.

The Mount Pisgah-Polk County AVA covers a total of 5,850 acres surrounding the 835-foot summit of Mount Pisgah, located about 15 miles west of Salem (and just south of the town of Dallas, Oregon).

  • According to the petition to establish the appellation—originally submitted in 2018—the distinguishing features of the Mount Pisgah-Polk County AVA include its topography, climate, and soils, as described below.
    • Topography: The new AVA is located within a chain of small hills in the Willamette Valley area. Elevations range from 260 feet to 835 feet asl (at the peak of Mount Pisgah); the areas surrounding the Mount Pisgah-Polk County AVA are all at lower elevations.
    • Climate: The Mount Pisgah-Polk County AVA is somewhat cooler than the surrounding valley floor. The average annual growing degree days (GDD) for Mount Pisgah total 2,543 GDD; the surrounding areas total 2,661 GDD (in the tow of McMinnville, to the south) and 2,903 GD (in the town of Salem, to the east).
    • Soils: Like much of the surrounding area, the dominant soil of the Mount Pisgah-Polk County AVA is sedimentary in nature (to include sandstone and siltstone). While the remainder of the Willamette Valley AVA has a large percentage of soils derived from the Missoula Floods, in the new AVA only 2.1% of the area is so affected. Rather, due to the higher elevation of the area, the soils of the Mount Pisgah-Polk County AVA contain a high percentage of volcanic rocks that were part of an ancient seabed. These rocks are among the oldest rocks within the Willamette Valley, and the Mount Pisgah area is the only spot in the Willamette Valley that combines sedimentary soils with such ancient parent material.
Map via the TTB AVA Explorer

Map via the TTB AVA Explorer

At the time of the original petition, there were 10 commercial vineyards (planted to a total of 531 acres of vines) and 2 wineries—Amelie Robert Estate and Ilahe Vineyards—located within the area of the Mount Pisgah-Polk Count AVA. Pinot Noir, Pinot Gris, and Chardonnay are the leading grape varieties.

Note: The official name of the new AVA reads as follows: Mount Pisgah, Polk County, Oregon AVA. The name includes the name of the county as there are at least three locations in Oregon named Mount Pisgah. As other states also have areas named Mount Pisgah, the term Oregon is also part of the official name of the AVA.

Welcome to the world, Mount Pisgah-Polk County AVA!

On another note: June 3 was a busy day for the TTB, which saw the approval of four new AVAs, including Mount Pisgah. The other three include Rocky Reach (WA), Upper Lake Valley (CA), and Paulsell Valley (CA). When all four of these AVAs are brought into force—on July 5, 2022—the total number of AVAs in the United States will be 266.

References/for more information:

Post authored by Jane A. Nickles…your blog administrator: jnickles@societyofwineeducators.org

Welcome to the World, Rocky Reach AVA!

Map via the TTB AVA Explorer

Map via the TTB AVA Explorer

On June 3 (2022) the TTB (Alcohol and Tobacco Tax and Trade Bureau) of the United States announced the approval of the Rocky Reach American Viticultural Area (AVA)., located in portions of Chelan and Douglas Counties in Washington State. The newly minted AVA is located entirely within the existing Columbia Valley AVA and represents the 20th AVA located in Washington State.

The Rocky Reach AVA covers a long, narrow strip of land that straddles a portion of the Columbia River. This stretch of the Columbia River consists of a deep canyon between two sets of rolling hills (the foothills of the Cascade Mountains to the west and Badger Mountain to the east). The new AVA is situated between the Lake Chelan AVA (located a few miles to the north) and the Ancient Lakes of Columbia Valley AVA (located a few miles to the southeast).

  • According to the petition to establish the appellation—originally submitted in 2018 by Kevin Pogue PhD, Professor of Geology at Whitman College—the distinguishing features of the Rocky Reach AVA include its topography, soils, and climate, as described below.
    • Topography: The area within the Rocky Reach AVA consists of a deep canyon eroded over time by the rapids of the Columbia River. The prime vineyard areas are located along flat-topped terraces that line either side of the river.
    • Soils: Loess (windblown sand and silt) is the leading soil type of the Rocky Reach AVA and other parts of the Columbia Valley. However, unlike the surrounding areas, the soils in the Rocky Reach AVA are topped with gravel and cobblestones. The bedrock of the region is also unique—in the Rocky Reach and Lake Chelan AVAs, the bedrock is silica-rich sedimentary rock. This type of bedrock soil is unique, as most of the surrounding vineyard areas are composed of basalt bedrock.
    • Climate: The deep canyon of the Rocky Reach AVA sits at an elevation that is considerably lower than the surrounding areas. As such, the area within the AVA is significantly warmer, resulting in a longer growing season than the surrounding areas.
Map via the TTB AVA Explorer

Map via the TTB AVA Explorer

At the time of the proposal, there were 7 commercial vineyards within the area defined by the Rocky Reach AVA with a total of 117 acres planted to vine. Cabernet Sauvignon is the leading grape variety.

The name Rocky Reach has been applied to this section of the Columbia River since the 1800s. In those days, steamboat captains used the term to describe the 8-mile-an-hour rapids that formed certain times of the year. Successful navigation of the rocky reach required staying within the deepest channel of the river to avoid the rocks just beneath the surface of the water.

Note: June 3 was a busy day for the TTB, which saw the approval of four new AVAs, including Rocky Reach. The other three include Upper Lake Valley (Lake County, CA), Mount Pisgah (Polk Country, OR), and Paulsell Valley (Stanislaus County, CA).  When all four of these AVAs are brought into force—on July 5, 2022—the total number of AVAs in the United States will be 266.

Welcome to the world, Rocky Reach AVA!

References/for more information:

Post authored by Jane A. Nickles…your blog administrator: jnickles@societyofwineeducators.org

Welcome to the World, West Sonoma Coast AVA!

Map via the TTB AVA Explorer

Map via the TTB AVA Explorer

On May 23 (2022) the TTB (Alcohol and Tobacco Tax and Trade Bureau) of the United States announced the approval of the West Sonoma Coast American Viticultural Area (AVA). The newly minted AVA is located entirely within the existing Sonoma Coast AVA and is a sub-appellation of the larger North Coast AVA. The West Sonoma Coast AVA—which encompasses the existing Fort Ross-Seaview AVA—represents the 19th AVA located in Sonoma County.

The West Sonoma Coast AVA hugs the coastline of Sonoma County and exhibits an overall cool, maritime climate often described as cool enough to be marginal. The AVA currently contains more than fifty commercial vineyards (totaling just over 1,000 acres) planted within five to seven miles of the Pacific Ocean. The leading grape varieties include Pinot Noir, Chardonnay, and Syrah.

According to the original petition to establish the AVA—originally submitted to the TTB in December of 2018 by Patrick L. Shabram on behalf of the members of the association of West Sonoma Coast Vintners—the distinguishing features of the West Sonoma Coast AVA include its topography, geology, and climate, as described below.

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Topography: The West Sonoma Coast AVA is rugged territory, much of it defined by the steep mountains and ridgelines of the California Coast Range. The mountains in this area—often referred to as the Sonoma Coast Highlands—can reach as high as 1,000 feet/31 meters asl. Many of the vineyards are planted on the hillsides and mountain slopes, which are typically in excess of 5 degrees.

Geology: Much of the area within the West Sonoma Coast AVA consists of sedimentary bedrock and soils of the Franciscan Complex (which includes greywacke, shale, and sedimentary conglomerates). Rocks of the Franciscan Complex are not easily eroded, which contributes to the rugged ridgelines and steep slopes of the region. The soils have a high level of sand content, providing excellent drainage and low fertility.

Climate: As evidenced by its location, the West Sonoma Coast is a maritime climate highly influenced by coastal breezes, fog, and cool temperatures—much more so even than the surrounding areas including the Russian River Valley, Petaluma Gap, and the interior areas of the Sonoma Coast AVA. The West Sonoma Coast AVA is truly positioned to be a leader in cool climate viticulture!

When the West Sonoma Coast AVA comes into force on June 22 (2022), the total number of AVAs in the United States will be 262. Of these, 144 will be in California.

Welcome to the world, West Sonoma Coast AVA!

References/for more information:

 Post authored by Jane A. Nickles…your blog administrator: jnickles@societyofwineeducators.org