Skip to content
Have an account?
Login
or
Register
  • About
    • People
    • Fellows
    • Tastings
    • In the News
    • Awards
      • Christophe Baron Prize
      • AAWE Scholarships
      • AAWE Awards of Merits
    • Downloads
    • Contacts & Copyright
  • Journal
    • Online Journal Member Access
    • Online Journal Library Access
    • Editors
    • JWE – All Issues
    • Submission Guidelines
  • Working Papers
  • Meetings
    • 2023 Stellenbosch
    • 2022 Tbilisi
    • 2019 Vienna
    • 2018 Ithaca
    • 2017 Padua
    • 2016 Bordeaux
    • 2015 Mendoza
    • 2014 Walla Walla
    • 2013 Stellenbosch
    • 2012 Princeton
    • 2011 Bolzano
    • 2010 Davis
    • 2009 Reims
    • 2008 Portland
    • 2007 Trier
  • Membership
Menu
  • About
    • People
    • Fellows
    • Tastings
    • In the News
    • Awards
      • Christophe Baron Prize
      • AAWE Scholarships
      • AAWE Awards of Merits
    • Downloads
    • Contacts & Copyright
  • Journal
    • Online Journal Member Access
    • Online Journal Library Access
    • Editors
    • JWE – All Issues
    • Submission Guidelines
  • Working Papers
  • Meetings
    • 2023 Stellenbosch
    • 2022 Tbilisi
    • 2019 Vienna
    • 2018 Ithaca
    • 2017 Padua
    • 2016 Bordeaux
    • 2015 Mendoza
    • 2014 Walla Walla
    • 2013 Stellenbosch
    • 2012 Princeton
    • 2011 Bolzano
    • 2010 Davis
    • 2009 Reims
    • 2008 Portland
    • 2007 Trier
  • Membership
DONATE
  • Data
  • Jobs & Programs
  • Data
  • Jobs & Programs
Home
»
JWE-Articles
»
Journal of Wine Economics Volume 12 | 2017 | No. 4 | Selected Proceedings
»
Impact of Annual Weather Fluctuations on Wine Production in Germany

Impact of Annual Weather Fluctuations on Wine Production in Germany

Britta Niklas
JEL Clasification: Q21, Q13
Pages: 436-445
Abstract

This paper analyzes the impact of annual weather fluctuations on the total output of wine and on the share of output of different wine-quality categories in Germany, using a set of wine data from all thirteen German wine regions and daily weather data taken from regional weather stations. The empirical analysis suggests that rising average temperatures have a significantly positive impact on the total output of wine as well as on the output shares of wine in higher- quality categories. The number of freezing days appears to be detrimental to overall produc- tion; precipitation during the growing season impairs higher-quality wines in particular.

Subscribe to our Email List

You can cancel your subscription at any time.
SUBSCRIBE HERE

Contact

AAWE
Economics Department
New York University
19 W. 4th Street, 6FL
New York, NY 10012, U.S.A.
Tel: (212) 992-8083
Fax: (212) 995-4186
E-Mail: karl.storchmann@nyu.edu

AAWE

Journal

Working Papers as a List

Membership

Videos

LINKS

Fifthsense

JWE at Cambridge University Press

Liquid Assets

Stuart Pigott

Privacy & Cookies Policy

Privacy Policy

Cookies Policy

Twitter Facebook-f Youtube

© AAWE 2021 - All rights reserved