Chapter 39 questions and answers

Slides:



Advertisements
Similar presentations
Environmental Science
Advertisements

Definition: the study of the impact of humans on the environment The decisions and actions of all people in the world affect our environment.
2.3 Human Niches and Population:
Consumption and the Environment 6.3. Consumption  All animals affect the environment in which they live  Humans are just like other animals  They use.
Science and the Environment
Ecological Footprint.
IB SL. What Is It? An area of land (and water) that would be required to sustainably provide for a specific population’s resources and assimilate its.
Ecological Footprint & Environmental Sustainability
The Sustainable Energy International Youth Competition.
Major Challenges Facing Canada and the World
Chapter 6.1 A Changing Landscape
Introductions BIOL1040 Environmental Science.
Environmental Science Chapter 1
Evaluate our ecological footprint as a measure of the relationship between population size and resource consumption.
 Learning Goal: I can define the term ecological footprint; I can identify the size of my ecological footprint; I can identify the components that make.
Introduction to Environmental Science
AP Environmental Science
HUMANS IN THE BIOSPHERE. A Changing Landscape  Growing populations depend on the limited natural resources of earth for survival.  Humans rely on ecological.
Toward Sustainability. Living in an Exponential Age Miller Jr., G. Tyler. Living in the Environment, 12 th edition. Toronto: Brooks/Cole, 2002.
Population Dynamics 3: Human Populations Trends in Human Population Growth Demography: the study of statistics related to human populations, such as.
In your opinion, what is the most important environmental problem the world is facing right now? Explain your choice. Global warming, population growth.
DO NOW Journal Entry – answer the following: Journal Entry – answer the following: What is environmental science?
Studying the State of our Earth Chapter 1. What is Environmental Science? Environmental Science: field that looks at interactions among human systems.
Need for awareness and understanding Human activities can create ecological problems that must be avoided or corrected. People need to understand the.
It is evident from the graph that :- 1. the human population is increasing rapidly and shows a geometric (J-shaped) growth form 2. the population is doubling.
Ecological Footprint & Sustainability
Grade 9 Geography Jeopardy Climate Graphs Ecological Footprint DemographicsPopulation Pyramids Global Climate Warming
HUMANS IN THE BIOSPHERE Chapter 6. A Changing Landscape  Growing populations depend on the limited natural resources of earth for survival.  Humans.
environmentally sustainable society A Society that satisfies the basic needs of its people without depleting or degrading its natural resources and thereby.
Living with water shortages To know why water availability and quality is declining To be able to explain the difference between water scarcity and water.
Ecological footprint: the impact of a person, city, or country on the ecology of a local area or the whole planet. It is a measure of how much land and.
Geography of Canada Ecological Footprint.
1 Understanding Our Environment. 2 Environmental Science.
World Environmental Issues
All subsequent figures From the May 2014 living planet report.
Sustainability Definition: approach to development that meets the needs of the present without negatively affecting the ability of future generations to.
Over-population What’s the big deal?. Is it true? “ All the people on the world could fit into a space the size of Texas.”
How nature works. How the environment effects us. How we effect the environment. How we can live more sustainably without degrading our life-support.
UNIT 1: Environmental Decision Making Population Crisis: Most environmentalists agree that the root cause of most environmental problems has been human.
Population Dynamics Presented by: From T.A. Blakelock High School.
Globalization and Sustainability Chapter 11. Globalization and Sustainability Lesson 1 Ecological Footprint Kogi Sustainability.
Science and the Environment Chapter 1. Objectives Define environmental science, and compare science with ecology Define environmental science, and compare.
Ecological Footprint What’s your impact?. Ecological Footprint (EF) Definition: how much of the Earth we use for our food, clothing, play, energy, shelter,
Discussion: What do you think this image means?. What is an ecological footprint?
Objectives Explain how the rate of human population growth is determined and compare the rates of growth over the last 100 years Distinguish between people.
© 2011 Pearson Education, Inc. AP Environmental Science Mr. Grant Lesson 4 An Introduction to Environmental Science The Nature of Science & Sustainability.
HOW DO ENVIRONMENTAL ISSUES INVOLVE POLITICAL AND ECONOMIC DECISIONS What are environmental issues What is the relationship between the environment, economics.
1 An Introduction to Environmental Science CHAPTER.
Chapter 1 Key Themes in Environmental Sciences. Major Themes of Environmental Science Human population growth An urbanizing world Sustainability of our.
Chapter 1 Science and the Environment.  Environment – everything around us, including natural and man-made  Complex web of relationships connecting.
Announcement Reading Questions (ecological footprint) due in lecture 25 pts.
Chapter 6: Humans In The Biosphere Chapter 6 Section 1: A Changing Landscape Human activities greatly affect the ____________. Examples include:
Bell Work Define what you think an indicator is.
Understanding Our Environment
Introducing Environmental Science and Sustainability
Environmental Science
SUSTAINABILITY AND THE ENVIRONMENT
Science and Sustainability: An Introduction to Environmental Science
Globalization and Sustainability
October 17th Understanding Populations
Environmental Science
Carrying capacity Carrying capacity refers to the number of individuals who can be supported in a given area within natural resource limits, and without.
Geography of Canada Sustainability.
Ecological Footprints
Calculating Ecological Footprint
Resource consumption.
Day 9 – Human Populations & Ecological Footprints
Sustainability/Ecological Footprint
Use this to create a definition for the ecological footprint
Presentation transcript:

Chapter 39 questions and answers Ecological footprint Chapter 39 questions and answers

1. Define: ecological footprint, carrying capacity, sustainability, fair earthshare, ecological overshoot, industrial revolution, productive land. Ecological Footprint – measure of total human impact on ecosystem. Carry Capacity - # of peops supported at current standard of living by Can’s productive land. Sustainability – development meets current needs without depleting resources for future generations. Fair earthshare – measurement of world’s productive land divided by # world population. Amount of world’s productive land each person would be entitled to if all of land was shared equally. Ecological overshoot –the amt. of resources we demand that is beyond the Earth’s supply. Productive land – land that is available to support a person’s activities and used to measure a person’s EF.

Industrial Revolution – a time in England 1700’s when water power and steam was introduced into factories which increased the size and output of industries.

2. What land and water does the EF represent and why? Many small pieces of land and water all over the world b/c people use resources from all over the world and create waste close to home and far away.

3. What is the average EF for one average Canadian 3. What is the average EF for one average Canadian? What does this represent? 6.45 hectares of land which represents the amt. of productive land needed to support the lifestyle of an average Canadian.

4. Give examples of parts of your ecological footprint that would be located in your community, in a nearby part of Canada, in a distant part of Canada, in a foreign country. community Nearby in Can Distant Can Foreign country Chudleigh’s-apples Toronto -Blue Jays game Alberta- beef China-jeans Springridge farm-strawberries Waterloo –RIM-blackberry PEI-lobster India-t shirt

5. How much productive land would all the people of Canada need. 6 5. How much productive land would all the people of Canada need? 6.4 (EF)x 32 300 000 (Canada’s population). 206 720 000 hectares of land.

6.Does Canada have enough productive land to support our current population? Canada has about 434 477 000 hectares of productive land. Compare this number to your answer in question 6, and then determine the surplus of deficit of productive land. Productive land available Productive land needed Surplus or deficit? 434 477 000 206 720 000 surplus

7. What is Canada’s carry capacity 7. What is Canada’s carry capacity? Divide the total amount of productive land by 6.4 hectares. How many people can Canada support? 434 477 000 / 6.4 = 67 887 031.1 (if the growth rate remained at 0.8%) according to rule of 70 and doubling time in 87 years according to the 2016 population prediction Canada’s population in 2103 would be 72 987 800. Canada’s productive land could not support it’s population!

8. What other factors affect Canada’s carrying capacity? Exporting of resources – eg) energy, seafood, water. If we export our resources we are limiting our carrying capacity.

9. Looking at figure 39.6 and reading page 527, do dot jots to describe the carrying capacity of Earth. C capacity only increased slightly over last 2 centuries b/c found new uses for resources. Uranium for electricity. See increase in stress world pop. puts on earth b/c increased #’s pop. = increased consumption. Today world is in ecological overshoot causing global warming, loss of topsoil, shortage of fresh water, destruction of forests, loss of fish, depletion of ozone layer. World can operate in overshoot for a bit longer by using up it’s supply of non renewable resources, and then what? Carrying capacity will decrease, as non renewable resources are used up and pop. will drop when there are no more resources to support it.

10. Read Living Today and Planning for Tomorrow 10. Read Living Today and Planning for Tomorrow. What are the environmental challenges that the world community faces? Lack of fresh water by 2025. Extinction of 60% of Can. Wildlife due to construction of mining, forestry roads and homes. Depletion of non renewable nrg resources. Global warming caused changes to coral reefs, polar regions, forests, weather and agriculture. ecological overshoot.

11. What 4 principles is UNESCO’s Decade of Education for Sustainable Development based on? 1. Respect and care for community living 2. Ecological integrity 3. Social and economic justice 4. Democracy, non violence and peace.

12. How can you contribute to meeting these goals?