2.11 - Governments & Climate Change
Political obstacles to achieving a low-carbon world
Achieving a low-carbon world faces significant political challenges both at national and international levels.
Key barriers to climate action
- Influence of fossil fuel industries - In countries like the USA, the coal, oil, and gas sectors exert substantial lobbying power, often blocking or weakening climate control regulations.
- Bargaining power of major fossil fuel nations - Countries such as the USA, Canada, China, Russia, and those in the Middle East hold significant sway in global negotiations, creating obstacles to unified agreements on climate change.
The Kyoto Protocol and its goals for greenhouse gas reduction
The Kyoto Protocol represents one of the earliest international efforts to address climate change through binding commitments on greenhouse gas emissions.
Core features of the Kyoto Protocol
- Agreement and signatories - In 1997, over 185 countries committed to stabilising greenhouse gas emissions at levels that would prevent severe climate change.
- Emission reduction target - The protocol aimed to reduce emissions by 5% compared to 1990 levels by the year 2012.
- Implementation timeline - It officially came into effect in 2005 and was later extended until 2015.
The Paris Agreement and its objectives for global warming
Building on previous efforts, the Paris Agreement marked a significant step towards a more inclusive and flexible international response to climate change, focusing on long-term temperature control.
Main aspects of the Paris Agreement
The Paris Agreement was established at the 2015 UN Climate Change Conference held in Paris. This conference highlighted France as a high-income country (HIC) with decarbonised energy, producing more than 90% of its power from nuclear, hydroelectric, and wind sources.
Key features:
- Signatories and universal aim - A total of more than 175 countries signed the agreement, seeking a universal consensus among the world's major nations on climate action.
- Temperature control goal - The primary objective is to limit global warming to 2°C above pre-industrial levels.
- Emission reduction vision - It targets zero net anthropogenic greenhouse gas emissions between 2050 and 2100.
- Flexible framework - Unlike the Kyoto Protocol, there are no specific country targets or strict timetables; nations are encouraged to cut carbon usage "as soon as possible" without enforcement mechanisms or penalties for non-compliance.
Adaptation strategies for coping with climate change
While reducing greenhouse gas emissions is critical, the reality of ongoing climate change means that societies must also adapt to its impacts. Adaptation involves preparing for and minimising the effects of a changing environment.
Examples of adaptation measures
- Flood defences - Building barriers and infrastructure to protect against rising sea levels and increased storm surges in coastal areas.
- Vaccination programmes - Expanding health initiatives to combat the spread of diseases like malaria, which may become more prevalent as temperatures rise.
- Desalination plants - Constructing facilities to convert seawater into freshwater to address growing water scarcity in arid regions.
- Agricultural resilience - Developing crop varieties that can withstand higher temperatures, more frequent droughts, and flooding events.
- Urban protection - Enhancing city infrastructure to guard against ocean level rise and extreme weather conditions.
Factors influencing adaptive capacity
- Financial resources - Wealthier regions often have more funds to invest in protective measures and technologies.
- Technological access - Availability of advanced tools and systems can significantly improve a region's ability to adapt to climate challenges.
Mitigation and adaptation approaches in climate action
Mitigation and adaptation are two complementary strategies in addressing climate change. Mitigation focuses on reducing the causes, while adaptation deals with managing the consequences. Some approaches serve both purposes.
Defining mitigation and adaptation
- Mitigation - Actions aimed at cutting greenhouse gas emissions to lessen the severity of climate change, seen as a global responsibility.
- Adaptation - Measures taken to reduce or prevent the negative impacts of climate change, often considered a local responsibility.
Strategies for mitigation and adaptation
| Category | Examples of strategies |
|---|---|
| Mitigation only | - Sustainable transportation - Energy conservation - Building code changes for energy efficiency - Renewable energy adoption - Expanding deep lake water cooling - Improving vehicle fuel efficiency - Capturing and using landfill and digester gas |
| Mitigation and adaptation | - Geothermal energy - Solar thermal systems - District heating networks - Building designs for natural ventilation - Tree planting and care - Local food production - Water conservation initiatives - Green roof installations |
| Adaptation only | - Infrastructure upgrades for sewers and culverts - Residential programmes for sewer backflow and downspout disconnection - Health programmes for diseases like West Nile and Lyme, shade policies, cooling centres, smog alerts, and Air Quality Health Index - Emergency and business continuity planning - Support for vulnerable populations |
These strategies highlight the diverse approaches needed to tackle climate change, balancing efforts to reduce emissions with preparations for inevitable environmental shifts.