Implications of Climate Change for International Agriculture: Crop Modeling

Entry_ID: GCRIO 130 GCRIO_Inventory: 1 Entry_Title: Implications of Climate Change for International Agriculture: Crop Modeling Study Document_Author: Rosenzweig, Cynthia (editor) Document_Author: Iglesias, Ana (editor)
Agency_Name: EPA>United States Environmental Protection Agency
Start_Date: 1994-06-00
Group: Summary
Audience_Interest_Guide: Science Institutes
Audience_Interest_Guide: Research Community

This publication presents the crop modeling research conducted over the
period 1989-1992 for the U.S. Environmental Protection Agency Climate
Change Division project "Implications of Climate Change for International
Agriculture: Global Food Production, Trade and Vulnerable Regions." The
central aim of the study was to provide an assessment of potential climate
change impacts on world crop production, including quantitative estimates of
yield and water-use changes of major crops. The crops modeled were wheat,
rice, maize and soybean.

The study assessed the implications of climate change for world crop yields
taking into account: a) uncertainty in the level of climate change expected, b)
physiological effects of carbon dioxide, and c) different adaptive responses.
Group: Data_Center
Data_Center_Name: EPA>United States Environmental Protection Agency
Dataset_ID: EPA 230-B-94-003
Group: Data_Center_Contact
Last_Name: None
First_Name: None
Email: None
Phone: (202) 260-4968
Fax: None
Group: Address
Office of Policy, Planning, and Evaluation
401 M Street, SW
Washington, DC 20460
Storage_Medium: approx. 500 pages printed matter
Parameter: Atmospheric Composition> Carbon Dioxide
Parameter: Atmospheric Composition> Carbon Monoxide
Parameter: Atmospheric Composition> Nitrogen
Parameter: Atmospheric Composition> Ozone
Parameter: Atmospheric Composition> Trace Gases
Parameter: Geography and Land Cover>Surface Vegetation
Parameter: Geographical Parameters>Soils
Discipline: Physical Sciences > Agricultural Sciences
Discipline: Physical Sciences > Earth Science
Discipline: Physical Sciences > Climatology
Discipline: Life Sciences > Plant Biology
Location: Global
Keyword: climate change
Keyword: scenarios
Keyword: agriculture
Keyword: carbon dioxide
Keyword: crop modeling
Keyword: crop yield
Keyword: crop production
Keyword: references
Keyword: crops modeling
Keyword: food
Keyword: wheat
Keyword: soybean
Keyword: corn
Keyword: maize
Keyword: charts
Keyword: graphs