What’s New

A clear guide to the main types of sparkling wine, from Champagne and Cava to Prosecco, Asti, Franciacorta, Lambrusco, and Sekt, with the key grapes, production methods, ageing rules, and vintage differences that shape each style.

A clear guide to method traditionnelle vs Charmat, from second fermentation and lees ageing to mousse, aroma, texture, and the styles each method serves best.

Dosage is the final adjustment in sparkling wine, added after disgorgement to refine balance, texture, and style. More than a sweetness setting, it helps a wine feel complete, whether the label says Brut Nature, Extra Brut, Brut, or Demi Sec.

Great coffee does not guarantee a great cup. This article breaks down how roasting mistakes like scorching, tipping, baking, and underdevelopment can destroy even the best green coffee, and why execution matters more than origin.

Coffee fermentation is controlled decay. This article breaks down what fermentation is actually doing in coffee, how washed, natural, and anaerobic methods differ, where control is lost, and why the line between complexity and defect is thinner than most people think.

Green coffee grading is where quality is decided. Before roasting, before brewing, and before storytelling, professionals evaluate defects, density, and structure to determine whether a coffee is worth taking seriously.

Not every bean is perfect. But every defect influences your brew. From mold and insect damage to quakers, shell beans, and foreign matter, this article breaks down how defects form, how they affect roasting and flavor, and why understanding green coffee is essential to serious quality control.

In wine, bacteria are controlled. In whisky, they are often essential. This article explores how microbial activity shapes aroma differently in each, and why what smells wrong in wine can become complexity in whisky.

Two bottles of the same wine can smell completely different. The difference is not the wine. It is the closure. From aroma suppression to reductive masking and oxidative loss, closure directly shapes what you perceive in the glass.

Most wines are not flawed, they are misaligned. Closure is not packaging, it is a control system that defines how a wine evolves. When the wrong closure is chosen, the wine spends its life fighting the conditions it was sealed into.

Closure is not packaging. It is a sensory decision. Cork and screwcap shape how wine evolves, expresses aroma, and is ultimately perceived.

Pruning shapes vine balance, yield, and aromatic potential. This article explains timing, spur versus cane pruning, frost risk strategies, and how decisions like leaving two or three eyes influence wine quality.

Harvest timing shapes sugar, acidity, tannin maturity, and aroma. This article explains how picking grapes too early or too late changes wine style, structure, and aromatic precision.

Fining is one of winemaking’s quiet arts. This article explains how different fining agents work, when to use them, the risks of overfining, and how fining shapes clarity, texture, balance, and style.

Micro oxygenation can refine tannins, stabilize color, and open reductive wines, but it also carries real risks. This article explains what it does to wine, yeast, aromas, and where the technique can go wrong.

Native and commercial yeasts shape wine in very different ways. This article examines the risks of spontaneous fermentation, the reasons most wineries use selected strains, and how different yeasts impact aroma, texture, balance, and style.

Wine aroma is not magic. It is chemistry you can smell. This article explains the most important aroma compounds in wine, including esters, thiols, terpenes, rotundone, and norisoprenoids, in simple terms that connect directly to what you experience in the glass. Wine aroma, aroma compounds, wine chemistry, wine education, wine tasting, esters, thiols, terpenes, rotundone, norisoprenoids, Sauvignon Blanc, Riesling, Syrah, wine aromas, sensory analysis

Some wines smell muted, tight, or sulfurous the moment they are opened. That does not always mean something is wrong. This article explains why wines can smell closed at first, from reduction and bottling shock to low temperature and structural tension, and how to tell when a wine needs air and when it does not.

Serving temperature is one of the most overlooked factors in wine tasting. It shapes volatility, changes how strongly alcohol shows, and determines whether aromas appear with clarity or blur into heat or cold suppression. From cool Riesling to lightly chilled red wine, the right temperature can completely change what you smell in the glass.

Many wine drinkers use aroma and bouquet as if they mean the same thing, but they do not. This article explains the classical distinction between the two, showing how aroma comes from the grape and fermentation, while bouquet develops through ageing and evolution in barrel and bottle.

Some wine aromas appear only after swirling, not because they were absent, but because they had not yet reached the nose. By increasing surface area, encouraging the release of volatile compounds, and allowing oxygen to interact with the wine, swirling reveals layers that remain hidden at rest. What seems simple at first can become precise and expressive with movement, showing that aroma is not fixed, but dynamic.

Cold soak is not magic. It is a controlled pre-fermentation lever that can sharpen aroma and front load color, or it can hand microbes and oxidation a head start. This article breaks down when cold soak actually helps, how to decide before you chill the tank, and how to manage temperature, SO2, oxygen, and timing so you get precision without paying for avoidable risk.

Carbonic maceration is not a Beaujolais costume. It is a fermentation architecture tool that can deliver real aromatic lift when you control berry integrity, CO2 exclusion, temperature path, timing, and press fractions. This deep dive breaks down intracellular behaviour, the real role of isoamyl acetate, and how stems can either elevate fruit clarity or wreck it.

Coffee is not inconsistent. It is sensitive. This Coffee Tasting 101 guide breaks down the variables that shape extraction and teaches a disciplined approach to tasting that prioritizes structure, precision, and repeatability over guesswork.

Coffee was my first initiation into aromas. Long before wine or whisky, it shaped my sense of focus, discipline, and attention. I rarely write about it, not because it lacks importance, but because some foundations do not announce themselves.

Coffee is not a flavor. It is an agricultural system shaped by genetics, climate, and human decisions. This article breaks down the coffee varieties that actually matter: Arabica, Robusta, Liberica, and Excelsa, explaining where they grow, how they taste, and why understanding them changes everything about how you drink coffee.

Most wine education stops at aroma recognition. That is a mistake. Identifying aromas is easy. Describing wine coherently, accurately, and consistently is where real sensory competence begins. This article explains why recognition and description are two different cognitive tasks and how to make the leap from one to the other.

Before wine and spirits, there was coffee. Long before I understood sensory analysis, I was absorbing it through repetition, ritual, and presence. Growing up alongside a professional coffee buyer and blender, I unknowingly built a sensory blueprint shaped by origin, transformation, and time, one that later made the worlds of wine and spirits feel less discovered and more remembered.

Two people can smell the same glass of wine and experience it differently, not because one is wrong, but because human perception is biologically unique. Genetic variation in olfactory receptors, differences in detection thresholds, personal memory, and language all shape how aromas are interpreted and described. Understanding these factors is essential for building confidence and developing true sensory accuracy.

Alcohol is often treated as a number on a label, yet its most important influence is sensory. It reshapes how aromas are released, how clearly they separate, and how long they remain legible in the glass. What smells expressive at first contact can quickly become blurred or fatiguing once alcohol dominates perception.

Understanding alcohol as a structural force rather than a statistic explains why some wines impress briefly while others endure. It reveals how balance, clarity, and persistence on the nose are shaped not by volume, but by how alcohol integrates into the wine’s aromatic architecture.

Aroma intensity is easy to notice. Aroma quality is harder to define. True quality rests on clarity, definition, and persistence, not volume. This framework explains how great wines reveal themselves over time, through precision, balance, and structure rather than immediate impact.

Aroma intensity grabs attention, but aroma quality reveals greatness. This article explains why louder wines often mislead, and how clarity, structure, and persistence define true aromatic quality in wine.

Oak can add depth, structure, and complexity to wine or completely drown it. When oak becomes too loud, too sweet, or simply mismatched to the wine underneath, it stops enhancing flavor and starts creating noise. Understanding the difference is all about balance, barrel choice, and knowing when oak should step back instead of take over.

Old vines are often praised for making “better” wine, but that claim misses the point. Vine age does not increase aromatic intensity. It changes how aroma is distributed, how tannins behave, and how the wine holds itself together. This article breaks down the science, the tradeoffs, and the myths surrounding old vines without romanticizing vineyard age or oversimplifying complexity.

Struck match, flint, and smoke sit close together on the aromatic map, yet they rarely mean the same thing. Too often they are used interchangeably, flattening nuance and leading to flawed judgement. This piece disentangles their origins, from reductive sulfur compounds to phenolic smoke, and shows how each behaves in the glass and on the palate. Precision in language leads to precision in tasting, and a clearer understanding of structure, balance, and intent in modern wine.

Minerality is real, but it is not geology in a glass. Here is what drives the wet-stone impression, how to separate it from reduction, and how to train it.

Brioche in sparkling wine is built by time on lees, not bubbles. Here is what autolysis releases, why harvest timing matters, and how to train your nose to spot it.

Tempo control separates trained tasters from uncertain ones. True expertise lies in knowing when a rapid assessment is sufficient and when a pause is required to verify what the senses first reveal.

Aroma memory drift is the gradual loss of precision that occurs when experience goes untested and references are not recalibrated. Confidence remains, language still flows, but accuracy quietly erodes as familiar shortcuts replace verified perception.

Aroma training works because tasting depends on memory rather than instinct. Without regular reinforcement, scent recognition fades even in experienced tasters, making deliberate, repeated training essential for precision and consistency.