Best Wine with Christmas Dinner: Your Pairing Guide

The best wine with Christmas dinner balances the meal's complex flavors, offering refreshment without overwhelming any single component. Christmas dinner often features roasted meats, rich sauces, and diverse side dishes. A versatile choice is a medium-bodied red wine, such as a mature Burgundy Pinot Noir or a Chianti from Sangiovese. These provide a balance of fruit, acidity, and moderate tannins that complement roasted poultry or ham. For those preferring white wines, a full-bodied oaked Chardonnay or a Rhone white like Viognier can stand up to creamy elements in the meal. Sparkling wines, particularly those made by the traditional method like Vintage Champagne, offer a crisp acidity and effervescence that cleanse the palate. That makes them suitable for a wide range of dishes throughout the celebration. Ultimately, the ideal pairing enhances the dining experience by considering the interplay between the food's and wine's characteristics, ensuring a harmonious festive table.

How do wine characteristics interact with food?

Understanding the interplay between wine and food characteristics is key to successful pairing. Wine expert Mark Oldman notes that "Food and wine pairing can be like sex and pizza: even when it's bad, it can still be pretty good," but focusing on objective physical aspects can enhance the experience. The most basic element is balancing the "weight" or "body" of the wine with the intensity of the food. A heavy, robust wine, such as Cabernet Sauvignon, can overwhelm a light dish like quiche. A light-bodied wine, like Pinot Grigio, would be similarly overwhelmed by a hearty stew.

Wine body is primarily determined by its alcohol level, with tannins and extract also influencing perception. Warmer climate regions tend to produce wines with higher alcohol levels and thus fuller-bodied wines. Beyond weight, flavors and textures can either be contrasted or complemented.

Key physical properties of wine that interact with food include:

• Acidity: Acidity is a dominant player in food and wine pairing, heightening the perception of flavors and stimulating appetite. It is perceived by a mouth-watering response from the salivary glands. In dishes that are fatty, oily, rich, or salty, acidity in wine can "cut" through the heaviness, offering a refreshing change of pace. A wine less tart than its accompanying dish may taste thin and weak. Conversely, a wine that seems "too tart" on its own can soften when paired with an acidic or tart dish. That allows other components like fruit flavors to become more noticeable.
• Sweetness: The amount of residual sugar after fermentation determines a wine's sweetness, ranging from bone dry to dessert level. Sweet wines often need to be sweeter than the dish they are served with. For example, brut Champagne with sweet wedding cake can make the wine taste tart and weak. Sweetness balances spice and heat, alleviating the burning sensation from peppers and spices, and can accentuate mild sweetness in foods. It also contrasts with salt, as seen in the European custom of pairing salty Stilton cheese with sweet Port.
• Bitterness (Tannins): The astringency in wine typically comes from tannins, which impart a gritty texture and chalky taste, enhancing the wine's body. Tannins react with proteins. When paired with protein- and fat-rich dishes like red meat or hard cheeses, tannins bind to these proteins and seem softer. Without food protein, tannins react with proteins on the tongue, accentuating astringency and creating a drying effect. Grilling and blackening can add a bitter "char" to food, complementing tannic wines, while fish oils can make tannic wines taste metallic.
• Alcohol: Alcohol is the primary factor dictating a wine's weight and body; higher alcohol generally means more weight and increased perception of density and texture. Salt and spicy heat accentuate alcohol and the perception of "heat" in the mouth. Conversely, alcohol can magnify the heat of spicy food, creating significant warmth for the taster.

What are common wine faults and how do they impact pairing?

Wine faults can significantly detract from a wine's enjoyment and ruin a pairing, making it crucial for collectors to identify them. The Australian Wine Research Institute (AWRI) details numerous faults and taints.

Common wine faults include:

• Oxidation: This fault, particularly common in Australian white wines 40 years ago, is less frequent today due to modern winemaking techniques like refrigeration and inert gas blanketing, according to the AWRI. Oxidation can dull aroma, leading to "cardboard," "straw," or "hay-like" notes, and in extreme cases, "wet wool" or "varnish-like" aromas. White wines from floral varieties like Riesling are prone to oxidation, while red wines can withstand more due to natural antioxidant phenolic compounds. An oxidized wine would lack freshness and vibrancy, clashing with most Christmas dishes.
• Volatile Acidity (VA): Often perceived as the odor of vinegar, volatile acidity is a measure of low molecular weight fatty acids, primarily acetic acid (over 93%), as stated by the AWRI. The aroma threshold for VA in wine can be as low as 0.1-0.125 g/L, but it is usually considered detrimental above 0.7 g/L. High VA can be produced by wild yeasts or acetic acid bacteria in the presence of oxygen. A wine with noticeable VA would introduce an unpleasant vinegar note to any meal.
• Ethyl Acetate: This ester contributes to the sensory perception of volatile acidity and is perceived as the odor of nail polish remover, with a reported sensory threshold of 12 mg/L, according to the AWRI. While low levels (30-60 mg/L) can add fruity aroma and complexity, concentrations of 150-200 mg/L indicate a defective wine. This chemical aroma would be highly disruptive to a festive meal.
• Mousiness: A microbial off-flavor reminiscent of caged mice or cracker biscuit, mousiness is generally perceived late on the palate or after swallowing, rendering the wine undrinkable for sensitive individuals, as described by the AWRI. The compounds responsible are not volatile at wine pH, making detection by sniffing rare. There is no satisfactory method to remove this off-flavor, which is more likely in wines with low SO2 and low acidity. A mousy wine would leave a lingering, obnoxious taste.
• Reductive Faults (Sulfur Compounds): A range of volatile sulfur compounds can form, leading to "reductive" sensory characters, according to the AWRI.
• Hydrogen Sulfide (H2S): Known as "rotten egg gas," H2S has a detection threshold of 1-2 µg/L in wine. It is produced by yeast under stress, such as nitrogen deficiency.
• Unwanted Sulfhydryls (Thiols/Mercaptans): These compounds, like ethyl mercaptan ("onion-like," "rubber-like" with a sensory threshold of 1.1 µg/L) and methyl mercaptan ("rotten eggs," "cabbage" with a sensory threshold of 0.02-2.0 µg/L), are generally defects.
• Disulfides: Formed by the oxidation of sulfhydryls, diethyldisulfide (DEDS) smells of "burnt rubber" and "garlic" (sensory threshold 4.3 µg/L), while dimethyldisulfide (DMDS) smells of "onions" and "cooked cabbage" (sensory threshold 29 µg/L). These do not react with copper and require reducing conditions for removal.
• Dimethyl Sulfide (DMS): Found in aged wines, DMS can contribute "vegy" or "blackcurrant" character at low concentrations (30-60 µg/L), but at higher levels, it is a fault described as "asparagus," "cooked corn," or "molasses". These sulfur-related faults introduce highly unpleasant aromas that would clash with any food.
• Brettanomyces Faults: Caused by Dekkera/Brettanomyces yeast, these faults include volatile phenols, as outlined by the AWRI.
• 4-ethylphenol (4-EP): Imparts a "Band-aid®," "medicinal," or "pharmaceutical" character. The AWRI's sensory studies showed an aroma threshold of 368 µg/L in a neutral red wine, but this can vary based on wine style.
• 4-ethylguaiacol (4-EG): Described as having a "clove," "spicy," or "smoky" aroma. Its aroma threshold is reported to be 110 µg/L, and Bramley et al. (2007) found it to be 158 µg/L in Australian wine styles.
• 4-ethylcatechol (4-EC): Has a "horsey" aroma, with an aroma threshold of 774 µg/L in a neutral Australian red wine, as found by Bramley et al. (2007). These "Brett" characters, even at low levels, can be distracting and undesirable, especially with delicate Christmas flavors.
• Cork Taint (TCA and TBA): The main compound responsible for cork taint is 2,4,6-trichloroanisole (TCA), which has a distinct musty, moldy aroma, according to Amon & Simpson (1989) via the AWRI. Duerr (1985) determined its aroma threshold in a Pinot Noir wine as 1.4 ng/L, though it can be lower in dry white wines or higher in full-bodied reds. Prescott et al. (2005) reported the consumer rejection threshold for TCA as 3.1 ng/L, while the consumer detection threshold was 2.1 ng/L. TCA can also form in oak, tainting wines without cork contact. 2,4,6-tribromoanisole (TBA) behaves similarly, with a musty, moldy aroma perceptible at 4 ng/L in wine, as reported by Chatonnet et al. (2004). A cork-tainted wine would impart an unpleasant musty character, rendering it unsuitable for any celebratory meal.

How does serving temperature affect wine perception?

Serving wine at the correct temperature significantly impacts its taste and aroma. Lower temperatures emphasize acidity and tannins while muting aromatics, whereas higher temperatures minimize acidity and tannins while increasing aromatics. The Wine & Spirit Education Trust (WSET) provides specific temperature recommendations.

Wine Type	WSET Recommended Temperature (Celsius)	WSET Recommended Temperature (Fahrenheit)
Sweet wines (e.g., Sweet Muscats)	6-8 °C	43-46 °F
Sparkling wines (e.g., Prosecco)	6-10 °C	43-50 °F
Light/medium-bodied whites (e.g., Fino Sherry)	7-10 °C	45-50 °F
Medium/full-bodied oaked whites (e.g., White Burgundy)	10-13 °C	50-55 °F
Light-bodied reds (e.g., Beaujolais)	13 °C	55 °F
Medium/full-bodied reds (e.g., Bordeaux)	15-18 °C	59-64 °F

The OIV also provides temperature guidelines for international wine competitions, recommending white and rosé wines be served at 10/12 °C, red wines at 15/18 °C, and sparkling wines at 8/10 °C. Naturally sweet wines, ice wines, liqueur wines, and mistelles should be served at 10/14 °C. It is essential that all products of the same type within the same tasting session are served at the same temperature, according to the OIV. For your Christmas dinner, ensuring wines are served within these ranges will allow their intended characteristics to shine, enhancing your pairing choices.

What are the key considerations when selecting a wine from your cellar?

When selecting a wine from your cellar for Christmas dinner, consider its optimal drinking window, condition, and how its characteristics align with your menu. The time from grape harvest to drinking can range from a few months for Beaujolais nouveau to over twenty years. The longer windows belong to wines with good structure, high acidity, tannin, or sugar, as noted by Jancis Robinson (2003). However, only about 10% of all red and 5% of white wine will taste better after five years than after one year.

Assess the wine's current stage of evolution. A wine described as "Youthful" or "Developing (showing age)" by the Court of Master Sommeliers' deductive tasting format indicates its progression. For older wines, consider their fill level, as this can be an indicator of condition and potential for enjoyment. You can learn more about wine ullage levels explained in our guides.

Consider the wine's inherent characteristics and how they have evolved. For example, a Cabernet Sauvignon may develop notes of blackcurrants, eucalyptus, chocolate, and tobacco. A Pinot Noir might offer raspberry, cherry, violets, and with age, "farmyard" or truffles. These evolved flavors can provide complex pairings.

How do you match the wine to your Christmas menu?

Finally, match the wine's profile to your Christmas menu. A full-bodied red like a mature Barolo, with its notes of leather, tar, and stewed prunes, as described for Nebbiolo, could be an excellent match for a rich roast. Conversely, a crisp, aromatic white like Riesling, with its citrus fruits, peach, honey, and petrol notes, might complement lighter appetizers or seafood courses. The goal is to create a harmonious dining experience where both the food and wine elevate each other. For guidance on maintaining your collection, explore our resources on how to store wine.

Ensure your chosen bottle is free from common wine faults, as discussed previously. A wine with a fault, such as cork taint or oxidation, would detract significantly from the meal, regardless of its age or pedigree.

To ensure you open your wines at their peak, track their evolution with our drink-window watchlist.