Search results for: mouthfeel
Describes the sensation of wine in the mouth. Most descriptors are related to texture, for example: silky, smooth, velvety and rough. Mouthfeel is influenced by wine components, as acidity can be sharp, alcohol can be hot, tannins can be rough and sugar can be thick or cloying.
The amount of time that taste, flavor or mouthfeel persist after swallowing a wine. The longer the finish, the better the wine quality. Common descriptors are short, long and lingering.
Related to the mouthfeel of a wine, provided by acidity, tannin, alcohol, sugar and the way these components are balanced. Wines with low, unbalanced levels of acidity or tannin can be described as "lacking in structure" or "flabby." When the acidity or tannin levels are sufficiently high, a "firm structure" is the result.
Describes the drying, gritty or furry mouthfeel associated with higher levels of tannins and coarse tannins.
As red wines age, color pigments and tannins bond together and fall out of solution, producing a natural sediment. While the sediment is not harmful, it tastes bitter and adversely affects the wine’s mouthfeel. Sediment is most frequently found in older (10-plus years), darker red wines, which typically have more color pigments and tannins, such as Cabernet Sauvignon, Bordeaux and Port. Rarely will lighter reds throw sediment.
Used to describe a wine high in tannins or with a rough mouthfeel.
Temperature of Fermentation:
As yeasts convert grape sugars into alcohol, they also produce heat. Excessively high temperatures can kill the yeasts and make the wine’s fruit flavors seem stewed or dull, whereas cooler temperatures maintain the freshness of the fruit. Just the right amount of warmth can contribute a richer, rounder mouthfeel.
Also known as physiological ripeness, is the concentration of polyphenols in grape skins, seeds and stems, in contrast to the traditional form of measuring ripeness based on sugar content (Brix, Baumé, Oechsle). It has become a trend among vintners to rely more on polyphenolic ripeness than on sugar levels in recent years, as polyphenols are the source of wine's color, flavor and mouthfeel. As grapes mature, particularly in warmer climates, sugar levels frequently rise faster than polyphenol concentrations. Leaving grapes on the vine longer to achieve polyphenolic ripeness has led to an increase in alcohol levels due to higher sugar contents, particularly in California.