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A Comparison of the Climates and Growth Characteristics of Tempranillo in Iberia and Oregon
Oregon Tempranillo Celebration
January 22, 2016
Gregory V. Jones Director: Business, Communication and the Environment Professor: Environmental Science and Policy
Outline of Talk
Global to Regional Tempranillo Production Characteristics
Region Comparisons
− Area, Elevation, Climate, Phenology, and Composition
Summary
Between 1990 and 2010 Tempranillo tripled its share of global plantings to become the 4th highest planted variety worldwide
Tempranillo
Year Global
Area (ha) Global
Share (%) Global Rank
1990 ~50,000 0.90 24
2000 ~95,000 1.91 10
2010 ~250,000 5.05 4
Data Sources: OIV (2015), University of Adelaide (2015)
World’s Fastest Expanding Varieties, 2000 to 2010 (ha)
Data Sources: OIV (2015), University of Adelaide (2015)
World’s Fastest Contracting Varieties, 2000 to 2010 (ha)
Data Sources: OIV (2015), University of Adelaide (2015)
Top 30 Red Varieties % of Global Planted Area, 2000 and 2010
Data Sources: OIV (2015), University of Adelaide (2015)
Tempranillo Planted Acreage
Data Sources: OIV (2015), University of Adelaide (2015)
Spain 89%
Portugal 7% Argentina
2.5%
France Australia United States
~0.2-0.5%
~0.1%
Mexico Chile South Africa Italy Greece Brazil
Turkey New Zealand Canada Thailand Myanmar
Main Tempranillo
Regions
Tempranillo in Iberia
Dão
Douro
Alentejo
Cigales
Toro Ribera del Duero
La Rioja
Navarra
La Mancha
Valdepeñas Jumilla
Utiel-Requena
Penedès
Somontano
Priorat
Campo de Borja
Calatayud
Cariñena
Tempranillo in Oregon
Oregon ~170 hectares
~400 acres
California ~400 hectares ~1000 acres
Washington ~100 hectares
~250 acres
Idaho ~20 hectares
~50 acres
Texas ~40 hectares ~100 acres
Arizona ~30 hectares
~75 acres
General Climate Background All winegrape cultivars have fairly narrow climate niches
(~4-8°F in growing season temperatures) that can reliably express typicity and achieve high quality
However, not all climates are created equal Many other weather/climate factors & their interactions
with the soil & landscapes can play important roles in producing the ‘ideal’ climate for any variety
Tempranillo is highly expressive of the climate in which it is grown and performs well in:
− Cool to intermediate climates − Often at higher elevations − With high diurnal temperature ranges
Region Country/State Square Miles Elevation (ft)
Priorat Spain 69.1 1387
Walla Walla Valley OR Oregon 156.9 1168
Columbia River Gorge OR Oregon 191.7 1246
Campo de Borja Spain 239.2 1604
Cigales Spain 239.8 2617
Toro Spain 275.5 2358
Cariñena Spain 317.1 1912
Applegate Valley Oregon 434.7 2263
Calatayud Spain 614.6 2703
Penedès Spain 634.2 915
Utiel-Requena Spain 670.2 2516
Valdepeñas Spain 671.2 2417
Somontano Spain 869.7 1870
Jumilla Spain 939.7 2086
Douro Valley Portugal 972.6 1479
Umpqua Valley Oregon 1083.3 774
Ribera del Duero Spain 1196.5 2936
Rioja Spain 1428.6 1794
Navarra Spain 1444.8 1381
Dão Portugal 1453.3 1446
Alentejo Portugal 1665.9 817
Rogue Valley Oregon 1790.9 1889
Snake River Valley OR Oregon 2402.5 2837
Columbia Valley OR Oregon 3701.6 1243
Willamette Valley Oregon 5357.5 400
La Mancha Spain 8876.5 2358
Area
Dão
Douro
Alentejo
Cigales
Toro
Ribera del Duero
La Rioja Navarra
La Mancha
Valdepeñas Jumilla
Utiel-Requena
Penedès
Somontano
Priorat
Campo de Borja
Calatayud Cariñena
Region Country/State Square Miles Elevation (ft)
Willamette Valley Oregon 5357.5 400
Umpqua Valley Oregon 1083.3 774
Alentejo Portugal 1665.9 817
Penedès Spain 634.2 915
Walla Walla Valley OR Oregon 156.9 1168
Columbia Valley OR Oregon 3701.6 1243
Columbia River Gorge OR Oregon 191.7 1246
Navarra Spain 1444.8 1381
Priorat Spain 69.1 1387
Dão Portugal 1453.3 1446
Douro Valley Portugal 972.6 1479
Campo de Borja Spain 239.2 1604
Rioja Spain 1428.6 1794
Somontano Spain 869.7 1870
Rogue Valley Oregon 1790.9 1889
Cariñena Spain 317.1 1912
Jumilla Spain 939.7 2086
Applegate Valley Oregon 434.7 2263
Toro Spain 275.5 2358
La Mancha Spain 8876.5 2358
Valdepeñas Spain 671.2 2417
Utiel-Requena Spain 670.2 2516
Cigales Spain 239.8 2617
Calatayud Spain 614.6 2703
Snake River Valley OR Oregon 2402.5 2837
Ribera del Duero Spain 1196.5 2936
Elevation
Dão
Douro
Alentejo
Cigales
Toro
Ribera del Duero
La Rioja Navarra
La Mancha
Valdepeñas Jumilla
Utiel-Requena
Penedès
Somontano
Priorat
Campo de Borja
Calatayud Cariñena
Tempranillo Locations Examined
Milton-Freewater
Aranda de Duero
Viseu
McMinnville
Medford
Roseburg
Tafalla Logrono
Evora
Cuidad Real
Toro
Zamora Valladolid
Torres Vedras
Vila Real
In addition to the spatial analysis of climate (1950-2000) in 26 defined wine regions in Oregon, Spain and Portugal, this
presentation uses 15 locations with long term climate stations (1981-2010) that are representative of the main regions
Precipitation in Oregon and Iberia Regions
Unpublished Data
32.3 inch Range in Annual
Precipitation
14.1 inch Range in Growing Season
Precipitation
24.1 inches Average Annual
Precipitation
Growing season average temperatures represent a simple measure of climate suitability, highly correlated with all other climate indices
High quality Tempranillo production has a ~4-5°F climate niche worldwide
The 15 locations examined here produce a range of growing season average temperatures of 60.2-69.1°F, a 8.9°F Iberia-Oregon ‘Tempranillo’ climate range
Jones, 2006; and unpublished data
McMinniville Oregon
General Climate
Suitability
La Mancha Spain
Growing Degree-Days (NH Apr-Oct; SH Oct-Apr) 1500 3250 5000
Region Country/State GSTavg
Min 25% Med 75% Max
Columbia River Gorge OR Oregon 55.1 56.4 57.4 58.8 62.5
Willamette Valley Oregon 54.1 58.4 59.1 59.4 61.4
Umpqua Valley Oregon 55.9 58.8 59.3 59.9 61.5
Applegate Valley Oregon 51.8 58.1 59.9 60.9 62.3
Ribera del Duero Spain 55.8 59.5 60.1 60.4 62.1
Somontano Spain 46.2 57.9 60.1 61.7 64.2
Rogue Valley Oregon 50.9 58.9 60.2 61.1 62.7
Calatayud Spain 54.7 59.2 60.3 61.5 63.9
Snake River Valley OR Oregon 55.3 59.3 60.4 61.3 64.1
Cigales Spain 59.9 60.4 61.0 61.5 62.1
Columbia Valley OR Oregon 53.7 60.3 61.3 62.5 64.7
Rioja Spain 53.4 60.1 61.3 62.6 64.8
Toro Spain 60.4 61.5 61.9 62.1 62.6
Navarra Spain 53.2 61.0 62.4 63.3 64.9
Cariñena Spain 57.6 61.2 62.4 63.3 64.8
Walla Walla Valley OR Oregon 56.2 61.9 62.7 63.1 63.6
Campo de Borja Spain 58.5 61.7 63.1 64.0 65.5
Utiel-Requena Spain 58.5 62.6 63.7 64.8 67.6
Dão Portugal 49.1 62.4 64.2 65.1 66.9
Priorat Spain 57.7 63.1 65.1 66.0 68.0
La Mancha Spain 60.6 64.8 65.7 66.6 70.0
Penedès Spain 59.9 64.6 66.0 66.9 68.5
Douro Valley Portugal 60.9 65.2 66.1 66.8 68.3
Jumilla Spain 60.6 65.1 66.4 67.5 69.4
Valdepeñas Spain 63.3 66.2 66.7 67.1 68.0
Alentejo Portugal 66.3 67.9 68.2 68.5 69.3
Growing Season Average Temperatures
Dão
Douro
Alentejo
Cigales
Toro
Ribera del Duero
La Rioja Navarra
La Mancha
Valdepeñas Jumilla
Utiel-Requena
Penedès
Somontano
Priorat
Campo de Borja
Calatayud Cariñena
Region Country/State GSTavg
Min 25% Med 75% Max
Columbia River Gorge OR Oregon 55.1 56.4 57.4 58.8 62.5
Willamette Valley Oregon 54.1 58.4 59.1 59.4 61.4
Umpqua Valley Oregon 55.9 58.8 59.3 59.9 61.5
Applegate Valley Oregon 51.8 58.1 59.9 60.9 62.3
Ribera del Duero Spain 55.8 59.5 60.1 60.4 62.1
Somontano Spain 46.2 57.9 60.1 61.7 64.2
Rogue Valley Oregon 50.9 58.9 60.2 61.1 62.7
Calatayud Spain 54.7 59.2 60.3 61.5 63.9
Snake River Valley OR Oregon 55.3 59.3 60.4 61.3 64.1
Cigales Spain 59.9 60.4 61.0 61.5 62.1
Columbia Valley OR Oregon 53.7 60.3 61.3 62.5 64.7
Rioja Spain 53.4 60.1 61.3 62.6 64.8
Toro Spain 60.4 61.5 61.9 62.1 62.6
Navarra Spain 53.2 61.0 62.4 63.3 64.9
Cariñena Spain 57.6 61.2 62.4 63.3 64.8
Walla Walla Valley OR Oregon 56.2 61.9 62.7 63.1 63.6
Campo de Borja Spain 58.5 61.7 63.1 64.0 65.5
Utiel-Requena Spain 58.5 62.6 63.7 64.8 67.6
Dão Portugal 49.1 62.4 64.2 65.1 66.9
Priorat Spain 57.7 63.1 65.1 66.0 68.0
La Mancha Spain 60.6 64.8 65.7 66.6 70.0
Penedès Spain 59.9 64.6 66.0 66.9 68.5
Douro Valley Portugal 60.9 65.2 66.1 66.8 68.3
Jumilla Spain 60.6 65.1 66.4 67.5 69.4
Valdepeñas Spain 63.3 66.2 66.7 67.1 68.0
Alentejo Portugal 66.3 67.9 68.2 68.5 69.3
Growing Season Average Temperatures
Dão
Douro
Alentejo
Cigales
Toro
Ribera del Duero
La Rioja Navarra
La Mancha
Valdepeñas Jumilla
Utiel-Requena
Penedès
Somontano
Priorat
Campo de Borja
Calatayud Cariñena
Growing Degree-Days in Oregon-Iberia Locations
Unpublished Data
0
100
200
300
400
500
600
700
800
900
1000
Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
GD
D
Month
0.0 5.0 10.0 15.0 20.0 25.0 30.0 35.0 40.0 45.0 50.0
McMinnville
Torres Vedras
Aranda de Duero
Roseburg
Tafalla
Valladolid
Toro
Vila Real
Viseu
Zamora
Milton-Freewater
Medford
Logrono
Evora
Cuidad Real
Diurnal Temperature Range during Ripening Months (°F, Sept-Oct)
Ripening Period Diurnal Temperature Ranges
Unpublished Data
Differences in DTR are largely driven by humidity differences
Jones, 2006
All varieties have inherent climatic thresholds for optimum quality and production characteristics
Position within the bars represents both climate type and wine style potential
These 26 region’s average climate envelope is ~60-70°F or ~2150-4280 GDD
Climate Envelopes Growing Degree-Days (NH Apr-Oct; SH Oct-Apr) 1500 3250 5000
Jones, 2006
How do Oregon regional climate envelope’s compare with the range of climates in other Tempranillo regions …
Cigales has a narrow and relatively cool climate
Willamette Valley’s climate envelope is even cooler but overlaps
Climate Envelopes
Jones, 2006
How do Oregon regional climate envelope’s compare with the range of climates in other Tempranillo regions …
Warmer areas in the Rogue and Applegate have intermediate climate zones
Nearly identical to planted areas in Toro
Climate Envelopes
Jones, 2006
How do Oregon regional climate envelope’s compare with the range of climates in other Tempranillo regions …
Umpqua Valley has a wide climate envelope, warmer areas are most similar to…
Ribera del Duero which is slightly warmer
Climate Envelopes
Jones, 2006
How do Oregon regional climate envelope’s compare with the range of climates in other Tempranillo regions …
La Mancha is at the warmest end of all Tempranillo regions, has a wide and very warm climate envelope
Walla Walla has a cooler, narrower climate zone, more similar to Navarra, Cariñena, Campo de Borja
Climate Envelopes
Tempranillo Phenological Comparisons Harvest Bud Break Flowering Véraison
Data from 10-15 years of observations in Southern Oregon, and as many data points as I could find in Spain and Portugal
Region Budbreak BB-F Flowering F-V Veraison V-H Harvest BB-H
Umpqua Apr 13 63 days Jun 16 60 days Aug 14 48 days Oct 2 171 days
Rogue Apr 21 56 days Jun 15 52 days Aug 15 52 days Oct 6 170 days
Ribera Apr 27 51 days Jun 17 56 days Aug 12 43 days Sept 24 152 days
Rioja Alta Apr 8 71 days Jun 18 67 days Aug 24 44 days Oct 7 182 days
Rioja Media Apr 7 56 days Jun 2 67 days Aug 8 50 days Sept 27 173 days
Rioja Baja Mar 21 67 days May 27 64 days Jul 30 52 days Sept 20 183 days
Douro Mar 18 66 days May 23 70 days Aug 1 45 days Sept 15 181 days
Lisboa Mar 20 64 days May 23 68 days Jul 29 48 days Sept 15 179 days
Average 5-Apr 62 days 6-Jun 63 days 8-Aug 48 days 25-Sep 174 days
Tempranillo Harvest Chemistry
Data from 10-15 years of multiple vineyard observations in Southern Oregon and 12 years over 26 vineyards in the Ribera del Duero
Region Statistic °Brix TA (g/l) MA (g/l) pH 100BW (g) Yield (t/a)
Umpqua Median 24.5 5.5 3.61 3.1
Stdev 0.8 1.0 0.13 1.2
Rogue Median 24.1 6.0 3.56 2.4
Stdev 0.9 0.8 0.10 0.5
Ribera Median 23.5 5.6 3.5 3.60 178
Stdev 1.0 0.9 0.7 0.09 13
Summary Tempranillo is one of the most rapidly expanding
varieties in terms of acreage and production worldwide Today 4th overall and 3rd for red varieties Spain and Portugal represent 96% of the world’s
production Argentina, France, US, and Australia seeing increased
plantings and production Iberia production occurs in most regions, 18 of which
individually produce more than all of the US Three core regions: Rioja, La Mancha, and Ribera del
Duero produce 75% of Spain’s output Spain more variety-oriented, Portugal more blend focus US production comes from ~2000 acres
Iberia/Oregon climates for Tempranillo are quite varied: – Cool to hot conditions across the range of producing
regions (60-70°F or 2150-4280 GDD niche) – However, core high quality areas in Iberia are found
within 61-64°F or 2300-3000 GDD – Experiencing a 32" range in annual precipitation with
30-60% coming during the growing season – Ripening period DTR ranges from ~10-45°F, Oregon’s
some of the highest in the world Growth timing and intervals shows generally consistent
variety expression from Oregon to Iberia Limited composition data also points to achieving
similar basic fruit chemistry
Summary
Papers or Work Referenced/Used Ramos, M.C., Jones, G.V. and J.A. Martínez-Casasnovas (2008): Structure and trends in climate
parameters affecting winegrape production in northeast Spain. Climate Research, 38:1-15. Jones, G.V., M. Moriondo, B. Bois, A. Hall, and A. Duff. (2009): Analysis of the spatial climate
structure in viticulture regions worldwide. Le Bulletin de l'OIV 82(944,945,946):507-518. Jones, G.V, Duff, A.A., Hall, A., and J. Myers (2010). Spatial analysis of climate in winegrape
growing regions in the western United States. American Journal of Enology and Viticulture, 61:313-326.
Jones, G.V. and F. Alves (2012). Spatial Analysis of Climate in Winegrape Growing Regions in Portugal. Proceedings of the 9th International Terroir Congress, 25-29 June, 2012, Burgundy and Champagne, France. Volume1: pp 3:1-4.
Ramos, M.C., Jones, G.V., and J. Yuste (2015). Spatial and temporal variability of cv. Tempranillo phenology and grape quality within the Ribera del Duero DO (Spain) and relationships with climate. International Journal of Biometeorology, 59: 1849-1860. DOI: 10.1007/s00484-015-0992-z
Ramos, M.C., Jones, G.V., and J. Yuste (2015). Phenology and grape ripening characteristics of cv Tempranillo within the Ribera del Duero designation of origin (Spain): Influence of soil and plot characteristics. European Journal of Agronomy, 70: 57-70, DOI: 10.1016/j.eja.2015.07.009
Fraga, H., Santos, J.A., Malheiro, A.C., Oliveira, A.A., Moutinho-Pereiraa, J. and G. V. Jones (2016). Climatic suitability of Portuguese grapevine varieties and climate change adaptation. International Journal of Climatology, 36: 1–12. DOI: 10.1002/joc.4325
Jones, G.V. and M.C. Ramos (2016). Spatial Analysis of Climate in Winegrape Growing Regions in Spain. In preparation.
http://www.sou.edu/envirostudies/faculty/jones.html