Ken Forrester Reserve Sauvignon Blanc 2016
Ideal with fish, chicken, pasta and friends.
Critical AcclaimAll Vintages
In 1993, hospitality industry veteran Ken Forrester and his wife Teresa purchased the historic Scholtzenhof estate, nestled at the base of the Helderberg in Stellenbosch. Originally established in 1689 as Zandberg, the property is one of the oldest wine farms in the Cape. Ken enlisted the help of his winemaker friend Martin Meinert in replanting and revitalizing the vineyards, with an aim to craft a white wine that could rival any in the world! And so it was that Ken Forrester Vineyards was established, with a focus on Chenin Blanc production.
South Africa’s most famous wine-producing district, Stellenbosch, surrounds the historic town with the same name; fine winemaking here dates back to the late 1600s. Its valleys of granite, sandstone and alluvial loam soils between the towering blue-grey mountains of Stellenbosch, Simonsberg and Helderberg have the capacity to produce beautiful wines from many varieties. The climate is warm Mediterranean, tempered by the cool Atlantic air of nearby False Bay.
Perhaps most well-known for its Pinotage and Bordeaux blends, Stellenbosch also produces noteworthy wines from Syrah, Chenin blanc, Chardonnay and Sauvignon blanc. The district’s wards—Banghoek, Bottelary, Devon Valley, Jonkershoek Valley, Papegaaiberg, Polkadraai Hills and Simonsberg-Stellenbosch—all produce distinctive wines from vines with relatively low yields.
Capable of a vast array of styles, Sauvignon Blanc is a crisp, refreshing variety that equally reflects both terroir and varietal character. Though it can vary depending on where it is grown, a couple of commonalities always exist—namely, zesty acidity and intense aromatics. This variety is of French provenance. Somm Secret—Along with Cabernet Franc, Sauvignon Blanc is a proud parent of Cabernet Sauvignon. That green bell pepper aroma that all three varieties share is no coincidence—it comes from a high concentration of pyrazines (herbaceous aromatic compounds) inherent to each member of the family.