GLOBAL CLIMATE CHANGE, STABILIZATION THROUGH SUPPLY AND DEMAND MEASURES United Nations Commission on Sustainable Development May 9 2006 United Nations.

Slides:



Advertisements
Similar presentations
 GLOBAL WARMING is the increase of the Earth’s average surface temperature due to a build-up of greenhouse gases in the atmosphere.  CLIMATE CHANGE.
Advertisements

0 Shale gas and climate change: worse than coal? Kees van der Leun 11 April 2011.
Energy Sources Grouping task. nuclear oil gas Solar cells / PV biofuel / biomass wave hydroelectric coal geothermal wind tidal.
Climate Change. Climate change: Changes in many climatic factors. Global warming: The rise in global temperatures.
4.4 Climate Change.
The current causes of climate change: the human causes.
Air Pollution and Global Warming. Air Pollution  Air pollution is the harmful materials into the Earth's atmosphere, causing disease, death to humans,
Done by Baranov Alice, grade 6 grade 6. Water covers 70 percent of the planet, but only a mere 3 percent of it is freshwater. While much of this water.
Interconnected Planet
R21 Global Warming & Greenhouse Effect Prior Knowledge: What do you know about Greenhouse Effect and Global Warming?
Towards a Sustainable Energy Future for Australia Prof Paul E HardistyAugust 2008.
Miss Nelson SCIENCE ~ CHAPTER 9 CLIMATE. Climate Change SECTION 4.
Earth’s human population continues to grow.
Resource Issues Natural Resources Renewable vs. Non-renewable Resources Sustainable Development Energy Demand and Production Energy Alternatives.
Climate Climate = characteristic weather of a region. Ex. 100 year pattern. Major Elements: Temperature Precipitation (Moisture)
SOLAR ENERGY By Stevi and Megan. Contents the sun solar energy photos facts special thanks finishing touches.
What is Climate Change?. The Global Climate is changing. Surface temperatures, precipitation, sea level, ice Greenhouse gases are increasing. Sometimes.
Resource Issues Natural Resources Renewable vs. Non-renewable Resources Sustainable Development Energy Demand and Production Peak Oil Energy Alternatives.
Climate Change and Ozone Loss Climate Change Review session Climate Change Review session Brian Kaestner and Dr. Richard Clements.
Energy gap By Mark Attwood age 39 and a half. The energy gap, objective -the concept of ‘precious energy’ and the need for energy efficiency.
Mitigation Strategies What and Why?. What is mitigation? To decrease force or intensity. To lower risk. Earthquake mitigation – Build earthquake safer.
Grade 9 Geography – Unit 1 – State of the World – Global Warming Ecological Footprint Greenhouse Effect Carbon CycleDefinitionsDid You Know
Heating of the Atmosphere
Green house effect is an important natural process. Without it, the Earth would be too cool for the survival of living organisms. Carbon dioxide is the.
Global Climate Change. Identifiable change in the climate of Earth as a whole that lasts for an extended period of time (decades or longer) –Usually.
The Greenhouse Effect A large majority of the insolation that is radiated back into the atmosphere gets absorbed by greenhouse gases. A large majority.
Human Impact on Ecosystems
KEY CONCEPT Fossil fuel emissions affect the biosphere.
Global Warming and the Greenhouse Effect Climate and Climate Change.
Alternative Energy Take a look at how electricity is made
Climate change and the Arctic Daniel J. Jacob, Harvard University.
The Environment & Human Impact. Humans and the Environment 10,000 years ago, there were only about 5 million people on Earth. The development of dependable.
S6E2.c. relate the tilt of earth to the distribution of sunlight through the year and its effect on climate.
Global Warming (Climate Change) The Greenhouse Effect Sunlight streams through the atmosphere and heats the Earth. Some of the heat radiates back out into.
Carbon cycle and Human activity. Carbon cycle Carbon cycles though the atmosphere, living things, soils, and the ocean.Carbon cycles though the atmosphere,
THE CARBON CYCLE-part 3.
Greenhouse Effect and Greenhouse Gases. GREENHOUSE FFECTFFECT.
Geography Terms. Resource A supply of something from the earth that will help humans meet a need Renewable Resource A supply of something that can be.
HUMAN IMPACT ON ECOSYSTEMS Chapter 6 Day 1 Human Ecological Footprint Map Humans have influenced 83% of Earth’s surface based on population, travel.
Global Warming (AKA Climate Change) By: Harsh Patel.
1 Contemplating a 450ppm world Contemplating a 450ppm world.
There are gases in our Earth’s atmosphere which can trap heat toward the Earth’s surface. This is called the greenhouse effect. The greenhouse effect.
Global Warming Done By: Chong Chee Yuan 2P403. Agenda  What is Global Warming?  Causes of Global Warming  Effects of Global Warming  What can be done.
The Carbon Cycle Background information. What is the carbon cycle? 0 The carbon cycle is the natural flow of carbon through the earth. 0 It is largely.
Global Warming/Greenhouse Effect Haram Jo. Global Warming  Global warming is the increase in the average temperature of the Earth's surface and oceans.
What is Global Warming? How does it work? What can we do?
GLOBAL WARMING Do you aware of danger?.
Ecology The study of organisms and their environment.
Energy Sources19 Apr Class listSeating Plan Sustainable Energy 19 Apr 2012.
Module 1 – The Big Picture The Big Picture.
GLOBAL WARMING. objectives  To understand what is meant by global warming  To appreciate some effects of global warming  To consider what we can all.
Why are fossil fuels considered nonrenewable? Fossil Fuels are sources of energy that take a very long period of time to form and once depleted, are essentially.
AIR Vocabulary.
INERG, LLC The Energy Climate Era Challenges & Opportunities Brian Rouch Partner, Inerg, LLC.
What are greenhouse gases? Any gases that cause the “greenhouse effect!”
Global Warming Causes “Greenhouse gases” collect in the atmosphere & trap infrared radiation (heat) in the Earth’s atmosphere The #1 Greenhouse Gas = Carbon.
Aim: How do increased carbon dioxide concentrations on our planet affect life?
Natural Resources. Renewable Resources: are ones that can be replaced in nature at a rate close to their rate of use Oxygen Trees Food Sunlight.
Climate Change Carbon Cycle.
14.4 The Human Factor SWBAT compare and contrast the greenhouse effect and global warming; identify how humans impact climate.
Chapter 14: The Risk of Global Climate Change
Resource Issues Natural Resources
Human Impact on Climate
Carbon Cycle Natural Geochemical Cycles.
Human Impacts on Climate Change
Environmental Change.
HUMANS & the ENVIRONMENT
Ecosystems HUMAN IMPACT
Greenhouse Effect.
Presentation transcript:

GLOBAL CLIMATE CHANGE, STABILIZATION THROUGH SUPPLY AND DEMAND MEASURES United Nations Commission on Sustainable Development May United Nations Commission on Sustainable Development May

The last time global temperature was 1 degree C higher than now 125,000 years ago Sea level was 7-8 meters higher Crocodiles and hippopotamuses lived in London, England Atmospheric CO2 was 30% lower than it is today 125,000 years ago Sea level was 7-8 meters higher Crocodiles and hippopotamuses lived in London, England Atmospheric CO2 was 30% lower than it is today

The Framework Convention on Climate Change is a treaty to stabilize greenhouse gases, temperature, and sea level, but a treaty to stabilize their rate of increase

If no more coal, oil, and natural gas is burned,starting today, climate change will eventually greatly exceed that of 125,000 years ago If continued use of fossil fuels causes runaway global warming, sea level rise could exceed 150 meters If no more coal, oil, and natural gas is burned,starting today, climate change will eventually greatly exceed that of 125,000 years ago If continued use of fossil fuels causes runaway global warming, sea level rise could exceed 150 meters

Business as usual is a death warrant for coral reefs and fisheries, but many more ecosystems will follow Climate change models greatly underestimate long term changes because they miss most of the positive feedback mechanisms in the climate system, and have too short a time horizon Business as usual is a death warrant for coral reefs and fisheries, but many more ecosystems will follow Climate change models greatly underestimate long term changes because they miss most of the positive feedback mechanisms in the climate system, and have too short a time horizon

To stabilize the climate system requires reducing CO2 sources (supply) and increasing sinks (demand) Tidal, solar, and biofuel energy can reduce sources Large scale reforestation and addition of charcoal to soils can increase sinks and increase soil fertility and water holding capacity To stabilize the climate system requires reducing CO2 sources (supply) and increasing sinks (demand) Tidal, solar, and biofuel energy can reduce sources Large scale reforestation and addition of charcoal to soils can increase sinks and increase soil fertility and water holding capacity

Harvard Environment Group’s best case scenario assumes coal is the only possible future energy option:

RED = COAL, THE DIRTIEST FOSSIL FUEL! SOURCE HARVARD MAGAZINE MAY-JUNE 2006

THIS IS ONLY BECAUSE THEY CAN NOT IMAGINE THAT RENEWABLE ENERGY HAS THE CAPACITY TO REPLACE FOSSIL FUELS AT COMPETITIVE COST, AND BECAUSE THEY IGNORE INCREASED SINKS. SOIL CARBON SINKS ARE NOT RECOGNIZED BY THE CDM.

WE MUST DO BETTER! THIS SCENARIO IS A RECIPE FOR ENVIRONMENTAL DISASTER, A DEATH SENTENCE FOR CORAL REEF COUNTRIES, LOW LYING ISLAND STATES, AND MANY OTHER ECOSYSTEMS.