Socio-economic Benefits of Biotechnology

Slides:



Advertisements
Similar presentations
SCIENCE,SUSTAINABLE AGRICULTURE AND RURAL DEVELOPMENT IN THE E.U.
Advertisements

Feeding the World.
Are They Safe? Biotech Food Crops and Products February 1, 2002 Karen Pesaresi Penner Kansas State University Food Science Institute.
Environmental Science
Classroom Catalyst.
Food and AgricultureSection 1 Bellringer. Food and AgricultureSection 1 Objectives Identify the major causes of malnutrition. Compare the environmental.
The Past, Present and Future of
Genetically Engineered Agricultural Practices
Grade 8 Science and Technology
B REAKTHROUGHS I N B IOTECHNOLOGY 1.. Biotechnology The use of gene science to create new products from plants and animals.
Genetic Engineering. Recombinant DNA Technology Altering the DNA of an Organism by Adding new DNA Modifying existing DNA.
LECTURE 1 INTRODUCTION.
The Green Revolution IB Geography II.
Are these claims supported by evidence?
The Past, Present and Future of. What is Food Biotechnology? Food biotechnology is the evolution of traditional agricultural techniques such as crossbreeding.
Christina Laganas HW220 GENETICALLY MODIFIED ORGANISMS BENEFITS AND RISKS.
 Modernizing agriculture and investing in technology are the main approaches for rural farmers, so that we can overcome the challenges of feeding more.
15.1 – Feeding the World.
Chapter 9 Production and Distribution of Food
Genetically Modified Plants Summary Makes changes to the hereditary material of a living organism Biotechnologies are used to develop plants resistant.
Biotechnology Objectives for October 21, 2010  We will consider the nature and issues of food biotechnology  We will answer some questions about food.
Genetically Modified Plants By: Amy Chen, Bridget Panych
What factors might affect ELBs businesses? What will these do to my chances of getting a job?
Genetically Modified Organisms. Genetically Modified? GM (genetically modified) refers to special technologies that alter the DNA of organisms such as.
Definition Biotechnology refers to the use of microorganisms such as bacteria or biological substances such as enzymes, to perform industrial or manufacturing.
WORLD FOOD PRODUCTION GCSE Food and Nutrition. Learning Objectives To learn about food production in the world and UK. To learn about organic farming.
MSAGED 7-3 Melissa Moulton CTAE Resource Network 2010.
Feeding the World Chapter Human Nutrition  humans need energy to carry out life processes  Growth  Movement  Tissue repair  humans are omnivores.
Genetically Modified. What is a Genetically Modified (GM) Food? Foods that contain an added gene sequence Foods that have a deleted gene sequence Animal.
Food and AgricultureSection 1 Feeding the World Famine is the widespread malnutrition and starvation in an area due to a shortage of food, usually caused.
Global Issues Press Conference Should farmers be concerned with agricultural biotechnology? By: Peter Campbell.
A POLICYMAKER’S GUIDE TO THE SUSTAINABLE INTENSIFICATION OF SMALLHOLDER CROP PRODUCTION.
Research Needs and Outcomes in Agro-enterprise Development Peter J. Batt.
Biotechnology North Carolina. Biotechnology Terms.
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.
Weather index insurance, climate variability and change and adoption of improved production technology among smallholder farmers in Ghana Francis Hypolite.
Chapter 15: Food and Agriculture Section 1 Feeding the World.
Plant Biotechnology: - why and how... Hélia Sales “Plants for Life” International PhD Program – 2016 (course “Plant Biotechnology for Sustainability and.
The Green Revolution The role of technology in food production (and its role in reducing food shortages)
Grains(Cereals) for food and feed
Genetic Modification of Food
Chapter 15-1 Feeding the World
THE ETHICAL ISSUES THAT ARISE FROM THE PRODUCTION OF GMOs
WORKSHOP ON CULTURAL AND RELIGIOUS ISSUES SURROUNDING GMO’S
BREAKTHROUGHS IN BIOTECHNOLOGY 1..
Genetic Engineering for Food Supply
Unit 1 The Future of Agriculture
Genetically modified foods
The Green Revolution - Changing the Way We Eat
Genetically Modified.
Food and Agriculture.
Note Pack Chapter 15 Food and Agriculture Section 1: Feeding the World
THE GREEN REVOLUTION (The Third Agricultural Revolution)
Unit 5 Natural Resources – Chapter 13 Water Resources – Chapter 14
Food and Agriculture.
Food and Agriculture.
Bellringer: (packet page 7)
Section 1: Feeding the World
Section 1: Feeding the World
Food and Agriculture.
How could we improve food production?
Animal, Plant & Soil Science
Genetically Modified Organisms Maddie Wager & MacKenzie Summers
Section 1: Feeding the World
LECTURE 1 INTRODUCTION.
Human Genome Project Human Genome Project's (Mapped Human Genes)
Section 1: Feeding the World
Chapter 15 Section 1 – Feeding the World
Section 1: Feeding the World
Food and Agriculture.
Presentation transcript:

Socio-economic Benefits of Biotechnology Safari Hotel 18August 2016

Biotechnology is Life Sciences Technology Biotechnology

What are the problems faced by farmers? Productivity constraints – producing less Environmental concerns – draught, floods, human and wildlife conflicts Malnutrition and Diverse nutritional needs – deficiency of nutrients and/or lack of nutrients rich foods. Access to market and limited value addition locally – lack of market intelligence and export raw or barely processed goods Capital – no or limited financial resources and returns (low income derived from agriculture)

Benefits of Biotechnology Biotechnology can benefit by aiding in growing more food on less land thus enhanced productivity and efficiency gains. Farmers spend less time in the field and more time on social activities – improving health. Farmers save on the cost usually paid for ploughing, weeding and spraying pesticides – reducing labour and input cost More food available to feed the growing world population.

Benefits of Biotechnology Biotechnology produces crop varieties that are designed to thrive under harsh conditions,  such as severe heat or cold, flood or drought, and soils with high levels of salt or metals Farmers will be able to produce during harsh environmental conditions There will be a reduction in animal deaths as feed for animals can be produced in harsh times. The country will use money spend on relief aid on other capital projects.

Benefits of Biotechnology Higher crop yields can boost incomes for farmers Biotechnology seeds enable farmers to increase their agricultural productivity and provide a higher quality crop, which, in turn, translates into higher incomes. Consistent and improved food supply can help to stimulate local economies.

Benefits of Biotechnology Biotechnology can benefit through the production of new nutritionally enhanced foods. Nutritionally enhanced biotech food is currently a major area of research that has already produced a few promising products. For example: cooking oils with unique fatty acid profiles and less then one percent trans fats and, corn with higher concentrations of amino acids, certain oils and minerals ideal for animal feed.

Benefits of Biotechnology Many products in development are being engineered to confer nutritional benefits, such as the new: “golden rice” which contains added beta-carotene and iron. Scientists are conducting research on ways to make foods, such as soy and peanuts, with fewer allergens by removing the offending proteins which cause allergic reactions in people. Also in development are fruits and vegetables with higher levels of nutrients, such as vitamins, minerals, and protein.  Overall reduction of malnutrition.

Benefits of Biotechnology Using biotechnology to improve human health – use of biotechnology in medicine. Production of insulin to help diabetic patients. Gene therapy - experimental technique that uses genes to replace missing or defective ones or treat or prevent disease (genetic disorders).

But to attain these benefits … Technologies have to be adapted to local circumstances based on agro-ecological principles and local conditions. Farmers’ support organizations are needed to reduce the costs and improve the effectiveness of technical assistance efforts Farmers especially smallholders’ need assistance to gain access to markets for organic and other high value products.

Effective institutions and a stable, enabling and supportive policy environment are also critical. Promotion of learning culture – “what works well where and why” Integration of traditional farming practices in research and development programmes Technology is profitable in a relatively short period of time; does not substantially increase risks; and is consistent with farmers’ endowments of knowledge, management skill, land, labour, and other assets.

Socio-economic considerations in Biosafety Article 26 of the Cartagena Protocol on Biosafety: Countries may consider socio-economic considerations in their decision making National legislation may expand scope

Potential socio-economic risks Loss of alternative food and medicinal sources due to mono- cropping. Intellectual property right issues – seed rights and farmers’ rights to seeds – traditional ways of sharing seeds. Loss of labour Impact on trade and markets. Impact on consumer choice – consumers should be able to choice.

THANK YOU

What are the problems faced by farmers? Productivity constraints – producing less Environmental concerns – draught, floods, human and wildlife conflicts Malnutrition and Diverse nutritional needs – deficiency of nutrients and/or lack of nutrients rich foods. Access to market and limited value addition locally – lack of market intelligence and export raw or barely processed goods Capital – no or limited financial resources and returns (low income derived from agriculture)