Corporations and Pesticides. Multinational Corporations have Control  1960s and 1970s the pesticide market was a highly profitable business venture,

Slides:



Advertisements
Similar presentations
Chapter 8 AP Environmental Science. * 1. Gives the EPA the authority to control pesticides. Which act is this? * A. Toxic Substances Control Act * B.
Advertisements

Corporations & Pesticides By Barbara Dinham. Companies and Their Markets Due to tighter regulations, many agrochemical companies have merged leaving only.
Genetically Modified Organisms Emily Walls Zach Witherspoon.
Economic Growth in Developing Nations. Characteristics of Developing Nations.
The Marketing Environment Chapter Objectives Know the environmental forces that affect the company’s ability to serve its customers. Know the.
Broma Clyde Miami Dade County Public School Big Tobacco.
Pesticide Eco-Alternatives Center (PAN China) Sun Jing.
Organic Foods A better option?. Have you ever found yourself debating whether to buy organic food versus conventionally grown foods?
Agriculture and Rural Land Use. Agriculture Is the raising of animals or the growing of crops to obtain food for primary consumption by the farm family.
Types of Agriculture LEARNING OBJECTIVES
Fungicides Market Analysis, Market Size, Analysis 2014 To 2020 Grand View Research has announced the addition of " Global Fungicides Market Analysis And.
By Barbara Dinham. Multinational Corporations  Develop, manufacture, sell pesticides  Influence farmer’s decisions on pest management and agricultural.
By Laura T. Raynolds Presented by Jessica Hendrix.
Corporations and Pesticides Barbara Dinham 2005 Sienna Nesser.
Pesticides and Social Inequality in Nontraditional Agriculture From Cultivating Crisis by Douglas L. Murray.
The Miracle of Science. DuPont was founded in 1802 Second largest chemical company Net profit Operates in 70 countries Headquartered Employs Market-Driven.
Chemicals Management in a Transatlantic Perspective Henrik Selin November 10, 2008.
Biotechnology: International Diffusion, Recent Findings, and Opportunities for China. Carl E. Pray Agricultural, Food and Resource Economics Rutgers, the.
Genetically Modified Foods
Organic Foods A better option?. Have you ever found yourself debating whether to buy organic food versus conventionally grown foods?
GM crops: A risk to diversity. Who owns seed? In 1970’s no company owned 1% of the market In 2006 top 10 companies owned 57% of world seed
BIOTECHNOLOGY AND FARMING. RICE  10 YEARS- 150 million dollars later……………………..  Rice that is enriched with vitamin A- it was modified using 2 genes-
THE IMPORTANCE OF THE FOOD SCIENCE INDUSTRY Agriscience 102 Applied Agricultural Science and Technology #8408 TEKS: (c)(5)(A)
Genetically Modified Food. What is Genetic Modification? To “modify” means to change, so genetic modification is the change of the genetic code (DNA)
Implications for the Environment. Environmental impact of genetically transformed crops Positive or negative.
PROTEST Why are people protesting globalisation (because the plants and animals can’t?) Why protest free trade? Why protest the power of the international.
Identifying and Understanding Various Agribusiness Companies
Types of Agriculture and Farming Practices
Department of Economics Bapatla College of Arts & Science The Green Revolution in India Changing Agricultural Traditions.
Globalization Transnational Corporations Multinationals Case Study: Food.
Presents A World in Jeopardy (Trade version) With thanks to CIDA’s Human Rights Network V ersion 1.2.
The Green Revolution Began in the 1940s, 1950s –Was a phase of the 3 rd Revolution –Really implemented in 1970s, 1980s New strains of hybrid seeds and.
Agribusiness Library LESSON L060002: THE SCOPE AND IMPORTANCE OF AGRIBUSINESS.
Christina Laganas HW220 GENETICALLY MODIFIED ORGANISMS BENEFITS AND RISKS.
Changes in food demand Growing demand for high-value and seasonal products.
Free Trade Food First. Comparative Advantage Major idea of Free Trade: –Comparative Advantage Each country exports what it produces best Money used to.
Biotechnology Objectives for October 21, 2010  We will consider the nature and issues of food biotechnology  We will answer some questions about food.
GM crops in the EU Campaigning opportunities and challenges FoEE and Greenpeace.
Free Trade Food First. Comparative Advantage Major idea of Free Trade: –Comparative Advantage Each country exports what it produces best Money used to.
WORLD FOOD PRODUCTION GCSE Food and Nutrition. Learning Objectives To learn about food production in the world and UK. To learn about organic farming.
9.3. Goals  Independence saw the population grow rapidly and there wasn’t enough food to feed all the people  Goals were to: 1. Increase the food production.
Good Agricultural Practice in THAILAND Department of Agriculture.
Copyright © 2006 Pearson Education, Inc., publishing as Benjamin Cummings PowerPoint ® Slides prepared by Jay Withgott and Heidi Marcum Copyright © 2008.
Economies of Asia. Economy of India Since independence (1947), struggle to modernize & diversify the economy –Strongly agricultural –Very poor 1940’s-1990’s:
1 Member Economy Report Current status and strategies on Food Losses in Viet Nam APEC Seminar on Strengthening Public-Private Partnership to Reduce Food.
© 2014 Pearson Education, Inc. Agriculture Defined  The deliberate modification of Earth’s surface through cultivation of plants and rearing of animals.
Causes and Effects of British Imperialism in India.
Mark Swinchatt Regional Business Director – Asia Pacific AUSVEG Conference April 2011.
Definition of Organic and Urban Farming The term organic defines a substance as a living materials as a living material whether of plant or animal origin.
DEVELOPMENT STRATEGIES FAIR TRADE ORGANIZATIONS SOURCE: ECONOMICS – A COURSE COMPANION (p )
Canada and the Global Economy. NAFTA NAFTA - North American Free Trade Agreement - An agreement made between Canada, the United States, and Mexico in.
Impact of Liberalisation-Privatisation- Globalisation on Small Farmers & Indigenous people in Orissa Living Farms Orissa India.
Genetic Modification of Food. The Rise of GMOs In the 1980’s and 1990’s with major advances in the field of genetics, scientists were able to create crops.
MarketsandMarkets Presents Asia-Pacific Crop Protection Chemicals Market Trends and Forecast to 2018
Lecture #3 Sections 10.4 & 10.5 Alternatives to Current Pesticide Uses & Reducing Pesticide exposure.
© 2016 Global Market Insights, Inc. USA. All Rights Reserved Fuel Cell Market size worth $25.5bn by 2024 Agrochemicals Market Analysis,
MarketsandMarkets™ Presents Transgenic Seeds MarketTransgenic Seeds Market by Trait (Herbicide Tolerance, Insecticide Resistance), Crops (Corn, Soybean,
© Coherent market Insights. All Rights Reserved Agrochemicals Market Outlook – Surge in Food Grains Demand Augmenting Market Growth.
Mergers and Acquisitions: Implications for Developing countries
Thailand Crop Protection Market is led by Shift of Farmers from Low-value added Crops to High-value added Crops: Ken Research.
BRAZIL SEED MARKET BY TECHNOLOGY TYPE (OPEN POLLINATED, HYBRID SEEDS AND GENETICALLY MODIFIED) BY CROP TYPE (SOYBEAN, CORN, WHEAT, RICE, COTTON, BEANS,
SPAIN SEED MARKET BY TECHNOLOGY TYPE (OPEN POLLINATED, HYBRID AND GENETICALLY MODIFIED SEEDS) BY CROP TYPE (WHEAT, BARLEY, MAIZE, RYE, SUGAR BEET, VEGETABLES,
Indonesia Seed Industry is dominated by PT Bisi International Tbk, PT East West Seed Indonesia, PT DuPont Indonesia, PT Syngenta Indonesia, Monsanto Indonesia.
Global Genetically Modified Seed Market : Trends, Forecast, and Opportunity Analysis 1.
© 2016 Global Market Insights, Inc. USA. All Rights Reserved Global Plant Growth Regulators Market to reach US$ 9.7 bn by 2025: Global.
Commercial VS. Organic farming
Free Trade Food First.
AP HUMAN GEOGRAPHY CH 20n CLASS NOTES 16o
US Farming Market Outlook
Commercial VS. Organic farming
Presentation transcript:

Corporations and Pesticides

Multinational Corporations have Control  1960s and 1970s the pesticide market was a highly profitable business venture, increasing in sales by 10% each year  But this success soon reached a plateau  By 2002 the market fell from its peak of $30 billion to $27.8 billion  This was due to high research costs and regulations on the pesticides themselves, limiting the production of certain dangerous pesticides  This pressure to increase profits after decrease in economic growth forced companies into consolidation

Consolidation limits Control of the Agrochemical Market  There is now only six companies in control of this market, they control 75-80% of the world’s agrochemical market  The six biggest companies are Syngenta, Bayer, Monsanto, BASF, Dow and DuPont  In 2001 the agrochemical industry changed its name to CropLife International and started producing both pesticides and biotechnology  In 2000s sales from seeds and the genetic modification sector grew and agrochemical sales fell or stayed the same

How to Increase these Sales  Their main focus began to include how to promote new products and how to continue to sell old products  Developing countries become the producers and exporters of pesticides  India and China are the largest producers of generic products, followed by Argentina  In India companies make many hazardous products, that are banned elsewhere in the world and by the WHO (World Health Organization)  Right behind India is China the second largest agrochemical producer

Cost of Research  10% of a companies sales goes to research development  Long-term costly research is needed to fund biotechnological research so advancements can be made and profits can increase  Without this research the big six could not maintain their hold on the market  Development costs of products increased by 21% between  But cost of registering a new chemical was reduced by 15%

Advertising is Key  You must persuade farmers to buy your product  1940s-1960s stressed science  1970s-1980s emphasis on the domination of nature  1990s people began to realize the ecological and social costs and emphasized harmony and working with nature ‘Best against grass. Best for the Land’  Developing countries

Growing Markets in Developing Countries  Pesticide sales decline in rich countries  Developing countries become the target  The most toxic insecticides are used of fruit, vegetables, cereals, rice, maize, cotton, and soybeans- 85% of sales  Grown by smallholders in developing countries  To protect human health and the environment led to the adoption of the International Code of Conduct on the Distribution and Use of Pesticides  But there are not enough human and financial resources to in force these codes

Problems in Developing Countries  Farmers want cheaper products  Still use highly toxic products banned by the WHO are still being used  This market growth in developing countries could be stopped if proper training and information was available to farmers

Pesticides are Easily Accessible  Often sold in small kiosks, markets, shops selling food and other goods  Pesticide dealers are not informed  Farmers are unable to read labels and learn from neighbors how to use  Almost all governments have pesticide laws but enforcement is a problem

Legal Action is Hard to Take  In the U.S. victims are able to use the media to help them with their plea against pesticide companies, but this is not easy for developing countries  In Peru, lawsuit against Bayer-24 children died after exposure to methylparathion  Case was not upheld

Training  In places like Guatemala where large numbers of people have been poisoned by pesticides, companies introduced training programs  At first successful  but behavioral changes were often temporary  Problems arose from irrational behavior, but for small farmers and agricultural workers this behavior is perfectly rational  Melon workers

More problems  Cheap herbicides that are fatal are still used  One tsp of paraquat is fatal and there is no antidote  Use to resemble coca cola, coffee or tea and home storage led to many accidental consumptions  Hazardous pesticides, and others with chronic health concerns, are used freely in developing countries

Authors Resolutions  Governments, public research institutes and development agencies need to promote pest management strategies  They must address the needs of poor farmers  Also new strategies are needed in farming systems where workers work with hazardous products without protection