GEOG 330

Page 1: Cultural Landscapes and Energy

Cultural Sustainability
- Defined as how cultures practice and maintain their customs through generations (l’dor vador).
- Depends on well-defined boundaries and the human imprint on landscapes.
- Imprint Types:
  - Language, Dress, Food, Artifacts, Architecture, etc.
- Activities in Cultural Landscapes:
  - Educational programs, language, music, celebrations, prayer, and other interactions that occur within the landscape.
Energy's Role:
- Essential for sustaining activities and quality of life.
- Energy is not inherently "evil"; it is vital for progress.
- Key Recommendations:
  - Transition from fossil fuels to renewable energy.
  - Economic growth must be reconsidered — focus on less consumption.
  - Stabilize global population and enhance technology to mitigate environmental impact.
OECD Context:
- Organization for Economic Co-operation and Development with 37 member states.
- Non-OECD countries projected to have major energy needs; raise questions about their right to fossil fuel usage for development.
- Need to address responsibility from developed countries regarding emissions caused by extracting resources from developing nations.

GHG Types:
- Carbon Dioxide (CO2): Most prevalent, primarily from fossil fuel and biomass combustion.
- Methane (CH4): Less prevalent, but significantly more potent; sourced from industry, agriculture, and waste.
- Nitrous Oxides (NOx): 300x more potent than CO2, sourced from transport and industry.
- Fluorinated Gases (CFCs): Most potent GHG but less common; used in industry and electricity distribution.
Development Narratives:
- Growth-Based: Use fossil fuels for economic growth since they are established sources of energy.
- Ecological Modernization: Develop industries that “green” fossil fuel usage and boost renewable investment.
- De-growth Perspective: Focus on lower energy consumption.
- Freedom from GHG: Avoid products from countries without renewable energy sources to reduce environmental impacts.
- Political Ecology: Developed nations should financially support renewables in developing nations while trading.

China's Energy Usage:
- A substantial reliance on coal (still around ~53% today).
- Noteworthy that China has outstripped the US in emissions and consumption; rapid urbanization linked to coal dependency.
- Emission management involves international cooperation (Bruntland Report, Kyoto Protocol).
- Differentiated responsibility based on developmental status versus emissions output.
Cooperation Agreements:
- Historical agreements between the US and China to reduce emissions (e.g., Obama and Xi)
- Issues with policy continuity upon changes in leadership (new presidents can undo prior agreements).

Nonrenewable Sources Overview:
- Dominant energy sources include oil, natural gas, and coal, comprising 85% of global energy.
- Historical energy transitions since the industrial revolution and advances in extraction methods.
- Geopolitical shifts impact energy import/export strategies and market stability (e.g., China banning Australian coal).

Coal:
- Pros: Cheap, historically significant to energy production.
- Cons: High CO2 emissions, water pollution, habitat destruction.
Oil:
- Pros: Lower emissions than coal; essential across industries.
- Cons: Nonrenewable; significant environmental costs.
Gas:
- Pros: Cleaner than coal and economically attractive for extraction.
- Cons: Drawbacks from extraction methods (fracking) and long-term environmental concerns.

Health Concerns:
- Fracking linked to potential drinks water contamination.
- Legislative actions regarding fracking vary by state/nation (e.g., Maryland bans).
- Historical interest in renewables surged post-OPEC oil embargo and responses to climate change.
Renewables Landscape:
- Currently accounts for 13% of global energy — suggests growing dependency for sustainability should be prioritized.

Impact of Urbanization:
- Reduces air pollution, fosters jobs, affects GDP positively but also exposes socio-economic vulnerabilities.
- Historical context of urbanization trends from agricultural origins to present mega-cities.

Cities as Centers of Power:
- Functions of urban areas are evolving towards skills, finance, and services in a globalized context.
- Rapid urban expansion can lead to infrastructure stresses impacting social services.

Gentrification Defined:
- Rapid property value increases often displacing low-income residents due to improved neighborhood conditions.
Case Study - NoMa:
- Example of environmental and social changes alongside housing market dynamics.

Inclusive Planning Essentials:
- Community engagement prioritized in urban redevelopments to enhance lucking local input and policy effectiveness.
- Importance of assessing urban resilience for future health against various socio-natural challenges.

Evolution of Resilience Concepts:
- Emphasis on both structural and community-based approaches to optimizing urban living post-disruption.
- Planning must consider equity and diversity in voices and needs.

Cultural Sustainability stated:
- Preservation of unique cultural identities through norms, values, and experiences melding over generations.

Defining Cultural Spaces:
- Physical (churches, ethnic centers) and intangible (radio shows) components illustrating community identity.
Impacts of Homogeneity:
- Loss of identity through globalization and uniform architectural styles, challenging local expressions.

Colonialist Legacy:
- Industrial revolution exploited capital of European and world resources, establishing production in developing countries (LDCs).
- Trade transitions from geographic proximity to labor cost-efficiency in the post-industrial arena.

**LDC-MDC Dynamics: **
- Reliance of low-income countries on high-income nations despite semblances of autonomy.
- Environmental burdens transferred to countries producing goods - costs often unaccounted.

Business Influence:
- Capacity for driving sustainable practices over mere GDP expansion by prioritizing social responsibility.
- Companies influence resource consumption patterns through supply chain management and ecological accountability.