Steven Shapin. the Tastes of Wine
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Petronius' Satyricon Teacher's Manual
Petronius' Satyricon Mosaic from House with Workshops, Pompeii Selections from Cena Trimalchionis Teacher's Manual Ashley Newman Table of Contents I. Introduction and teaching suggestions……………………...………………….pg 3 II. Lesson plans and handouts……………………………….....……………pgs 4 - 12 III. Large versions of text for overhead………………………………..……..pgs 13-19 IV. English translation…………….…………………………….……………pgs 20-23 V. Multiple choice quiz and key..…………………………………………. pgs 24 -25 VI. Vocabulary Quiz………..…………………………………………………….pg 26 VII. Translation Quest and key..………………………………………………pgs 27-28 VIII. Test and key………………………………………………………………pgs 29-35 IX. Bibliography………………………………………………………………….pg 36 2 Introduction and teaching suggestions The purpose of this teaching project is to guide Latin III students through Petronius' Satyricon with ease. By Latin III, the students should be reading unaltered texts in Latin. It is important that the students read texts written by Romans, instead of teachers. Students can learn information about culture and language from reading the words of the Romans. This project is designed to help young students navigate their way through an authentic text. This unit has been designed to take about 12 days. The lesson plans are laid out for group work. This Petronius project lends itself to be incorporated into a larger Roman author unit. I incorporate Petronius as one of the six Romans authors whom I expose my students during a semester. This unit could be longer. Students could translate and discuss only one page a day with daily review of the previous page. Using the suggested extension activities would also extend the unit. It is important to read and discuss the introduction with the students in order to familiarize them with the time period, author, and genre of the Satyricon. -
Wines of the Finger Lakes
No. 69 JANUARY 2019 AVAILABLE ONLINE ONLY PRICE $25 Wines of the Finger Lakes Wines of the Atlantic Seaboard: Part I Unique Terroir - Riesling, Cabernet Franc & Sparkling - The New Generation - Top Producers & Wines 1 In the light of these developments, the International Wine Review (IWR) is publishing a series of reports in 2019 on the wines of the Atlantic Seaboard. Prepared Table of Contents in collaboration with the Atlantic Seaboard Wines Association and local wine associations, each report in the series focuses on the wineries, winemakers, vineyards, Preface: The Transformation of Eastern Wine the regulatory framework and future prospects of the Introduction: The Finger Lakes industry in each state. The reports also include extensive tasting notes and ratings of the principal wineries in each Top Rated Wines state. The reports are based on extensive field research, Acknowledgements tastings and interviews with local winemakers and industry History leaders carried out by the IWR team in 2018. The Institutional Environment This is the first in a series of reports on the wines of the Unique Terroir East Coast, from North Carolina in the south to New York’s The Grapes & Wines Finger Lakes 800 miles to the north. The states included in the series, New York, New Jersey, Pennsylvania, The New Generation Maryland, Virginia and North Carolina have about 20 Looking to the Future thousand acres of vines, and New York has over half the Winery Profiles & Tasting Notes total, as shown in the graph below. These states and the regions within them differ in terms of terroir, wine history, Annex 1: New York AVA Map grape varieties grown, and development path of the wine industry. -
Concepts in Wine Chemistry
THIRD EDITION Concepts IN Wine Chemistry YAIR MARGALIT, Ph.D. The Wine Appreciation Guild San Francisco Contents Introduction ix I. Must and Wine Composition 1 A. General Background 3 B. Sugars 5 C. Acids 11 D. Alcohols 22 E. Aldehydes and Ketones 30 F. Esters 32 G. Nitrogen Compounds 34 H. Phenols 43 I. Inorganic Constituents 52 References 55 n. Fermentation 61 A. General View 63 B. Chemistry of Fermentation 64 C. Factors Affecting Fermentation 68 D. Stuck Fermentation 77 E. Heat of Fermentation 84 F. Malolactic Fermentation 89 G. Carbonic Maceration 98 References 99 v III. Phenolic Compounds 105 A. Wine Phenolic Background 107 B. Tannins 120 C. Red Wine Color 123 D. Extraction of Phenolic Compounds from Grapes 139 References 143 IV. Aroma and Flavor 149 A. Taste 151 B. Floral Aroma 179 C. Vegetative Aroma 189 D. Fruity Aroma 194 E. Bitterness and Astringency 195 F. Specific Flavors 201 References 214 V. Oxidation and Wine Aging 223 A. General Aspects of Wine Oxidation 225 B. Phenolic Oxidation 227 C. Browning of White Wines 232 D. Wine Aging 238 References 253 VI. Oak Products 257 A. Cooperage 259 B. Barrel Aging 274 C. Cork 291 References 305 vi VH. Sulfur Dioxide 313 A. Sulfur-Dioxide as Food Products Preservative 315 B. Sulfur-Dioxide Uses in Wine 326 References 337 Vm. Cellar Processes 341 A. Fining 343 B. Stabilization 352 C. Acidity Adjustment 364 D. Wine Preservatives 372 References 382 IX. Wine Faults 387 A. Chemical Faults 389 B. Microbiological Faults 395 C. Summary ofFaults 402 References 409 X. -
Download Abstracts
JUNE 17–20, 2019 Napa Valley Marriott Hotel Technical Abstracts Napa, California USA 70 YEARS th NATIONAL Science: A Platform 70 for Progress CONFERENCE ASEV AMERICAN SOCIETY FOR ENOLOGY AND VITICULTURE 70 Technical Abstracts YEARS Oral Presentation Abstracts Wednesday, June 19 Enology—Phenolic Extraction ......................................................................................................................48–50 Viticulture—Impact of Red Blotch on Grape and Wine Composition ............................................ 51–54 Science: A Platform A Platform Science: Progress for Enology—Microbiology of Wine .................................................................................................................. 54–56 Viticulture—Managing Pests and Weeds ..................................................................................................57–59 Enology—Wine Chemistry: Oxidations and Aging .................................................................................59-61 Viticulture—Fruit Composition and Yield ..................................................................................................61-63 Thursday, June 20 Enology—Wine Macromolecules ........................................................................................................................ 64 Viticulture—Crop Load Management .........................................................................................................65-66 Enology—Wine Stability ................................................................................................................................ -
Copyrighted Material
1 Water and Ethanol 1.1 Introduction From a macroscopic perspective, wine is a mildly acidic hydroethanolic solution. As shown in Table 1.1, water and ethanol represent ~97% w/w of dry table wines. Ethanol is the major bioactive compound in wine and its presence renders wine and other alcoholic beverages inhospitable to microbial pathogens. Understanding the physiochemical properties of wine will first require a review of the basic properties of water and water–ethanol mixtures. More thorough discussions of the unique properties of water, including those specific to the food chemistry, can be found elsewhere [1]. 1.2 Chemical and physical properties of water Water is a hydride of oxygen, but has unique properties compared to other hydrides of elements nearby on the periodic table, as shown in Table 1.2. For example, the boiling point of water (100 °C) is far above that of hydrides of adjacent elements on the periodic table: HF (19.5 °C), H2S (–60 °C), and NH3 (–33 °C). Thus, water exists as a liquid at room temperature, while the other hydrides exist as gases. Similarly, water also has a higher heat of vaporization, heat capacity, and freezing point than would be expected as compared to nearby hydrides. The unique properties of water are largely due to its ability to engage in intermolecular hydrogen (H) bond- ing, which results in stronger molecule‐to‐molecule interactions than in related compounds. ●● Oxygen is more electronegativeCOPYRIGHTED than hydrogen and an O–H MATERIALbond is more polarized than N–H or S–H. ●● The geometry and symmetry of an H2O molecule allows for four concurrent H bonds per water molecule. -
Wine List.Pdf 1 27/11/2017 11:42
Wine List.pdf 1 27/11/2017 11:42 CHAMPAGNE & SPARKLING 23. Le Dolci Colline Prosecco Spumante, Italy £5.95 £23.95 Delightfully fruity easy drinking Prosecco with a lovely clean finish 24. Le Dolci Colline Rose Spumante, Italy £5.95 £23.95 For those whose fizz just has to be pint C 25. Gremillet Brut Champagne NV £39.95 M This Champagne shows a fine mousse in the glass and some richer fruit Y and classic baked biscuit flavours with a crisp citrus finish. CM MY DESSERT WINE 75ml CY CMY 26. Mavrodaphne of Patras, Greece £5.50 £24.95 An exceptional deep sweet velvety fortified wine. The perfect end to any meal K 27. Bodegas Pinord, Moscatel, Spain £5.50 A luscious, honeyed dessert wine from Penedes. WINE & BAR LIST Not sure which wine..... you are very welcome to try a sample of any wine we sell by the glass. Not sure if you can finish a bo�le of wine..... you are welcome to take any unfinished bo�le away with you. Love a particular wine.....all wines are available to purchase to take away by the bo�le and to order by the case. Wine List.pdf 2 27/11/2017 11:42 WORLD WINES 175ml 250ml Bo�le HOUSE 1. White - Cape Heights, Sauvignon Blanc, South Africa £4.50 £5.90 £16.95 This Sauvignon from the Western Cape is zippy, racy and very pleasing. 2. Red - Cape Heights, Merlot, South Africa £4.50 £5.90 £16.95 Bright, juicy, plump and sensuous Merlot. GREEK WINES 3. -
Catullus, As Can’T Be Counted by Spies Nor an Evil Tongue Bewitch Us
&$78//867+(32(06 7UDQVODWHGE\$6.OLQH ã Copyright 2001 A. S. Kline, All Rights Reserved This work may be freely reproduced, stored and transmitted, electronically or otherwise, for any NON-COMMERCIAL purpose. 2 &RQWHQWV 1. The Dedication: to Cornelius............................... 8 2. Tears for Lesbia’s Sparrow.................................. 9 2b. Atalanta.............................................................. 9 3. The Death of Lesbia’s Sparrow ......................... 10 4. His Boat ............................................................ 11 5. Let’s Live and Love: to Lesbia .......................... 13 6. Flavius’s Girl: to Flavius ................................... 14 7. How Many Kisses: to Lesbia ............................. 15 8. Advice: to himself.............................................. 16 9. Back from Spain: to Veranius............................ 17 10. Home Truths for Varus’s girl: to Varus........... 18 11. Words against Lesbia: to Furius and Aurelius . 19 12. Stop Stealing the Napkins! : to Asinius Marrucinus............................................................. 21 13. Invitation: to Fabullus...................................... 22 14. What a Book! : to Calvus the Poet................... 23 15. A Warning: to Aurelius.................................... 25 16. A Rebuke: to Aurelius and Furius.................... 26 17. The Town of Cologna Veneta.......................... 27 21. Greedy: To Aurelius. ....................................... 30 22. People Who Live in Glass Houses: to Varus ... 31 -
Yiannis-Karakasis-Mw
Zambartas Winery in Cyprus: Wines of purity and character http://www.karakasis.mw/print/87 15 OCTOBER 2016 During my last year's, first visit to Cyprus I had the chance to taste numerous wines, from mineral Xynisteris and richer Promara to structured reds from Maratheftiko and Yiannoudi. You can read my first impressions and my tasting notes here. From what I have seen and tasted so far it is clear to me that Cyprus Wine Industry undergoes a major transformation. As Demetri Walters MW describes in his excellent article Cypriot wine: Going Native [1] the industry is changing its skin very rapidly shifting more attention to indigenous varieties. Work in progress maybe the best way to describe the current wine scene which is at crossroads. 1 of 3 1/11/2016 9:16 πμ Zambartas Winery in Cyprus: Wines of purity and character http://www.karakasis.mw/print/87 One of the pioneer Cypriot wineries is Zambartas [2]family winery whose wines I did not had the chance to taste while in Cyprus but winemaker Marcos Zambartas was kind enough to provide me with more food for thought, sending me samples including a single vineyard Xynisteri. The winery was established in 2006 by the late Akis Zambartas a visionary man who during his career as oenologist in KEO, re-discovered 12 native Cypriot grape varieties, which he recorded, planted and vinified. Among them the most important were: Maratheftiko, Lefkada, Promara, Spourtiko and Yiannoudi. Now the legacy of Akis Zambartas is continued through his son Marcos, a winemaker trained in Australia who runs the winery together with his wife Marleen. -
Try the Wine: Food As an Expression of Cultural Identity in Roman Britain
Utah State University DigitalCommons@USU All Graduate Theses and Dissertations Graduate Studies 8-2020 Try the Wine: Food as an Expression of Cultural Identity in Roman Britain Molly Reininger Utah State University Follow this and additional works at: https://digitalcommons.usu.edu/etd Part of the History Commons Recommended Citation Reininger, Molly, "Try the Wine: Food as an Expression of Cultural Identity in Roman Britain" (2020). All Graduate Theses and Dissertations. 7867. https://digitalcommons.usu.edu/etd/7867 This Thesis is brought to you for free and open access by the Graduate Studies at DigitalCommons@USU. It has been accepted for inclusion in All Graduate Theses and Dissertations by an authorized administrator of DigitalCommons@USU. For more information, please contact [email protected]. TRY THE WINE: FOOD AS AN EXPRESSION OF CULTURAL IDENTITY IN ROMAN BRITAIN by Molly Reininger A thesis submitted in partial fulfillment of the requirements for the degree of MASTER OF THE ARTS in History Approved: ______________________ ______________________ Frances Titchener, Ph.D . Seth Archer, Ph.D. Major Professor Committee Member ______________________ ______________________ Susan Cogan, Ph.D. Gabriele Ciciurkaite, Ph.D. Committee Member Outside Committee Member ______________________ Janis L. Boettinger, Ph.D. Acting Vice Provost of Graduate Studies UTAH STATE UNIVERSITY Logan, Utah 2020 ii Copyright © Molly Reininger 2020 All Rights Reserved iii ABSTRACT Try the Wine: Food as an Expression of Cultural Identity in Roman Britain by Molly Reininger, Master of the Arts Utah State University, 2020 Major Professor: Dr. Frances Titchener Department: History This thesis explores the relationship between goods imported from Rome to Britannia, starting from the British Iron Age to the Late Antique period, and how their presence in the province affected how those living within viewed their cultural identity. -
Ab-Initio Calculation of the Rates of the Reactions Between Volatile Organic Compounds in Wine and Cations for Mass Spectrometry
Scuola di Dottorato in Fisica, Astrofisica e Fisica Applicata Dipartimento di Fisica Corso di Dottorato in Fisica, Astrofisica e Fisica Applicata Ciclo XXXIII Ab-initio Calculation of the Rates of the Reactions between Volatile Organic Compounds in Wine and Cations for Mass Spectrometry Settore Scientifico Disciplinare FIS/03 Supervisore: Prof. Nicola Manini Co-supervisore: Dr. Franco Biasioli Co-supervisore: Prof. Paolo Piseri Coordinatore: Prof. Matteo Paris Tesi di Dottorato di: Manjeet Kumar Anno Accademico 2019-2020 External Referees: Jonathan Beauchamp Giorgio Benedek Commission of the final examination: External Members: Saskia Van Ruth Luca Cappellin Internal Member: Nicola Manini Final examination: Date 18-12-2020 Università degli Studi di Milano, Dipartimento di Fisica, Milano, Italy Dedicated to my parents Cover illustration: Volatile Organic Compounds responsible for producing cork-taint in a bottle of wine. MIUR subjects: FIS/03, FIS/07, CHIM/01, CHIM/10 PACS: 82.20.Pm, 33.15.Ms, 31.15.Ar Abstract Wine is a complex mixture housing many aroma and flavor compounds giving it a unique texture and bouquet. These volatile organic compounds (VOCs), if present near the sensory threshold limits, may contribute positively to wine quality; however, excessive amounts can detract from quality, and are considered as a fault in wine. It is believed that nearly 10% of the world’s wine is affected from various types of faults. The most common and potent wine taint is 2,4,6-trichloroanisole (2,4,6-TCA), com- monly known as cork-taint molecule resulting from the cork stopper of wine bottles. 2,4,6- TCA produces intense ’musty’, ’mouldy’ ’earthy’ smelling in wine. -
J. Wilkes Wines Central Coast
GOLD WINE CLUB VOLUME 26 ISSUE 09 P TheMedal WinningWine Wines from California’s Best Family-Ownedress Wineries. J. Wilkes Wines Central Coast GOLD MEDAL WINE CLUB The Best Wine Club on the Planet. Period. 2013 “CHANDRA’S RESERVE’ PINOT NOIR CENTRAL COAST 657 Cases Produced Produced from a selection of top vineyards in the Santa Maria Valley and Monterey AVA’s the J. Wilkes 2013 “Chandra’s Reserve” Pinot Noir beautifully blends the best characteristics of Central Coast Pinot. Medium garnet red in color, the 2013 “Chandra’s Reserve” Pinot Noir opens with amazingly complex aromas of ripe cherry, raspberry, baking spice, earthy leather, and the slightest hint of sage and wet stone. The palate is bright growingand fruity regions. with excellent The J. Wilkes fresh 2013 acidity “Chandra’s and persistent Reserve” flavors Pinot of Noir red is berry a food fruits friendly and winebright as cherry.well, pairing Lively with and delicious from start to finish, this wine exemplifies classic Central Coast character showing the elegance of both mignon. Enjoy now until 2021. everything from white fish, to strong artisanal cheeses, a grilled cheese sandwich and tomato soup, or even filet GOLD MEDAL SPECIAL SELECTION 2013 “CHANDRA’S RESERVE” CHARDONNAY CENTRAL COAST 456 Cases Produced A delicious and special Chardonnay blend from top vineyard sites on California’s Central Coast, the J. Wilkes 2013 “Chandra’s Reserve” Chardonnay might just be your next go-to bottle of white wine. Medium straw- yellow in color with brilliant clarity, this Chardonnay offers hints of chalky minerality on the nose, framed by aromas of green apple, quince, pear, lime blossom, caramel, and tropical fruit. -
Glossary of Terms
Glossary of Terms Acceptable Daily Intake or Allowed Daily Intake (ADI) → Dose- Response Relationship/Curve Allergen The allergen is a material which triggers an allergic reaction. Allopathy The term allopathy was created by Christian Friedrich Samuel Hahnemann (1755– 1843) (from the Greek prefix άλλος, állos, “other”, “different” and the suffix πάϑος, páthos, “suffering”) in order to distinguish his technique (homeopathy) from the traditional medicine of his age. Today, allopathy means a medicine based on the principles of modern pharmacology. Anaphylactic shock Anaphylaxis (or an anaphylactic shock) is a whole-body, rapidly developing aller- gic reaction, which may lead to lethal respiratory and circulatory failure. Antibody Antibodies are proteins produced by the immune system to neutralize exogenous (external) substances. Chromatography, chromatogram Chromatography is the common name of different techniques used to separate mix- tures of compounds. HPLC stands for high-performance liquid chromatography. A chromatogram is the pattern of separated substances obtained by chromatography. Colloidal sol A colloidal sol is a suspension of very small solid particles in a continuous liquid medium. Colloidal sols are quite stable and show the Tyndall effect (light scatter- ing by particles in a colloid). They can be quite stable. Examples include blood, pigmented ink, and paint. Colloidal sols can change their viscosity quickly if they © Springer International Publishing Switzerland 2014 311 L. Kovács et al., 100 Chemical Myths, DOI 10.1007/978-3-319-08419-0 312 Glossary of Terms are thixotropic. Examples include quicksand and paint, both of which become more fluid under pressure. Concentrations: parts per notations In British/American practice, the parts-per notation is a set of pseudo-units to de- scribe concentrations smaller than thousandths: 1 ppm (parts per million, 10−6 parts) One out of 1 million, e.g.