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Pinot Noir and its winesWhere GrownClimate |
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Pinot Noir and its wines
We associate Pinot Noir with a single region, Burgundy, but in fact it is grown extensively in many places in the world, and it is made into wines with styles ranging from classic, generous Grand Cru Burgundies through much lighter regional Burgundy wines to the fruity red wines of Switzerland, Alsace, Germany and Italy. Insufficient color is often a problem with Pinot Noir, but even where color is lacking it is valued for the production of white sparkling wines as in Champagne.
The fact that Pinot Noir wines can be produced with a range
of styles offers reassurance to those who are experimenting with
the variety. Regardless of where it is grown, only a small fraction
of Pinot Noir wines achieve the ultimate in color, intensity of
flavor and body which characterize the grand crus, but everywhere
that sound grapes can be grown, Pinot Noir produces wines which
are regional favorites.
Seasonal degree day accumulation and average low temperature of the coldest month for world grape production areas. |
||||
|---|---|---|---|---|
|
Location |
Seasonal Degree |
Latitude |
Mean Minimum Temperature of Coldest Month (°F) |
|
|
Reims, France (Champagne) |
49° 20' |
1756 |
Penn Yan, NY |
15 |
|
Zurich, Switzerland |
47° 23' |
1874 |
Glenham, NY |
17 |
|
Würzburg, Germany |
49° 48' |
1908 |
Geneva, NY |
17 |
|
Dijon, France (Burgundy) |
47° 15' |
2084 |
Fredonia |
18 |
|
Genève, Switzerland |
46° 12' |
2090 |
Cutchogue, NY |
22 |
|
Roseburg, OR |
43° 20' |
2115 |
Keckskemét, Hungary |
23 |
|
Penn Yan, NY |
42° 30 |
2390 |
Bolzano, Italy |
24 |
|
Bordeaux, France |
44° 50' |
2464 |
Zurich, Switzerland |
26 |
|
Geneva, NY |
43° | 2519 |
Würzburg, Germany |
26 |
|
Fredonia |
42° 30' |
2531 |
Dijon, France (Burgundy) |
29 |
| Keckskemét, Hungary | 46° 54' | 2588 | Genève, Switzerland |
29 |
|
Cutchogue, NY |
41° |
2676 |
Reims, France (Champagne) |
30 |
|
Canberra, Australia |
36° |
2714 |
Udine, Italy |
31 |
|
Bolzano, Italy |
46° 30 |
2985 |
Canberra, Australia |
33 |
|
Glenham, NY |
42° |
2992 |
Bordeaux, France |
35 |
|
Udine, Italy |
46° 04 |
3168 |
Roseburg, OR |
36 |
|
St. Helena, CA |
38° 30 |
3302 |
St. Helena, CA |
36 |
|
Fresno, CA |
36° 40 |
4684 |
Fresno, CA |
38 |
Pinot Noir is an early ripening grape. Where there is too much heat, the sun burns the fruit badly, acid concentration becomes insufficient, pH is too high and fruity aromas are lost. Pinot Noir is a variety for cool growing areas. The French emphasize that in comparison with the other "classic" varieties, Pinot Noir is adapted to cool, continental climates. The Bordeaux reds were selected for cooler maritime climates and other "classic" reds listed in Table 1, require much more seasonal heat accumulation than does Pinot Noir.
Table 2 lists data about regions where Pinot Noir is important. North American locations tend to be much more southerly than European ones and their continentality is indicated by the relative low expected winter temperatures. The data also show that, relative to Burgundy, New York locations have somewhat greater seasonal accumulation of heat and experience more winter cold.
Climates of Burgundy and New York (Finger Lakes)
Growing season data from a Finger Lakes (New York) site are compared to those of Burgundy (Dijon) in Figure 1. In France Burgundy is considered to have a continental climate. Continental climates have little water moderation. There tends to be greater differences among the seasons (hotter summers and cooler winters). The summer temperatures especially are important. Daytime maxima are higher and nighttime minima are lower for continental than for maritime climates.

(click here for full size copy)
The figure above shows that the Finger Lakes have even a more continental climate than does Burgundy. Several factors are important. In both places Pinot noir matures in very early October. At that time day time temperatures are high enough to ripen the fruit, but not so high that the fruit becomes baked (insufficient acidity and loss of aromas). The night temperatures are also favorably low. Low night temperatures favor the retion of acids and color. That is the good part, but note how quickly temperatures drop in the fall in New York relative to Burgundy. This means that there is less margin for error in New York; a cold fall will likely mean insufficient ripeness.
If the falls cool more quickly, the springs also warm more quickly. Arrows on figure 1 indicate approximate time of bud break. In both locations there is little danger of below freezing temperatures at that time, and the temperatures in June are favorable and encourage a reliable fruit-set.
Winter temperatures are another story. The data show that our winter cold hazard is much greater than that of Burgundy.
The precipitation data indicate rainfall should provide ample water in normal years at Geneva. Geneva tends to have slightly more rainfall than Burgundy during the early season and during the critical final ripening period in October. This indicates that we have to be even more concerned with preventing rain induced bunch rot than are the Burgundians.