Carmel Road North Crest Pinot Noir 2014
Founded in 1996, Carmel Road's mission is to produce wine showcasing the unique nature of Monterey County terrior. The winery's debut release, the 1997 Chardonnay, demonstrates the potential of the Monterey County appellation to produce world-class wines.
Located just a few miles over the ridges from the Pacific Ocean, Carmel Road produces wines from vineyards set against the Santa Lucia range and in the Gabilan foothills. Winemaker Kris Kato grew up in Portland, Oregon, where he developed "the beer bug." But the fermentation science program at Oregon State University led him down the path of winemaking. He's worked at Central Coast wineries large and small, and notes both experiences prepared him for his role at Carmel Road, where he focuses on Chardonnay and Pinot Noir.
"Pinot expresses itself more than any other variety, in terms of being nuanced-driven," Kris says. He's excited to be working with Monterey fruit, including from the winery's Panorama Vineyard. "I love to make small lots of wine from different parcels. It’s incredible to be able to choose the most distinct wines from the vineyard, and showcase them in different bottlings."
Named after the dramatic, seasonal river of rain and snowmelt that cuts through the upper elevations of the Santa Lucia Mountains, the Arroyo Seco AVA extends east from the resultant mountain gorge, and into the rural and warm Salinas Valley. During the growing season, cool and damp Pacific Ocean air penetrates the gorge and flows into the valley, creating a cool evening respite for vineyards after a hot summer day. This natural water-release has also created a subterranean aquifer, which helps set the foundation of the AVA's boundaries and supplies the vineyards with water.
Arroyo Seco was actually home to the first commercial vineyard in California, called Mission Ranch, which was owned and propogated by the Mirassou family in the 1960s.
Arroyo Seco is one of the oldest AVAs in California, its status granted in the early 1980s, and also remains one of its smallest.