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시장보고서

The New Biopesticide Market

리서치사 BCC Research
발행일 2006년 01월 상품코드 35896
페이지 정보 163 pages, 50 tables
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US $ 4,850 ￦ 5,778,700 Hard Copy


영문목차

INTRODUCTION

OBJECTIVES AND GOALS OF STUDY

This report provides the reader with a detailed analysis of the constituents that go into the biopesticides industry. It also discusses technological developments, future trends and emerging opportunities. This information will be useful for those involved in strategic planning, marketing, sales and technological development.

The major objectives of this study are as follows:

  • To assess the technology developments
  • To identify the driving factors for demand
  • To make available the most current and reliable information on the market size
  • To estimate the global supply and demand scenario broken down by applications and regions
  • To estimate the growth rate in demand
  • To estimate the projected global supply and demand scenario over the next five years and analyzing it via application sectors as well as via product types
  • To identify the factors influencing this industry and make appropriate recommendation

REASONS FOR THIS STUDY

With the increased environmental awareness and the pollution potential and health hazards from many of the conventional pesticides, the demand for nature-based biopesticides has been going up steadily in all parts of the world,

The biopesticides offer several advantages:

  • Biopesticides are safer then conventional pesticides which are often hazardous chemicals
  • Biopesticides offer much more targeted activity to the desired pests as opposed to conventional pesticides, which often affect a broad spectrum of pests as well as birds and mammalian species
  • Biopesticides often are effective in very small quantities thereby offering lower exposure
  • Biopesticides decompose quickly.
  • Biopesticides can supplement the conventional pesticides when used in Integrated Pest Management (IPM) programs. Such programs can offer high crop yields while dramatically reducing the use of conventional pesticides

The popularity of biopesticides has increased substantially in recent years, as extensive and systematic research has enhanced their effectiveness. Also, the techniques for the mass production, storage, transport and application of biopesticides have improved to some extent in recent years.

A number of research centers all over the world are undertaking research aimed at improving techniques for the augmentation and application of biopesticides, with the objective of improving the commercial feasibility of producing and using biopesticides.

Under these circumstances, there is need for current and comprehensive reports on biopesticides covering aspects of technology, demand trends, project opportunities and investment levels.

This study examines the worldwide commercial applications of biopesticides and their markets and growth opportunities. This study also looks into the extent of market penetration of a number of biopesticides that have been recently introduced or under advance stage of introduction.

This study gives a clear, quantitative picture of the supply and demand scenario and highlights the technological and investment opportunities in the field.

SCOPE OF THE STUDY

This study covers the global markets for biopesticides. It analyzes the market by enduse markets and also by major types of biopesticides used.

The study also discusses the emerging trends of the pesticide applications in agricultural operation and the technological developments including some of the patents in the field. It also looks into the regulatory roles governing the field and some of the typical testing used by manufacturers to comply with the regulations and produce safe products. It provides market shares of major companies and provides profiles and contact information of major players in the field.

Lastly, the study also gives some of the important formulations in this field to give an idea of how the products are being used.

Table of Contents

  • INTRODUCTION
      • OBJECTIVES AND GOALS OF STUDY
      • REASONS FOR THIS STUDY
      • SCOPE OF THE STUDY
      • TARGETED AUDIENCE
      • METHODOLOGY
      • CREDENTIALS OF THE ANALYST
      • BCC ONLINE SERVICES
      • DISCLAIMER
  • SUMMARY
    • Summary Table: GLOBAL BIOPESTICIDES AND SYNTHETIC PESTICIDES MARKET, THROUGH 2010 ($ MILLIONS)
    • Summary Figure: GLOBAL BIOPESTICIDES AND SYNTHETIC PESTICIDES MARKET, 2003-2010 ($ MILLIONS)
  • OVERVIEW
      • GENERAL BACKGROUND
    • Table 1 BIOLOGICAL PESTICIDES VERSUS CHEMICAL PESTICIDES PROS AND CONS
      • PRODUCTS AND FORMULATIONS
        • MARKETS FOR BIOPESTICIDES BY FORMULATION
    • Table 2 GLOBAL MARKET FOR BIOPESTICIDES BY FORMULATION, THROUGH 2010 ($ MILLION)
      • CLASSIFICATION OF BIOPESTICIDES
    • Table 3 IMPORTANT BIOPESTICIDES/BIOCONTROL AGENTS IN COMMERCIAL USE
    • Table 4 IMPORTANT BIOPESTICIDES/BIOCONTROL AGENTS UNDER DEVELOPMENT/REGULATORY REVIEW
    • Table 4 (CONTINUED)
        • BACILLUS THURINGIENSIS (BT)
          • Nature of the Product and its Uses
          • Other Details
        • BACILLUS SUBTILIS
          • Nature of the Product and its Uses
          • Other Details
        • PSEUDOMONAS FLUORESCENCE
          • Nature of the Product and its Uses
          • Other Details
        • HELIOTHIS NPV
          • Nature of the Product and its Uses
          • Other Details
        • TRICHODERMA (TRICHODERMA VIRIDE/HARZIANUM)
          • Nature of the Product and its Uses
          • Other Details
          • Nature of the Product and its Uses
          • Other Details
        • TRICHOGRAMMA PARASITOID
          • Nature of the Product and its Uses
          • Other Details
        • HETERORHABDITIS BACTERIOPHORA
          • Nature of the Product and its Uses
          • Other Details
      • TYPES OF END-USERS
      • HISTORICAL TIMELINE FOR BIOPESTICIDES
    • Table 5 TIMELINE OF IMPORTANT EVENTS IN BIOPESTICIDES
    • Table 5 (CONTINUED)
    • Table 5 (CONTINUED)
    • Table 5 (CONTINUED)
      • SYNTHETIC PESTICIDES
      • FUTURE TRENDS FOR SYNTHETIC PESTICIDES
        • QUALITY AND SAFETY CONSIDERATIONS
        • PHASE OUT OF HIGHLY TOXIC PESTICIDES
        • REGULATIONS
        • MOVE TOWARD THE IDEAL PESTICIDE
        • EMERGING DEVELOPMENTS
        • INTEGRATED PEST MANAGEMENT (IPM)
      • GENETICALLY MODIFIED CROPS
        • BIOPESTICIDES AND GENETICALLY MODIFIED CROPS
        • GM CROPS AND BIOPESTICIDES: COMPLEMENTING AND COMPETING
      • ORGANIC FARMING
        • MATERIALS USED FOR ORGANIC FARMING
        • OBJECTIVES OF ORGANIC FARMING
        • DRIVING FACTORS FOR DEMAND
        • IMPACT ON COST OF PRODUCTION
        • ORGANIC FARMING AREA
    • Table 6 ORGANIC FARMING AREA BY MAJOR COUNTRIES, 2004 (HECTARES)
    • Table 6 (CONTINUED)
    • Table 7 AREA UNDER ORGANIC CULTIVATION IN PERCENT OF TOTAL AGRICULTURAL AREA FOR SELECTED COUNTRIES, 2004
    • Table 7 (CONTINUED)
        • ORGANICALLY CULTIVATED AGRICULTURAL MARKET
    • Figure 1 REGIONAL MARKETS FOR ORGANIC PRODUCTS, 2004 ($ BILLIONS)
          • Oceanic Countries Lag Behind the U.S. and Europe
    • Figure 2 SHARE OF REGIONAL MARKET FOR ORGANIC PRODUCTS, 2004 (%)
          • Market Projections for Organic Farming Products
    • Table 8 WORLDWIDE SALES ESTIMATE OF ORGANIC PRODUCTS, |THROUGH 2010 ($ BILLIONS)
          • Major Markets of Organically Grown Food
            • United States
            • European Union
            • Oceania
            • Asia
  • TECHNOLOGY OVERVIEW
      • CLASSIFICATION OF BIOPESTICIDES
        • BACTERIAL PESTICIDES
        • FUNGAL INSECTICIDES
    • Table 9 COMMERCIALLY IMPORTANT FUNGAL INSECT PATHOGENS
          • Beauveria Bassiana
          • Trichoderma spp.
          • Entomophthora spp
        • VIRAL PESTICIDES
          • Nuclear Polyhedrosis Viruses (NPVs)
            • Biological Activity of NPV
    • Table 10 REPRESENTATIVE COMMERCIALIZED NUCLEAR POLYHEDROSIS VIRUSES (NPVS)
    • Table 10 (CONTINUED)
          • Granulosis Virus
            • Biological Activity of Granulosis viruses (GVs)
    • Table 11 REPRESENTATIVE COMMERCIALIZED GRANULOSIS VIRUSES (GVS)
        • PREDATORS
          • Green Lacewings
          • Lady Beetles (Coleoptera: Coccinellidae)
          • Minute Pirate Bugs - Orius Sp
          • Syrphid Flies
        • OTHER BIOPESTICIDES
          • Protozoa
            • Microsporidia Spp.
              • Some Beneficial Microsporidia spp.
          • Entomopathogenic Nematodes
          • Parasitoids
            • Egg Parasitoids
            • Trichogramma (Trichogramma spp.)
            • Larval/Pupal Parasitoids
    • Table 12 SOME IMPORTANT PARASITOIDS
      • PRODUCTION TECHNOLOGY
        • TECHNICAL TERMS AND EXPLANATION
          • Technical Terms and Explanation (Continued)
        • MASS PRODUCTION OF MICROBIAL PESTICIDES
    • Figure 3 GENERAL PRODUCTION PROCEDURE
          • Storage
          • Transportation
          • Safety and Hazards
        • PRODUCTION TECHNOLOGY DESCRIPTION
        • RAW MATERIAL
        • COMMERCIAL PRODUCTION
        • STEPS INVOLVED IN COMMERCIAL PRODUCTION
        • ORGANISM STORAGE
        • FERMENTATION
    • Table 13 SOLID STATE AND SUBMERGED FERMENTATION - COMPARISON
          • The Stirred tank Fermenter
          • The Tower Fermenter
          • The Loop Fermenter
        • PRODUCTION PROCESS OF BACILLUS THURINGIENSIS (BACTERIAL PESTICIDE)
          • Storage of Strain
          • Cultivation Media
          • Source of Carbon
          • Sources of Nitrogen
          • Revitalizing the Culture From Lyophilized State
          • Inoculum
          • Seed Fermentor
          • Main Fermentor
          • Harvesting of Active Biomass
          • Separation and drying
          • Formulation of Bacillus Thuringiensis
        • PRODUCTION PROCESS FOR BEAUVERIA BASSIANA AND METARHIZIUM ANISOPLIAE
          • Preparing Seed Inoculum
          • Cultivation Process
          • Formulation of Beauveria Bassiana
        • PRODUCTION PROCESS FOR VIRAL INSECT PATHOGENS - (NPV)
          • Mass Multiplication of NPV
        • PRODUCTION OF ENTOMOPATHOGENIC NEMATODES
  • OVERALL PESTICIDES MARKETS
      • OVERVIEW
      • GLOBAL PESTICIDES MARKET
    • Table 14 GLOBAL MARKET FOR SYNTHETIC PESTICIDES AND BIOPESTICIDES, THROUGH 2010 ($ MILLIONS)
        • SYNTHETIC PESTICIDES MARKET
    • Table 15 GLOBAL SYNTHETIC PESTICIDES MARKET BY TYPE, THROUGH 2010 ($ MILLIONS)
    • Figure 4 SHARE OF GLOBAL SYNTHETIC PESTICIDE MARKET BY TYPE, 2005 (%)
          • Reasons for Declining Use of Synthetic Pesticides
    • Table 16 SALES OF SYNTHETIC PESTICIDES BY LEADING MANUFACTURES, 2001-2005 ($ MILLIONS)
    • Figure 5 MARKET SHARE OF LEADING MANUFACTURES OF SYNTHETIC PESTICIDES, 2005 (%)
  • GLOBAL BIOPESTICIDES MARKETS
      • OVERVIEW
      • FACTORS FOR GROWTH
        • DOSAGE OF BIOPESTICIDES
    • Table 17 RECOMMENDED DOSAGE OF BIOPESTICIDES FOR VARIOUS CROPS
        • COST OF PROTECTING CROPS
    • Table 18 COST OF PROTECTING CROPS
        • ORGANIC CULTIVATION AREA
    • Table 19 GLOBAL ORGANIC CULTIVATION AREA BY CROP TYPE, 2004 (MILLION HECTARES)
    • Figure 6 SHARE OF GLOBAL ORGANIC CROP CULTIVATION, 2004 (%)
    • Table 20 GLOBAL ORGANIC CULTIVATION AREA BY REGION, 2004 (MILLION HECTARES)
    • Figure 7 REGIONAL SHARE OF GLOBAL ORGANIC CULTIVATION AREA (% IN 2004)
    • Figure 7 (CONTINUED)
      • GLOBAL MARKET SIZE
        • MARKET FOR BIOPESTICIDES BY CROPS
    • Table 21 GLOBAL DEMAND FOR BIOPESTICIDES - BY TYPES OF CROPS, THROUGH 2010 ($ MILLIONS)
    • Figure 8 SHARE OF GLOBAL DEMAND FOR BIOPESTICIDES BY CROP TYPE, 2005 (%)
          • Orchards, Commercial, and Cash Crops
    • Table 22 GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR ORCHARDS, COMMERCIAL AND CASH CROPS, THROUGH 2010 ($ MILLIONS)
    • Figure 9 SHARE OF GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR ORCHARDS, COMMERCIAL AND CASH CROPS, 2005 (%)
    • Figure 9 (CONTINUED)
          • Grazing/Dry Land
    • Table 23 GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR GRAZING/ DRY LAND, THROUGH 2010 ($ MILLIONS)
    • Figure 10 SHARE OF GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR GRAZING/DRY LAND, 2005 (%)
          • Field Crops
    • Table 24 GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR FIELD CROPS ($ MILLIONS)
    • Figure 11 SHARE OF GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR FIELD CROPS, 2005 (%)
        • MARKET FOR BIOPESTICIDES BY PRODUCTS
    • Table 25 GLOBAL MARKET FOR BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLION)
    • Figure 12 SHARE OF GLOBAL MARKET FOR BIOPESTICIDES BY TYPE, 2005 (%)
          • Bacterial Biopesticides
    • Table 26 GLOBAL MARKET FOR BACTERIAL BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLION)
    • Table 27 COMMERCIAL BACTERIAL BIOPESTICIDES
          • Fungal Biopesticides
    • Table 28 GLOBAL MARKET FOR FUNGAL BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLION)
    • Table 29 COMMERCIAL FUNGAL BIOPESTICIDES
          • Viral Biopesticides
    • Table 30 GLOBAL MARKET FOR VIRAL BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLIONS)
    • Table 31 COMMERCIAL VIRAL BIOPESTICIDES
          • Predators Biopesticides
    • Table 32 GLOBAL MARKET FOR PREDATOR BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLION)
          • Other Biopesticides
    • Table 33 GLOBAL MARKET FOR OTHER BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLION)
    • Table 34 COMMERCIAL NEMATODES AS BIOPESTICIDES
          • Summary - Biopesticides by Type and Type of Crop
    • Table 35 GLOBAL MARKET FOR BIOPESTICIDES BY TYPE AND BY TYPE OF CROP, THROUGH 2010 ($ MILLIONS)
        • MARKET FOR BIOPESTICIDES BY REGION
    • Table 36 GLOBAL MARKET FOR BIOPESTICIDES BY REGION, THROUGH 2010 ($ MILLIONS)
    • Figure 13 REGIONAL SHARE OF GLOBAL MARKET FOR BIOPESTICIDES, 2005 (%)
          • Americas
          • Oceania and Europe
          • Asia
  • INDUSTRY TRENDS
      • DEMAND DRIVERS
        • FACTORS FAVORING BIOPESTICIDES
          • Residue Issue
          • Pest Resistance Issue
          • Organic Agriculture
          • Integrated Pest Management Concept
          • Regulations
          • Technological Improvement
          • Crop Loss Prevention
            • Crop Loss Prevention (Continued)
          • NGOs
          • Cost Advantage for Registration and Development
          • Newer Crops For Biopesticides
          • Other Factors
        • FACTORS THAT ARE NEGATIVELY INFLUENCING THE GROWTH OF BIOPESTICIDES
          • The Fragmented Nature of The Industry
          • Low Levels of Interest On The Part of the Major Agrochemical Companies
          • Perceived High Production Costs and Difficulties in Formulation and Application
          • Lack of Commercial Awareness on the Part of Manufacturers
      • PRICING TRENDS
        • INTEGRATED PEST MANAGEMENT
          • The Methodology
        • THE ACTION TO IMPLEMENT IPM
          • Bench Mark Survey
          • Pre-sowing
          • Post-sowing
  • REGULATIONS
      • IMPORTANT BIOPESTICIDES PROMOTIONAL ORGANIZATIONS
      • WORLD HEALTH ORGANIZATION
        • ENVIRONMENTAL PROTECTION AGENCY (USA)
          • EPAs Grant for Biopesticides Demonstration Projects
    • Table 37 EPAS SAFETY SIGNAL WORDS FOR PESTICIDES
      • UNITED STATES FOOD AND DRUGS ACT (USFDA)
      • EUROPEAN UNION
      • AUSTRALIAN PESTICIDES AND VETERINARY MEDICINES AUTHORITY
      • CENTRAL INSECTICIDE BOARD AND MINISTRY OF AGRICULTURE, INDIA
      • PESTICIDE ORDINANCE, CHINA
      • THAILAND
      • REGULATIONS AND CERTIFICATIONS AFFECTING ORGANIC FARMING
        • CERTIFICATION AND STANDARDS
        • USDA ORGANIC STANDARDS (NOP REGULATION)
          • Stream of Commerce
          • USDA Seal
          • Conversion
        • EU REGULATION
        • JAPANESE AGRICULTURAL STANDARD (JAS)
        • EN 45011/ISO/IEC GUIDE 65
  • MAJOR PLAYERS, PRODUCTS AND SELECTED FORMULATIONS
      • MARKET SHARE OF MAJOR PLAYERS
    • Table 38 MARKET SHARE OF MAJOR PLAYERS IN BIOPESTICIDES, 2005 (%)
    • Figure 14 MARKET SHARE OF MAJOR PLAYERS, 2005 (%)
        • MARKET SHARE OF MAJOR PLAYERS (CONTINUED)
      • COMPANY PROFILES
        • AGRAQUEST, USA
          • Background Details
        • AGBIOCHEM INC., USA
        • AJAY BIO-TECH (INDIA) LTD., INDIA
        • BONIDE PRODUCTS, INC.
        • CERTIS USA (A SUBSIDIARY OF MITSUI, JAPAN)
        • GROWTH PRODUCTS, LTD., USA
        • T. STANES & COMPANY
        • VALENT BIOSCIENCES CORPORATION
          • Valent Biosciences Corporation (Continued)
        • VERDERA OY
        • ZHEJIANG TONGLUU HUIFENG BIOCHEMISTRY CO LTD., CHINA
        • OTHER PRODUCERS OF BIOPESTICIDES
          • Other Producers?Continued)
          • Other Producers?Continued)
          • Other Producers?Continued)
          • Other Producers?Continued)
          • Other Producers?Continued)
          • Other Producers?Continued)
      • PROFILE OF MAJOR GM CROP PRODUCERS
        • SYNGENTA
          • Disputes-Unapproved Seed
          • Lawsuits for Infringement
          • Collaborations and Alliance Partners
            • Fox Paine and Advanta
            • Bayer CropScience
        • MONSANTO
          • Development Timeline
    • Table 39 TIMELINE OF MONSANTOS MAJOR ACTIVITIES IN AGRICULTURAL BIOTECH
          • Dispute on Invention of Bacillus thuringiensis (Bt)
          • Disputes
          • Collaborations and Alliance Partners
            • Dow Agrosciences
            • Mycogen (Subsidiary of Dow Agroscience)
            • Pioneer Hi-Bred
        • MYCOGEN (SUBSIDIARY OF DOW AGROSCIENCE)
          • Disputes
            • Dispute between Mycogen and Monsanto
          • Collaborations and Alliance Partners
            • Monsanto
  • TECHNOLOGY DEVELOPMENTS AND PATENT DETAILS
      • PATENTS ACQUIRED BY MAJOR BIOPESTICIDE COMPANIES
    • Table 40 U.S. PATENTS ACQUIRED BY MAJOR PLAYERS IN THE BIOPESTICIDE MARKET*
      • BACTERIAL PESTCIDES
        • INVENTION OF B.T. ISOLATES AND PESTICIDALLY ACTIVE PROTEINS
          • Abstract
          • Brief Summary of the Invention
          • The Invention
        • TOXINS ACTIVE AGAINST PESTS
          • Abstract
        • BACILLUS THURINGIENSIS ISOLATE ACTIVE AGAINST LEPIDOPTERAN PESTS, AND GENES ENCODING NOVEL LEPIDOPTERAN-ACTIVE TOXINS
          • Abstract
        • TRANSGENIC MAIZE SEED AND METHOD FOR CONTROLLING INSECT PESTS
          • Abstract
        • PESTICIDAL TOXINS AND NUCLEOTIDE SEQUENCES WHICH ENCODE THESE TOXINS
          • Abstract
        • BIOCONTROL FOR PLANTS WITH BACILLUS SUBTILIS, PSEUDOMONAS PUTIDA, AND SPOROBOLOMYCES ROSEUS
          • Abstract
          • Background of the Invention
        • COMPOSITIONS AND METHODS FOR CONTROLLING PLANT PESTS
          • Abstract
      • VIRAL PESTICIDES
        • INSECT VIRUSES AND THEIR USES IN PROTECTING PLANTS
          • Abstract
          • Summary of the Invention
        • RECOMBINANT ENTOMOPOXVIRUS
          • Abstract
      • FUNGAL PESTICIDES
        • STRAIN OF TRICHODERMA HARZIANUM USEFUL AS NEMATODE INHIBITOR, FUNGICIDE AND PLANT GROWTH PROMOTER AND A PROCESS FOR THE ISOLATION THEREOF
          • Abstract
          • Background of the Invention
        • BIOLOGICAL OVICIDE FOR CONTROL OF LEPIDOPTEROUS INSECTS
          • Abstract
          • Summary of the Invention
          • Background of the Invention
        • BIOPESTICIDE COMPOSITION AND PROCESS FOR CONTROLLING INSECT PESTS
          • Abstract
      • SELECTED FORMULATIONS
        • COMPANION DRY
          • Manufacturer
          • Ingredients
          • Application and Usage Guide
    • Table 41 COMPANION DRY PLANTING INSTRUCTIONS
    • Table 42 APPLICATIONS FOR COMPANION DRY FOR TYPE OF PLANTS
            • Seeds, Cuttings and Other Non-Rooted Plant Material
            • Hydroponics
            • Bulbs
          • Contact Details
        • DIPEL
          • DiPel (Continued)
          • Treatment
          • Contact Details
        • GALLTROL
          • Target Pest and Mode of Action
          • Application
          • Contact Details
        • SERENADE
          • Resistance Management Tool
          • Compatibility
          • Residue Tolerance Exemption
          • Formulations
        • CONTACT DETAILS
      • DETAILS OF GM CROPS
        • ADVANTAGES OF GM CROPS
          • Crops
          • Environment
          • Society
        • DISADVANTAGES/CONTROVERSIES OF GM CROPS
          • Safety
          • Access and Intellectual Property
          • Ethics
          • Labeling
          • Society
          • Ecological and Health Issues
            • Toxicity Study on Bt Corn
          • Possible Direct Ecological Issues
            • Gene Transfer
              • Superweeds
              • Trait Effects
              • Genetic and Phenotypic Variability
            • Expression of Genetic Material from Pathogens
          • Regulations of GM CROPS
            • United States
              • Approved Products
              • Authority
              • Features
            • Europe
            • Approved Products
              • Authority
              • Features
            • Japan
              • Approved Products
              • Authority
              • Features
            • China
              • Approved Product
              • Authority
              • Product under Consideration
              • Features
            • India
              • Approved Products
              • Authority
              • Products under Consideration
          • GM Crop Market
    • Table 43 GLOBAL GM CROP MARKET, THROUGH 2010 ($ MILLIONS)
    • Figure 15 GLOBAL GM CROP MARKET, 2000-2010 ($ MILLIONS)
    • Table 44 MARKET SHARE OF GENETICALLY MODIFIED CROPS, BY THEIR TRAITS, 2005
          • Important GM Crops
          • Status of Major GM Crops
    • Table 45 MAJOR GM CROP CULTIVATION, 2001-2004 (MILLION ACRES)
    • Figure 16 PATTERN OF MAJOR GM CROPS, 2004 (%)
        • STATUS OF GM CROPS IN SELECTED COUNTRIES
          • U.S.
    • Table 46 MAJOR U.S. GM CROPS, 2001-2004 (THOUSAND ACRES)
    • Figure 17 PATTERN OF MAJOR U.S. GM CROP CULTIVATION (%)
          • Argentina
          • Europe
    • Table 47 COMMERCIAL BIOTECH CROP PRODUCTION IN EUROPE (ACRES)
          • Asia
    • Table 48 BIOTECH CROP PLANTATION IN SELECTED ASIAN COUNTRIES (ACRES)
            • China
              • Research Efforts
            • Japan
            • India
            • Indonesia
            • Philippines
              • Major Approved Products
              • Current Research Efforts
            • Malaysia
              • Products under Consideration
              • Research Efforts
            • Thailand
              • Authority
              • Approved Products
              • Current Research Efforts
            • Vietnam
              • Products under Consideration
              • Papaya Biotechnology Network
          • Demand Drivers
            • Potential for Significant Reduction in Pesticide Use
          • Focus of GM Crop Area
    • Table 49 GLOBAL GM CROP PRODUCTION AREA, 2003 (MILLION ACRES)
    • Table 50 GLOBAL CULTIVATION AREA OF GM CROPS YEAR-WISE (MILLION ACRES)
          • Emerging Trends in GM Crops
            • Viral Resistant GM Crops
      • TECHNICAL TERMS AND DEFINITIONS
        • TECHNICAL TERMS AND DEFINITIONS (CONTINUED)
  • LIST OF TABLES
  • Summary Table:
  • Table 1 BIOLOGICAL PESTICIDES VERSUS CHEMICAL PESTICIDES PROS AND CONS
  • Table 2 GLOBAL MARKET FOR BIOPESTICIDES BY FORMULATION, THROUGH 2010 ($ MILLION)
  • Table 3 IMPORTANT BIOPESTICIDES/BIOCONTROL AGENTS IN COMMERCIAL USE
  • Table 4 IMPORTANT BIOPESTICIDES/BIOCONTROL AGENTS UNDER DEVELOPMENT/REGULATORY REVIEW
  • Table 5 TIMELINE OF IMPORTANT EVENTS IN BIOPESTICIDES
  • Table 6 ORGANIC FARMING AREA BY MAJOR COUNTRIES, 2004 (HECTARES)
  • Table 7 AREA UNDER ORGANIC CULTIVATION IN PERCENT OF TOTAL AGRICULTURAL AREA FOR SELECTED COUNTRIES, 2004
  • Table 8 WORLDWIDE SALES ESTIMATE OF ORGANIC PRODUCTS, THROUGH 2010 ($ BILLIONS)
  • Table 9 COMMERCIALLY IMPORTANT FUNGAL INSECT PATHOGENS
  • Table 10 REPRESENTATIVE COMMERCIALIZED NUCLEAR POLYHEDROSIS VIRUSES (NPVS)
  • Table 11 REPRESENTATIVE COMMERCIALIZED GRANULOSIS VIRUSES (GVS)
  • Table 12 SOME IMPORTANT PARASITOIDS
  • Table 13 SOLID STATE AND SUBMERGED FERMENTATION - COMPARISON
  • Table 14 GLOBAL MARKET FOR SYNTHETIC PESTICIDES AND BIOPESTICIDES, THROUGH 2010 ($ MILLIONS)
  • Table 15 GLOBAL SYNTHETIC PESTICIDES MARKET BY TYPE, THROUGH 2010 ($ MILLIONS)
  • Table 16 SALES OF SYNTHETIC PESTICIDES BY LEADING MANUFACTURES, 2001-2005 ($ MILLIONS)
  • Table 17 RECOMMENDED DOSAGE OF BIOPESTICIDES FOR VARIOUS CROPS
  • Table 18 COST OF PROTECTING CROPS
  • Table 19 GLOBAL ORGANIC CULTIVATION AREA BY CROP TYPE, 2004 (MILLION HECTARES)
  • Table 20 GLOBAL ORGANIC CULTIVATION AREA BY REGION, 2004 (MILLION HECTARES)
  • Table 21 GLOBAL DEMAND FOR BIOPESTICIDES - BY TYPES OF CROPS, THROUGH 2010 ($ MILLIONS)
  • Table 22 GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR ORCHARDS, COMMERCIAL AND CASH CROPS, THROUGH 2010 ($ MILLIONS)
  • Table 23 GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR GRAZING/ DRY LAND, THROUGH 2010 ($ MILLIONS)
  • Table 24 GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR FIELD CROPS ($ MILLIONS)
  • Table 25 GLOBAL MARKET FOR BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLION)
  • Table 26 GLOBAL MARKET FOR BACTERIAL BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLION)
  • Table 27 COMMERCIAL BACTERIAL BIOPESTICIDES
  • Table 28 GLOBAL MARKET FOR FUNGAL BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLION)
  • Table 29 COMMERCIAL FUNGAL BIOPESTICIDES
  • Table 30 GLOBAL MARKET FOR VIRAL BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLIONS)
  • Table 31 COMMERCIAL VIRAL BIOPESTICIDES
  • Table 32 GLOBAL MARKET FOR PREDATOR BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLION)
  • Table 33 GLOBAL MARKET FOR OTHER BIOPESTICIDES BY TYPE, THROUGH 2010 ($ MILLION)
  • Table 34 COMMERCIAL NEMATODES AS BIOPESTICIDES
  • Table 35 GLOBAL MARKET FOR BIOPESTICIDES BY TYPE AND BY TYPE OF CROP, THROUGH 2010 ($ MILLIONS)
  • Table 36 GLOBAL MARKET FOR BIOPESTICIDES BY REGION, THROUGH 2010 ($ MILLIONS)
  • Table 37 EPAS SAFETY SIGNAL WORDS FOR PESTICIDES
  • Table 38 MARKET SHARE OF MAJOR PLAYERS IN BIOPESTICIDES, 2005 (%)
  • Table 39 TIMELINE OF MONSANTOS MAJOR ACTIVITIES IN AGRICULTURAL BIOTECH
  • Table 40 U.S. PATENTS ACQUIRED BY MAJOR PLAYERS IN THE BIOPESTICIDE MARKET*
  • Table 41 COMPANION DRY PLANTING INSTRUCTIONS
  • Table 42 APPLICATIONS FOR COMPANION DRY FOR TYPE OF PLANTS
  • Table 43 GLOBAL GM CROP MARKET, THROUGH 2010 ($ MILLIONS)
  • Table 44 MARKET SHARE OF GENETICALLY MODIFIED CROPS, BY THEIR TRAITS, 2005
  • Table 45 MAJOR GM CROP CULTIVATION, 2001-2004 (MILLION ACRES)
  • Table 46 MAJOR U.S. GM CROPS, 2001-2004 (THOUSAND ACRES)
  • Table 47 COMMERCIAL BIOTECH CROP PRODUCTION IN EUROPE (ACRES)
  • Table 48 BIOTECH CROP PLANTATION IN SELECTED ASIAN COUNTRIES (ACRES)
  • Table 49 GLOBAL GM CROP PRODUCTION AREA, 2003 (MILLION ACRES)
  • Table 50 GLOBAL CULTIVATION AREA OF GM CROPS YEAR-WISE (MILLION ACRES)
  • LIST OF FIGURES
  • Summary Figure:
  • Figure 1 REGIONAL MARKETS FOR ORGANIC PRODUCTS, 2004 ($ BILLIONS)
  • Figure 2 SHARE OF REGIONAL MARKET FOR ORGANIC PRODUCTS, 2004 (%)
  • Figure 3 GENERAL PRODUCTION PROCEDURE
  • Figure 4 SHARE OF GLOBAL SYNTHETIC PESTICIDE MARKET BY TYPE, 2005 (%)
  • Figure 5 MARKET SHARE OF LEADING MANUFACTURES OF SYNTHETIC PESTICIDES, 2005 (%)
  • Figure 6 SHARE OF GLOBAL ORGANIC CROP CULTIVATION, 2004 (%)
  • Figure 7 REGIONAL SHARE OF GLOBAL ORGANIC CULTIVATION AREA (% IN 2004)
  • Figure 8 SHARE OF GLOBAL DEMAND FOR BIOPESTICIDES BY CROP TYPE, 2005 (%)
  • Figure 9 SHARE OF GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR ORCHARDS, COMMERCIAL AND CASH CROPS, 2005 (%)
  • Figure 10 SHARE OF GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR GRAZING/DRY LAND, 2005 (%)
  • Figure 11 SHARE OF GLOBAL DEMAND FOR BIOPESTICIDES BY TYPE FOR FIELD CROPS, 2005 (%)
  • Figure 12 SHARE OF GLOBAL MARKET FOR BIOPESTICIDES BY TYPE, 2005 (%)
  • Figure 13 REGIONAL SHARE OF GLOBAL MARKET FOR BIOPESTICIDES, 2005 (%)
  • Figure 14 MARKET SHARE OF MAJOR PLAYERS, 2005 (%)
  • Figure 15 GLOBAL GM CROP MARKET, 2000-2010 ($ MILLIONS)
  • Figure 16 PATTERN OF MAJOR GM CROPS, 2004 (%)
  • Figure 17 PATTERN OF MAJOR U.S. GM CROP CULTIVATION (%)
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