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World Outlook of Glyphosate 2009-2014

Published by: CCM International Limited

Published: Jun. 5, 2009 - 215 Pages


Table of Contents


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

Abstract

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? "Ï Which region(s) will be the next growth point for glyphosate market? "Ï Which new GM crops are likely to be approved in main countries for glyphosate consumption? "Ï 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.

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