Transforming Town Committees, Politics, and Culture for Underground Living

As we move towards building underground towns and cities to combat the effects of climate change, significant shifts in town committees, politics, and culture are essential. The transition to subterranean living requires comprehensive planning, community involvement, and policy adjustments to ensure smooth progression and sustainability.

Changes in Town Committees

1. Formation of Specialized Subcommittees:

   • Geology and Environmental Impact: Focused on assessing and mitigating environmental concerns.
   • Construction and Infrastructure: Dedicated to planning and overseeing construction projects.
   • Community Health and Safety: Ensuring the well-being of residents in the new underground environments.

2. Inclusive Decision-Making:

   • Increasing representation from diverse community groups to address varied concerns and needs.
   • Encouraging active participation from residents in planning and decision-making processes.

Political Adjustments

1. Legislation and Policies:

   • Developing new building codes and regulations specific to underground construction.
   • Implementing policies that support sustainable practices and renewable energy use.

2. Funding and Incentives:

   • Allocating government funds and resources to support underground development projects.
   • Offering incentives for businesses and individuals to invest in subterranean infrastructure.

Cultural Shifts

1. Public Awareness and Education:

   • Launching campaigns to educate the public about the benefits and feasibility of underground living.
   • Organizing workshops and seminars to engage the community and address concerns.

2. Community Engagement:

   • Fostering a sense of community and shared purpose in the transition to underground living.
   • Promoting cultural activities and traditions that can be adapted to the new living environments.

Ensuring Progression

The journey towards underground living is a collaborative effort requiring strong leadership, innovative thinking, and active community participation. Town committees, political leaders, and cultural organizations must work together to create a cohesive plan that addresses the unique challenges and opportunities of subterranean habitats.

Underground Cities of 2023

There are several examples of underground cities around the world, ranging from ancient underground settlements to modern-day underground transportation systems. Here are some examples:

• Derinkuyu, Turkey: Derinkuyu is the largest underground city in the world, located in the heart of Cappadocia. It was built to meet the needs of the people who lived there, and it was used and expanded over the years. The city has 11 levels of depth, with houses, stables, wine cellars, and places of worship.
• Seattle, Washington: Seattle is one of the American towns with an underground city. It was built after a fire destroyed much of the city in 1889, and the new city was built on top of the old one. The underground city is now a popular tourist attraction.
• San Francisco, California: San Francisco also has an underground city, which was built after the 1906 earthquake and fire. The city was rebuilt on top of the old one, and the underground city is now a network of tunnels and abandoned buildings.
• Washington, DC: Washington, DC has an extensive underground transportation system, including the Metro subway system. The system covers a vast network of lines and stations, providing efficient and reliable transportation for the city's residents and visitors.
• Montreal, Canada: Montreal has an extensive underground city known as RÉSO, which is a network of tunnels and buildings that connect the city's major attractions, shopping centers, and transportation hubs.
• Helsinki, Finland: Helsinki has an underground city known as Helsingfors underjordiska, which is a network of tunnels and buildings that connect the city's major attractions, shopping centers, and transportation hubs.

These examples demonstrate the various types of underground cities around the world, from ancient settlements to modern transportation systems. While moving entire cities and towns underground may not be feasible or necessary, these examples show how underground spaces can be used for a variety of purposes, including transportation, shelter, and storage.

Climate Change? Schlimate Change! It's Time For Humans To Build Cities Underground Again

Building underground offers several advantages, including:

• Energy Efficiency: Underground homes have excellent thermal and insulative properties, making them energy-efficient in any climate.  The surrounding soil acts as a natural insulator, helping to regulate temperature and reduce the need for heating or cooling systems.
• Environmental Benefits: Underground housing is environmentally friendly, as it minimizes the visual impact on the landscape and reduces the need for land clearing.  It can also contribute to energy conservation and sustainability efforts.
• Protection from Severe Weather: Underground buildings are more resilient and can withstand severe weather conditions, such as storms and extreme temperatures.  The surrounding soil provides natural protection and insulation.
• Noise Reduction: Underground homes offer a quieter living environment due to the sound-absorbing properties of the surrounding soil.  This can be especially beneficial for those seeking a peaceful and tranquil living space.
• Effective Use of Urban Space: Underground development allows for the efficient use of available urban space.  It provides opportunities to maximize land utilization without encroaching on the surface area.

GET STARTED:

To get started with building underground, consider the following steps:

• Research and Planning: Familiarize yourself with the concept of underground construction and gather information about the specific requirements and regulations in your area. Consult with experts, architects, and engineers who specialize in underground construction.
• Site Selection: Choose a suitable location for your underground project, considering factors such as soil conditions, drainage, accessibility, and proximity to utilities.
• Design and Engineering: Work with professionals to develop a detailed design and engineering plan for your underground structure. This includes considerations for structural integrity, ventilation, lighting, and utility connections.
• Permits and Approvals: Obtain the necessary permits and approvals from local authorities before starting construction. Ensure compliance with building codes and regulations specific to underground construction.
• Construction and Implementation: Hire experienced contractors and construction teams with expertise in underground construction. Follow the design plans and specifications to ensure the successful execution of the project.
• Safety and Maintenance: Prioritize safety during construction and implement proper safety measures. Once the construction is complete, establish a regular maintenance routine to ensure the longevity and functionality of your underground structure.

Remember that building underground can be a complex and specialized endeavor. It is essential to work with professionals who have experience in this type of construction to ensure a successful and safe project.