Tag Archives: Gosset

Champagne and Climate Change – is blocking MLF the answer for fresher bubbles?

One of my favorite study techniques is to guess potential questions on exams. Even if my guesses are entirely off, the studying that I do to answer these hypothetical questions is always worthwhile.

Photo by Gzen92. Uploaded to Wikimedia Commons under CC-BY-SA-4.0

While prepping for the WSET Diploma sparkling wine exam in January, I’ve been jotting down a few possible topics. One, in particular, I keep coming back to.

What are some things in the vineyard and winery that Champagne producers can do in response to climate change & riper vintages?

Now the viticulture part of this question is fairly straightforward. There are numerous tacts you can take–beginning with seeking cooler sites (particularly north-facing slopes) and exploring new (or rather historic) grape varieties that ripen later with more acidity. Likewise, houses like Pierre Peters are experimenting with new clones as well. Of course, those require replanting with significant time and cost commitments.

A little less expensive would be changing trellising and canopy management approaches. Raising the fruiting zone higher and leaving more leaves encourages shading, which keeps the grapes cooler. Shade screens (that can also function as netting against birds) as well as using kaolin clay as sunscreen for grapes are other options. Champagne Bruno Paillard is doing an intriguing experiment with using straw in the vineyard to block sunlight from impacting the microflora in the soil.

But taking this question into the winery is a little more difficult–at least regarding Champagne.

Photo by ADT Marne. Uploaded to Wikimedia Commons under CC-BY-SA-4.0

Storage tanks at Champagne Joly.
Today many Champagne houses are relying more on higher acid reserve wines to add freshness to their non-vintage cuvees.

In many warm regions, the first tools out of the winemaker’s belt for dealing with overripe grapes are watering back and acidification. Technically, these aren’t permitted in cool-climate (Zones A & B) regions of the EU. However, in warm vintages like 2003, special dispensations can be given.

Other options include blending and various alcohol removal techniques like reverse osmosis and spinning cones. While the former is part and parcel in Champagne, the later may be more challenging to use.

Sweet spotting in wine is highly variable and sensory-driven. Anything done to the vin clair is going to get magnified during the secondary fermentation process–including imbalances with flavor. Plus, it’s important to note that the secondary fermentation adds 1 to 1.5% alcohol to the finished wine as well.

However, as I taste through many Champagnes in preparation for my exam (dreadful work, I know), I find myself being continually drawn to certain bottles. These wines crackle with lively fruit flavors that make an immediate impression on the palate.

Researching further, I found a common link between many of these Champagnes. They all tend to have little or no malolactic fermentation (MLF) done.

How common is MLF in Champagne?

Incredibly common. It’s almost standard protocol for a region that has historically had to battle racy high acidity. Some estimates are that as much as 90% of all Champagnes go through some malolactic fermentation.

Photo by Chris R. Sims (Simsc). Uploaded to Wikimedia Commons under CC-BY-SA-4.0

While lactic acid formed during MLF is considered a softer acid than malic, it’s important to remember that lactic acid is the critical component in sourdough and turning cabbage into sauerkraut.

Running a wine through MLF can drop the titratable acidity (TA) 1-3 g/l and raise the pH 0.3. This will have a significant effect on the mouthfeel of a Champagne–rounding it out and making it feel less austere. In addition to the tactile characteristics, Champagnes that go through full malo tend to have more dried fruit and nutty aromas to go with the brioche and buttery pastry traits of this style.

But more than just seeking the smoother, rounder mouthfeel that MLF brings is the importance of stability. Beyond consuming malic acid, the Oenococcus bacteria gobble up any residual nutrients left in the wine that could be prey for spoilage organisms. As noted above, secondary fermentation is like a high power magnifying glass that makes every quirk, characteristic or flaw of the vin clair more apparent.

However, running Champagnes through malolactic fermentation hasn’t always been standard in Champagne.

As Peter Liem describes in his book, Champagne (one of the five essential books on Champagne), MLF only became widespread in the 1960s.

This coincided with the renovation of many wine cellars with modern technology like stainless steel tanks that could regulate temperature better. MLF is inhibited in cold temperatures below 55°F (13°C), so being able to warm the must in winter is critical. Likewise, inoculated cultures that were more predictable and dependable became widely available. Many consumers found the Champagnes that went through full malo were richer and approachable younger–encouraging more experimentation with MLF.

Rebels or Vanguards?

Several houses did buck the trend of adopting MLF though. The most notable of these are Alfred Gratien, Gosset and Lanson. However, in recent years, Lanson introduced some styles with partial malo.

Photo by ADT Marne. Uploaded to Wikimedia Commons under CC-BY-SA-4.0

The barrel room at Champagne Lanson

Gosset has also started to take the approach of Krug and Salon in that they don’t encourage MLF, but don’t actively try to prevent it either. This means that some batches may go through malo but, on the whole, the style of house is non-malolactic.

Krug is an interesting case. Because despite the ambivalence towards intentional MLF, their house style is decidedly rich and powerful like many full MLF wines. This is partly because of their use of small (205L) oak barrels to ferment in, extended lees aging and, in the case of their multi-vintage Grande Cuvée, the extensive use of reserve stocks.

As I went through my tasting notes, I found several of the partial-to-no-MLF houses similarly make use of oak barrels. These include Gratien, AR Lenoble, Bérêche, Camille Savès, Eric Rodez, Lanson, Laherte Frères, Nicolas Maillart, Perseval, Savart, Thevenet-Delouvin, Vilmart and Louis Roederer. Most intriguing, though, was that these Champagnes rarely tasted oaky.

Instead, these wines were fresh & vibrant with a searing expression of fruit character that felt lost in many of their “rounder” cousins. In a world of circles, these were wines with edges. They stood out and, in a crowded market place, that’s always a plus.

But the big question is–with rising temperatures and riper vintages pushing down acidity, are we going to see more wineries deliberately blocking malolactic fermentation?

Champagne houses that practice partial and no MLF

While I’ve mentioned several above already, here is the full list of Champagnes that I’ve encountered so far who don’t do full malo on all their wines. If you know of other estates, feel free to leave a comment and I’ll get them added to the list.

To my fellow wine students, I highly recommend making it a priority to taste Champagnes with little to no MLF side by side with their more prevalent malo counterparts. You can definitely pick up the stylistic differences.

Gosset Grand Reserve

Gosset Grand Reserve Brut.

Alfred Gratien
AR Lenoble (partial though in recent vintages it has been blocked completely)
Bérêche et Fils
Besserat de Bellefon
Guy Charlemagne (partial)
Gosset (Most no MLF. Partial with Brut Excellence NV)
Krug
Laherte Frères (partial for some cuvees. Completely blocked on others.)
Lanson (partial for Black Label. Completely blocked on others)
Roger-Constant Lemaire
Nicolas Maillart (partial)
José Michel & Fils (partial)
Louis Nicaise (partial)
Franck Pascal (partial)
Pehu-Simonet
Perseval-Farge (partial)
Eric Rodez (partial)
Louis Roederer (partial with the Brut premier and sometimes Cristal rose. Completely blocked on others.)
Salon
Frédéric Savart (partial)
Camille Savès
Thevenet-Delouvin (partial)
Vazart-Coquart & Fils (partial)
J.L. Vergnon
Maurice Vesselle
Vilmart & Cie
Philipponnat

Frederic Savart Champagne

Frédéric Savart L’Ouverture Brut

BTW, while researching this piece, I found that Tyson Stelzer’s article “Bubble, bubble, toil and trouble” answered my hypothetical WSET question almost perfectly. If you’re a WSET Diploma student, his site is well worth checking out.

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Geek Notes — The Process of Champagne GuildSomm Podcast

Back in 2013, GuildSomm did a fantastic podcast with Frédéric Panaiotis (39:33) of the Champagne house Ruinart about how Champagne is made. They followed it up with another interview with Panaiotis this year on Champagne (44:54) that also featured Rodolphe Péters of Pierre Péters.

Guildsomm podcast screen

Both shows are chock-full of awesome behind-the-scenes insights about Champagne that are well worth listening to. I’m going to break down the 2013 episode here first and then devote another Geek Notes to the second interview.

But after doing multiple Geek Note reviews of various podcasts (like Grape Radio’s interview with Hubert de Boüard of Ch. Angélus, UK Wine Show episode with Ian D’Agata about Italian wine grapes, Wine For Normal People’s episode on Tuscan wine regions and I’ll Drink To That! interview with Greg Harrington on Washington wine), I realize that I should take a moment to explain the objective of these posts.

Highlighting Learning Tools That I Use

As I mentioned in my post SpitBucket on Social Media, the purpose of my Geek Notes features are to highlight valuable resources for wine students pursuing various certifications.

Wine podcasts are a big focus for me because I think they’re often extremely underutilized. It’s easy for wine students to bury their heads in books and create flash cards. But we shouldn’t discount that nearly a third of individuals are auditory learners. Furthermore, for the 65% who are visual learners, exposing ourselves to audio avenues helps reinforce the material that we’re learning.

However, most people are actually a mix of multiple learning styles so the best approach is to also incorporate kinesthetic (hands-on) learning as well.

This is essentially what I’m doing for myself with these Geek Note reviews of podcasts. I’m primarily a visual learner so I’m always diving into one wine book or another. But when I’m going deep on a topic, I supplement that book learning by listening to related podcasts.

When I come across a podcast with useful information, I go back to listen to it a second time. This time, I take notes. It’s like recording your class lectures back in college. You spend class time actually listening to the instructor and absorbing the material first without distracting scribbling and note taking. But then you solidify the material in your mind by going back to the recorded lecture for notes.

A little bit of a review element.

While I’ll include timestamps, I don’t really intend for these posts to be transcriptions. If I’m doing a review of a podcast, it’s because I feel that it is sincerely worth listening to. There will often be contextual tidbits and stories featured in these episodes that I won’t mention or fully address. You can get more out of these Geek Notes by checking out the podcasts for yourself after reading these posts.

For newer podcasts like my recent reviews of the Decanted podcast and the Weekly Wine Show, I’ll spend more time giving background about the podcast and why I think they’re worth subscribing to.

In many ways, great wine podcasts are like stellar reference books like The Oxford Companion to Wine, The World Atlas of Wine and The Wine Bible. They provide you with an entire library of wine knowledge that you can digest one entry at a time.

In the next Geek Notes, I’ll give a little background about GuildSomm but, right now, let’s dive right into their podcast interview with Frédéric Panaiotis on making Champagne.

Fun Things I Learned From This Podcast

Photo by Petitpeton. Uploaded to Wikimedia Commons under PD-self

Statue of Dom Thierry Ruinart (1657-1709) outside the Champagne house Ruinart in Reims.

(0:52) Prior to joining Ruinart, Frédéric Panaiotis also previously worked for Veuve Clicquot, the CIVC as well as the California sparkling wine producer Scharffenberger in the Anderson Valley of Mendocino.

(3:16) Historically, the CIVC used to set one general ban des vendanges for the region. This is the first day that grapes can be legally harvested. Now there are multiple ban des vendanges based not only on the village but also on the individual grape variety. And apparently rootstock in some cases too.

For instance, in the Grand Cru village of Mailly for the 2018 vintage they were allowed to start picking Pinot Meunier on August 25th. However, for Chardonnay and Pinot noir (which the village is most noted for), growers had to wait till August 27th.

I’m curious about the ban des vendanges for other grape varieties–Fromenteau/Pinot gris, Pinot blanc, Petite Meslier and Petite Arbanne. I couldn’t find the answer online but I’ll keep looking.

BTW, August start dates were historically unusual in Champagne but are now becoming much more commonplace. This recent 2018 vintage was the fifth year since 2003 to begin in August.

(5:45) You can get a special allowance from the CIVC to harvest earlier. According to Panaiotis, this may be needed if you are harvesting from a really young vineyard of 3 years or were hit by spring frost which drastically reduced yields. Apparently with less clusters to focus on, the vine will accelerate ripening.

That strikes me a bit curious because wouldn’t the same logic apply to old vines which also produce lower yields. Wouldn’t they also ripen faster? Need to research this more.

Harvest Brix and Ripeness
Photo by ADT Marne. Uploaded to Wikimedia Commons under CC-BY-SA-4.0

Chardonnay grapes harvested in the village of Vertus.

(6:21) Panaiotis notes that the Champenois usually aim to harvest grapes at around 10% potential alcohol which is about 18-19° Brix. Compare this to typical still wine production where producers want to harvest Chardonnay more at 20-23° Brix and Pinot noir around 25-27°. But, keep in mind, the secondary fermentation of Champagne (where sugar and yeast are added) adds more alcohol to the finish wine. Most Champagnes finish with an ABV in the 12-12.5% range.

(8:00) A big distinction that GuildSomm’s Geoff Kruth and Panaiotis note about Champagne is that even at these low brix levels, the grapes are still ripe. Panaiotis gives the example of the 1988 vintage which was picked at many estates at around 9.2% potential alcohol (17.5° Brix) in a year that was a late harvest for Champagne. This vintage is still highly regarded for its richness and longevity. Yet harvesting something at so low of a brix level in most any other wine region would produce wines abundant in green, unripe flavors.

This is a quandary that sparkling wine producers from warmer climates like California and Spain have to deal with because acidity is also at play. Not only is it hard to get desired ripeness with such low brix but you need to harvest your grapes with ample acidity. While improvements in viticulture and planting in cooler vineyard sites have helped, historically producers from warm regions have needed to harvest the grapes at lower ripeness levels in order to have enough acid to make their sparkling wines.

The Controversial 1996 Vintage

(8:55) In contrast to 1988, Panaiotis describes the 1996 as an “unripe” year even though the grapes were harvested at 10.5% potential alcohol (20° Brix). This is intriguing because there is a lot of controversy going on now about the 1996 vintage which Jancis Robinson aptly explains in one of her Financial Times articles.

When the 1996 Champagnes were first released, many Champagne lovers were enthralled. That year was pegged as one of the top vintages of the 20th century. I will admit that, even though I’ve been extremely underwhelmed by their recent offerings, the 1996 Dom Perignon was one of the greatest wines that I’ve tried in my lifetime. But I had that wine soon after release and it seems that as the 1996s across the board have aged, more and more people are re-evaluating how good that vintage really was.

Challenges of Big Houses
Photo by Alberto Vaccaro. Uploaded to Wikimedia Commons under CC-BY-2.0

By law, Champagne grapes have to be harvested whole cluster and by hand.

(9:20) Here Panaiotis talks about the challenges that big houses have versus small growers with harvest–particularly with red grapes like Pinot noir. Because the goal in Champagne most often with Pinot is to make a white wine, time is of the essence as soon as you remove the cluster from the vine. You don’t want any “cold soak” color extraction taking place in the pick bin. With Chardonnay, avoiding oxidation of the juice is also a concern for many houses.

But what do you do when you are a large house whose winery is maybe several miles away from the many vineyards you source from? Well worth listening to see how Ruinart responds to this challenge.

(10:30) Machine harvesting is forbidden in Champagne. Part of the reason is because machine harvesters can only harvest individual berries. They do this by using beater bars to separate the berries from clusters on the vine. If you’re curious, this short (2:18) ad video for a mechanical harvester gives a great inside view into how these harvesters work. Panaiotis thinks that even if someone developed a machine that could somehow harvest grapes whole cluster that it would still probably be outlawed.

Pressing Details
Photo by davitydave. Uploaded to Wikimedia commons under CC-BY-2.0

A modern bladder press.

(11:54) Panaiotis estimates that among the various presses used in Champagne, about half are modern bladder presses with the rest being the traditional Coquard basket press. Piper-Heidsieck has a quick 1 minute video of the Coquard press in action with Pinot noir. Note how the juice, even with the whole clusters, is already being tinted with color. And, yes, leaves and other MOG often gets thrown into these large batches.

(12:15) In Panaiotis’ opinion, 70-80% of the resulting quality of the wine comes from the pressing process. This is an interesting departure from the opinion that a lot of the quality of Champagne comes from the blending and time aging on the lees. From here he goes into a great description of the different cuts (cuvée and taille) that are separated in the pressing process. To explain this he uses a comparison that you can do in a vineyard while sampling a single grape berry.

(14:47) At Ruinart, Panaiotis likes using the taille for their non-vintage Champagnes. Here these cuts add roundness and fruitiness but there is a trade-off in decreased aging potential. In contrast, Ruinart’s vintage wines are almost all cuvée juice since the lower phenolics in this first cut is less prone to oxidation.

This makes me curious about the pressing philosophy of Champagne houses that value more oxidative styles like Krug.

Fermenting as separate lots or as regional blends

(16:10) When Kruth asks how Champagne producers keep the juice from different villages and vineyards separate, Panaiotis explains some of the logistical problems of that. While it is ideal to keep different villages separate, it may take you several days to receive enough lots from those villages to eventually fill an entire tank. That reality favors blending more regionally–like all the Côte des Blancs villages together.

I suspect this is more of an issue for large Champagne houses who presumably have very large tanks with several thousand liter capacities that need to be filled. Additionally, with so many contract growers there is probably a fair amount of variability in what kind of yield you can expect each year from different villages/vineyards, etc. In contrast, smaller growers who have been tending their own vines for generations probably know more precisely what they are getting and accordingly have smaller tanks that are easier to fill up and keep separate.

Another key point specific to Ruinart is that their house’s style is very reductive. If the tanks aren’t filled quickly, there is a risk of the juice oxidizing before fermentation takes off.

Style Differences

(17:14) At Ruinart, they aim for very clean and neutral flavors in their base wines. Along with wanting to avoid oxidation, they use sulfur on the juice to also knock back wild yeast so that they can inoculate with cultured yeast. Kruth notes that the impact of wild or native ferment produces flavors that get amplified during the secondary fermentation, something Panaiotis wants to avoid at Ruinart.

Lanson champagne

Lanson is another house that has historically avoided malolactic fermentation but has recently been experimenting with MLF on a few lots.

(19:30) Panaiotis likes the round mouthfeel that comes from initiating malolactic fermentation in the Champagnes of Ruinart. This is a stylistic decision relating to different Champagne house styles. Some producers, most notably Gosset, historically avoid malolactic fermentation so they can maintain natural acidity and aging potential. But the trade-off is mouthfeel and softness with even Gosset experimenting with having some batches going through MLF.

(20:24) A very interesting discussion on the different philosophy of using reserve wines in the blends of non-vintage Champagnes. Panaiotis describes the impact of using older versus young reserve wines on the resulting style of Champagne. He notes that Ruinart’s precise style favors using younger reserve wines while houses with a more mature style like Charles Heidsieck prefer using older reserve wines of up to 10 years of age.

Secondary Fermentation Issues

(24:18) Probably my biggest surprise was learning about the issues of calcium tartrates in Champagne. If wineries don’t remove these unstable tartrates via cold stabilization, there will be excessive foaming during disgorgement. Worst, this foaming could happen when the wine is opened by consumers–creating a mess. I always thought it was more about aesthetics with consumers mistaking the tartrate crystals for shards of glass.

(25:47) Another completely new thing I learned was that the actual length of time of the secondary fermentation is about 6 to 8 weeks. I always thought it was much quicker like primary fermentation which usually takes several days to a couple weeks. Panaiotis does note that as soon as 3 days after bottling you can start to see the dead lees collecting in the bottle.

(26:52) Panaiotis reveals that recent studies of the Champagne process is showing that oxygen intake through the crown cap or cork is just as impactful on the resulting flavor of the wine as autolysis is.

Oxidative vs Reductive
Bollinger Grande Annee

Bollinger Champagnes have been traditionally associated with an oxidative style of winemaking.

(28:22) Panaiotis goes into an in-depth discussion of oxidative versus reductive winemaking. He details many of the decisions that he has to make throughout the process to promote Ruinart’s reductive style including the unique technique of jetting. Here winemakers add a little bit of water or nitrogen (and sometimes sulfur) to the wine before corking to promote foaming that pushes out the oxygen. This short video (0:52) is in French but shows the process well.

(31:10) Kruth asks for example of major houses who follow the different styles. Panaiotis notes that along with Ruinart, Laurent Perrier, Mumm, Pierre Gimonnet, Pierre Moncuit and Pierre Peters are on the reductive side while Bollinger, Krug, Jacquesson and Jacques Selosse are on the oxidative side. He also notes that Pinot noir favors the more oxidative style. Interestingly, most of the houses he mentions that favor a reductive style tend to be Chardonnay dominant.

(37:40) Panaiotis notes that the CIVC legally limits how many grapes negociants can buy each year. While he didn’t seem completely certain, he estimates that the limit is a maximum of 30% above the equivalent of your previous year’s sales. I’m guessing the CIVC sets these rules to prevent stockpiling? But there is no law on the amount of land you can own. Another tidbit from Panaiotis, growers can buy up 5% of their grapes and still be considered a grower producer.

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60 Second Wine Review — Gosset Petite Douceur Rose

A few quick thoughts on the non-vintage Gosset Petite Douceur Extra Dry Rosé Champagne.

The Geekery

Founded in 1584 by Pierre Gosset in the village of Aÿ, long before sparkling wine was produced in Champagne, Gosset is the oldest winery in the region. Since 1994, the négociant house has belonged to the Renaud-Cointreau group, owners of the Cognac house Frapin. Gosset makes around 100,000 cases a year.

According to Peter Liem in Champagne: The Essential Guide, Gosset is one of the few major houses (along with Lanson, Alfred Gratien and Vilmart & Cie) that ardently avoids having their base wines go through malolactic fermentation which is usually employed to soften the naturally high acidity of Champagnes, making the wines more approachable in their youth. Historically, Krug and Salon have kept a policy of not encouraging MLF but they don’t take steps to avoid it like Gosset and the other aforementioned houses with the use of temperature control, barrel hygiene, pH and sulfur adjustments.

The Petite Douceur Rosé is a blend of 60% Chardonnay and 40% Pinot noir with 7% of Pinot being red wine added for color. The fruit was sourced from the Grand Cru Villages of Ambonnay, Avize, Bouzy and Le Mesnil-sur-Oger and the Premier Cru village of Cumières located in the Vallée de la Marne. The Champagne was aged 3 years on the lees before being bottled with a 17 g/l dosage.

The Wine

Photo by Juhanson. Released on Wikimedia Commons under CC-BY-SA-3.0

Fresh raspberry and vibrant acidity characterize this Champagne.

Medium-plus intensity nose. Mix of red fruits–strawberry and raspberry–and floral notes. Also a little orange peel.

The red fruits carry through the palate but what is most remarkable is how well balance it is for a sweet Extra Dry with 17 g/l dosage. The acidity is fresh and vibrant, perfectly matching the weight of the fruit and dosage. Smooth mouthfeel and long finish with some spice notes emerging.

The Verdict

At around $90-100, this is an exceptionally well made Champagne.

It tastes drier and more balanced than many Bruts north of the $100 mark and is a considerable jump in complexity from many $50-80 rose Champagnes.

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