 Plan a banquet for the class?  Main Dish  Snack foods  Beverages  Forks  Paper Plates  Cups  Desserts.

Slides:



Advertisements
Similar presentations
SOIL EROSION AND DEGRADATION  Soil erosion lowers soil fertility and can overload nearby bodies of water with eroded sediment. Sheet erosion: surface.
Advertisements

Food. F2 Food F2 Industrial Agricultural: Key Elements Machines Economies of Scale Synthetic Inputs.
Farmland…Uses and Challenges. Farmlands: Land that is used to grow crops and fruit The United States contains more than 100 million hectares of farmland.
Chapter 12 Alec Scaffidi.  Food Security- Having enough nutritious food to have a healthy life  Food Insecurity- Living with chronic hunger and poor.
PRT 2008 Lecture 4. Agricultural revolution Type Green revolution Green revolution Blue revolution Blue revolution.
Chapter 19 Food Resources
12-3 What Environmental Problems Arise from Food Production?
Chapter 10 Food, Soil & Pest Management. Food Sources Cropland – 77% –30,000 plant species –Wheat, rice & corn Rangeland – 16% –Beef, pork, sheep & poultry.
Soil Erosion and Degradation. PA Standards C: Renewable and Nonrenewable Resources B: Agriculture and Society “The nation that destroys.
Food Resources See Miller Chapter 12 Issues and Impacts of Agriculture ENVS 1 Oct. 14, 2002.
3.5 Food Resources. And the average resident of an MEDC consumes 3314 calories per day. Yet, the average resident of an LEDC consumes 2666 calories per.
HUMAN POPULATION, CARRYING CAPACITY, AND RESOURCE USE 3.5 Food resources.
Humans in the Biosphere
Types of Agriculture Grade 10: Food from the Land.
3.5 Food Resources.
Types of Agriculture and Farming Practices
SUSTAINABLE AGRICULTURE THROUGH SOIL CONSERVATION
Chapter 18 Food Resources. World Food Security  Poverty and Food  ________people are so poor they cannot afford proper nutrition 1.3 billion.
Chapter 19 Food Resources. World Food Security  Famine-  Maintaining Grain Stocks  Amount of grain remaining from previous harvest  Provides measure.
1 Feeding the 10 Billion The future of Land, Yields and Inputs.
Why do we need forests? Create a list Fuelwood Construction material Paper Produce oxygen Store carbon Slow runoff Hold soil in place Cycle nutrients Support.
Do Now: Identify and discuss 2 factors that may limit food production in the future.
3.5 Food Resources.
Food Resources. Food in the World 30,000 plant species with parts people can eat 15 plants and 8 animals supply 90% of our food Wheat, rice, and corn.
Chapter 13 Food Resources Food supply and infrastructure Dust Bowl & Green Revolution Low input vs. high input (conventional) farming How we get our food.
Agriculture: Part 2 Increasing food production. © Brooks/Cole Publishing Company / ITP Green Revolutions: increasing crop yields per unit area First Green.
Chapter 9 The Production and Distribution of Food.
APES Food Resources “There are two spiritual dangers in not owning a farm. One is the danger of supposing that breakfast comes from a grocery, and the.
How farming affects parts of an ecosystem. Review questions Where does our food come from? How is our food supply dependent of ecosystems? How do current.
 Negative impact on soil, air, water, and biodiversity resources  Humans and human health also negatively impacted  Negative aspects cost US $
Food Resources Topic 3 The Soil System and Food Production Students will be able to: -to discuss the links that exist between social systems and food production.
Genetically modified crops and foods have advantages and disadvantages.
What type of land is used for farming?
Environmental Effects of Producing More Meat. Background Facts Meat, milk & cheese – High quality protein 1950 – 2005 – Meat production increased more.
Chapter 19 Food Resources: A Challenge For Agriculture.
Agriculture Unit Notes. Food and Nutrition Foods humans eat are composed of several major types of biological molecules necessary to maintain health :
Slide 1 Figure 16-1 Page 377 CHAPTER 16: FOOD RESOURCES.
Ch 14: Agricultural Methods and Pest Management. Outline 14.1 The Development of Agriculture 14.2 Fertilizer and Agriculture 14.3 Agricultural Chemical.
Environmental Problems With Food Production Ch. 12.
Food – a resource. Why is food important? 1)Source of energy 2)Source of materials for building new cells & structures **malnourishment can lead to other.
3.5 Food Resources.  Key terms: ◦ Under-nourishment- food intake not containing enough energy ◦ Malnutrition- food intake lacking essential nutrients.
18 Food Resources. Overview of Chapter 18  World Food Security  Food Production  Challenges of Producing More Crops and Livestock  Environmental Impact.
How Much Soil is There? 75% of earth is covered by water Only 10% of the earth’s land surface is land able to grow crops (=ARABLE LAND) – Why? Desert,
Week eight Food Security.
Land Management.
Thurs. Nov. 18 Other due dates:
Agriculture and Soil.
LAND RESOURCES On a separate sheet of paper…make a list of as many “uses” as we have for LAND. (in other words…why is land important to the environment?)…TURN.
The Geography of Agriculture
The Green Revolution Objective:.
Human Impact on Land, Air and Water Resources
Chapter 19 Food Resources: A Challenge For Agriculture
Topic 5.2: Terrestrial food production systems and food choices
19 Food Resources.
TERRESTRIAL ECOSYSTEMS
What Is Agriculture?.
Farming Methods Conventional agriculture- industrial agriculture where labor is reduced and machinery is used. Traditional farming- still used in the developing.
5.2 Terrestrial Food Production Systems and Food Choices
Aim: To explain the concept of sustainable agriculture in terms of energy efficiency ratios and sustainable yields.
Tim Scharks Green River College
Chapter 19 Food Resources: A Challenge For Agriculture
Living in the Environment
Bellringer: (packet page 7)
18 Food Resources.
HUMAN IMPACTS on ECOSYSTEMS
regenerate RENEWABLE ________________ RESOURCES
GEOGRAPHY OF AGRICULTURE
Issues and Impacts of Agriculture
Agriculture Notes.
18 Food Resources.
Presentation transcript:

 Plan a banquet for the class?  Main Dish  Snack foods  Beverages  Forks  Paper Plates  Cups  Desserts

VS

 Aquatic Food Production: Food is harvested from high tropic levels (large top consumers…example salmon. Photosynthesis is less efficient by producers due to light reflection of water

 Terrestrial Food Production: Most food harvested from low tropic levels (producers / herbivores)

 Biodiversity  Soil  Water  Air  Human Health

 Loss of grasslands forests and wetland for cultivation  Loss of genetic diversity (wild crops replaced with monocrops)

 Erosion  Loss of fertility  Salinization  Desertification  Increase soil pH

 Waste water produced  Aquifer depletion from increased irrigation

 Large fossil fuel use in farming equipment causes release of greenhouse gases (CO2, N2O, and CH4)  Pesticide sprays

 Nitrates in Drinking water Blue baby  Pesticides  Bacterial contamination of meat (E. coli)

 Inputs: Fertilizers, pesticides, fossil fuels, labor, sunlight, water equipment  Characteristics: Heavy use of fossil fuels, lots of farming technology, monocrops (only one crop)  Socio- Cultural: Fast production, large amounts, lots of waste  Environmental impact: loss biodiversity  Outputs: Air pollution, water pollution, wheat/corn, lots of income ($$)

See “slash and burn” and “shifting cultivation”

 Inputs: lots of human labor, water, sunlight  Characteristics: grow only enough to eat/ low tech  Socio- Cultural: mostly LEDC, poor  Environmental impact: maintains biodiversity, reduces pollution  Outputs: Usually mixed crops; corn, beans and squash (all in same field)

 Inputs: Labor, Cattle feed/ grazing grass  Characteristics: large herds of cattle, used as only food source “Nomadic Herding”  Socio- Cultural: Cattle THE source of life (even used as currency)  Environmental impact: overgrazing, nomadic behavior  Outputs: meat, milk

 Inputs: antibiotics, fish food, cages, labor  Characteristics: fish raised in large quantity  Socio- Cultural: MEDC, employs large number of workers  Environmental impact: growth of algae, water pollution  Outputs: salmon, water pollution

 Inputs: labor, seed  Characteristics: fish and rice grown together in same, self sustaining ecosystem (fed by natural food chain)  Socio- Cultural: LEDC countries,  Environmental impact: reduces waste maintains biodiversity  Outputs: rice, fish, income

Slash and burn- Farmers will “slash” or cut down a forest and burn the area in order to create a field for farming. Shifting Cultivation- Farmers utilize soil and forests for harvesting wood and crops until soil loses fertility, then they will move to a new area.

 GMO- Genetically Modified Organisms Change genetic make up of living things to make them look, feel, and taste different  Pesticides- used to kill pest organisms  Herbicides- used to kill weeds  Fertilizers- used to grow larger crops  Irrigation- used to bring in more water  Antibiotics/ Growth Hormones- used to grow healthier and larger animals

 Food production in our country has a direct impact on the lifestyle and income of others around the world 