Part 8 Future Consequences of Global Warming. United Nations Framework Convention on Climate Change (UNFCCC) T HE K YOTO P ROTOCOL WILL BE EXTENDED.

Slides:



Advertisements
Similar presentations
The Economics of Climate Change Nicholas Stern 15 November 2006 Presentation to the Convention Dialogue, Nairobi.
Advertisements

Consequences Of a warmer earth.
Assessment of Vulnerability to Climate Change and Human Rights Presentation by Renate Christ, Secretary of the IPCC Geneva, 22 October 2008.
Impacts of Global Warming on the Ocean and Coral Reefs Emily Underriner ChE 359 November 24, 2008.
1 Key vulnerabilities to climate change Some ecosystems are highly vulnerable: Coral reefs, marine shell organisms Tundra, boreal forests, mountain and.
Why Climate Change is important for Vietnam. Global emissions of greenhouse gases come from a wide range of sources Source: World Resources Institute.
Climate change and tropical coastal ecosystems
Chapter 2 A Safe Landing for the Climate. The climate has risen 0.7 degrees Celsius. Most of this has occurred in the mid 20 th century. Human activities.
Global Warming How Serious Is It? Robert G. Strom, Professor Emeritus Department of Planetary Sciences and Lunar and Planetary Laboratory University of.
Climate Change Effects of Climate Change on Africa and how to react to it. John Birchall.
Global Warming & the Kyoto Protocols. The topic of global warming inspires heated debates among world leaders. The topic of global warming inspires heated.
Rising Temperatures. Various Temperature Reconstructions from
Part 4 Temperature Rise. Global Average Temperature Change for the Past 11,300 Years (Holocene) (Science, 8 March 2013: Vol. 339 no. 6124, pp )
Current Human Population Growth and Implications
Part 3 Climate Change Basics and Past Climates. The Greenhouse Effect.
Energy and Climate Outlook: 2012 Joint Program on the Science and Policy of Global Change Massachusetts Institute.
1 Climate Change: What Role for Parliamentarians? Dr Jan Wright Parliamentary Commissioner for the Environment.
Climate change and its impact on health in the Pacific Basin Alistair Woodward School of Population Health University of Auckland.
Climate Change Climate Change.
DR. R. K. PACHAURI Chairman, Intergovernmental Panel on Climate Change Director-General, The Energy and Resources Institute Director, Yale Climate & Energy.
Climate Change. Have you noticed any change in our summer weather? Our winter weather? The arrival of spring? Have you noticed any change in our summer.
Working with Uncertainty Population, technology, production, consumption Emissions Atmospheric concentrations Radiative forcing Socio-economic impacts.
OCEANS, COASTS and ISLANDS Janot Mendler de Suarez Global Forum Working Group on Oceans, Climate & Security The Oceans Day at Cancún Oceans: Essential.
The Economics of Global Climate Change Figures and Tables By Jonathan M. Harris and Brian Roach Copyright © 2007 Jonathan M. Harris.
Global Climate Change Project Based Learning Environmental Issues and Global Climate Change… “How can I affect change in my world?” Global Climate Change.
Lumpkin Family Foundation July 15, 2010 I.State of the World II.Building Resilient Communities.
1. The Limits to Growth. Report of the Club of Rome The Club of Rome brings together scientists, economists, businessmen, international officials and.
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.
Climate Change: Ocean Impacts on Public Health Donald F. Boesch Climate Change Health Summit Washington, DC September 20, 2015.
Global warming is increasing the average temperature of the global ocean and the atmosphere of the Earth, which is observed from the 1950s onwards. [1]
Aaron Salzberg Special Coordinator for Water Resources International Water Issues An overview U.S. Department of State Creating a more secure, democratic,
Projection of Global Climate Change. Review of last lecture Rapid increase of greenhouse gases (CO 2, CH 4, N 2 O) since 1750: far exceed pre-industrial.
The Future. Positive Feedbacks to Global Warming Warming oceans and soils are absorbing less CO 2, so more CO 2 is accumulating in the atmosphere. Melting.
AIM: What is Global Warming?
GLOBAL WARMING By Cristóbal Navarro Gómez 2ºBachiller de Investigación.
Cost of Inaction June Reyes and Erika Kociolek. Inaction “All too infrequently, inaction is motivated by the perceived high cost of reducing greenhouse.
The realities of climate change The balance of evidence suggests that there is a discernible human influence on global climate. IPCC 2nd Assessment Report,
1Climate Change and Disaster Risk Science and impacts Session 1 World Bank Institute Maarten van Aalst.
THE GLOBAL POLITICS OF CLIMATE CHANGE By Emil Salim Member of the President’s Council of Advisors Bali, 13 November 2007
Climate & Atmospheric Changes. Ozone Depletion Ozone- molecule consisting of 3 oxygen atoms  Benefit to humans because it absorbs harmful UV radiation.
Climate Change. 2 Global carbon cycle (billion metric tons)
The Human Population and Its Impact Chapter 6. Core Case Study: Are There Too Many of Us?  Estimated 2.4 billion more people by 2050  Are there too.
AIM: What is Global Warming? DN: Fill in the following chart: ProblemDefinitionCauseEffect Acid Rain Ozone Depletion.
P2c(i) Global Warming You will learn about: How atmospheric gases prevent heat radiating into space Where greenhouse gases come from
Recap the Arctic Give some environmental impacts of global warming in the Arctic Name some ecological impacts of GW in the Arctic Name some effects on.
Science of global climate change and potential impacts Alan F. Hamlet Philip Mote University of Washington Climate Science in the Public Interest.
INTERGOVERNMENTAL PANEL ON CLIMATE CHANGE (IPCC) Working Group II The international context: Impacts, adaptation and mitigation, From Bali to Copenhagen.
By Kelsey Regan  People in coastal areas  Sea levels could rise one meter by 2100  Could cause migration  Developing nations  Shift in precipitation.
Climate Change Adaptation
Global Warming History & Geography
Notes Windham E. Loopesko INTB 3000 Fall 2013
A2 ENVIRONMENTAL MANAGEMENT SUSTAINABLE ENERGY SUPPLIES FACTORS AFFECTING THE DEMAND FOR ENERGY.
Impacts of climate change and global warming
Have you hugged a tree today?
Report of WorldWatch Institute
Chapter 14: The Risk of Global Climate Change
The Economics of Global Climate Change Figures and tables
The Economics of Global Climate Change Figures and tables
Environmental changes that impact ecosystem stability
Environmental changes that impact ecosystem stability
Environmental Science Witt
The Economics of Global Climate Change Figures and Tables
Human Impact on Climate
Environmental and Natural Resource Economics 3rd ed. Jonathan M
Prepared by : Farhana Aullyjane & Sneha Date:
Climate Change How might the continued increase in global temperatures affect Africa? John Birchall.
GLOBAL WARMING.
Kyoto Protocol.
Sustainability The degree to which Earth is able to provide the resources necessary to meet people’s needs. Ecological Footprint Dividing the bio productive.
3/19/18 WARM UP Answer the question on the left and give 3 reasons for your answer.
Presentation transcript:

Part 8 Future Consequences of Global Warming

United Nations Framework Convention on Climate Change (UNFCCC) T HE K YOTO P ROTOCOL WILL BE EXTENDED 5 YEARS (C ANADA REFUSED ) A NEW LEGALLY BINDING AGREEMENT FOR THE REDUCTION OF CO 2 EMISSIONS WILL BE FORMULATED BY T HE SIGNATORIES TO THAT AGREEMENT WILL BEGIN REDUCING THEIR EMISSIONS STARTING IN Highlights of the Durban, South Africa Meeting in Dec. 2011

Projected Emissions by 2020

CO 2 Emission Reduction to Limit the Rise in Global Average Temperature to the Critical 2° C (3.6° F)—2009 analysis UNFCCC Goal

Projected Emissions to 2020 if the Average Annual Increase is 3%

Can We Avoid Dangerous Global Warming? (2° C above pre-industrial) I T DEPENDS ON (1) THE YEAR GLOBAL GREENHOUSE GASES PEAK, (2) THE RATE AT WHICH THEY SUBSEQUENTLY DECLINE, AND (3) THE POSSIBILITY OF NEGATIVE EMISSIONS ( CARBON SEQUESTRATION ) LATER. O NLY IF EMISSIONS PEAK IN 2014 AND THEN DECLINE AT 3.5% PER YEAR WITH MASSIVE SEQUESTRATION LATER IN THE CENTURY CAN WE PREVENT A DANGEROUS LEVEL AT 1.8° C INCREASE ABOVE PRE - INDUSTRIAL LEVELS. W ITHOUT SEQUESTRATION, PEAK EMISSIONS MUST OCCUR IN 2016 AND DECLINE BY 3.5% PER YEAR TO LIMIT TEMPERATURE RISE TO THE DANGEROUS LEVEL OF 2.0° C ABOVE PRE - INDUSTRIAL LEVELS. T HIS WOULD REQUIRE A LEVEL OF IMMEDIATE, GLOBAL, COORDINATED ACTION NEVER SEEN IN HUMAN HISTORY. I T IS HIGHLY UNLIKELY THAT WE WILL STAY BELOW THE DANGEROUS LEVEL. I T IS MORE LIKELY WE WILL EXPERIENCE GLOBAL WARMING AT OR NEAR THE CATASTROPHIC LEVEL.

Possible Political and Societal Consequences Three Climate Change Scenarios: Expected (1.3° C Increase) Severe (2.6° C Increase) Catastrophic (5.6° C Increase) Reference: The Age of Consequences: The Foreign Policy and National Security Implications of Global Climate Change, Center for Strategic and International Studies, Washington, DC, November 2007.

Scenario 1 (Expected) GLOBAL TEMPERATURE ANOMALY = 1.3° C SEA LEVEL RISE OF ABOUT 0.23 METER THIS TEMPERATURE ANOMALY IS CERTAIN BECAUSE OF THE INERTIA OF THE SYSTEM. THE TIME FOR THIS CONDITION IS PROBABLY ABOUT THE YEAR 2030.

Environmental Stresses WATER SCARCITY FOR ~1.7 BILLION PEOPLE TROPICAL INFECTIOUS DISEASES SPREAD NORTH FREQUENT FLOODING FOR OVER 3 MILLION PEOPLE ABOUT 30 MILLION PEOPLE SUBJECT TO STARVATION

Political and Societal Stresses CONFLICTS OVER RESOURCES ABOUT 25 MILLION PEOPLE DISPLACED FROM COASTAL AREAS IMMIGRATIONS FROM COUNTRIES WITH WIDESPREAD DISEASE CAUSES POLITICAL UNREST DISSATISFACTION WITH GOVERNMENTS MAY RADICALIZE INTERNAL POLITICS SOCIAL SERVICES BECOME BURDEN TO GOVERNMENTS LARGE DECREASE IN WORLD GDP

Scenario 2 (Severe) GLOBAL TEMPERATURE ANOMALY = 2.6° C SEA LEVEL RISE OF >0.5 METER THIS SCENARIO LOOKS MORE AND MORE PROBABLE. THE TIME FOR THIS CONDITION MAY BE ABOUT

Environmental Stresses SEA LEVEL RISE OF ~0.5 METER WATER SCARCITY AFFECTS OVER 2 BILLION PEOPLE ABOUT 50 MILLION PEOPLE DISPLACED FROM COASTAL AREAS UP TO 15 MILLION PEOPLE FACE SEVERE FLOODING SIGNIFICANT INCREASE IN DISEASES INCLUDING MALNUTRITION AND INFECTIOUS DISEASES MAJOR CHANGES IN MARINE ECOSYSTEMS DUE TO OCEAN ACIDIFICATION

Political and Societal Stresses WEALTHIER NATIONS PROVOKE POORER HIGHLY STRESSED NATIONS TO ABANDON DEMOCRACY AND INCREASE AGGRESSIVE BEHAVIOR TO NEIGHBORS GLOBAL FISH STOCKS CRASH CAUSING CONFLICTS AMONG NATIONS FOR FOOD. MANY NATIONS MAY PRIVATIZE WATER RESOURCES CAUSING INTERNAL UPHEAVALS GLOBALIZATION WILL PROBABLY END AND RAPID ECONOMIC DECLINE WILL OCCUR. ALLIANCE SYSTEMS AND MULTINATIONAL INSTITUTIONS MAY END. PRIVATE CORPORATIONS MAY BECOME MORE IMPORTANT THAN GOVERNMENTS

Scenario 3 (Catastrophic) GLOBAL TEMPERATURE ANOMALY = 5.6° C SEA LEVEL RISE = >4 M THIS CONDITION MAY OCCUR ABOUT THE END OF THE CENTURY

Environmental Stresses ABOUT 170 MILLION PEOPLE DISPLACED BECAUSE OF SEA LEVEL RISE WATER SCARCITY AFFECTS ABOUT 3.5 BILLION PEOPLE (HALF TODAY’S POPULATION) COLLAPSE OF THE MARINE ECOSYSTEM MASS STARVATION DUE TO CROP FAILURES AND FISH DEPLETION LARGE INCREASE IN DEATHS DUE TO HIGH TEMPERATURES, SPREAD OF DISEASES AND MALNUTRITION MASS EXTINCTION OF OVER 50% OF EXISTING SPECIES

Political and Societal Stresses MASSIVE MIGRATION TO THE NORTH (U.S., CANADA, RUSSIA AND EUROPE) LEADS TO CHAOS IN THESE REGIONS RAGE AT GOVERNMENTS, RISE IN RELIGIOUS RADICALISM, AND HOSTILITY AND VIOLENCE TOWARD IMMIGRANTS LEADS TO POLITICAL CHAOS ECONOMIC COLLAPSE IS A DISTINCT POSSIBILITY NUCLEAR WAR IS ALSO A POSSIBILITY PROBABLY THE END OF CIVILIZATION AS WE KNOW IT