Marsanne produces wines with distinctive melon and mineral flavors, rich mouthfeel, and a characteristic nuttiness with age. When blended, its relative restraint and minerality complement more aromatic varietals like Viognier. And in its ancestral home of Hermitage and in other cool climates, Marsanne can make some of the world's most ageable white wines. At Tablas Creek, we use most of our Marsanne in our Côtes de Tablas Blanc.
Marsanne is believed to have originated in the town of Marsanne, near Montélimar in the northern Rhône Valley. The white wines of St-Joseph, Crozes-Hermitage, Hermitage, and St-Péray are made predominantly from Marsanne, often blended with Roussanne. As early as the seventeenth century the white wines from Hermitage were considered among the world's finest. Thomas Jefferson praised white Hermitage as "the first wine in the world without a single exception".
The grape arrived in Australia in the late 1860s, and has been grown successfully in the vineyards of Victoria ever since. Australia has proved an even more hospitable home for the varietal than its native France – 80% of the world’s Marsanne is grown in Australia. It arrived in California in the 1980s, and it has becoming an increasingly important component of white Rhône-style blends and is also bottled individually. Qupe Wine Cellars, whose vintner Bob Lindquist has been an early and persistent advocate for the grape, has been instrumental in promoting Marsanne. Qupe began making what has become probably the state's most respected single-varietal Marsanne in 1987. As of 2009, there were 107 acres of Marsanne planted in California, which represents about 3% of the California acreage dedicated to white Rhône varieties.
Plantings of Marsanne in the Northern Rhone have been growing over the last half-century as growers replace the more difficult -- and later ripening -- Roussanne with the easier Marsanne. The vineyards at JL Chave (which have been in the same family since the Middle Ages) were historically equal parts Roussanne and Marsanne, but have been gradually moved to their current composition of 85% Marsanne and just 15% Roussanne.
Marsanne's history is less distinguished in the southern Rhône, and it is not permitted in the wines of Châteauneuf-du-Pape. It is, however, one of the eight white grapes permitted in the Côtes du Rhône appellation. As such, Marsanne is a significant component (usually 30%) of the Coudelet de Beaucastel white blend.
There are approximately three acres of Marsanne planted at Tablas Creek, representing about 7% of our white Rhône production. The climate in Paso Robles is slightly warmer than Marsanne’s native northern Rhône Valley, and the varietal here is an aggressive producer with no significant growing problems, though it is sensitive to water levels. Careful monitoring throughout the growing season is often necessary. Marsanne vines produce a relatively heavy crop of loosely clustered berries, and require a secondary fruit pruning (of green or unpollinated clusters) six to eight weeks after the flowering. This practice, coupled with conscientious leaf pulling, encourages uniform ripening. Marsanne ripens right in the middle of the picking season -– later than Viognier, earlier than Roussanne and about at the same time as Grenache Blanc -- and its berries are golden and medium-sized when ripe. It tends to ripen at fairly low sugars; in 2009 its average Brix level was 20.3, the lowest of any variety harvested, and our Marsanne is often around 12% alcohol after fermentation.
We showcase Marsanne's proclivity for displaying the mineral flavors of the soils in which it is grown by fermenting it in stainless steel tanks. In most years, it is blended with a richer, more heady and aromatic Viognier lot sometime 3-4 months after harvest and this resulting tank forms the base of our Côtes de Tablas Blanc from this vintage.
Marsanne is a light straw color, almost green, with moderate acidity and excellent mid-palate richness. Its mineral flavors and aromas, and its low alcohol, make it an ideal blending grape. The varietal has been historically blended with Roussanne, where it tones down the viscosity and acidity of Roussanne and provides a more complex flavor. Although did in early years add Marsanne to our Roussanne-based Esprit de Beaucastel Blanc (most recently in 2001), the varietal is truly given a chance to shine in our Côtes de Tablas Blanc. We have been noting an increase in the intensity and complexity of our Marsanne lots, and hope to make a single-varietal rendition soon.
You can go back to the summaries of the different Rhône grape varietals.
You're invited to join us for an Earth Day celebration Sunday, April 24 at Tablas Creek Vineyard. Visit the winery all weekend from 10am to 5pm and learn about our organic and Biodynamic viticulture and limestone soils. Taste the wines from the current VINsider Wine Club shipment, and see our biodynamic sheep, alpacas, donkeys and llama! Tours run daily at 10:30 a.m. and 2 p.m. Also, enjoy the high-energy sounds of Bear Market Riot from noon to 3:00 PM on our terraced patio.
We were proud to learn that Tablas Creek Partner/GM Jason Haas was voted by his peers the 2015 Paso Robles Wine Industry Person of the Year. His father, our founder Robert Haas, wrote this appreciation on our blog.
In Robert Parker's Wine Advocate (Issue 220) 15 Tablas wines topped 90 points, including 2014 Esprit de Tablas (93-96), 2013 Panoplie (94-96), and 2014 Panoplie (95-97). Read the review » More press »
April 27, 2016
Think of each plant that's growing in a given plot of land as like a wick, with its roots delving into the soil for available moisture. If we had overabundant water, we might want to leave some surface weeds to keep levels more reasonable. Instead, in our California climate, eliminating competition from grasses and other surface plants is an essential part of our ability to dry farm. Tilling in the cover crop also allows the insects and microorganisms in the soil to start breaking down the surface biomass accumulated during the winter growth into nutrients that the vines will draw from in the coming months. Finally, the loosening of the soil creates an insulating layer at the surface that helps conserve the water deeper down. Read More »