biodynamic viticulture · ocultism 1924 1924 to 1939 = 800 persons following the ideas of a new...
TRANSCRIPT
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Biodynamic ViticultureHistory, Concept and its influence on Viticulture and Wine
UC: Advanced ViticultureProfessor: Carlos LopesStudents: Ana Jorge, nº 25673; Daniela Matias, nº 22586; Mariana Sequeira, nº 25210; Rafael Carvalho, nº 25691; Ricardo Silva Pinto, nº 25224
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Contents
1. History and Concept;
2. Preparations;
3. Demeter and Certification;
4. Worldwide trend of Demeter-certified farms/vineyard;
5. Biodynamic Viticulture vs Convencional Viticulture;
6. Biodynamic Viticulture: Wines Sensorial Profile;
7. Biodynamic Viticulture: Environmental, Economic and Social Sustainability;
8. Conclusion;
9. References.
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1. History and Concept
Rudolf Steiner
Biodynamic Agriculture
Waldorf Metod
Spiritual Philosophy
Preparations of diluted natural
substances
Ocultism
1924
1924 to 1939 = 800 persons following the ideas of a new type of
agriculture;
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Erhard Bartsch
❏ 1985-1960, testing the effects of biodynamic agriculture;
❏ Results published in Demeter jornal;
1. History and Concept
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Ehrenfried Pfeiffer
❏ 1938, “Biodynamic Agriculture and Gardening”❏ Published in 5 languages;❏ Divulgation and boost of biodynamic agriculture;
1. History and Concept
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Start to work with the principles of biodynamicagriculture, but later turns into an entetie thatcertificate and give formation in the use of organicproducts.
Nowadays, biodynamic agricultureis present in more than 60countries.
1. History and Concept
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1. History and Concept
❏ Ecological equilibrium;
❏ This type of agriculture, is more than produce organic materials. If we don’t practice
this type of agriculture using the spiritual, mystic and astrologic way, the most
important points of biodynamic agriculture will not be respected;
❏ Rotation;
❏ Incorporation and symbioses of different cultures;
❏ The moon and the constellations, are an important factor to biodynamic agriculture.
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2. Preparations in viticulture ❏ 500 and 501 – Formation of humus, by pulverization or dispersion in the soil of the
preparations;
❏ 502 to 508 – Usage of medicinal plants and part of animals.
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3. Demeter/Certification
1928 Castellini et al., 2017
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4. Worldwide trend of Demeter-certified farms/vineyard
Castellini et al., 2017
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5.1 Biodynamic vs Conventional: Soil Quality
Angelopoulou et al. (2013)
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MWD mean weight diameter%AM arbuscular mycorrhizal
Fertilization and reduced TreatmentsLegumes in cover crops
PROMOTES SOIL QUALITY
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5.2 Biodynamic vs Conventional: Growth & Vigor
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Döring J. et al. (2015)
VIGOR INTEGRATED FARMING
19%PRUNING WEIGHT
BIODYNAMIC
COVER CROP WATER STRESS GROWTH AND VIGOR
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5.2 Biodynamic vs Conventional: Growth & Vigor
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Döring J. et al. (2015)
Values in the same column followed by different letters are significantly differentns-not significant
LATERAL LEAF AREA
CHLOROPHYLL CONTENT
ASSIMILATION SURFACE VSP
GROWTHNITROGEN CONVENTIONAL
BIODYNAMIC
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5.3 Biodynamic vs Conventional: Yield & Production
Collins et al. (2017)
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Döring J. et al. (2015)
15% YIELD BIODYNAMIC
COVER CROP WATER STRESS
YIELD CONVENTIONAL
CHEMICAL CROP THINNING
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5.4 Biodynamic vs Conventional: Grapes Quality
Bertoldi D. et al. (2017)
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Angelopoulou et al. (2013)
Döring J. et al. (2015)
CONVENTIONALSUGAR CONCENTRATION
YIELD
SYSTEMIC FUNGICIDES REDUCES PRODUCTION OF AMINO ACIDS
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5. Biodynamic vs Conventional: Main conclusion
Soil
IMPROVES SOIL QUALITY
Growth & Vigor
REDUCE GROWTH AND VIGOR
Yield & Production
NO CONCLUSIVE
Grapes Quality
NO CONCLUSIVE
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6. Biodynamic Viticulture: Wines Sensorial Profiles
The existing case studies are not conclusive
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However
Penfold et.al studied that:
Penfold C., Johnston L., Marschner P. (2015). The relative sustainability of organic, biodynamic and conventional viticulture: Final report to Australian grape and wine authority. UA 1102, University of Adelaide, Australia.08/11/2020
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6. Biodynamic Viticulture: Wines Sensorial Profiles
What can we conclude about the previous method?
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Organic and biodynamic management can improve certain sensory characteristics of wine.
This method of wine evaluation has the potential to evaluate experimental wines more profitably before proceeding to a more detailed sensory analysis.
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6. Biodynamic Viticulture: Wines Sensorial Profiles
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Döring J. et al.concludes that the type of system does not influence the sensory characteristics of the wine
Dupin et al. & Meißner
Conventional: floral, fruity, vegetable and complexBD: more balanced, full-bodied, with a stronger minerality and longer
Collins et al. BD plots were richer, fuller, more complex and vibrant compared with the wines from conventionally managed plots
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6. Biodynamic Viticulture: Wines Sensorial Profiles
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BD grapes showed a significantly higher ºBrix and, in particular, higher total phenols and total anthocyanins.
Carpenter-Boggs et al. & Angelopoulou et al.
Bertoldi D. et al.
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7. Biodynamic Viticulture: Environmental, Economic and Social Sustainability
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Villanueva-Rey et al., 2014
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7. Biodynamic Viticulture: Environmental, Economic and Social Sustainability
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Villanueva-Rey et al., 2014
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❏ The cost of growing organic wine grapes is from 10% to 15%, which is higher thanthat for conventional grapes, and the cost of growing biodynamic grapes increasesagain by 10–15% compared to that of the organic product.
❏ Biodynamics increased workload by ∼30% compared to conventional viticulture,mainly due to planning, organizing and preparing precisely calibrated natural
treatments for their vineyards.
In conclusion, producing a bottle of biodynamic wine costs at least 50% more, but the
sale price of the bottle is not much more expensive.
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7. Biodynamic Viticulture: Environmental, Economic and Social Sustainability
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8. Conclusion
❏ Biodynamic Viticulture promotes soil quality but reduces growth and vigor of the vines.
❏ There are no conclusive studies regarding the quality of the must and the differences
between conventional and biodynamic wines.
❏ Consumers who identify with the producers' holistic philosophy are available to pay
higher prices.
❏ Not possible to conclude which was the best since different authors showed different
results.
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9. References❏ Angelopoulou F., Bilalis D., Konstantas A., Papatheohari Y., Papastylianou P. e Travlos I. (2013). Εffect of
Organic, Biodynamic and Conventional Farming Systems in Selected Soil Parameters of Various Crops.
Laboratory of Agronomy, Faculty of Crop Science, Agricultural University of Athens, 75 Iera Odos str., GR
11855, Athens, Greece. Bulletin UASVM Horticulture, 70(1)/2013, 19-25;
❏ Bertoldi D., Malacarne M., Mescalchin E., Nicolini G., Pellini M., Román T. e Zanzotti R. (2017). The
comparison of organic, biodynamic and conventional farming in Pinot Blanc and Rhine Riesling in the 2016
vintage year. GiESCO Mendoza 2017 - 150-152;
❏ Carpenter-Boggs L., Closkey L., McGourty G., Reganold J., Reeve J. e York A. (2005). Soil and winegrapequality in biodinamically and organically managed vineyards. American Journal of Enology and Viticulture,
56(4):367-376.
❏ Castellini, A., Mauracher, C., & Troiano, S. (2017, Fevereiro 13). An overview of the biodynamic wine sector.International Journal of Wine Research, 9, 1–11. https://doi.org/10.2147/IJWR.S69126;
❏ Collins C., Döring J., Kauer R. e Stoll M (2017). Organic and Biodynamic Viticulture: a Systematic Review.
GiESCO Mendoza 2017 - 57;25
https://www.zotero.org/google-docs/?Cso8Hrhttps://doi.org/10.2147/IJWR.S69126
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9. References
❏ Delmas, M. A., Doctori Blass, V., & Shuster, K. (2006). Ceago Vinegarden: How green is your wine? UC Santa Barbara:Donald Bren School of Environmental Science and Management Program on Governance for Sustainable Development.
https://escholarship.org/uc/item/5k657745;
❏ Döring J., Frisch M., Kauer R., Stol M. e Tittmann S. (2015). Growth, Yield and Fruit Quality of Grapevines under Organic
and Biodynamic Management. PLoS ONE 10(10): e0138445. doi:10.1371/journal.pone.0138445;❏ Penfold C., Johnston L., Marschner P. (2015). The relative sustainability of organic, biodynamic and conventional
viticulture: Final report to Australian grape and wine authority. UA 1102, University of Adelaide, Australia.08/11/2020❏ Villanueva-Rey, P., Vázquez-Rowe, I., Moreira, M. T., & Feijoo, G. (2014). Comparative life cycle assessment in the wine
sector: Biodynamic vs. conventional viticulture activities in NW Spain. Journal of Cleaner Production, 65, 330–341.
https://doi.org/10.1016/j.jclepro.2013.08.026.
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https://www.zotero.org/google-docs/?Cso8Hrhttps://escholarship.org/uc/item/5k657745https://www.zotero.org/google-docs/?Cso8Hrhttps://doi.org/10.1016/j.jclepro.2013.08.026