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World Outlook of Glyphosate 2009-2014

Publication Date June 2009
Publisher CCM International
Product Type Report
Pages 215
ISBN Number not applicable
Product Code CMI00120
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Summary

World Outlook of Glyphosate 2009-2014 edited by CCM International is the world first research about global glyphosate. This report is comprised of 3 main sections including supply and demand, glyphosate situation in each country and flow research. 10 key players are profiled.

From global insight, this report will present to readers a clear picture about production, distribution and application of glyphosate in the global market especially 28 countries including 8 Asian-Pacific countries (China, India, Indonesia, Malaysia, Thailand, Vietnam, Israel and Australia), 5 Europe countries (Belgium, Germany, Turkey, Russia and Ukraine), 2 North American countries (USA and Canada), 1African country (S. Africa) and all the South American countries. With more than 53,000 words and over 300 tables and figures, this report will enable readers to gain unrivalled understanding about global glyphosate market.

Through this report, you can:

  • Be well informed of the supply of intermediate and glyphosate formulations in these 28 countries including key players and brands;
  • Get to know the application of glyphosate in these 28 countries breakdown by crop, growing periods (pre-seeding stage, pre-emergence stage and post-emergent stage);
  • Gain intelligence on possible activities of Chinese glyphosate players;
  • Understand the demand of glyphosate in each county and continent;
  • Have a clear picture of glyphosate flow among some important countries
  • Know the purchasing behavior of some key multinational players such as Monsanto, Dow, Syngenta, Nufarm

As the largest pesticide, glyphosate has developed to be the main profit source for many companies, especially the top enterprises with broad sales channel in crop protection market. What is the market share of main players in glyphosate market? Which competitive strategies do they take to strengthen their position in glyphosate market? You can find answers in the report.

Undoubtedly, GM crops and no-till farming are the main drivers for glyphosate consumption in the global. For the same reason, South America is the largest contributor to the world glyphosate application hike in the past 5 years. Will its glyphosate market still hold the growth trend in the near future? ? Which region(s) will be the next growth point for glyphosate market? ? Which new GM crops are likely to be approved in main countries for glyphosate consumption? ? What are the attitudes of main countries to GM crops and their impacts on glyphosate?

CCM will give you an insightful analysis on the above questions.

Besides, bio-fuel is another key factor for glyphosate consumption. Due to the global energy crisis, bio-fuel, recognized as an important substitute for petroleum, gains rapid development all over the world, causing the growth of demand for the feed stocks, such as cane, oil palm, cassava, etc. Those crops planted areas rise to meet the demand of bio-fuel. The main countries' policies to bio-fuel and their impacts on glyphosate is comprised in the report.

In a bid to figure out the glyphosate flow, CCM has dived deep into the global glyphosate supply chain, with glyphosate technical producers, glyphosate trade, key players and brands in main countries analyzed systematically. Moreover, an insightful research on the source and distribution of glyphosate of the top players in glyphosate market is provided in the report.

It seems that glyphosate has enjoyed good days in most countries in the world, but it still faces some risks. What are they and how will they affect glyphosate in the future? You can also find answers to them.

Content

  • Main content
  • Executive summary
  • Introduction
  • Methodology and source
  • I Market environment
    • I-1 World economic outlook
    • I-2 World demographic outlook
    • I-3 World agricultural outlook
    • I-4 World agricultural land usage
    • I-4.1 Global GM crops
      • - GM corn
      • - GM soybean
      • - GM cotton
      • - GM rape
    • I-4.2 Other major crops
    • I-5 Environmental & regulatory issues
  • II Global supply & demand of glyphosate
    • II-1 Supply situation
    • II-2 Demand situation
      • - Total volume and growth rate
      • - Distribution
      • - Use situation in crops
    • II-3 Outlook for supply & demand balance
  • III Glyphosate industry in major regions
    • III-1 Asia-pacific
      • III-1.1 P.R. China
        • III-1.1.1 Glyphosate supply
        • III-1.1.2 Glyphosate consumption
      • III-1.2 Malaysia
        • III-1.2.1 Glyphosate supply
        • III-1.2.2 Glyphosate consumption
      • III-1.3 India
        • III-1.3.1 Glyphosate supply
        • III-1.3.2 Glyphosate consumption
      • III-1.4 Indonesia
        • III-1.4.1 Glyphosate supply
        • III-1.4.2 Glyphosate consumption
      • III-1.5 Thailand
        • III-1.5.1 Glyphosate supply
        • III-1.5.2 Glyphosate consumption
      • III-1.6 Vietnam
        • III-1.6.1 Glyphosate supply
        • III-1.6.2 Glyphosate consumption
      • III-1.7 Israel
        • III-1.7.1 Glyphosate supply
        • III-1.7.2 Glyphosate consumption
      • III-1.8 Australia
        • III-1.8.1 Glyphosate supply
        • III-1.8.2 Glyphosate consumption
    • III-2 Europe
      • III-2.1 Belgium
        • III-2.1.1 Glyphosate supply
        • III-2.1.2 Glyphosate consumption
      • III-2.2 Russia
        • III-2.2.1 Glyphosate supply
        • III-2.2.2 Glyphosate consumption
      • III-2.3 Germany
        • III-2.3.1 Glyphosate supply
        • III-2.3.2 Glyphosate consumption
      • III-2.4 Ukraine
        • III-2.4.1 Glyphosate supply
        • III-2.4.2 Glyphosate consumption
      • III-2.5 Turkey
        • III-2.5.1 Glyphosate supply
        • III-2.5.2 Glyphosate consumption
    • III-3 South America
      • III-3.1 Argentina
        • III-3.1.1 Glyphosate supply
        • III-3.1.2 Glyphosate consumption
      • III-3.2 Brazil
        • III-3.2.1 Glyphosate supply
        • III-3.2.2 Glyphosate consumption
      • III-3.3 Paraguay
        • III-3.3.1 Glyphosate supply
        • III-3.3.2 Glyphosate consumption
      • III-3.4 Uruguay
        • III-3.4.1 Glyphosate supply
        • III-3.4.2 Glyphosate consumption
      • III-3.5 Columbia
        • III-3.5.1 Glyphosate supply
        • III-3.5.2 Glyphosate consumption
      • III-3.6 Bolivia
        • III-3.6.1 Glyphosate supply
        • III-3.6.2 Glyphosate consumption
      • III-3.7 Ecuador
        • III-3.7.1 Glyphosate supply
        • III-3.7.2 Glyphosate consumption
      • III-3.8 Peru
        • III-3.8.1 Glyphosate supply
        • III-3.8.2 Glyphosate consumption
      • III-3.9 Venezuela
        • III-3.9.1 Glyphosate supply
        • III-3.9.2 Glyphosate consumption
      • III-3.10 Chile
        • III-3.10.1 Glyphosate supply
        • III-3.10.2 Glyphosate consumption
      • III-3.11 Guyana
        • III-3.11.1 Glyphosate supply
        • III-3.11.2 Glyphosate consumption
      • III-3.12 The Republic of Suriname
        • III-3.12.1 Glyphosate supply
        • III-3.12.2 Glyphosate consumption
    • III-4 North America
      • III-4.1 USA
        • III-4.1.1 Glyphosate supply
        • III-4.1.2 Glyphosate consumption
      • III-4.2 Canada
        • III-4.2.1 Glyphosate supply
        • III-4.2.2 Glyphosate consumption
      • III-5 Africa
        • III-5.1 S. Africa
        • III-5.1.1 Glyphosate supply
        • III-5.1.2 Glyphosate consumption
  • IV Flow of glyphosate in global market and future trend
    • IV-1 Trade situation in major countries
      • IV-1.1 China
      • IV-1.2 U.S.
      • IV-1.3 Argentina
    • IV-2 Flow chart
      • IV-2.1 Glyphosate technical and PMIDA
      • IV-2.2 Glyphosate formulation
    • IV-3 Trend
  • V Price of glyphosate in international market and its future trend
    • VI Forecast on the global glyphosate industry
    • VI-1 Driven forces and barriers
    • VI-2 Future prospect of global glyphosate industry
      • - Supply
      • - Demand
  • VII Conclusion and recommendation
  • VIII Profiles of key glyphosate players
    • VIII-01 Monsanto
    • VIII-02 Nufarm
    • VIII-03 Zhejiang Wynca Chemical Group Co., Ltd.
    • VIII-09 Nantong Jiangshan
    • VIII-10 Anhui Huaxing
  • List of Tables
    • Table I-1.1 Predicted global GDP growth for 2009~2014, by main countries
    • Table I-1.2 Exchange rate* growth projection, 2009-2014
    • Table I-2.1 Predicted population growth by major countries, 2009-2014
    • Table I-2.2 World population by major countries, 2008
    • Table I-3.1.1 Predicted world cereal production and demand, 2009-2014, million tonnes
    • Table I-3.1.2 World oilseed production and consumption projection, million tonnes
    • Table I-3.2.1 World agricultural commodity prices, USD/t
    • Table II-1.1 Key players of glyphosate technical in the world, '000 tonnes
    • Table II-1.2 Key players of glyphosate formulation in the world (convert to 95% technical, '000 tonnes)
    • Table II-2.2.1 Average glyphosate consumption in different areas, 2008
    • Table II-2.2.2 Major used field and characters of glyphosate consumption in different area
    • Table III-1.1.1.1 Basic information of top 30 glyphosate technical producers in China
    • Table III-1.1.1.2 Basic information of top 8 PMIDA producers in China
    • Table III-1.1.2.1 Harvested area of crops in China, 2004-2008 (' 000 hectares)
    • Table III-1.1.2.2 Supply & demand of herbicide and glyphosate in China, 2004-2007 (Converted to 100% technical, tonne)
    • Table III-1.1.2.3 Glyphosate consumption in major crops in China, 2004-2008 (converted to 95% technical, tonne)
    • Table III-1.1.2.4 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-1.1.2.5 Glyphosate consumption in major orchard, 2008
    • Table III-1.1.2.6 No-tillage cultivation system development plan in China, million ha.
    • Table III-1.2.1.1 Basic information of key glyphosate producers in Malaysia
    • Table III-1.2.2.1 Planted areas of main crops in Malaysia, 2004-2008, ' 000 hectares
    • Table III-1.2.2.2 Glyphosate consumption in oil palm and natural rubber, 2008 (converted to 95% technical, kg/hectare/year)
    • Table III-1.3.1.1 Basic information of key glyphosate producers in India
    • Table III-1.3.2.1 Harvested area (' 000 hectares) in India, 2004-2008
    • Table III-1.3.2.2 Evolution of crop planting structure in India, 2004-2008
    • Table III-1.3.2.3 Glyphosate consumption in different growing periods of major crops, 2008, (converted to 95% technical, tonne)
    • Table III-1.4.1.1 Basic information of key glyphosate producers in Indonesia
    • Table III-1.4.2.1 Harvested area of major crops in Indonesia, 2004-2008, ' 000 hectares
    • Table III-1.4.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (kg/hectare/year, converted to 95% technical)
    • Table III-1.4.2.3 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-1.5.1.1 Basic information of key glyphosate producers in Thailand
    • Table III-1.5.2.1 Harvested area of major crops in Thailand, 2004-2008 (' 000 hectares)
    • Table III-1.5.2.2 Crop planting structure in Thailand, 2004-2008
    • Table III-1.5.2.3 Glyphosate consumption in different growing periods of major crops, 2008 (kg/hectare/year, converted to 95% technical)
    • Table III-1.5.2.4 Glyphosate consumption in major crops, 2008 (converted to 95% technical, tonne)
    • Table III-1.6.1.1 Basic information of key glyphosate producers in Thailand
    • Table III-1.6.2.1 Harvested area of major crops in Vietnam, 2004-2008, ' 000 hectares
    • Table III-1.6.2.2 Glyphosate consumption in natural rubber, 2008 (converted to 95% technical, kg/hectare/year)
    • Table III-1.6.2.3 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-1.7.1.1 Key glyphosate supplier in Israel
    • Table III-1.8.1.1 Key glyphosate suppliers in Australia
    • Table III-1.8.2.1 Harvested area of major crops in Australia, 2004-2008, ' 000 hectares
    • Table III-1.8.2.2 Evolution of crop planting structure in Australia, 2004-2008
    • Table III-1.8.2.3 Glyphosate consumption in major crops, 2008 (converted to 95% technical, tonne)
    • Table III-1.8.2.4 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-1.8.2.5 Glyphosate-resistant weeds in Australia by May 2009
    • Table III-2.1.1.1 Basic information of key glyphosate producers in Belgium
    • Table III-2.1.2.1 Harvested area of crops in Belgium, 2004-2008 (' 000 hectares)
    • Table III-2.1.2.2 Glyphosate consumption in major crops in Belgium, 2004-2008 (converted to 95% technical, tonne)
    • Table III-2.1.2.3 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-2.2.1.1 Basic information of key glyphosate producers in Russia
    • Table III-2.2.2.1 Harvested area of crops in Russia, 2004-2008 (' 000 hectares)
    • Table III-2.2.2.2 Level of herbicide usage per hectare in Russia, 2000~2006
    • Table III-2.2.2.3 The most widely used herbicides in the grain crops across regions
    • Table III-2.2.2.4 Glyphosate consumption in major crops in Russia, 2004-2008 (converted to 95% technical, tonne)
    • Table III-2.2.2.5 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-2.2.2.6 Glyphosate consumption in major orchard, 2008
    • Table III-2.2.2.7 Recommended application for glyphosate as herbicide
    • Table III-2.3.1.1 Basic information of key glyphosate producers in Germany
    • Table III-2.3.2.1 Harvested area of crops in Germany, 2004-2008 (' 000 hectares)
    • Table III-2.3.2.2 Glyphosate consumption in major crops in Germany, 2004-2008 (convert to 95% technical, tonne)
    • Table III-2.3.2.3 Glyphosate consumption in different growing periods of major crops, 2008 (convert to 95% technical, tonne)
    • Table III-2.3.2.4 Glyphosate consumption in major orchard, 2008
    • Table III-2.4.1.1 Basic information of key glyphosate producers in Ukraine
    • Table III-2.4.2.1 Harvested area of crops in Ukraine, 2004-2008 (' 000 hectares)
    • Table III-2.4.2.2 Glyphosate consumption in major crops in Ukraine, 2004-2008 (converted to 95% technical, tonne)
    • Table III-2.4.2.3 Glyphosate consumption in different growing periods of major crops, 2008, (converted to 95% technical, tonne)
    • Table III-2.4.2.4 Glyphosate consumption in major orchard, 2008
    • Table III-2.5.1.1 Basic information of key glyphosate producers in Turkey
    • Table III-2.5.2.1 Harvested area of crops in Turkey, 2004-2008 (' 000 hectares)
    • Table III-2.5.2.2 Glyphosate consumption in major crops in Turkey, 2004-2008 (converted to 95% technical, tonne)
    • Table III-2.5.2.3 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-2.5.2.4 Glyphosate consumption in major orchards in 2008
    • Table III-3.1.1.1 Basic information of key glyphosate producers in Argentina
    • Table III-3.1.2.1 Harvested area of crops in Argentina, 2004-2008(' 000 hectares)
    • Table III-3.1.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-3.1.2.3 Glyphosate consumption of major orchard, 2008
    • Table III-3.1.2.4 Events related to GM crop commercialization, 1996-2005
    • Table III-3.1.2.5 Glyphosate-resistant weeds in Argentina
    • Table III-3.2.1.1 Basic information of key glyphosate producers in Brazil
    • Table III-3.2.2.1 Harvested area of crops in Brazil, 2004-2008 (' 000 hectares)
    • Table III-3.2.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-3.2.2.3 Glyphosate consumption in major orchard, 2008
    • Table III-3.2.2.4 Events related to GM crop commercialization, 1998-2008
    • Table III-3.2.2.5 Glyphosate-resistant weeds in Brazil
    • Table III-3.3.1.1 Basic information of key glyphosate producers in Paraguay
    • Table III-3.3.2.1 Harvested area of crops in Paraguay, 2004-2008 (' 000 hectares)
    • Table III-3.3.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-3.3.2.3 Glyphosate consumption of major orchard in 2008
    • Table III-3.3.2.4 Glyphosate-resistant weeds in Paraguay
    • Table III-3.4.1.1 Basic information of key glyphosate producers in Uruguay
    • Table III-3.4.2.1 Harvested area of crops in Uruguay, 2004-2008 (' 000 hectares)
    • Table III-3.4.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-3.4.2.3 Glyphosate consumption of major orchard, 2008
    • Table III-3.5.1.1 Basic information of key glyphosate producers in Columbia
    • Table III-3.5.2.1 Harvested area of crops in Columbia, 2004-2008 (' 000 hectares)
    • Table III-3.5.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-3.5.2.3 Glyphosate consumption of major orchard, 2008
    • Table III-3.6.1.1 Basic information of key glyphosate producers in Bolivia
    • Table III-3.6.2.1 Harvested area of crops in Bolivia, 2004-2008 (' 000 hectares)
    • Table III-3.6.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (convert to 95% technical, tonne)
    • Table III-3.6.2.3 Glyphosate consumption in major orchard, 2008
    • Table III-3.7.1.1 Basic information of key glyphosate producers in Ecuador
    • Table III-3.7.2.1 Harvested area of crops in Ecuador, 2004-2008 (' 000 hectares)
    • Table III-3.7.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-3.7.2.3 Glyphosate consumption of major orchard in 2008
    • Table III-3.8.1.1 Basic information of key glyphosate producers in Peru
    • Table III-3.8.2.1 Harvested area of crops in Peru, 2004-2008(' 000 hectares)
    • Table III-3.8.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-3.8.2.3 Glyphosate consumption of major orchard, 2008
    • Table III-3.9.1.1 Basic information of key glyphosate producers in Venezuela
    • Table III-3.9.2.1 Harvested area of crops in Venezuela, 2004-2008(' 000 hectares)
    • Table III-3.9.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-3.9.2.3 Glyphosate consumption of major orchard, 2008
    • Table III-3.10.1.1 Basic information of key glyphosate producers in Chile
    • Table III-3.10.2.1 Harvested area of crops in Chile, 2004-2008 (' 000 hectares)
    • Table III-3.10.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-3.10.2.3 Glyphosate consumption of major orchard, 2008
    • Table III-3.10.2.4 Glyphosate-resistant weeds in Chile
    • Table III-3.11.1.1 Basic information of key glyphosate producers in Guyana
    • Table III-3.11.2.1 Harvested area of crops in Guyana, 2004-2008 (' 000 hectares)
    • Table III-3.11.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-3.11.2.3 Glyphosate consumption of major orchard, 2008
    • Table III-3.12.2.1 Harvested area of crops in Suriname, 2004-2008 (' 000 hectares)
    • Table III-3.12.2.2 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-3.12.2.3 Glyphosate consumption of major orchard, 2008
    • Table III-4.1.1.1 Basic information of key glyphosate producers in USA
    • Table III-4.1.2.1 Harvested area of crops in USA, 2004-2008 (' 000 hectares)
    • Table III-4.1.2.2 Glyphosate consumption in major crops in USA, 2004-2008 (converted to 95% technical, tonne)
    • Table III-4.1.2.3 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-4.1.2.4 Glyphosate consumption in major orchard, 2008
    • Table III-4.1.2.5 Glyphosate-resistant weeds in USA
    • Table III-4.2.1.1 Basic information of key glyphosate producers in Canada
    • Table III-4.2.2.1 Harvested area of crops in Canada, 2004-2008 (' 000 hectares)
    • Table III-4.2.2.2 Glyphosate consumption in major crops in Canada, 2004-2008 (converted to 95% technical, tonne)
    • Table III-4.2.2.3 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-4.2.2.4 Glyphosate used in forest and glyphosate treated forest in Canadia, 1992~2008
    • Table III-5.1.1.1 Basic information of key glyphosate producers in S. Africa
    • Table III-5.1.2.1 Harvested area of crops in S. Africa, 2004-2008 (' 000 hectares)
    • Table III-5.1.2.2 Glyphosate consumption in major crops in S. Africa, 2004-2008 (converted to 95% technical, tonne)
    • Table III-5.1.2.3 Glyphosate consumption in different growing periods of major crops, 2008 (converted to 95% technical, tonne)
    • Table III-5.1.2.4 Glyphosate consumption in major orchards, 2008
    • Table III-5.1.2.5 Glyphosate-resistant weeds in S. Africa
    • Table IV-1.1.1 Destinations of Chinese glyphosate technical and PMIDA, 2008(Quantity: tonne, Value: USD)
    • Table IV-1.1.2 Destination of Chinese glyphosate formulations, 2008(Quantity: tonne, Value: USD)
    • Table IV-1.1.3 Glyphosate export volume to Singapore, Taiwan and Belgium, Q12009 & Q12008 (tonne)
    • Table IV -1.2.1 Destinations of U.S. glyphosate and PMIDA, 2008 (tonne)
    • Table IV -1.2.2 Glyphosate and PMIDA origins of U.S., 2008 (tonne)
    • Table IV -1.3.1 Destinations of Argentinean glyphosate and PMIDA, 2008 (tonne)
    • Table IV -1.3.2 Origins of Argentinean glyphosate and PMIDA, 2008 (tonne)
    • Table IV-2.1.1 Export situation of glyphosate technical and PMIDA by country, 2008
    • Table IV-2.1.2 Import situation of glyphosate technical and PMIDA by country, 2008
    • Table V-1 Price of glyphosate formulation in various countries, 2006-2008 (USD/kg)
    • Table VI-1.1.1 No-till situation in different regions, 2008
    • Table VI-1.1.2 Comparison of glyphosate, paraquat and glufosinate
  • List of Figures
    • Figure I-1.1 Predicted global GDP growth for 2009-2014, by region
    • Figure I-2.1 Population projection by region, 2010-2015
    • Figure I-2.2 Predicted growth rate of world population by region, 2009-2014
    • Figure I-2.3 World population development milestones
    • Figure I-2.4 World population in 2008, by region
    • Figure I-4.1 Global arable land area by regions, 2002-2005
    • Figure I-4.1.1 Global harvested area of GM crops, 2004-2008
    • Figure I-4.1.2 Global harvested area of GM crops, 1996-2008
    • Figure I-4.1.3 GM crop planting countries, 2008
    • Figure I-4.1.4 Harvested area proportion of GM crops, 2008
    • Figure I-4.1.5 Global harvested area of GM corn, 1996-2008
    • Figure I-4.1.6 Global harvested area of GM soybean, 1996-2008
    • Figure I-4.1.7 Global harvested area of GM cotton, 1996-2008
    • Figure I-4.1.8 Global harvested area of GM rape, 1996-2008
    • Figure I-4.2.1 Global harvested area of major crops, 2004-2008
    • Figure II-1.1 China's glyphosate distribution
    • Figure II-1.2 Monsanto's glyphosate output distribution in the world
    • Figure II-2.1.1 Global glyphosate consumption volume and its growth rate
    • Figure II-2.2.1 Glyphosate consumption distribution, 2004-2008
    • Figure II-2.2.2 Glyphosate consumption distribution structure by volume, 2004-2008
    • Figure II-2.2.3 Growth rate of glyphosate consumption in different areas, 2004-2008
    • Figure III-1.1.2.1 Structure of harvested area of crops in China, 2004-2008
    • Figure III-1.1.2.2 Share of GM crops (BT cotton) in total planting area, 2004-2008
    • Figure III-1.1.2.3 Glyphosate consumption structure in major crops in China, 2008
    • Figure III-1.1.2.4 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-1.2.2.1 Crop planting structure in Malaysia, 2004-2008
    • Figure III-1.2.2.2 Glyphosate consumption in Malaysia in 2004-2008, tonne
    • Figure III-1.2.2.3 Glyphosate consumption structure in major crops, 2008 (converted to 95% technical, tonne)
    • Figure III-1.2.2.4 Predicted glyphosate demand in Malaysia, 09-14 (converted to 95% technical, tonne)
    • Figure III-1.3.2.1 Glyphosate consumption in India, 2004-2008 (converted to 95% technical, tonne)
    • Figure III-1.3.2.2 Glyphosate consumption in major crops in India, 2008 (converted to 95% technical, tonne)
    • Figure III-1.3.2.3 Predicted glyphosate demand in India, 09-14, tonne
    • Figure III-1.4.2.1 Evolution of annual crop planting structure in Indonesia, 2004-2008
    • Figure III-1.4.2.2 Glyphosate consumption in Indonesia, 2004-2008, (converted to 95% technical, tonne)
    • Figure III-1.4.2.3 Glyphosate consumption in major crops, 2008 (converted to 95% technical, tonne)
    • Figure III-1.4.2.4 Predicted glyphosate demand in Indonesia, 09~14, tonne
    • Figure III-1.5.2.1 Glyphosate consumption in Thailand, 2004-2008 (converted to 95% technical, tonne)
    • Figure III-1.5.2.2 Glyphosate consumption in major crops, 2008 (converted to 95% technical tonne)
    • Figure III-1.5.2.3 Predicted glyphosate demand in Thailand, 2009-2014, tonne
    • Figure III-1.6.2.1 Evolution of crop planting structure in Thailand, 2004-2008
    • Figure III-1.6.2.2 Glyphosate consumption in Vietnam, 2004-2008 (converted to 95% technical, tonne)
    • Figure III-1.6.2.3 Glyphosate consumption in major crops, 2008 (converted to 95% technical, tonne)
    • Figure III-1.6.2.4 Predicted glyphosate demand in Vietnam, 09-14 (converted to 95% technical)
    • Figure III-1.8.2.1 Glyphosate consumption in Australia, 2004~2008 (converted to 95% technical, tonne)
    • Figure III-1.8.2.2 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-2.1.2.1 Glyphosate consumption and its growth rate in Belgium, 2004-2008
    • Figure III-2.1.2.2 Structure of harvested area of crops in Belgium, 2004-2008
    • Figure III-2.1.2.3 Glyphosate consumption structure in major crops in Belgium, 2008
    • Figure III-2.1.2.4 Predicted demand for glyphosate in the next 5 years (converted to 95% technical)
    • Figure III-2.2.2.1 Glyphosate consumption and its growth rate in Russia, 2004-2008
    • Figure III-2.2.2.2 Structure of harvested area of crops in Russia, 2004-2008
    • Figure III-2.2.2.3 Glyphosate consumption structure in major crops in Russia, 2008
    • Figure III-2.2.2.4 Predicted demand for glyphosate in the next 5 years (converted to 95% technical)
    • Figure III-2.3.2.1 Glyphosate consumption and its growth rate in Germany, 2004-2008
    • Figure III-2.3.2.2 Structure of harvested area of crops in Germany, 2004-2008
    • Figure III-2.3.2.3 Glyphosate consumption structure in major crops in Germany, 2008
    • Figure III-2.3.2.4 Predicted demand for glyphosate in the next 5 years (convert to 95% technical)
    • Figure III-2.4.2.1 Glyphosate consumption and its growth rate in Ukraine, 2004-2008
    • Figure III-2.4.2.2 Structure of harvested area of crops in Ukraine, 2004-2008
    • Figure III-2.4.2.3 Glyphosate consumption structure in major crops in Ukraine, 2008
    • Figure III-2.4.2.4 Predicted demand for glyphosate in the coming 5 years (converted to 95% technical, tonne)
    • Figure III-2.5.2.1 Glyphosate consumption and its growth rate in Turkey, 2004-2008
    • Figure III-2.5.2.2 Structure of harvested area of crops in Turkey, 2004-2008
    • Figure III-2.5.2.3 Glyphosate consumption structure in major crops in Turkey in 2008
    • Figure III-2.5.2.4 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-3.1.2.1 Structure of harvested area in Argentina by crops, 2004-2008
    • Figure III-3.1.2.2 Evolution of GM crops share in total planting area, 2004-2008
    • Figure III-3.1.2.3 Glyphosate consumption in major crops, 2008 (converted to 95% technical)
    • Figure III-3.1.2.4 Glyphosate consumption structure, 2008
    • Figure III-3.1.2.5 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-3.2.2.1 Structure of harvested area in Brazil by crops, 2004-2008
    • Figure III-3.2.2.2 Evolution of GM crops share in total planting area, 2004-2008
    • Figure III-3.2.2.3 Pesticide consumption volume by species, 2003-2007
    • Figure III-3.2.2.4 Pesticides consumption value by species, 2003-2007
    • Figure III-3.2.2.5 Glyphosate consumption volume, 2008 (converted to 95% technical)
    • Figure III-3.2.2.6 Glyphosate consumption structure, 2008
    • Figure III-3.2.2.7 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-3.3.2.1 Structure of harvested area of crops in Paraguay, 2004-2008
    • Figure III-3.3.2.2 Evolution of GM crop share in total planting area, 2004-2008
    • Figure III-3.3.2.3 Glyphosate consumption volume, 2008 (converted to 95% technical)
    • Figure III-3.3.2.4 Glyphosate consumption structure, 2008
    • Figure III-3.3.2.5 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-3.4.2.1 Structure of harvested area of crops in Uruguay, 2004-2008
    • Figure III-3.4.2.2 Evolution of GM crop share in total planting area, 2004-2008
    • Figure III-3.4.2.3 Glyphosate consumption volume by crops, 2008(converted to 95% technical)
    • Figure III-3.4.2.4 Glyphosate consumption structure, 2008
    • Figure III-3.4.2.5 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-3.5.2.1 Structure of harvested area of crops in Columbia, 2004-2008
    • Figure III-3.5.2.2 Glyphosate consumption volume by crops, 2008 (converted to 95% technical)
    • Figure III-3.5.2.3 Glyphosate consumption structure, 2008
    • Figure III-3.5.2.4 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-3.6.2.1 Structure of harvested area of crops in Bolivia, 2004-2008
    • Figure III-3.6.2.2 Glyphosate consumption volume, 2008 (converted to 95% technical)
    • Figure III-3.6.2.3 Glyphosate consumption structure, 2008
    • Figure III-3.6.2.4 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-3.7.2.1 Structure of harvested area of crops in Ecuador, 2004-2008
    • Figure III-3.7.2.2 Glyphosate consumption volume in major crops, 2008 (converted to 95% technical)
    • Figure III-3.7.2.3 Glyphosate consumption structure, 2008
    • Figure III-3.7.2.4 Predicted glyphosate consumption in next 5 years (converted to 95% technical)
    • Figure III-3.8.2.1 Structure of harvested area of crops in Peru, 2004-2008
    • Figure III-3.8.2.2 Glyphosate consumption volume by crops, 2008 (converted to 95% technical)
    • Figure III-3.8.2.3 Glyphosate consumption structure, 2008
    • Figure III-3.8.2.4 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-3.9.2.1 Structure of harvested area of crops in Venezuela, 2004-2008
    • Figure III-3.9.2.2 Glyphosate consumption volume, 2008 (converted to 95% technical)
    • Figure III-3.9.2.3 Glyphosate consumption structure, 2008
    • Figure III-3.9.2.4 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-3.10.2.1 Structure of harvested area of crops in Chile, 2004-2008
    • Figure III-3.10.2.2 Glyphosate consumption in major crops, 2008 (converted to 95% technical)
    • Figure III-3.10.2.3 Glyphosate consumption structure, 2008
    • Figure III-3.10.2.4 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-3.11.2.1 Structure of harvested area of crops in Guyana, 2004-2008
    • Figure III-3.11.2.2 Glyphosate consumption volume, 2008 (converted to 95% technical)
    • Figure III-3.11.2.3 Glyphosate consumption structure, 2008
    • Figure III-3.11.2.4 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-3.12.2.1 Structure of harvested area of crops in Suriname, 2004-2008
    • Figure III-3.12.2.2 Glyphosate consumption volume, 2008 (converted to 95% technical)
    • Figure III-3.12.2.3 Glyphosate consumption structure, 2008
    • Figure III-3.12.2.4 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-4.1.1.1 USA glyphosate supply
    • Figure III-4.1.2.1 Glyphosate consumption and its growth rate in USA, 2004-2008
    • Figure III-4.1.2.2 Structure of harvested area of crops in USA, 2004-2008
    • Figure III-4.1.2.3 Evolution of GM crops share in total planting area, 2004-2008
    • Figure III-4.1.2.4 Glyphosate consumption structure in major crops in USA , 2008
    • Figure III-4.1.2.5 Predicted glyphosate demand in next 5 years (converted to 95% technical)
    • Figure III-4.2.2.1 Glyphosate consumption and its growth rate in Canada, 2004-2008
    • Figure III-4.2.2.2 Structure of harvested area of crops in Canada, 2004-2008
    • Figure III-4.2.2.3 Evolution of GM crops share in total planting area, 2004-2008
    • Figure III-4.2.2.4 Glyphosate consumption structure in major crops in Canada in 2008
    • Figure III-4.2.2.5 Predicted glyphosate demand in next 5 years (converted to 95% technical) tonne
    • Figure III-5.1.2.1 Glyphosate consumption and its growth rate in S.Afirca, 2004-2008
    • Figure III-5.1.2.2 Structure of harvested area of crops in S. Africa, 2004-2008
    • Figure III-5.1.2.3 Evolution of GM crop share in total planting area, 2004-2008
    • Figure III-5.1.2.4 Glyphosate consumption structure in major crops in S. Africa, 2008
    • Figure III-5.1.2.5 Predicted demand for glyphosate in the next 5 years (converted to 95% technical
    • Figure IV-1.1.1 Export volumes of PMIDA and glyphosate, 2005-2008
    • Figure IV-1.1.2 Import volume of Roundup in 2005~2008
    • Figure IV-1.1.3 Market share of domestic products and Roundup in China in 2005~2008 by volume
    • Figure IV-2.1.1 Flow chart of Glyphosate technical and PMIDA
    • Figure IV-2.1.2 Major overseas importers of Chinese glyphosate technical and PMIDA, 2008 (tonne)
    • Figure IV-2.2.1 Flow chart of Glyphosate Formulation
    • Figure V-1 Influencing factors on glyphosate technical price
    • Figure V-2 China glyphosate technical price, Jan 2006-May 2008 (USD/t)
    • Figure V-3 Influencing factors on glyphosate formulation price
    • Figure V-4 Price of Roundup and China's glyphosate technical, 2005-2009 (USD/kg)
    • Figure VI-1.1.1 Growth rates of glyphosate consumption and related drivers, 2004-2008
    • Figure VI-2.2 Forecast of glyphosate demand, 2009-2014
    • Figure VI-2.3 Forecast of glyphosate demand in different area, 2009-2014
    • Figure VI-2.4 Forecast of growth rate of glyphosate demand in different area, 2009-2014
    • Figure VI-2.5 Added glyphosate demand in different area in 2009-2014

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