PATTERNS IN RESOURCE CONSUMPTION. definitions Ecological footprint The theoretical measurement of land and water a population requires to produce the.

Slides:



Advertisements
Similar presentations
International Initiative
Advertisements

Ecological Footprint. What is an Ecological Footprint? Why learn about Ecological Footprints? It helps us know which activity causes the most, or least.
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
Ecological Footprint.  Calculating your impact  Reducing our footprint  Difference between wants & needs.
Topic 3: Ecological footprint of the Institute’s excursion to Colombia.
Environment & Resource Management Ecological Footprint.
Geography of Canada Ecological Footprint.
The Sustainable Energy International Youth Competition.
© 2011 Pearson Education, Inc. Lab : The Ecological Footprint Exercise AP Environmental Science Mr. Grant Lesson 13.
Core Unit 4- Patterns in Resource Consumption. Part 1- Patterns of Resource Consumption Spec: Evaluate the ecological footprint as a measure of the relationship.
How Many People Can the Earth Support?
Energy Energy supply & demand as a “social project” What energy does Why we want & need energy Forms & uses of energy, & energy quality Explaining energy.
Ecology and Engineering CE 3 Introduction to Civil and Environmental Engineering.
Environmental Ethics.
IB GEOGRAPHY HL GILLETT OLIVIA & ANAIS 3/22/12 Julian Simon.
This topic is split into: Resource management and the ecological footprint Malthus theories Oil production and consumption Alternative energy Hydroelectric.
LO: To be able to explain the concept of an ecological footprint. To be able to calculate the footprint of a given population. To describe and explain.
DNA: 2. Explain what is going on in the cartoon below:
Evaluate our ecological footprint as a measure of the relationship between population size and resource consumption.
ENVIRONMENTAL SCIENCE
Resource Issues Chapter 14 An Introduction to Human Geography
SUSTAINABILITY AS Environmental Management. WHAT IS ENVIRONMENTAL MANAGEMENT? research and opinions on use and conservation of natural resources, protection.
DISPARITIES IN WEALTH AND DEVELOPMENT. definitions.
STANDARD 2.8 (9%-14%) Evaluate human behaviors in terms of how likely they are to ensure the ability to live sustainably on Earth.
Humans and The Environment
Population Theorists.
Population and Scarcity Environment and Society Lecture 1.
What’s the story?.
Ecological Footprint & Sustainability
Environmental Problems, Their Causes, and Sustainability.
Geography of Canada Ecological Footprint.
Footprint Image (6/02) Ecological Footprints Measuring Resource Consumption and Sustainability.
World Environmental Issues
All subsequent figures From the May 2014 living planet report.
Unit Exam Review: IB Geo Paper 1
Chapter 16 Human Impact on Ecosystems
Hosted by Ms. Evensen Populations in Transition Disparities in Wealth and Development Patterns in Environmental Quality and Sustainability.
Chapter 3: Resource Production and Consumption
Danny O’CallaghanKingdown School Warminster Ecological Footprints.
Neo and Anti Malthusian Viewpoints
Sustainable Development Ecology Unit. Human Niches & Population Ecological footprint = a measure of the impact of an individual of a population on the.
Ecological Footprint What’s your impact?. Ecological Footprint (EF) Definition: how much of the Earth we use for our food, clothing, play, energy, shelter,
Ecological Footprints. ts=
Discussion: What do you think this image means?. What is an ecological footprint?
Ecological Footprints
Prepared by Ms Kashfia. 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.
DNA: Explain what is going on in the cartoon below:
Consider this... There are many indications that human population is pushing up against the limits of the Earth’s resources: The number of starving people.
Environment & Resource Management Ecological Footprint.
Reading Assignment #4 1 Also prepare to present your works for about 5 minutes (3-5 slides)
Review: IB Geo Paper 1 IB Geography I.
Ecological Footprint IB SL.
Using Resources Table of Contents Introduction to Environmental Issues
Ecological Footprint.
TFJ3C Ms. Mulligan Smith.
IB GEOGRAPHY CORE TOPIC 4 Patterns in Resource Consumption.
Jeopardy Hosted by Ms. Evensen.
UPCOMING DATES.
Ecological Footprint Geography of Canada.
Geography of Canada Sustainability.
Environment & Resource Management
Resource consumption.
Resources Ch 01 sec 3.
Ecological Footprints
Day 9 – Human Populations & Ecological Footprints
Ecological Footprint.
Jeopardy Hosted by Ms. Evensen.
Use this to create a definition for the ecological footprint
Presentation transcript:

PATTERNS IN RESOURCE CONSUMPTION

definitions

Ecological footprint The theoretical measurement of land and water a population requires to produce the resources it consumes and to absorb its waste under prevailing technology.

Sustainable resource management Conserving the quantity and quality of resources to maintain their supply for future generations.

Evaluate the ecological footprint as a measure of the relationship between population size and resource consumption.

Identify international variations in its size.

You should be able to define the ecological footprint and assess its value as a measure of the relationship between population and resources. International variations in size are best identified through reference to contrasting examples. It is important to remember that the ecological footprint is not the same as the carbon footprint, a term that is commonly used in the media.

A person’s footprint ranges vastly across the globe, from 8 or more “global hectares” for the biggest consumers in the United Arab Emirates, the USA, Kuwait and Denmark, to ½ a hectare in The Democratic Republic of Congo, Haiti, Afghanistan, Bangladesh and Malawi.

Discuss the two opposing views (neo-Malthusian and anti- Malthusian) of the relationship between population size and resource consumption.

Geography All the Way You should know when Malthus wrote, and the basis of his theory. An annotated graph showing the relationship between population and food would illustrate this effectively. You should be able to explain the theories of the pessimistic neo-Malthusians, such as the Club of Rome and Paul Ehrlich, and the ever optimistic anti-Malthusians, such as Julian Simon (and Esther Boserup). Relevant concepts include those of carrying capacity and sustainable resource management.

Examine the global patterns and trends in the production and consumption of oil.

Chart of oil trading nations (2007) Be prepared to identify, on a map, countries with high levels of oil production and be able to explain the physical circumstances leading to its availability. You should be able to relate the patterns of global production to consumption.

Oil and natural gas are found in the pore spaces surrounding grains comprising sedimentary rocks.

Examine the geopolitical and environmental impacts of these changes in patterns and trends.

In addition to the spatial pattern, you should be able to explain the trends in oil production and consumption over time and changes in the energy mix for many countries.

Sun-powered planes

Discuss the reduction of resources consumption by conservation, waste reduction, recycling and substitution.

You should know the general principles of sustainable resource management. (Conserving the quantity and quality of resources to maintain their supply for future generations).

Evaluate a strategy at a local or national scale aimed at reducing the consumption of one resource.

You should focus upon either a national or a local case study of resource conservation and discuss the successes and failures of strategies designed to manage one resource. China’s hydroelectric power (HEP) scheme is a good example of a way in which it is trying to reduce its dependence on coal.

Case study: Waste imports in China (recycling metals from old computers, saving oil on plastic recycling, saving forests on paper and cardboard recycling).