Лист за преговор: GEOPO S2

Energy Geopolitics and Climate Policy - Revision Sheet

1. 📌 Essentials

• Fossil fuels: Oil, gas, coal are primary energy sources, non-renewable, major GHG emitters.
• Major oil reserves are concentrated in Middle East, Venezuela, Canada, Iran, Iraq; Hormuz Strait transits 20% of global oil.
• Russia, US, Qatar, Iran dominate global natural gas reserves and production.
• Europe's energy dependency on Russia exposes supply risks, especially highlighted during Russo-Ukrainian war.
• Sustainable Development Goals (SDGs) and UN climate treaties (UNFCCC, COPs) guide global climate action.
• Paris Agreement (2015): limit warming to below 2°C, pursue 1.5°C; $100 billion Green Fund established.
• COP26 (2021) commitments: reduce methane emissions (-30%), curb deforestation; coal phase-out incomplete.
• Major countries’ carbon neutrality targets: US (2050), China (2060), EU (2050), India (2070).
• Energy transition requires ~$61 trillion investment globally by 2050; China leads green finance.
• IPCC provides scientific assessments forecasting climate impacts and guiding policy.

2. 🧩 Key Structures & Components

• Fossil Fuel Reserves — concentrated geographically; oil in Middle East, Venezuela; gas in US, Russia, Qatar.
• Hormuz Strait — strategic chokepoint for 20% of global oil transit.
• Major Exporters — Russia, Saudi Arabia, Middle East, US.
• Major Consumers — EU, Asia-Pacific, US, China.
• Pipeline & LNG Networks — pipeline dominance in Europe; LNG export/import primarily in Asia-Pacific.
• UN Framework — UNFCCC, COPs, IPCC reports shaping global climate policies.
• National Policies — European Green Deal, Fit for 55, national carbon neutrality commitments.

3. 🔬 Functions, Mechanisms & Relationships

• Resource Concentration → Geopolitical power; control of oil/gas routes affects global political stability.
• Trade & Transit → Hormuz Strait, pipelines, LNG terminals regulate supply flow; strategic chokepoints.
• Dependence & Security → countries depend on imports/exports; risks of disruption, political leverage.
• Climate Agreements → Set targets, monitor progress through NDCs, improve policies based on IPCC science.
• Energy Transition → Requires massive investments ($61T), innovation, policy support; aims to reduce GHGs and fossil reliance.
• Conflict & Policy Interactions → War (e.g., Russo-Ukrainian) exposes dependencies; triggers shifts in consumption, reserves management.

4. Comparative Table

Item	Key Features	Notes / Differences
Oil Reserves	Mostly in Middle East, Venezuela, Canada, Iran, Iraq	Hormuz Strait critical transit point
Natural Gas Reserves	US, Russia, Qatar, Iran	Pipeline vs LNG trade; pipeline dominates Europe
Energy Dependency	EU depends on Russian imports; US self-sufficient	Risks of disruption, political leverage
Climate Agreements	Paris 2015, Glasgow 2021	Bindings on emissions, financial aid, mitigation
Carbon Neutrality Targets	US (2050), China (2060), EU (2050), India (2070)	Targets vary; globally emissions still rising
Investment for Transition	~$61 trillion by 2050	China lead in green financing

5. 🗂️ Hierarchical Diagram (ASCII)

Global Energy & Climate System
 ├─ Fossil Fuels
 │   ├─ Oil (Middle East, Venezuela)
 │   ├─ Gas (US, Russia, Qatar)
 │   └─ Coal (Global)
 ├─ Trade Routes & Infrastructure
 │   ├─ Hormuz Strait (Oil transit)
 │   └─ Pipelines / LNG terminals
 ├─ Geopolitical Power
 │   ├─ Resource control
 │   └─ Transit chokepoints
 ├─ International Climate Policy
 │   ├─ UNFCCC & COPs
 │   └─ IPCC Science
 └─ National Commitments
     ├─ Carbon neutrality targets
     └─ Policy frameworks

6. ⚠️ High-Yield Pitfalls & Confusions

• Confusing oil reserves with current production; reserves are not necessarily exploitable immediately.
• Mistaking pipeline dominance with LNG; both are key but serve different regions and trade flows.
• Overestimating dependency in some countries; e.g., US is a major producer, not just importer.
• Underestimating the complexity of international climate agreements; commitments are often non-binding or insufficient.
• Confusing short-term energy security measures with long-term climate goals.
• Ignoring the geopolitical influence of resource-rich countries like Qatar or Russia beyond their reserves.
• Assuming all countries aim for same climate targets; policies vary widely and are often politically contentious.
• Overlooking the role of national oil companies (e.g., Sinopec, PetroChina) in shaping global oil/gas markets.

7. ✅ Final Exam Checklist

• Understand the key fossil fuel reserves and their geographic locations.
• Know main transit chokepoints like Hormuz Strait.
• Identify dominant producers and consumers globally and regionally.
• Explain how resource concentration influences geopolitical power.
• Recognize international climate treaties (Kyoto, Paris, COP26) and their main objectives.
• Describe the structure and purpose of UNFCCC and IPCC assessments.
• Recall countries’ net-zero/carbon neutrality commitments and their timelines.
• Quantify the investment needed ($61T) for global energy transition; identify main financing actors.
• Differentiate pipeline vs LNG gas trade and their regional importance.
• Explain the significance of fossil fuel dependency and security-of-supply concerns.
• Understand the impacts of wars/conflicts (e.g., Russo-Ukrainian) on energy flows and climate policy.
• Recognize the role of corporate social responsibility and national oil companies.
• Be aware of projected climate impacts, including sea-level rise and climate migration.
• Know the main goals of the Paris Agreement and COP26 outcomes.
• Comprehend the interconnectedness of energy, economy, geopolitics, and climate action.

End of Revision Sheet