Bronte Wells
Coruscant, a planet located in the Galactic Core, is a planet-wide metropolis with 5,127 levels of the city built up from the crust. With no natural bodies of water or forests, one might wonder how the planet deals with pollution. Coruscant has a weather control system that manipulates the weather, giving it an artificial, temperate climate. The planet also has a vast amount of heat generated by the multi-levelled city, and to combat this, there are thousands of strategically placed CO2 reactive dampers in the upper atmosphere. Coruscant also has a combination of large factories that clean the air and smaller personal air scrubbers that clean the air around buildings. Water is gathered and stored in massive artificial aquifers, and food is mostly imported from off-world.
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What You'll Learn
Orbital mirrors and weather control systems
Orbital Solar Energy Transfer Satellites (OSETS), also known as orbital mirrors, are large mirrors used to direct warmth and sunlight to the extreme northern and southern latitudes of Coruscant. These mirrors surround a small guidance station, where an OSETS officer is stationed to control the mirror's positioning. By reflecting sunlight to the planet's poles, the orbital mirrors warm the environment by a few degrees, making more land area habitable. The use of orbital mirrors is particularly important due to Coruscant's relatively far orbit from its small sun, which would otherwise make the planet too cold for many species.
In addition to the orbital mirrors, Coruscant also employs a weather control system, first mentioned in the 2014 novel Tarkin. This system manipulates the weather of Galactic City, creating an artificial, temperate climate. The weather control system is responsible for cleansing the Federal District's skyscrapers, removing clouds, and managing rainfall in various areas.
The combination of orbital mirrors and weather control systems helps to regulate the climate and make Coruscant more hospitable, addressing the challenges posed by its distant orbit from its sun.
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Air filtration and purification
Firstly, Coruscant's weather control system plays a crucial role in maintaining the planet's air quality. This system, first mentioned in the 2014 novel Tarkin, manipulates the weather conditions on the planet, providing an artificial, temperate climate. It helps to cleanse the Federal District's skyscrapers, removing clouds and rain, and ensuring a more controlled environment.
Additionally, Coruscant employs a combination of large factories and smaller personal air scrubbers to clean the air. These scrubbers draw in and purify the air, reducing pollution levels. The atmosphere is also filtered through oxygen regulators, and water is stored in massive artificial aquifers to support the planet's water needs.
The citizens of Coruscant who live in the upper levels have access to cleaner air that has been filtered and purified. However, the lower levels, lacking sufficient sunlight, suffer from the toxic fumes produced by factory and vehicular waste. To address this issue, some inhabitants in the undercity rely on artificial air, and the wealthy have access to high-grade, purified gas, ensuring a constant supply of breathable air.
On a broader scale, Coruscant also utilizes orbital mirrors to adjust its climate. Initially intended to warm up the planet, these mirrors contribute to the overall habitability of Coruscant. Furthermore, the planet has artificial lakes and oceans, as well as thousands of strategically placed CO2 reactive dampers in the upper atmosphere, preventing atmospheric degeneration due to the excessive heat generated by the metropolis.
While the specifics of the technology in the Star Wars universe may differ, some parallels can be drawn with real-world air filtration and purification methods. In reality, air purification devices use filters and technologies like HEPA (High-Efficiency Particulate Air) filters, activated carbon, and other specialized filters to capture and eliminate airborne particles, such as dust, allergens, mold spores, and even bacteria and viruses. These air purifiers improve indoor air quality and help create healthier environments, much like the systems in place on Coruscant.
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Trash recycling and disposal
Coruscant, a planet-wide metropolis, has an extensive waste management system in place to deal with the massive amounts of garbage produced by its inhabitants. The planet's garbage is either sent to the under levels for recycling or compacted into large cubes and launched into deep space.
The underlevels of Coruscant, also known as the undercity, are home to giant dumps of trash that are recycled. However, these lower levels of the planet lack access to clean air and natural light, with their inhabitants forced to breathe in toxic fumes from waste and rely on artificial lighting.
The second method of trash disposal involves compacting garbage into large cubes and shooting them into space. This method is likely used for waste that cannot be recycled or is too hazardous to keep on the planet.
In addition to these methods, Coruscant also has a weather control system that helps maintain an artificial, temperate climate. This system, mentioned in the novel Tarkin, keeps the planet's hazy cloud cover from dimming its artificial lights and ensures rain reaches various areas. The weather control system also cleanses the Federal District's skyscrapers, leaving them shining and new.
The heat generated by the massive metropolis is also a concern. Coruscant has a relatively far orbit from its small sun, and the extreme amount of heat produced by the city is mitigated by thousands of strategically placed CO2 reactive dampers in the upper atmosphere. Without these dampers, the planet would have been transformed into a lifeless rock by rampant atmospheric degeneration.
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Water purification and storage
The purification process likely involves advanced filtration and chemical treatment methods to remove any contaminants and ensure the water meets the required standards. Water purification tablets and filters are commonly used in survival and emergency situations, and Coruscant may employ similar technologies on a larger scale. Additionally, Coruscant is known to have massive recycling plants to clean and purify water, indicating a closed-loop system that minimises water wastage.
Water storage on Coruscant is facilitated by massive artificial aquifers, which collect and store the purified water. These aquifers are strategically located to supply water across the planet, ensuring a stable and reliable water distribution network. The water stored in these aquifers can be used for drinking, irrigation, industrial processes, and maintaining the artificial weather systems that characterise Coruscant's climate.
The artificial weather control system, known as Coruscant WeatherNet, plays a crucial role in water management. By manipulating weather patterns, the system can control precipitation levels, fog conditions, and even create artificial lightning storms. This allows for the distribution of water through rain, although it is implied that precipitation is restricted to occur only after sundown to maintain the planet's aesthetic appeal.
Overall, the combination of water purification, recycling, and storage technologies ensures that Coruscant has a sustainable water supply to support its massive population and artificial climate. The purification and treatment processes are vital to maintaining water quality, while the artificial aquifers provide the necessary storage and distribution infrastructure.
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Artificial light and temperature control
Firstly, addressing the issue of artificial light, it is important to recognize that Coruscant, as depicted in the Star Wars universe, is a planet shrouded in darkness, with its lower levels never reached by natural sunlight. This lack of natural light necessitates the extensive use of artificial lighting to illuminate the sprawling metropolis. While artificial light is essential for human activities and safety, it also introduces the issue of light pollution.
Light pollution, caused by excessive or inappropriate artificial lighting, has detrimental effects on both the environment and human well-being. It disrupts the natural illumination cycles, impacting the circadian rhythms and melatonin production in humans and other organisms, leading to various health issues. Additionally, light pollution can disorient migrating birds, harm aquatic ecosystems, and obscure our view of the night sky.
To mitigate light pollution on Coruscant, several measures can be implemented:
- Use of dimmers, motion sensors, and timers: By reducing illumination levels when full brightness is not required, energy consumption can be lowered while minimizing light pollution.
- Shielded lighting fixtures: Outdoor lighting fixtures should be designed to minimize glare and light trespass. Proper shielding directs light downwards, reducing light pollution and enhancing visibility where needed.
- LED lighting: Switching to LED lights can reduce illuminance without compromising safety. LED lights also consume less energy, contributing to a more sustainable Coruscant.
- Blue light avoidance: Blue-rich white light sources have a larger geographic reach and worsen sky glow. Avoiding outdoor lighting with strong blue content can help reduce light pollution and its negative impacts.
- Curtains and blinds: Encouraging residents to close window blinds, shades, and curtains at night can help contain light within buildings, preventing it from escaping into the night sky and contributing to light pollution.
Now, turning to temperature control, Coruscant faces unique challenges due to its relatively distant orbit from its sun, resulting in a less-than-ideal climate for many species. However, the vast amount of heat generated by the multi-leveled city, coupled with the use of technology, helps overcome this issue.
The heat produced by the metropolis is so significant that, without a temperature control system, Coruscant would have likely become uninhabitable due to rampant atmospheric degeneration. Thus, a weather control system is employed to maintain an artificial, temperate climate. This system, known as Coruscant WeatherNet, manipulates the weather conditions, ensuring a comfortable environment for the planet's inhabitants.
In conclusion, artificial light and temperature control play pivotal roles in maintaining the habitability of Coruscant. By implementing strategies to reduce light pollution and employing weather control technology, the planet-wide city of Coruscant can sustain a livable environment for its residents, despite the challenges posed by the absence of natural landscapes and sunlight.
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Frequently asked questions
Coruscant has a weather control system that manipulates the weather of Galactic City. The atmosphere is filtered through oxygen regulators and purified by scrubbers, and there are also thousands of strategically placed CO2 reactive dampers in the upper atmosphere.
Trash is either sent to the under levels to be recycled in giant dumps or compacted into a large cube and shot into the sun.
All natural bodies of water were drained and stored in vast caverns beneath the city. Water is gathered and stored in massive artificial aquifers and distributed through a complex series of pipes.
