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1 Climate System and Climate Change
2. Climate Models and Scenarios
2012 Green Growth E Learning - Low Carbon Green Growth
2012 Green Growth E Learning - Sustainable Consumption and Production
2012 Green Growth E Learning - Sustainable Master Planning
2012 Green Growth E Learning_Greening Business
2013 Busby_Climate Change and National Security Course Module 1
2014 Bussell_Institutional Capacity and Natural Disasters Course Module 3
2014 Kuperman_Constitutional Reform for Conflict Management Course Module 2
2014 Weaver_Climate Change and Development Module 5
2014 Wilson_Climate Change and Cities in Africa Course Module 4
2015 Ocean acidification explained in two minutes
2016 Attenborough_Interview
2016 Barnard_Interview
2016 Bridle_Interview
2016 Copland_Ice Impacts
2016 Dawson_Interview
2016 Donner_Interview
2016 Doran_Interview
2016 Ecker_Interview
2016 Hamilton_Interview
2016 Hart_Urban Heat Islands
2016 Hawkins_Interview
2016 Hosking_Interview
2016 House_Interview
2016 Jones_Interview
2016 Lockwood_Interview
2016 Lunt_Interview
2016 McCaffrey_Interview
2016 Meissner_Interview
2016 Mitra_Interview
2016 Osborn_Interview
2016 Perkins_Interview
2016 Pitman_Interview
2016 Rignot_Interview
2016 Rosenau_Interview
2016 Ruddiman_Interview
2016 Sherwood_Interview
2016 Shwom_Climate Science
2016 Stewart_Interview
2016 Trenberth_Interview
2016 UQx Denial 101x Pfister_Water Vapour
2016 Veron_Interview
2016 Webb_Interview
2017 CCRC Climate Change and Society - Summary
2017 CCRC Climate Change and Water Stress in Africa
2017 CCRC Climate Change on the Maledives - Impressions and Insights
2017 CCRC Climate Change Video by the Alliance of Small Island States (AOSIS): 1.5 to Stay Alive - YouTube
2017 CCRC Criteria for a Zero Emission Economy
2017 CCRC Drastic Emission Reduction in Order to Stay Below 2°C
2017 CCRC Emission Impacts in the Past 150 Years
2017 CCRC Emission Sources and Consumption
2017 CCRC Energy Transition - The Energiewende in Germany
2017 CCRC Factors Affecting Emission Trends
2017 CCRC Features of the Urban Climate
2017 CCRC Fossil Fuels: The Basis of our Economy
2017 CCRC Global Emissions
2017 CCRC Global Overall View of the Impacts
2017 CCRC How Does Ulf Riebesell Investigate the Impact of Ocean Acidification in Norway?
2017 CCRC How we can Stay Below 2°C Warming? ('Mitigation')
2017 CCRC Impact of Climate Change on Indian Monsoon
2017 CCRC Impacts of Climate Change in Individual Sectors
2017 CCRC Impacts of Climate Change Worldwide - Introduction
2017 CCRC Increase in Extreme Events
2017 CCRC Instruments for a Zero-Emission Economy
2017 CCRC Introduction
2017 CCRC Major Climate Scenarios
2017 CCRC Migration and Climate Change
2017 CCRC Resource Conflict and Climate Change
2017 CCRC Risk Assessment: Climate Impacts and Risk Management
2017 CCRC The Impact of Extreme Events on Urban Areas
2017 CCRC The Oceans – an Ecosystem Under Pressure
2017 CCRC Urban Heat Islands and European Cities
2017 CCRC What Does Climate Change Mean for Daily Life
2017 CCRC What Does the Climate Look Like in a Warmer World?
2017 CCRC What Information Does Science Find in a Core Sample?
2017 CCRC What is a Climate Model?
2017 CCRC What is the Meaning of a 2°C Limit?
2017 CCRC Where are Emissions Produced?
3. Climate History
4. Impacts of Climate Change
5. Climate Change as a Societal Challenge
6. Climate Change in Politics and Economy
Behavioral Economics, Ep 3: Why Do We Make Bad Choices?- Learn Liberty
Behavioral Economics, Ep 3: Why Do We Make Bad Choices?- Learn Liberty
Behavioral Economics, Ep. 1: How and Why the Economy Works in 3 Minutes
Behavioral Economics, Ep. 1: How and Why the Economy Works in 3 Minutes
Behavioral Economics, Ep. 2: How Do Heuristics Help Distinguish Bad Choices From The Good?
Behavioral Economics, Ep. 4: Should Someone Nudge You Into Making A Decision?
Behavioral Economics: Crash Course Economics #27
Behavioral Economics: Full Series
Climate Change Video by the Alliance of Small Island States (AOSIS): 1.5 to Stay Alive - YouTube
Integrating Agriculture in National Adaptation Plans
Interview - Emilita Monville Oro, Country Director of IIRR
Interview - John Mungoo, Country Programme Officer, FAO
Introduction to Climate Change Impacts, Vulnerability, and Resilience
Learning Circles
Module Carbon footprint example
Module Climate Change
Module: A Global Mitigation Scenario
Module: A World Without Modern Energy
Module: Advanced Nuclear Power
Module: Basic Principles of a Global Agreement
Module: Basic System Dynamics
Module: Basis for Climate-Model Computations
Module: Can Everybody Win? Should Everybody Win?
Module: Case Study: Russia Deep Decarbonization
Module: Case Study: US Deep Decarbonization | Part I
Module: Climate Change and Society - Summary
Module: Climate Change and Water Stress in Africa
Module: Climate Fairness & Justice | Part I
Module: Climate Fairness & Justice | Part II
Module: Climate in Geological History
Module: Climate Models - A Glimpse into the future
Module: Climate Witnesses of the Past
Module: Criteria for a Zero Emission Economy
Module: Deep Decarbonization: Reaching Net-Zero by the Second Half of the Century | Part I
Module: Drastic Emission Reduction in Order to Stay Below 2°C
Module: Earth's Climate System
Module: Efficiency & Fairness
Module: Electric Vehicles & Advanced Biofuels
Module: Emission Sources and Consumption
Module: Energy & Poverty
Module: Factors Affecting Emission Trends
Module: From Core Samples to Climate Change in the Past
Module: GHG Mitigation in Agriculture | Part I
Module: Grid Management of Power Systems with High Penetration of Renewable Energies
Module: Human Perturbations of the Carbon Cycle
Module: Impacts of Climate Change in Individual Sectors
Module: Introduction to Mitigation Policies
Module: Key Technology Areas for RDD&D
Module: Lessons for the Global Agreement on Climate Change at COP21 in Paris
Module: Mann_Interview
Module: Migration and Climate Change
Module: Mitigation on Land and the SDGs | Part I
Module: Novel Entities
Module: Ocean Acidification
Module: Policy Tools for Adaptation
Module: Pope Francis and the Encylical
Module: Putting a Price on Carbon | Part I
Module: Reflection of Incoming Solar Radiation
Module: Resource Conflict and Climate Change
Module: Resource Conflict and Climate Change
Module: Risk Assessment: Climate Impacts and Risk Management
Module: Risk Assessment: Climate Impacts and Risk Management
Module: State of the science
Module: Supply Chain Solutions to Deforestation: Evidence from Brasil
Module: Supply-side mitigation strategies
Module: Sustainable Transport Systems
Module: Technology RDD&D
Module: The Ancient Maya and the Climate
Module: The Carbon Budget | Part I
Module: The Consequences of the BAU Trajectory
Module: The Goal: Less than 2°C | Part I
Module: The Role & Risks of Technology in the Anthropocene
Module: The UNFCC
Module: Uncertainties, Precaution, and Insurance | Part I
Module: What is a Carbon Budget?
Module: What is climate change mitigation?
Module: What is the Global Emissions Reduction Pathway for the 2-degree Limit?
Module: Why Countries Need Deep Decarbonization Pathways to 2050
Module: A Shifting Development Paradigm
Module: Achievements of International Climate Politics
Module: Achieving Large Global Goals
Module: Adaptation in the private sector
Module: Adaptation Strategies
Module: Adaptation takes time
Module: Adapting to Climate Change
Module: Adapting to Climate Change
Module: Aerosol Loading
Module: Agricultural impacts
Module: Alley_Interview
Module: Ancient CO2 levels
Module: Antarctica land ice vs sea ice
Module: Bamber_Interview
Module: Benefits of voluntary carbon management
Module: Biodiversity Loss
Module: Brazil's Intended Nationally Determined Contribution
Module: Building a robust temperature record
Module: Business Action in Practice: Renewables
Module: Business Solutions for Climate Change
Module: Calmels_Interview
Module: Carbon Capture & Sequestration
Module: Carbon capture and storage
Module: Carbon capture and storage
Module: Carbon cycle
Module: Carbon Cycle Responses to Human Perturbations
Module: Carbon dioxide is a pollutant
Module: Carbon footprint example
Module: Case study: Adapting to climate change in Zambia
Module: Case Study: Australia Deep Decarbonization
Module: Case Study: Australia's Clean Energy Finance Corporation
Module: Case study: Australia's lighting phase-out
Module: Case Study: Canada Deep Decarbonization
Module: Case Study: China's national ETS
Module: Case Study: Green Climate Fund
Module: Case study: Japan's energy efficiency performance standard
Module: Case Study: Jingeri Farm
Module: Case Study: REDD+
Module: Case Study: The University of Queensland
Module: Case Study: UnitingCare Queensland
Module: Challenges and Limits to Climate Change Adaptation
Module: Challenges in the Decarbonization Transition
Module: Choices Climate Modelers Make
Module: Cities: Challenges & Opportunities
Module: Climate Adaptation Training for Local Governments
Module: Climate Change Effects on Forests and Grasslands
Module: Climate Change Impacts in Cities
Module: Climate Change Impacts in Cities
Module: Climate Change on the Maledives - Impressions and Insights
Module: Climate change vs global warming
Module: Climate Change: Fitting the Pieces Together
Module: Climate Financing
Module: Climate Financing
Module: Climate is Sensitive
Module: Climate metaphors
Module: Climate Model Output
Module: Climate models
Module: Climate of Middle Earth Part 1
Module: Climate of Middle Earth Part 2
Module: Climate of Middle Earth Part 3
Module: Climate Policy in China and Costa Rica
Module: Climate Protection - my Personal Challenge
Module: Climate science in the 1970s
Module: Climate Science Introduction
Module: Climate Variability and Change
Module: Clouds in climate change
Module: CO2 rise is man made
Module: Comparing with the Potential Emissions from Fossil Fuel Reserves & Resources
Module: Confused decline
Module: Coral bleaching and Acidification
Module: Correlation Between CO2 Concentration and Global Temperature
Module: Cryosphere
Module: Daily and yearly cycle
Module: Debates Over the 2-Degree Limit
Module: Debunking
Module: Deep Decarbonization: Reaching Net-Zero by the Second Half of the Century | Part II
Module: Demand-side mitigation strategies
Module: Denial Attack on science
Module: Denial Five Characteristics of Science Denial
Module: Denial Ideological Bias
Module: Denial Manufacturing Doubt
Module: Denial Media Balance as Bias
Module: Denial Psychological Barriers
Module: Denial Psychology of denial
Module: Denial Skepticism vs Denial
Module: Denial Spread of denial
Module: Denial Vested Interests
Module: Development of the Sustainable Development Goals
Module: Earth Observations for Climate Mitigation
Module: Earth Resilience and Cross-Scale Interactions
Module: Ecological Conversion
Module: Ecological impacts
Module: Ecological impacts
Module: Ecological Surprises
Module: Emission Impacts in the Past 150 Years
Module: Emission Scenarios
Module: Energy Basics and Earth's Climate Sensitivity
Module: Energy for All in Africa
Module: Energy from the Sun and Earth
Module: Energy Transition - The Energiewende in Germany
Module: Energy-Related CO2 Emissions Trends
Module: Energy: A Promising Pathway
Module: Entering the Anthropocene
Module: Existing Structures of Global Governance
Module: Extreme weather
Module: Extreme Weather and Climate Change
Module: Features of the Urban Climate
Module: Feedbacks Interactions & Regime Shifts
Module: Feeding Humanity in an Urban World
Module: Flu Shots
Module: Fossil Fuels: The Basis of our Economy
Module: Fossil Fuels: The Basis of our Economy
Module: Framing the climate change conversation
Module: From Kyoto to Copenhagen
Module: Future Ice Age
Module: GHG Mitigation in Agriculture | Part II
Module: Global Crop Models and Their Potential to Assess Mitigation Options in Agriculture
Module: Global Emissions
Module: Global Overall View of the Impacts
Module: Global, National and Local Solutions
Module: Greenhouse effect
Module: Greenland ice loss
Module: Greenland ice loss
Module: Hayhoe_Interview
Module: Heat Build Up
Module: Heat in the City
Module: Heat waves
Module: Hoegh-Guldberg_Interview
Module: Hot records
Module: How Climate Change Threatens the Poorest of the Poor
Module: How Does Science Reconstruct Past Precipitation?
Module: How Does the Natural Greenhouse Effect work?
Module: How Does Ulf Riebesell Investigate the Impact of Ocean Acidification in Norway?
Module: How Rapidly Does the Climate System React?
Module: How to Deal With the Atmosphere as a Global Common?
Module: How we can Stay Below 2°C Warming? ('Mitigation')
Module: Human Dimensions Introduction
Module: Human Roots of the Ecological Crisis
Module: Humanity's Period of Grace: The Holocene
Module: Hurricanes
Module: Hurricanes
Module: Impact of Climate Change on Indian Monsoon
Module: Impacts in Water
Module: Impacts of Climate Change Worldwide - Introduction
Module: Impacts on Land
Module: Impacts on society
Module: Increase in Extreme Events
Module: Increase in Extreme Events
Module: Increasing greenhouse effect
Module: Innovative Off-Grid Energy Solutions
Module: Inoculation Theory
Module: Ins and Outs of Earth's Energy Budget
Module: Instruments for a Zero-Emission Economy
Module: Intellectual Property, Access, and Innovation
Module: Interference with Global N & P Cycles
Module: International Climate Politics and Economic Issues
Module: Interview with Prof. Stephen Sheppard
Module: Introduction to carbon footprinting
Module: Introduction to Climate Change Adaptation
Module: Introduction to climate change adaptation
Module: Introduction to Climate Modeling
Module: Introduction to Climate Models
Module: Introduction to direct climate finance
Module: Introduction to global climate change policy
Module: Issues of Access & Distribution: Peak Everything
Module: John Robinson Interview
Module: Land & Water Use Change
Module: Lewandowsky_Interview
Module: Lewkowicz_Interview
Module: Life Cycle Analysis
Module: Limiting the Mean Surface Temperature
Module: Little Ice Age
Module: MACC practical example
Module: Major Climate Scenarios
Module: Making an Agreement Stick (Final)
Module: Making sense of the slowdown
Module: Making the Case for the Anthropocene
Module: Marginal abatement cost curves
Module: Marzeion_Full Interview
Module: Measuring from space
Module: Medieval warm period
Module: Message from the past
Module: Methane clathrate feedback
Module: Methane clathrate feedback
Module: Mitigation on Land and the SDGs | Part II
Module: Modeling Climate Change
Module: More Approaches to Climate Protection
Module: National and Sub-national Mitigation
Module: Need for carbon management skills
Module: New & Emerging Perspectives on Global Governance
Module: Non-Linear Thinking in the Anthropocene
Module: Ocean Acidification
Module: Ocean acidification
Module: Oreskes_Interview
Module: Other Drivers of Climate Change
Module: Our Geologic Backdrop: Ice Age Cycles
Module: Overall impacts
Module: Pfister_Water Vapour
Module: Polar bears
Module: Preparing Hydro-Climate Inputs for Climate Change in Water Resource Planning
Module: Principles of Public Policy
Module: Principles that models are built on
Module: Problem-Solving Versus Negotiating
Module: Project appraisal and NPV
Module: Psychology of denial
Module: Putting a Price on Carbon | Part II
Module: Quantification of the Nine Planetary Boundaries
Module: Ranney_Interview
Module: Recent History of Climate Change
Module: Reconnecting Human Development to the Biosphere
Module: Reflections on Taking Action in the Anthropocene (Final)
Module: Reinforcing feedback
Module: Renewables: Solar
Module: Renewables: Wind
Module: Roadmap for Adapting to Coastal Risk
Module: Santer_Interview
Module: Science Consensus Evidence
Module: Science Consensus Experts
Module: Science Consensus Knowledge
Module: Science Consensus Papers
Module: Science Consensus Scientists
Module: Science in the Anthropocene
Module: Science Scientific method
Module: Scott_Interview
Module: Sea Level Rise
Module: Sea Level Rise
Module: Sea Level Rise and Climate Change
Module: Should Synopticians Worry About Climate?
Module: Shrinking Glaciers
Module: Social Foundations for Planetary Boundaries
Module: Social-Ecological Systems
Module: Sources and Sinks: Energy, Land Use, CCS | Part I
Module: Sources and Sinks: Energy, Land Use, CCS | Part I
Module: St John_Interview
Module: Stevens_Interview
Module: Sticky Science
Module: Stratospheric Ozone Depletion
Module: Structure of the atmosphere
Module: Success stories
Module: Sustainable Energy for All
Module: Taking up residence
Module: Technology Partnerships to Tackle Climate Change
Module: Teleconnections and Inconvenient Feedbacks
Module: Temperature Trend Since 1900
Module: Tendency to underestimate climate impacts
Module: The 3 Pillars of the Deep Decarbonization of Energy Systems
Module: The 3 Pillars of the Deep Decarbonization of Energy Systems
Module: The Anthropogenic Greenhouse Effect
Module: The Business as Usual Trajectory
Module: The Carbon Budget | Part II
Module: The Cause of Glacial and Interglacial Periods
Module: The Challenge of Human Induced Climate Change
Module: The Climate System and its Components
Module: The decline
Module: The Deep Decarbonization Pathways Project
Module: The Earth's Energy Balance
Module: The Goal: Less than 2°C | Part II
Module: The Greenhouse Effect
Module: The Greenhouse Gases & Feedbacks
Module: The History of Climate Change Science
Module: The Impact of Extreme Events on Urban Areas
Module: The Need to Reduce Uncertainties in Global Land-Use Information
Module: The Oceans – an Ecosystem Under Pressure
Module: The past
Module: The Relentless Rise of CO2
Module: The Role of Innovation to Reduce Emissions
Module: The Role of Nuclear Energy
Module: The Role of Public Private Partnerships (PPP)
Module: The Role of Technology Roadmaps & Roundtables
Module: The Role of the Climate Panel (IPCC)
Module: The Significance of Radiation Balance
Module: The State of Our Common Home
Module: The Three Pillars of Decarbonization
Module: The Three-Tiered Structure of Mitigation Commitments
Module: The Unperturbed Carbon Cycle: Stocks and Flows
Module: The Upcoming Century
Module: Theology Philosophy and the Encyclical
Module: Thompson_Interview
Module: Tipping Points
Module: Towards COP21
Module: Transmission, Energy Storage and Grid Integration
Module: Uncertainties, Precaution, and Insurance | Part II
Module: Understanding Drought
Module: Upsetting the natural balance
Module: Urban Heat Islands and European Cities
Module: Using System Analysis for Globally Consistent National Mitigation Planning | Part I
Module: Using System Analysis for Globally Consistent National Mitigation Planning | Part II
Module: Validity of the Climate Models
Module: Van De Heuvel_Interview
Module: Velicogna_Interview
Module: Vocal minority
Module: Water vapor amplifies warming
Module: Wavy Jet Stream
Module: Weather and Climate - What is the Difference?
Module: Weather vs climate
Module: What Does Climate Change Mean for Daily Life
Module: What Does the Climate Look Like in a Warmer World?
Module: What Information Does Science Find in a Core Sample?
Module: What is "CO2e"?
Module: What is a Climate Model?
Module: What is Albedo?
Module: What is an Energy System?
Module: What is climate change?
Module: What is Fair?
Module: What is the Global Carbon Budget for the 2-degree Limit?
Module: What is the Meaning of a 2°C Limit?
Module: What We Learn from Country Level Deep Decarbonization Pathways
Module: What We Learn from Country Level Deep Decarbonization Pathways
Module: Where are Emissions Produced?
Module: Why we Must Stay Well Below 2°C Warming
Module: Worldview backfire effect
Modulel: Case Study: US Deep Decarbonization | Part II
On Care for Our Common Home
Pledge Card
The Philippines Episode 1
The Philippines Episode 2
Tools of Change - Peer Support Groups
UQx ENGY0x 2.3 Growth of Energy Consumption and Development
UQx ENGY0x 1.1 Introduction to Energy Literacy
UQx ENGY0x 1.2 Energy and Transformations
UQx ENGY0x 1.3 Heat and Temperature
UQx ENGY0x 1.4 Units and Prefixes
UQx ENGY0x 1.5 Other Useful Terms
UQx ENGY0x 1.6 Other Useful Terms
UQx ENGY0x 1.7 Other Useful Terms
UQx ENGY0x 2.1 A Brief History of Energy Use
UQx ENGY0x 2.2 Emissions and Climate Change
UQx ENGY0x 3.1 International Energy Agency Scenarios
UQx ENGY0x 3.2 Are We Moving Fast Enough?
UQx ENGY0x 3.3 Interview with Professor Robert Socolow (Chris Greig)
UQx ENGY0x 3.4 Interview 2 with Professor Robert Socolow (Keith Orchison)
UQx ENGY0x 4.1 Power vs Energy
UQx ENGY0x 4.2 Energy Systems, Mass and Energy Balances
UQx ENGY0x 4.3 The Size of Energy Systems
UQx ENGY0x 4.5 Power cycles
UQx ENGY0x 4.6 Efficiency
UQx ENGY0x 4.7 Calculations in Efficiency of Energy Systems
UQx ENGY0x 4.9 Calculation of Carnot Efficiency
UQx ENGY0x 5.1 Levelized cost of energy calculation
UQx ENGY0x 6.1 What is BioEnergy and how do we access it?
UQx ENGY0x 6.2 Carbon Accounting for Bioenergy
UQx ENGY0x 6.3 Bioenergy Penetration
UQx ENGY0x 6.4 The Future of Bioenergy
UQx ENGY0x 7.1 Geothermal and Power Cycles
UQx ENGY0x 7.2 Penetration of Geothermal Globally and in Australia
UQx ENGY0x 7.3 The Future of Geothermal
UQx ENGY0x 8.1 The Basics of Solar
UQx ENGY0x 8.2 What is Solar PV and How Do We Access It?
UQx ENGY0x 8.3 The Penetration of Solar PV in Australia and Globally
UQx ENGY0x 8.4 Future of Solar Thermal
UQx ENGY0x 8.5 Carbon Accounting for Solar
Week 1 Part 1 Introduction to National Adaptation Plans
Week 1 Part 2 - International Agreements on Climate Change
Week 2 Part 1 - Introduction to the LEG Technical Guidelines
Week 2 Part 2 - Supplementary Guidelines on Address Agriculture
Week 3 Part 1 - Information Requirements for National Adaptation Plans
Week 3 Part 2 - Climate Information Services
Week 4 Part 1 - Climate Adaptation Options
Week 4 Part 2 - Identifying and Prioritizing Adaptation Actions
Week 5 Part 1 - Governance, Coordination and Finance
Week 5 Part 2 - Climate Finance for Adaptation
Week 6 Part 1 - Monitoring and Evaluation
Week 6 Part 2 - Communications on Climate Change Adaptation
Welcome Remarks by Dr. Martin Frick, Director of Climate and Environment Division, FAO
Welcome Remarks by Dr. Pradeep Kurukulasuriya, Head of Climate Change Adaptation, UNDP
Zipora's Story
Zipora's Story Episode 2

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