The Kyoto Protocol Reaching Global Agreements 1997.

Slides:



Advertisements
Similar presentations
Chinmay Das,ABIT,Cuttack Non-Conventional Energy Sources.
Advertisements

The Economics of Climate Change Nicholas Stern 15 November 2006 Presentation to the Convention Dialogue, Nairobi.
1 ACT AND ADAPT: CLIMATE CHANGE IN SCOTLAND Climate Change Division.
Hiba T. 4/14/2011 9G2 Br.Nassry. Describe Global Warming  The sun is emitting heat rays that is absorbed by the green house gas molecules once it reflects.
Tackling Dangerous Climate Change A UK perspective on a global issue Jonathan Brearley Director – Office Of Climate Change.
Why Climate Change is important for Vietnam. Global emissions of greenhouse gases come from a wide range of sources Source: World Resources Institute.
DEARNESS ENVIRONMENTAL SOCIETY THE BIG PICTURE WHY CONSERVE?
Environmental problems
Why should renewable energy not be subsidised?. Sustainable Energy Usage By the end of the lesson you will; 1) Be able to describe the key features of.
When you use fossil fuels, like heating oil to keep your house warm or gasoline for your family’s car, these things create carbon dioxide, also called.
Climate Change, the Kyoto Protocol and Civil Engineering Dr Stuart Parkinson
Climate Change – Adapt or Mitigate? WORLD AT RISK.
Global warming Key words: combustion, carbon dioxide, methane, deforestation.
Change it before it changes you!. Aims  Understand the term carbon footprint.  Identify some strategies that can reduce the amount of carbon dioxide.
Climate Change Policies Market failure and possible government failure.
Dealing with Climate Change WORLD AT RISK. How many do you know? I would like you to come up with a list of schemes or ways that people have tried to.
BIOFUELS With over 7 billion people on earth the demand for fuel is higher than ever. It is important that the demand is met with an equal supply but at.
“Energy and Sustainable Development” Kiyotaka AKASAKA Consul-General of Japan in Sao Paulo JICA / ABJICA Forum on Energy at Japan Foundation February 20,
INTERNATIONAL ENERGY AGENCY World Energy Outlook: Key Strategic Challenges Maria Argiri Economic Analysis Division.
Get Energized! What is energy? Renewable Energy Sources Conserving Energy! Nonrenewable Energy Sources Get Energized!
Energy Sustainable World summarized by Stanka Samokovska.
1 The Kyoto Protocol Reaching Global Agreements 1997.
Should the U.S. ratify it? Daniela Sol 21 Oct PROTOCOL.
The European Union THE EUROPEAN UNION Lesson 9 How is the EU addressing the issue of climate change?
UK Renewable Energy Policy with particular reference to bioenergy
China's Efforts to Address Climate Change US-China Green Development Symposium Sun Guoshun (Chinese Embassy) June 10, 2011 at World Bank.
Global Sustainable Development – a Physics Course or Sex, Lies, and Sustainable Development The transformation of an Environmental Physics Course for non-science.
Working with Uncertainty Population, technology, production, consumption Emissions Atmospheric concentrations Radiative forcing Socio-economic impacts.
Energy Group Khoa Nguyen Brian Masters Elena Jaimes Zach Walker Charise Frias.
The Economics of Climate Change Nicholas Stern Australian Davos Connection 28th March 2007.
Every month throughout 2013 we have seen effects of climate change Typhoon in Philippians Tornados in America Fires in Los Angeles and Australia Gale.
Innovation for a low carbon future – The envisaged role of The Technology Innovation Agency David Phaho Technology Innovation Agency.
Geothermal Energy – energy from the Earth
 Climate is the long-term average of a region's weather events.  Climate change represents a change in.
1 NMIMS-8 (a) SOCIAL MARKETING GLOBAL WARMING.. 2 What is Global Warming: It is the increase in the average Temperature of the Earth’s near-surface air.
1 The Kyoto Protocol Reaching Global Agreements 1997.
World Energy Outlook 2006 Scenarios for the World and the European Union Presentation to European Wind Energy Conference Milan, Italy, 7-10 May 2007.
GSCE Global Warming A Global Issue 1 GSCE Global Warming A Global Issue 2.
Country Emissions Who’s Responsible? Per capita Greenhouse Pollution CO2e GDP PPP$ Australia USA Canada Russia EU (25) Japan Mexico Brazil China Indonesia.
Get Energized! What is energy? Nonrenewable Energy Sources
Global Warming.
Would you pay for trash?. Energy! Energy History in the United States What is our main source of energy today? 100 years ago, what was our main source.
Global warming Key words: combustion, carbon dioxide, methane, deforestation.
What Are We Learning Today? How do the economic platforms of political parties differ from one another?
HWK Exam practice: Explain why the impact of future climate change is likely to be more severe in developing countries than in the UK.
Combined Heat and Power in Copenhagen Copenhagen’s CHP system supplies 97% of the city with clean, reliable and affordable heating and 15% of Denmark’s.
Current Energy Use in America. How much energy we use The United States only makes up 5% of the worlds population however consumes 25% of the worlds total.
1 The Kyoto Protocol Reaching Global Agreements 1997.
Powering the Future: Biofuels. Learning Outcomes You will be able to: Explore the different issues around Jatropha curcas Discuss the views of the different.
Kyoto Protocol Kyoto Protocol Environmental Concerns Environmental Concerns of Planet Earth of Planet Earth By Jenny Markgren By Jenny Markgren.
To what extent can climate change in Australia be linked to human activity? Prepared by: Taher Nematollahi.
Renewable and non-renewable resources The use of energy resources in Ireland and Europe The impact of fossil fuels Environmental pollution at a national.
Key idea: Managing climate change involves both mitigation (reducing causes) and adaptation (responding to change). Mitigation – alternative energy production,
Non-Renewable Energy.
Taking Action to Limit Climate Change
AN OVERVIEW ON THE IMPACT OF SCIENCE AND TECHNOLOGY ON ENVIRONMENTAL SUSTAINABILITY Dr. Eko, Maria.O.(MSTAN)
A2 ENVIRONMENTAL MANAGEMENT SUSTAINABLE ENERGY SUPPLIES FACTORS AFFECTING THE DEMAND FOR ENERGY.
Climate Change – coping with its effects
Chapter 9 How should governments in Canada respond to political and economic issues?
BIO FUELS Climate Saviour? or Global Menace?.
Chapter 14: The Risk of Global Climate Change
Why is global warming happening?
A2 ENVIRONMENTAL MANAGEMENT SUSTAINABLE ENERGY SUPPLIES FACTORS AFFECTING THE DEMAND FOR ENERGY.
Canadians and Global Warming
2.5 Can we slow climate change?
Mitigation and Adaptation
Climate change or Natural process Human intervention.
GLOBAL EFFECTS.
Presentation transcript:

The Kyoto Protocol Reaching Global Agreements 1997

What is the Kyoto Protocol? ■ A global Agreement that set targets for reducing greenhouse gas emissions ■ 175 countries signed up

■ Share of CO2 Emissions in 1990 ■ Industrialised countries to cut emissions to 5% below 1990 levels by 2008/12 ■ Had varying targets EU by 8% and Japan 5% (It is a lower polluter) ■ Countries like Iceland were allowed to increase emissions

Problems ■ Some delayed in signing up to Kyoto such as Russia who signed in 2004 ■ Some still have not. Australia the world’s 2 nd largest polluter per capita. ■ USA initially signed but then withdrew in 2001 following GW Bush’s election (USA emit 25% of world emissions)

■ Overall most Industrialised countries such as UK cut emissions to 3% below 1990 by 2000 ■ Collapse of former USSR mainly the reason ■ Emissions from other high emitters actually rose 8% ■ UN reckons it will emit 10% ABOVE 1990 levels by 2010

■ Many developing countries signed up but didn’t commit to actual figures. ■ The EU will meet its target France, Sweden and UK did ■ Spain, Portugal and Ireland have made no progress. ■ Many scientists believe Kyoto targets are far to low and believe not 5% but 60% is necessary.

Implications for the UK ■ A change from coal to cleaner gas fired power stations has helped reduce emissions ■ Renewable energy policy of 10% of electricity is near to target yet unlikely to reach it as a whole ■ Government has taxed petrol to help curb demand. Protests have followed and are likely to continue. ■ Big reductions can only be met by moving to nuclear however this brings it’s own set of issues

So what for the future? ■ Renewable energy can only supply 10-15% of the UK’s energy needs ■ Must replace coal fired with nuclear power stations ■ Building nuclear power plants takes time

■ Forests and woodland cover 10% of the UK and they absorb CO 2 and store it ■ Several UK and EU schemes allow businesses to offset their emissions by planting trees ■ However there is a limit to the amount of CO 2 that they can hold and therefore are limited in viability ■ UK woodland removes 4 million tonnes a year ■ UK emits 150 million tonnes it would take a huge increase in woodland to offset all of UK emissions

Biomass fuels ✓ Wood fuel ✓ Ethanol and bio diesel ✓ Alcohol fermented from sugar ✓ Oil extracted from soybeans ✓ Methane Gas coming from rubbish dumps

Problems ■ Unfortunately these rely on removing plants from the planet thus removing a carbon sink and need to be followed by mass replanting schemes ■ Growing biofuels reduces the land available to grow food

Reducing Our Carbon footprint ■ Individuals can make a difference ■ Turn lights out ■ Don’t leave on ‘Stand-by’ ■ Walk or ride rather than drive ■ Take the bus or public transport ■ Get eco friendly washing machines, fridges etc ■ Together it can make a difference.

■ 2006 UK Govt reviewed global warming ■ Focused on impacts and the actions needed ■ Argued it could be reduced if emissions were stabilised by 2025 and fell 1-3% annually thereafter ■ Costs would be 1% of GDP to invest.

Key Features ■ Increased global flood risk ■ Fall in crop yields especially Africa due to climate shifts ■ Rising sea levels effecting 200m people ■ Extinction of 40% of earth’s species due to destruction of coral reefs

Economic Impacts ■ More extreme weather leads to increased costs equal to 1% of GDP ■ 2-3 o C rise in temps reducing global economic output by 3% ■ Poor countries ability to cope would be reduced with lack of basics like water

Options ■ Reduce demand for heavily polluting goods and services ■ Improve efficiency of global energy supply ■ Prevent global deforestation ■ Promote cleaner energy technology

UK Government Response ■ Set targets to reduce emissions by 30% by 2020 and 60% by 2050 ■ Pass laws on carbon reduction targets ■ Invest in green technology creating 100,00 new jobs ■ Create a $20 billion World Bank Fund to help poorer countries

■ Wave Power

■ Wind Power

■ Hydro Electric Power

■ Solar Power

Sustainable Energy ■ Wind ■ Wave ■ Water ■ Solar ■ These account for only 2% of world electricity production ■ What are there criticisms?

Costs ■ It would be very expensive to shift to these power sources ■ Governments do not like to reduce national income ■ Growth that is fossil fuel driven needs to end