This guide provides a comprehensive overview of city growth, resource requirements, and logistics management in Plan B: Terraform. It is intended as a quick reference for players aiming to efficiently manage their cities as they progress toward one million global population and beyond.
Table of Contents
City Sizes and Resource Requirements
Cities in Plan B: Terraform require different resources as their populations grow. The following table summarizes the resource requirements and waste production for each population tier:
| Population | Resources Needed | Waste Produced | Produced |
|---|---|---|---|
| 3 – 10 | Concrete | None | N/A |
| 10 – 100 | Concrete, Oxygen | None | N/A |
| 100 – 350 | Reinforced Concrete, Oxygen | None | N/A |
| 350 – 1,000 | Reinforced Concrete, Oxygen | None | N/A |
| 1,000 – 10,000 | Reinforced Concrete, Oxygen, Hi-Tech | Metal waste | 56 – 280 |
| 10,000 – 100,000 | Reinforced Concrete, Oxygen, Hi-Tech, Food | Metal, Organic | 150 – 750 |
| 100,000 – 800,000 | Composite, Oxygen, Hi-Tech, Food | Metal, Organic, Plastic | 300 – 1,200 |
Note: All supply and production figures are calculated per year. Waste production is generally 50% higher than the required resources.
Once a city reaches 1,000 population, it can begin producing some resources internally. This can reduce reliance on external supplies, although careful management is necessary to prevent resource bottlenecks that may halt city growth. Excess production from one city can be diverted to another to optimize growth across multiple locations.
Supply and Demand
Meeting the resource demands of a city is essential for growth. If resource requirements are consistently met or exceeded, the city will expand. Conversely, failing to meet at least 50% of the required resources can result in city shrinkage. It is important to maintain a balance between supply and waste management, as oversupplying a city does not accelerate growth; the city only consumes what it needs.
Special attention is required for resources like reinforced concrete and hi-tech components. Initially, some materials must be imported, but once the city produces waste, recycling can help meet internal demands. Improper management of supply lines, particularly for critical resources, can create backlogs that impede city expansion.
Transportation Systems
Efficient transport is critical in supporting city growth. Trucks are useful early in the game, but trains are essential for handling larger volumes of resources over long distances. Trains can transport 30 cargo units and traverse underwater routes, making them highly versatile. Ships have a larger capacity (330 units) but are limited to water routes. Properly designed supply lines, multiple depots, and backup centers ensure resources are delivered promptly and prevent growth bottlenecks.
Food Production and Management
Food production is particularly challenging due to limited compost and organic waste conversion rates. Each compost unit produces two food units but requires five units of organic waste. Larger cities may need external food supplies to sustain growth. A useful strategy is to deliver full trainloads of food to a supply center at regular intervals, allowing the city to “forget” previous shortages and continue growing. This approach can be applied to other resources as well.
Key Takeaways
- Resource Production: Cities generate some resources internally once reaching certain population thresholds. Recycling and careful management of waste can help meet resource demands.
- Population Growth: Cities grow when resource requirements are met consistently. Growth slows or reverses if resources or waste management fall short.
- Transportation: Trucks, trains, and ships are essential for distributing resources. Efficient supply chains prevent bottlenecks and maximize growth potential.
- Strategic Planning: Oversupply is ineffective, and mismanagement of imports, recycling, or transport can halt city development. Careful planning is crucial.
- Food Management: Supplementing internal production with external supplies is often necessary for larger cities. Delivering full loads periodically can sustain growth even with limited production.
By following these principles, players can optimize city growth, maintain stable resource supplies, and achieve maximum efficiency as populations increase. Proper management of resources, waste, and transportation is critical to long-term success in Plan B: Terraform.
By Pizzajon
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