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Difference between revisions of "Infrastructure: South Torbia"

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''This page is a section of [[South Torbia]].''
 
''This page is a section of [[South Torbia]].''
  
While the region’s five countries have a significant number of rural residents, the majority of each country’s population lives in urban areas. About two-thirds of the Arianian (68%), Donovian (67%), and Limarian populace (64%) and just over half of the Gorgan (53%) and Atropian (52%) populace  live in urban areas. All five countries contain a mixture of modern urban cities and almost pre- modern rural villages. Modern utilities can be found in most major cities but not in the rural villages and countryside.
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While the region’s five major countries have a significant number of rural residents, South Torbia has over 88 percent of its population living in urban areas. The country contains a mixture of emerging modern urban cities and primitive rural villages. Modern utilities are found predominantly in the major cities and at reasonable levels throughout the rural countryside. 88 percent of the nation has access to electricity with 94 percent of urban areas and 82 percent of rural areas respectively.  91 percent of South Torbia has access to potable water, while only 74 percent of the nation having access to a sanitation systems (predominantly in the developed urban areas).
 
 
The Arianian infrastructure resembles a patchwork quilt with a mixture of modernization and obsolescence. While previous Arianian leaders made substantial investments, the infrastructure now faces significant challenges from the stresses of both war and peace. While rail, road, air, and seaports are marginally adequate, the natural gas and oil infrastructure suffers from archaic construction. Environmental and population pressures on aquifers, along with considerable pollution levels, create significant stress on water and other natural resources. Over 40% of [[Ariana|Ariana’s]] more than 77 million people reside in its 18 largest cities, all of which have at least 350,000 residents.
 
  
 +
The South Torbian infrastructure is stressed and outdated. Significant emphasis has been placed on the modernizing of the infrastructure in recent years but it continues to be stressed by the rapid urbanization. South Torbia has an emerging mass transit system.  Several bus companies provide transportation in major cities and to rural areas.  The country still uses converted WWII vehicles as taxis and mopeds as a means for transportation that release significant pollutants into the environment. Airports range from large international airports that can handle almost any aircraft currently in production to small-unimproved dirt strips.  Seaports are modern and can handle most modern cargo vessels and have several dolphin platforms for the offloading of petroleum. The country suffers from high levels of pollution in the urban areas and the government has made policies to combat pollution in urban environments and water supplies.
 
== Construction Patterns ==
 
== Construction Patterns ==
As previously mentioned, the majority of residents in all five countries live in urban areas. Most urban cities contain a mixture of old neighborhoods with roughshod construction, while buildings in newer neighborhoods are made with modern construction methods. In rural villages and areas, residents use whatever materials they can obtain to build their houses.
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Many of the urban and suburban cities contain skyscraper buildings (of at least 100m tall), apartment complexes, and residential suburbs mixed in with decrepit shantytowns and ghettos due to the rapid urbanization. Typical rural construction is low quality wooden houses with corrugated roofs.  Of importance is due to rapid urbanization the already antiquated infrastructure is unable to meet the demands and the South Torbian government has projects working on modernization, they are expected to last decades before complete.
  
Construction patterns in Ariana’s urban areas are similar, with dense, random construction in the city’s oldest areas and more closed orderly block construction in the recently built neighborhoods. In the very rural areas, Arianians use mud, brick and other traditional techniques that have been used to build homes for hundreds, if not thousands, of years. The result is  a shantytown appearance.
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Construction patterns in South Torbia’s urban areas are similar with the high-rise construction and shantytowns / slums on the outskirts and older areas.  The government has delegated urban planning down to the local governments, meaning there is not a national standard required for layout of urban areas or minimum access to basic services. The city planners do have the knowledge for strategic and sustainable city planning. Also, due to vast amounts of rural areas, cities are not limited to just upward construction they can also continue to expand. In the slums, they are connected with unnamed alleyways and tunnels / passages between houses and businesses. The materials consist of concrete, steel, and rebar construction methods. In rural areas prone to flooding, houses are built on pilings to prevent flooding. 
  
Military operations in urban areas will benefit from modern electricity, water, sewage, and other utility services. The military will also find resources to support them such a large labor pool. In urban areas, the military must cope with more people who oppose them, additional hiding places for the enemy, and added civilians they must    support logistically to prevent starvation. Because of its large metropolitan population, Ariana would require extensive urban operations.
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Military operations in urban areas will initially benefit from modern electricity, water, sewage, and other utility services.  As the size of the force increases, it will further stress the grid and could cause catastrophic failure.  Urban areas provide the additional networks of the slums that will provide hiding places for the enemy and the added civilians. Once a force enters the slums they must be prepared to support the inhabitants logistically to prevent starvation and provide much needed basic services. Because of its expansive metropolitan population, South Torbia would require extensive intensive urban operations.
 +
== Major South Torbian Cities and Urban Zones ==
 +
South Torbia has four major cities that account for approximately 40 percent of population density of the nation.
  
== Major Arianian Cities and Urban Zones ==
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=== Manila ===
[[File:Ariana's Largest Cities.png|thumb|Ariana's Largest Cities]]
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Manila (12.95 million residents), South Torbia’s capital city, serves as South Torbia’s major port on the South China Sea and sits at the mouth of the Pasig River.  The areas north of the Pasig River tend to be the centers of trade and commerce.  The city center serves as the core for the presidential palace and universities. The buildings in the main urban areas consist of high-rise buildings, single family and duplex dwellings, and high-rise apartment buildings.  On the periphery of Manila are the slums, which consists of government tenement housing and shanty towns.  The shanty towns are constructed from whatever reclaimed materials the inhabitants can find. Ninoy Aquino International Airport serves as the major international airport for the residents of Manila and the surrounding areas.  
Over 68% percent of Ariana’s people live in urban areas. Ariana has 12 metropolitan areas with populations over one million residents. Over 40% of Ariana residents (over 34 million of 77.9 million) live in Ariana’s 18 largest metropolitan areas.
 
  
=== Tehran ===
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=== Dasmarinas ===
Tehran, Ariana’s capital, contains over one-eighth of the country’s population—over 8 million people, with an additional 4 million people in the greater metropolitan area. Tehran governs  the city through 22 municipal districts. The city center is a mixture of closely compacted ancient buildings along narrow streets and modern multi-story high rise buildings that form both city core and core periphery urban zones. Tehran also has both high-rise and low-rise residential areas. Ariana’s capital possesses many commercial, industrial areas, including an oil refinery south of the city and military bases in the metropolitan area. Over 175 miles of highways cross Tehran with at least another 80 miles under construction.
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Dasmarinas (population 650,019) is located 22 miles south of Manila and is the second largest city in South Torbia. The recent expansion in Metro Manila has created an economic and construction boom in both economy and construction in Dasmarinas. The population grew from almost 52,000 to over 379,000 in 20 years. In the late 20th century the city experienced an economic boom with the growth of Manila, several industries and universities came to the area and increased the population significantly. Tourism plays a significant role in the economy of the city. Construction in the city is modern multi-story buildings in the urban areas and apartments.  In the suburbs, the construction is typically single-family homes or duplexes made of wood and earthen material.
  
=== Mashhad ===
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=== San Jose del Monte ===
Mashhad, Ariana’s second-largest city with over 2.5 million residents, lies in the extreme northeast corner of the country. A complex of modern high-rise buildings under 10 stories tall and mosques in the center of Mashhad create city core and core periphery urban zones. Old-style dense, random residential houses surround the governmental complex for many miles in all directions. A few high- rise apartment buildings, most under 10 stories, are scattered among the dense low-rise residential neighborhoods.
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San Jose del Monte (population 574,089) is located 24 miles north east of Manila.  The city has been used as a resettlement area for some of the poorest in the country which caused its rapid expansion in just 30 years. The city has historically been an agriculture center with swine being the major income for the residents.  As the city grows, agricultural land is being used to build housing structures and increase in industrial capacity.  To the east of the town is the foothills of the Sierra Madre mountain range.  The city has a robust road network and bus system to move the inhabitants around the city and to other major metropolitan areas. Of note, the police force is only 65 officers and must be augmented by neighboring police forces and private security companies. San Jose del Monte’s Fire department is inadequately supplied, with only five available fire trucks to serve the entire city.  Military operations around San Jose del Monte must be cognizant of the surrounding area as it has hills and mountainous areas that provides excellent places for criminal elements and bad actors to conceal their presence.
  
=== Isfahan ===
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=== Bacoor City ===
The country’s third-largest city, Isfahan, has over 1.5 million residents in the city and almost 3.5 million in the metropolitan area. Located along the main north-south and east-west routes across Ariana, Isfahan has served as an important regional city for many centuries. Like other large Arianian cities, its variety of neighborhoods includes the closely packed old city built randomly over the centuries, scattered areas with high-rise apartments, and spread-out single-family homes in more orderly construction farther from the inner city. Urban zones include city core, core periphery, and high-rise residential areas, with smaller zones of low-rise residential areas. For a city its size, Isfahan has few commercial and industrial areas.
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Bacoor City (population 600,609) is located 16 miles south of Manila. Bacoor officially became recognized as a city 10 years ago. It faced a population increase from just over 90,000 residents to over 520,000 in in 30 years just 10 years ago.  Bacoor City serves as one of the major sub-urban areas where many of the residents work in Manila.  This has created a problem with horrible congestion on the roads and the rapid population growth has outpaced infrastructure development. The rapid influx of residents caused the city to go from an agricultural and fishing based economy to a residential and commercial based economy.  The construction patterns for residential areas is modern construction with multistory houses and apartment buildings standard and made of cement and rebar.  There are few high-rise buildings in the area.
 
 
=== Tabriz ===
 
Located in Ariana’s extreme northwest corner of the country, Tabriz is Ariana’s fourth-largest city with 1.5 million residents. Each of the city’s eight municipal districts contains old city neighborhoods that create small city core urban zones with dense random construction. Pockets of high-rise multi- family dwellings and single-family homes spring up randomly in all the districts, creating both high- rise and low-rise residential area urban zones. The suburbs, while planned, do not always resemble a grid pattern as the residents built the low-rise residential areas to fit the terrain. After Tehran, the greater Tabriz region is Ariana’s largest industrial center and possesses a thriving commercial area.
 
 
 
=== Karaj ===
 
Karaj, with almost 1.4 million inhabitants, is Ariana’s fifth-largest city. Located near Tehran to the west, the city contains a similar combination of dense random construction and modern buildings that create city core, core periphery, high-rise, and low-rise residential areas. Karaj also has commercial and industrial areas.
 
  
 
=== Population Density ===
 
=== Population Density ===
Tehran: 26,748 people per square mile  
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Manila: 38,000 per square mile  
  
Mashhad: 16,445 people per square mile  
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Dasmarinas: 19,000 per square mile  
  
Isfahan: 12,556 people per square mile
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San Jose del Monte: 14,000 per square mile
  
Tabriz: 11,179 people per square mile
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Bacoor City: 34,000 per square mile  
 
 
Karaj: 11,111 people per square mile
 
  
 
== Utilities Present ==
 
== Utilities Present ==
The Caucasus area faces a dichotomy when it comes to utilities such as electricity, water, and sewage treatment. Most urban households can access modern utilities, but rural areas cannot. Many rural residents who cannot access modern utilities live similarly to their ancestors generations ago.
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The Pacific faces a dichotomy when it comes to utilities present such as electricity, water, and sewage treatment. The majority of urban households can access modern utilities, but the slums and some rural areas have a more limited access to a number of them.
  
 
=== Power ===
 
=== Power ===
Another dichotomy in the Caucasus region is that countries like Ariana, Atropia, and Donovia export hydrocarbons, coal, or electrical power to other countries while Gorgas and Limaria must import the same resources to meet their requirements. The countries that can export hydrocarbon products or electricity become richer while those that must import significant quantities of power become poorer. At least 75% of all structures in the five countries can access power because they are located  in urban areas.
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South Torbia continues to produce a power surplus than they are able to use and is not reliant on importing resources to meet the power consumption needs of the country.  A total of 88 percent of the population has access to electricity with 94 percent of urban areas having electricity and 82 percent of the rural areas having access to electricity.  South Torbia produces 94 percent of its electricity from fossil fuels, the remaining energy needs are provided by renewable resources from solar, wind, and hydroelectric means.   There are a total of 16 hydroelectric plants throughout the country.
 
 
Though it is the fourth-largest producer of crude oil in the world, Ariana still must import over 200,000 barrels per day (bbl/day) of refined oil products because it lacks internal refinery capacity. During the past three years, Ariana reduced its natural gas exports 25%, or 50 billion cubic feet, as it attempted to wean its citizens off more expensive oil products. While Ariana increased its electricity production over the past decade by over 10%, electricity exports remain stagnant because of increased internal consumption.
 
 
 
Arianian population growth, inadequate power distribution investment, outdated infrastructure, and waste place significant demands on Ariana’s electrical grid. Ariana currently produces 90% of its power from oil-fired generation plants (as expected with its oil reserves), but the country is pursuing an aggressive construction program for hydroelectric dams and nuclear power plants. The first nuclear power plant hooked up to the national grid occurred in September 2011 when the Bushehr power plant went on line. With the success of the initial nuclear power plant, the Arianian government began the construction of five additional reactors—one at Bushehr and four additional sites located along the Persian Gulf. The Arianian government continues to emphasize electricity for development. Ariana exports small quantities of electricity to Limaria, Pakistan, Kalaria, Iraq, and Afghanistan.
 
 
{| class="wikitable"
 
{| class="wikitable"
 
|'''Name'''
 
|'''Name'''
Line 57: Line 45:
 
|'''Reactors Under Construction'''
 
|'''Reactors Under Construction'''
 
|-
 
|-
|'''Bushehr'''
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|
|N 28˚ 59’ 20”
+
|
 
+
|
E 50˚ 49’ 42”
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|
|1
 
|1
 
 
|-
 
|-
|'''Bandar Deylam'''
+
|
|N 30˚ 00’ 09”
+
|
 
+
|
E 50˚ 09’ 29”
+
|
|0
 
|1
 
 
|-
 
|-
|'''Bandar-e-Ganaveh'''
+
|
|N 29˚ 38’ 25”
+
|
 
+
|
E 50˚ 25’ 18”
+
|
|0
 
|1
 
 
|-
 
|-
|'''Banak'''
+
|
|N 27˚ 49’ 46”
+
|
 
+
|
E 52˚ 02’ 12”
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|
|0
 
|1
 
 
|-
 
|-
|'''Bandar-Lengeh'''
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|
|N 26 ˚ 33’ 50”
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|
 
+
|
E 54˚ 54’ 55”
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|
|0
 
|1
 
 
|-
 
|-
 
| colspan="4" |'''*Estimated Location Only'''
 
| colspan="4" |'''*Estimated Location Only'''
|-
 
| colspan="4" |'''Arianian Nuclear Power Plants'''
 
 
|}
 
|}
The Western world will need continuous access to oil and natural gas from Ariana, which is one of the largest hydrocarbon producers in the world. Any military activity in the region will need to help ensure the continued operation of Ariana’s hydrocarbon export systems.
 
 
 
=== Water ===
 
=== Water ===
The majority of the Caucasus region’s urban population has access to potable water. As areas become more rural, people must rely on local sources—rivers, streams, and wells—to obtain water for cooking, drinking, and washing.
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Nearly all of the wealthy and middle class (93.7 percent) in South Torbia have access to potable water. To have access a person must own or rent land.  As areas become more depressed either in the slums or rural areas (90.8 percent), access becomes more limited, with people relying on local sources (rivers and streams) or community wells.
 
 
Though population increases have placed additional pressure on water delivery systems, the government has successfully extended modern water systems to reach more than 75% of Arianians. In rural areas, water distribution infrastructure is obsolete, inadequate, or nonexistent. The  Arianian geography creates a dichotomy because of extreme seasonal water flow variations as well  as differences between regions (from bone-dry deserts in the east and south, to the lush mountain valleys along the Caspian) and even within regions. These challenges create distribution issues that require significant investment in dams, pipelines, and reservoirs. Deep wells also serve as an important part of the water distribution network, especially in rural areas. Military personnel should find sufficient potable water access in urban areas but may experience water shortages in rural areas. Before any military personnel use local water sources, they should test and potentially treat for contamination.
 
  
 +
The urbanization of the population has caused significant strain on water delivery systems; the government has initiated projects to improve the water quality and access. In many of the rural areas, the water infrastructure is obsolete. South Torbians have three tiers of water accessibility - levels I, II, and III. Level I – standalone (e.g. hand pumps, shallow wells, rainwater collectors) serving an average of 15 households within a 250-meter distance.  Level II - Piped water with a communal water point (e.g. bore well, spring system) serving an average of 4-6 households within a 25-meter distance. Level III Piped water supply with a private water point (e.g. house connection) based on a daily water demand of more than 100 liters per person.  The South Torbian climate creates issues with the water system. During the rainy season when the major urban area floods, especially the slums, much of the debris, trash, silt and general refuse (to include sewage) is washed into rivers and stream  The silt and debris also clogs the drainage systems and the treatment plants causing problems with the production of fresh water.  This challenge has caused the government to invest in upgrades to the underground viaduct system and the installation of a subterranean wastewater treatment plant.  Military personnel should find potable water in the major urban areas but will see a shortage in the slums and more rural areas.  Prior to use of any local water source they should be tested and potentially treat for contamination.
 
=== Sewage ===
 
=== Sewage ===
The vast majority of Ariana, Atropia, Donovia, and Gorgas urban residents use modern sewage disposal methods to get rid of waste, but most Limarians do not. Urban residents have greater access to modern sewage treatment than rural residents. The more remote a person, the less likely he/she will use modern sewage treatment techniques. Poor disposal methods in rural areas contaminate ground water that other residents rely on for drinking and cooking.
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South Torbians that reside in the metropolitan areas, in apartments or single-family homes, have access to sewage disposal.  Only 74 percent of residents have access to some type of sanitation services. Five percent of residents have access to a sewer system with the majority using septic systems.  The slums surrounding the metropolitan areas have limited access to sewage or modern plumbing.  In some of the poorest areas, there are four toilets for every 2,500 people.  Only approximately 10 percent of the wastewater is treated which has led to contamination of 58 percent of groundwater. Due to limited wastewater treatment facilities, most domestic wastewater is discharged without treatment.  With the recent completion of the underground treatment facility in Quezon City, this has made strides to limit the contamination entering the Marikina River. The government has several projects approved for modernizing the sewage system in both urban and rural areas.
  
While moderately capable sewage systems exist in larger metropolitan areas, sewage systems in many Arianian rural areas are outdated, inadequate, or nonexistent. In many locations—including urban areas—households and industries discharge untreated sewage through rainwater systems. In rural areas, sanitary facilities often consist of pit latrines or other very basic systems. Urban areas usually have more modern facilities. With the exception of Tehran, which has separate water and sewer departments, a single local government entity that reports to national authorities handles both water and sewage.
+
While marginally capable sewage systems exist in major metropolitan areas, sewage systems in rural areas are either antiquated or non-existent.  Only 74 percent of rural South Torbians have access to a sewage system that are predominantly in form of septic systems.  In the past 20 years the South Torbian government subsidized and privatized the industry that de-sludges and cleans septic systems, which has showed marked improvement in limiting the contamination to ground water supplies.
 
+
== Transportation Architecture ==
== Transportation Architechture ==
+
Roads are the primary transportation method throughout South Torbia.  The rail network of the country is currently being upgraded to support mass transit and become more reliable and thus viable means of transportation. Rural roads, are in poor condition, due to lack of maintenance.
Roads are the primary transportation method throughout the Caucasus region. Train and especially air travel remain too expensive for many residents of Ariana, Atropia, Gorgas, and Limaria. Most roads, especially the unpaved ones, suffer from a lack of maintenance. Ariana and Donovia maintain a complex transportation architectural system while the other three countries operate a moderate one due to railway system limitations.
+
=== Road Systems ===
[[File:Ariana’s Major Roads.png|thumb|Ariana’s Major Roads]]
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Overall, roads in South Torbia are below US or Western European standards.  Driving is extremely hazardous and becomes even more hazardous at night and during the rainy season due to lack of drivers skills and poor roads. 
  
=== Road Systems ===
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South Torbia has a vast national road network of 6,753 km that includes 6,495 km of paved roads.  The road network consists mainly of three types of national roads: Primary, secondary, and tertiary.  Primary interstates connect three or more major population centers with 100k or more populace.  Secondary interstates connect major population centers to smaller cities. Tertiary interstates are any other road that is maintained by the national government.  The South Torbian government maintains a total of 6,752km of road networks.  The break out of paving material is 3,001km (44 percent) paved with concrete, 3,494 km (52 percent) paved with asphalt for a total of 6,495 km (96 percent) of national roads are paved.  The unpaved portion of national roads consists of 254 km (4 percent) gravel and 35 km (0.005 percent) earthen roads for a total of 289 km (4 percent) of unpaved roads.  Most roads have heavy traffic and are viewed as dangerous because of a constant state of construction and reckless driving habits.
Overall, roads in this part of the world do not meet US or Western Europe standards. Driving is hazardous, especially in the winter months or in bad weather. Generally, drivers do not obey all traffic laws, and vehicle owners often fail to maintain their vehicles properly.
 
  
Ariana has a vast road network of 106,891 miles that includes 77,893 miles of paved roads. The Arianian road network consists of two major national highways, called the A1 and the A2. The A1 stretches from the Limarian border, through Tehran, to Afghanistan. It covers 1,200 miles and is generally kept in good condition throughout its entire length. The A2 extends from the Iraqi border to the Pakistani border along the southern part of Ariana. Numerous other freeways and roads connect cities or run within major cities like Tehran. Most have heavy traffic and are considered dangerous due to the Arianians’ reckless driving habits, poor design, substandard road conditions, and poorly maintained older cars.
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The South Torbian government is responsible for 1,873 bridges spanning over 91,888 linear meters across the country.  There are 1,864 permanent bridges covering 91,207 linear meters.  1,758 bridges covering 83,482 linear meters are constructed of concrete.  106 bridges spanning 7,725 linear meters are constructed of steel.  There are nine temporary Bailey bridges spanning 682 linear meters throughout the country.
  
 +
Military traffic / convoys on the road networks will be stressed due to large amounts of traffic and when the South Torbians begin a road construction project they typically work on one section (direction) causing it to go to a single lane for travel with traffic moving both directions.  These construction projects can and often take several months to complete.
 
=== Bus ===
 
=== Bus ===
All five countries maintain some sort of bus system, but its quality depends on the country and location. The larger the city, the more likely it will operate a public bus system. Usually, intercity buses run between the larger cities, and “private” buses may also operate in some areas. Due to the relatively cheap cost of public transportation, buses remain a favorite method for local civilians to travel long distances within their country.
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The larger the city the more likely it is to be a hub for bus traffic.  The bus companies are independently owned and operated.  The buses run both in the major metropolitan areas and to the more rural areas.  Due to relatively low cost of other methods of public transportation buses are typically used to longer distance travel between major urban areas and rural towns and villages.
 
 
Buses operate throughout Ariana, providing long distance and local transportation to the civilian population. Most travelers find the Arianian bus system inexpensive and usually reliable. Often buses will leave almost every hour from the large Arianian cities to other large cities. For long distance travel, many travelers take a night bus. Mercedes, Super Luxe, and Volvo provide the bulk of the buses that operate in Ariana. Most Mercedes buses are over ten years old, with an air conditioner that no longer operates effectively. While slightly newer, many of the air conditioners in the Super Luxe models also no longer work. Due to their relative newness, the Volvos come closest to Western standards for buses with operational air conditioners. At any time on a long-distance bus trip, riders can obtain water that usually comes from melted ice.
 
  
Tehran is the hub for the Arianian bus system. Four major inter-city bus stations operate in Tehran, taking riders to other cities both within Ariana and to other countries. Tehran also operates an internal bus system with 60 major stations and other stops throughout the city. Additionally, the city operates 10 local trolley buses.
+
Buses operate throughout South Torbia, providing mainly long distance travel to the civilian population. Very few South Torbians use them for local travel, as there are other more efficient and reliable ways to move around the congestion in the major metropolitan areas. The buses used by the private companies do not come from any predominant company. For the smaller companies that cannot afford to purchase new buses many are refurbished and updated.  Many of the major bus companies originate their lines from the major metropolitan areas and then run to the more rural areas.  Typically, the routes traveled are limited to only a few companies to each area.
 
 
Any military operation in the Tehran area that interrupts the bus system could strangle the city’s operation. The buses are vital to Tehran’s economic well-being. Any military operations in Ariana would involve inspecting buses for contraband and weapons.
 
[[File:Ariana’s Major Railroads and Ports.png|thumb|Ariana’s Major Railroads and Ports]]
 
  
 +
Any military operations in the country that affect the bus system may cause strain on the transportation system and cause extended delays resulting in a decreased perception of military forces by the civilian population.  Military operations in South Torbia would involve inspecting buses for contraband and illegal weapons.
 
=== Rail ===
 
=== Rail ===
All five Caucasus countries operate a railroad system, but they suffer many problems due to maintenance issues, non-standard equipment, criminal activity, and high cost.
+
The country has 995 km of rail in the country.  South Torbia approved several projects to modernize the rail system to improve commuter travel throughout the nation.  The main project is a high-speed rail line to help decrease pollution and congestion throughout the country.  The major terminal and railyard resides in Manila.  South Torbia rail consists of only narrow gauge (1.067 m) which is in use by the neighboring country of North Torbia.  All of the locomotives used in South Torbia are diesel electric and the fleet is aging.
 
 
Republic of Ariana Railways controls and operates the country’s 5,246 railroad-mile network. Ariana plans significant domestic railway expansion, with connections scheduled for Afghanistan, Central Asia, Iraq, Kalaria, and Pakistan.  Tehran operates a metro system that the government plans to expand to meet the capital’s transportation needs, which are driven by heavy vehicle traffic and pollution.
 
 
 
Because of geographical issues in a mountainous nation like Ariana, the country’s rail system accounts for only 4% of domestic passenger traffic and just over 7% of domestic freight traffic. Arianian rail consists primarily of standard gauge 1,435 millimeter (4 feet, 8½ inch) track even though some connections with neighboring countries do use broad gauge. Most Arianian locomotives operate on diesel fuel, but  some have been converted to electric. The different size gauges may cause some problems if the military attempts to use the Arianian railroad system for logistical purposes or to transport large numbers of soldiers.
 
  
 
=== Air Transportation Systems ===
 
=== Air Transportation Systems ===
All five countries maintain both paved and unpaved runways of varying distances. Many of the unpaved runways resemble nothing more than a cleared dirt path only suitable for the sturdiest of planes.
+
All five countries maintain both paved and unpaved runways of varying distances. Many of the unpaved runways resemble cleared dirt strips not suitable for most modern aircraft.
 
 
Ariana has 133 paved and 186 unpaved runways. In addition to the airports that provide domestic service within Ariana and international connections, the country has a number of airfields that can accommodate large aircraft (C5/C17/B747). Ariana possesses enough airfields with adequate  runways to support any military operation. All pilots should ensure data accuracy before attempting to land on any runway. The “map numbers” on the runway map match up with the numbers on the chart that follows it.
 
[[File:Ariana’s Major Runways (Not All Shown).png|thumb|Ariana’s Major Runways (Not All Shown)]]
 
  
 +
South Torbia contains 25 airports with 14 known paved runways.  Very little is known about the unpaved runways in South Torbia.  The map shows the location of all the major airports and the chart below shows the details for each runway.  South Torbia’s known runways by length include the following:
 
==== Paved Runways ====
 
==== Paved Runways ====
* Over 10,000 feet: 42
+
* Over 10,000 feet: 2
* 8,000 to 10,000 feet: 27
+
* 8,000 to 10,000 feet: 3
* 5,000 to 8,000 feet: 24
+
* 5,000 to 8,000 feet: 2
* 3,000 to 5,000 feet: 34
+
* 3,000 to 5,000 feet: 7
* Under 3,000 feet: 6
+
* Under 3,000 feet: 0
 
 
==== Unpaved Runways ====
 
* Over 10,000 feet: 1
 
* 8,000 to 10,000 feet: 1
 
* 5,000 to 8,000 feet: 9
 
* 3,000 to 5,000 feet: 142
 
* Under 3,000 feet: 33
 
 
 
==== Major Runways ====
 
* GRE= Graded Rolled Earth
 
* GRS=Non-graded Rolled Earth
 
* PEM=Porous European Mix
 
 
{| class="wikitable"
 
{| class="wikitable"
|'''Map #'''
+
|'''Airport'''
|'''Elevation (Feet)'''
+
|'''Classification'''
|'''Latitude (D, M, S)'''
+
|'''Elevation (ft)'''  
|'''Longitude (D, M, S)'''
+
|''' Latitude  (D, M, S)'''  
|'''Length (Feet)'''
+
|''' Longitude  (D, M, S)'''
|'''Width (Feet)'''
+
|''' Length  (ft)'''  
 +
|'''Width (ft)'''
 
|'''Surface Type'''
 
|'''Surface Type'''
 
|-
 
|-
|1-1
+
|Lingayen Airport
|10
+
|Community
|30 22 16.00 N
 
|48 13 42.00 E
 
|10170
 
|148
 
|Asphalt
 
|-
 
|1-2
 
|10
 
|30 22 16.00 N
 
|48 13 42.00 E
 
|7438
 
|115
 
|Asphalt
 
|-
 
|2
 
|2600
 
|32 56 04.19 N
 
|47 29 00.41 E
 
|6975
 
|110
 
|Asphalt
 
|-
 
|3
 
|23
 
|25 52 32.67 N
 
|55 01 58.78 E
 
|9796
 
|148
 
|Asphalt
 
|-
 
|4
 
|88
 
|30 44 43.62 N
 
|49 40 34.54 E
 
|7000
 
|148
 
|Asphalt
 
|-
 
|5
 
|64
 
|31 20 14.80 N
 
|48 45 43.70 E
 
|11155
 
|148
 
|Asphalt
 
|-
 
|6
 
|5452
 
|34  08 17.05 N
 
|49  50 50.27 E
 
|9784
 
|148
 
|Asphalt
 
|-
 
 
|7
 
|7
|4315
+
|16°02′06″N
|38 19 34.54 N
+
|120°14′30″E
|48  25 27.89 E
+
|3422
|10823
+
|98
|148
+
|Hard
|PEM
 
 
|-
 
|-
|8
+
|Binalonan Airport
|2037
+
|General Aviation
|27 14 10.21 N
+
|Unknown
|60 43 12.12 E
+
|16°03′01″N
|7649
+
|120°34′56″E
|150
+
|Unknown
|Asphalt
+
|Unknown
 +
|Unknown
 
|-
 
|-
|9
+
|Rosales Airport
|10
+
|Community
|27 28 51.95 N
+
|84
|52 36 56.39 E
+
|15°53′06″N
|11812
+
|120°36′16″E
|148
+
|Unknown
|Asphalt
+
|Unknown
 +
|Unknown
 
|-
 
|-
|10
+
|Dr. Juan C. Angara (Baler)  Airport
|20
+
|Community
|29 50 24.22 N
+
|30
|50 16 21.71 E
+
|15°43′49″N
|7200
+
|121°30′06″E
|100
+
|3776
|Asphalt
+
|98
 +
|Hard
 
|-
 
|-
 +
|Iba Airport
 +
|Community
 
|11
 
|11
|3084
+
|15°19′33″N
|29 05 02.13 N
+
|119°58′06″E
|58 27 01.43 E
+
|Unknown
|11625
+
|Unknown
|148
+
|Unknown
|Asphalt
 
 
|-
 
|-
|12-1
+
|Ernesto Ravina Air Base  (formerly Crow Valley Gunnery Range)
|22
+
|Military
|27  13 05.41 N
+
|Unknown
|56  22 40.35 E
+
|15°19′03″N
|11959
+
|120°25′22″E
|148
+
|Unknown
|Asphalt
+
|Unknown
 +
|Unknown
 
|-
 
|-
|12-2
+
|Fort Magsaysay Airfield
|22
+
|Military
|27 13 05.41 N
+
|199
|56 22 40.35 E
+
|15°26′02″N
|11292
+
|121°05′24″E
|98
+
|5100
|Asphalt
+
|45
 +
|Hard
 
|-
 
|-
|13
+
|Clark International Airport / Clark Airbase
|19
+
|Civilian / Military
|27  09 29.70 N
+
|484
|56 10 20.86 E
+
|15°11′09″N
|8530
+
|120°33′35″E
|115
+
|10499
|Asphalt
 
|-
 
|14
 
|67
 
|26 31 53.00 N
 
|54 49 39.00 E
 
|8203
 
 
|148
 
|148
|Asphalt
+
|Hard
|-
 
|15
 
|1350
 
|27  12 45.64 N
 
|54  19 06.93 E
 
|4500
 
|100
 
|Asphalt
 
 
|-
 
|-
|16
+
|Cesar Basa Air Base
|1175
+
|Military
|30 43 57.46 N
+
|151
|50 06 45.97 E
+
|14°59′11″N
|8210
+
|120°29′33″E
|148
+
|8360
|Asphalt
+
|151
 +
|hard
 
|-
 
|-
|17-1
+
|Jesus F. Magsaysay  (Castillejos) Airfield
|5041
+
|General Aviation
|32  53 53.00 N
+
|200
|59  15 58.00 E
+
|14°56′48″N
|6903
+
|120°11′25″E
|82
+
|Unknown
|Asphalt
+
|Unknown
 +
|Unknown
 
|-
 
|-
|17-2
+
|Subic Bay International  Airport
|5041
+
|Civilian
|32  53 53.00 N
+
|47
|59  15 58.00 E
+
|14°47′39″N
|9424
+
|120°16′15″E
 +
|9003
 
|148
 
|148
|Asphalt
+
|Hard
 
|-
 
|-
|18
+
|Plaridel Airport
|<nowiki>-7</nowiki>
+
|Community
|36  39 18.00 N
+
|20
|52  20 57.00 E
+
|14°53′26″N
|3609
+
|120°51′10″E
|98
+
|Unknown
|Asphalt
+
|Unknown
 +
|Unknown
 
|-
 
|-
|19
+
|Ninoy Aquino International  Airport / Jesus Villamor Air Base
|3543
+
|Civilian / Military
|37 29 34.81 N
+
|16
|57 18 30.20 E
+
|14°30′30″N
|10700
+
|121°01′11″E
|148
+
|11188
|Asphalt
+
|197
 +
|Hard
 
|-
 
|-
|20-1
+
|Jomalig Airport
|70
+
|Community
|28  56 41.32 N
+
|37
|50  50 04.69 E
+
|14°42′15″N
|14665
+
|122°19′51″E
|148
+
|Unknown
|Asphalt
+
|Unknown
 +
|Unknown
 
|-
 
|-
|20-2
+
|Danilo Atienza Air Base
|70
+
|Military
|28 56 41.32 N
+
|8
|50 50 04.69 E
+
|14°29′29″N
|14668
+
|120°53′38″E
|148
+
|9840
|Asphalt
 
|-
 
|21-1
 
|24
 
|25  26 36.00 N
 
|60  22 55.60 E
 
|9845
 
 
|150
 
|150
|Asphalt
+
|Hard
 
|-
 
|-
|21-2
+
|Camp Mateo Capinpin Airfield
|24
+
|Military
|25 26 36.00 N
+
|1297
|60 22 55.60 E
+
|14°32′05″N
|12421
+
|121°21′49″E
|150
+
|Unknown
|Asphalt
+
|Unknown
 +
|Unknown
 
|-
 
|-
|22-1
+
|Basilio Fernando Air Base
|3600
+
|Military
|28  43 17.80 N
+
|1220
|54  26 28.80 E
+
|13°57′17″N
|3969
+
|121°07′29″E
|100
+
|4953
|Asphalt
 
|-
 
|22-2
 
|3600
 
|28 43 17.80 N
 
|54 26 28.80 E
 
|5260
 
|100
 
|Asphalt
 
|-
 
|23-1
 
|500
 
|32  26 04.00 N
 
|48  23 51.50 E
 
|12653
 
|115
 
|Asphalt
 
|-
 
|23-2
 
|500
 
|32 26 04.00 N
 
|48 23 51.50 E
 
|11722
 
 
|148
 
|148
|Asphalt
+
|Hard
 
|-
 
|-
|24
+
|Lubang Airport
|72
+
|Community
|31  55 18.51 N
+
|43
|48  52 39.06 E
+
|13°51′21″N
|3334
+
|120°06′21″E
|160
+
|4135
|Asphalt
 
|-
 
|25-1
 
|5226
 
|32 37 15.99 N
 
|51 41 49.26 E
 
|1467
 
|97
 
|Asphalt
 
|-
 
|25-2
 
|5226
 
|32  37 15.99 N
 
|51  41 49.26 E
 
|10920
 
|140
 
|Asphalt
 
|-
 
|26-1
 
|5256
 
|32 55 44.00 N
 
|51 33 40.00 E
 
|9830
 
|148
 
|Asphalt
 
|-
 
|26-2
 
|5256
 
|32  55 44.00 N
 
|51  33 40.00 E
 
|1091
 
|40
 
|Concrete
 
|-
 
|27-1
 
|5072
 
|32 45 02.60 N
 
|51 51 42.10 E
 
|14435
 
|148
 
|Asphalt
 
|-
 
|27-2
 
|5072
 
|32  45 02.60 N
 
|51  51 42.10 E
 
|14435
 
|148
 
|Asphalt
 
|-
 
|28
 
|4261
 
|28 53 34.00 N
 
|53 43 25.00 E
 
|6502
 
 
|100
 
|100
|Asphalt
+
|Hard
|-
 
|29
 
|3258
 
|35 31 47.63 N
 
|51 30 29.91 E
 
|3106
 
|70
 
|Asphalt
 
|-
 
|30
 
|2394
 
|30 20 15.24 N
 
|50 49 40.67 E
 
|6070
 
|148
 
|Asphalt
 
|-
 
|31
 
|2717
 
|35 10 27.10 N
 
|52 19 23.78 E
 
|2985
 
|105
 
|Asphalt
 
|-
 
|32
 
|4187
 
|36 14 24.21 N
 
|50 02 49.62 E
 
|3675
 
|131
 
|Asphalt
 
|-
 
|33
 
|3800
 
|35 57 07.55 N
 
|50 27 02.80 E
 
|4579
 
|75
 
|Asphalt
 
|-
 
|34
 
|41
 
|26 45 04.00 N
 
|55 53 52.00 E
 
|13892
 
|148
 
|Asphalt
 
|-
 
|35
 
|150
 
|37 14 45.94 N
 
|55 05 45.20 E
 
|3276
 
|106
 
|Asphalt
 
|-
 
|36-1
 
|0
 
|36 54 34.82 N
 
|54 24 04.58 E
 
|7715
 
|148
 
|Asphalt
 
|-
 
|36-2
 
|0
 
|36 54 34.82 N
 
|54 24 04.58 E
 
|7585
 
|148
 
|Asphalt
 
|-
 
|37
 
|5715
 
|34 52 09.00 N
 
|48 33 09.00 E
 
|10593
 
|148
 
|Asphalt
 
|-
 
|38-1
 
|5551
 
|35 12 41.87 N
 
|48 39 12.65 E
 
|13009
 
|148
 
|Asphalt
 
|-
 
|38-2
 
|5551
 
|35 12 41.87 N
 
|48 39 12.65 E
 
|14351
 
|148
 
|Asphalt
 
|-
 
|38-3
 
|5551
 
|35 12 41.87 N
 
|48 39 12.65 E
 
|14625
 
|148
 
|Asphalt
 
|-
 
|38-4
 
|5551
 
|35 12 41.87 N
 
|48 39 12.65 E
 
|14625
 
|148
 
|Asphalt
 
 
|-
 
|-
 +
|Lucena Airport
 +
|General Aviation
 
|39
 
|39
|4377
+
|13°55′52″N
|33 35 11.78 N
+
|121°36′04″E
|46 24 17.43 E
+
|Unknown
|9185
+
|Unknown
|148
+
|Unknown
|Asphalt
 
 
|-
 
|-
|40
+
|Pagbilao Grande Airport
|3350
+
|Industry
|28 35 11.48 N
+
|13
|53 34 44.90 E
+
|13°54′01″N
|7947
+
|121°44′39″E
|98
+
|3281
|Asphalt
+
|Unknown
 +
|Unknown
 
|-
 
|-
|41
+
|Mamburao Airport
|2172
+
|Community
|27 49 13.52 N
+
|13
|52 21 07.74 E
+
|13°12′32″N
|7715
+
|120°36′18″E
|148
+
|4256
|Asphalt
 
|-
 
|42
 
|19
 
|25 39 12.80 N
 
|57 47 57.30 E
 
|6200
 
|148
 
|Asphalt
 
|-
 
|43
 
|2643
 
|28 43 36.93 N
 
|57 40 12.97 E
 
|7237
 
 
|98
 
|98
|Asphalt
+
|Hard
|-
 
|44
 
|500
 
|37 22 59.85 N
 
|55 27 07.50 E
 
|7255
 
|92
 
|Asphalt
 
|-
 
|45
 
|4170
 
|35 46 33.94 N
 
|50 49 36.07 E
 
|12005
 
|197
 
|Asphalt
 
|-
 
|46
 
|3465
 
|33 53 43.20 N
 
|51 34 37.36 E
 
|8845
 
|135
 
|Asphalt
 
|-
 
|47-1
 
|5736
 
|30 16 28.00 N
 
|56 56 04.00 E
 
|6645
 
|148
 
|Asphalt
 
|-
 
|47-2
 
|5736
 
|30 16 28.00 N
 
|56 56 04.00 E
 
|13456
 
|148
 
|Asphalt
 
 
|-
 
|-
|48
+
|Calapan Airport
|4284
+
|Community
|34 20 45.07 N
 
|47 09 29.25 E
 
|11214
 
|148
 
|Asphalt
 
|-
 
|49
 
|UNK
 
|27 22 46.00 N
 
|52 44 16.00 E
 
|13117
 
|UNK
 
|UNK
 
|-
 
|50
 
|17
 
|29 15 37.00 N
 
|50 19 26.00 E
 
|5922
 
|148
 
|Asphalt
 
|-
 
|51
 
 
|10
 
|10
|29 15 34.68 N
+
|07°00′48″N
|50 20 07.70 E
+
|118°29′46″E
|UNK
+
|Unknown
|UNK
+
|Unknown
|UNK
+
|Unknown
|-
 
|52
 
|3790
 
|33 26 07.19 N
 
|48 16 58.77 E
 
|10499
 
|148
 
|Asphalt
 
|-
 
|53
 
|UNK
 
|38 25 20.00 N
 
|44 58 36.00 E
 
|9190
 
|UNK
 
|UNK
 
|-
 
|54-1
 
|100
 
|26 31 36.10 N
 
|53 58 54.49 E
 
|12028
 
|148
 
|Asphalt
 
|-
 
|54-2
 
|100
 
|26 31 36.10 N
 
|53 58 54.49 E
 
|11405
 
|98
 
|Asphalt
 
|-
 
|55
 
|1345
 
|27 22 21.88 N
 
|53 11 19.66 E
 
|10225
 
|98
 
|Asphalt
 
|-
 
|56-1
 
|2600
 
|27 40 23.00 N
 
|54 23 14.00 E
 
|7874
 
|98
 
|Asphalt
 
|-
 
|56-2
 
|2600
 
|27 40 23.00 N
 
|54 23 14.00 E
 
|10334
 
|148
 
|Asphalt
 
|-
 
|57
 
|73
 
|26 48 37.00 N
 
|53 21 22.00 E
 
|6800
 
|148
 
|Asphalt
 
|-
 
|58
 
|8
 
|30 33 22.29 N
 
|49 09 06.77 E
 
|8874
 
|148
 
|Asphalt
 
|-
 
|59
 
|4396
 
|37 20 55.28 N
 
|46 07 34.59 E
 
|9842
 
|98
 
|Asphalt
 
|-
 
|60-1
 
|3270
 
|36 14 06.70 N
 
|59 38 27.50 E
 
|12750
 
|148
 
|Asphalt
 
|-
 
|60-2
 
|3270
 
|36 14 06.70 N
 
|59 38 27.50 E
 
|12389
 
|148
 
|Asphalt
 
|-
 
|61-1
 
|1187
 
|32 00 08.29 N
 
|49 16 14.40 E
 
|4690
 
|98
 
|Asphalt
 
|-
 
|61-2
 
|1187
 
|32 00 08.29 N
 
|49 16 14.40 E
 
|5876
 
|98
 
|Asphalt
 
|-
 
|62
 
|<nowiki>-6</nowiki>
 
|36 51 24.73 N
 
|54 12 08.09 E
 
|3270
 
|98
 
|Asphalt
 
|-
 
|63-1
 
|3550
 
|33 05 20.30 N
 
|53 25 02.40 E
 
|4284
 
|64
 
|Asphalt
 
|-
 
|63-1
 
|3550
 
|33 05 20.30 N
 
|53 25 02.40 E
 
|4396
 
|118
 
|GRE
 
|-
 
|64
 
|<nowiki>-6</nowiki>
 
|36 39 48.00 N
 
|51 27 53.00 E
 
|6677
 
|115
 
|Asphalt
 
|-
 
|65-1
 
|85
 
|30 50 06.60 N
 
|49 32 05.70 E
 
|13500
 
|148
 
|Asphalt
 
|-
 
|65-2
 
|85
 
|30 50 06.60 N
 
|49 32 05.70 E
 
|11500
 
|148
 
|Asphalt
 
|-
 
|66
 
|251
 
|39 36 12.98 N
 
|47 52 53.40 E
 
|8515
 
|115
 
|Asphalt
 
|-
 
|67
 
|5298
 
|30 17 51.77 N
 
|56 03 04.10 E
 
|9814
 
|148
 
|Asphalt
 
|-
 
|68
 
|<nowiki>-7</nowiki>
 
|36 54 35.67 N
 
|50 40 46.52 E
 
|4921
 
|148
 
|Asphalt
 
|-
 
|69
 
|<nowiki>-4</nowiki>
 
|37 19 31.55 N
 
|49 36 20.55 E
 
|9542
 
|148
 
|Asphalt
 
|-
 
|70
 
|2980
 
|36 10 06.28 N
 
|57 35 42.26 E
 
|10413
 
|148
 
|Asphalt
 
|-
 
|71
 
|4522
 
|35 14 48.97 N
 
|47 00 32.44 E
 
|8190
 
|148
 
|Asphalt
 
|-
 
|72
 
|945
 
|36 30 04.24 N
 
|61 03 53.65 E
 
|12720
 
|148
 
|Asphalt
 
|-
 
|73
 
|UNK
 
|27 24 30.00 N
 
|62 19 14.00 E
 
|7103
 
|UNK
 
|UNK
 
|-
 
|74
 
|35
 
|36 38 09.00 N
 
|53 11 37.00 E
 
|8688
 
|148
 
|Asphalt
 
|-
 
|75
 
|4925
 
|29 14 06.82 N
 
|53 07 38.17 E
 
|UNK
 
|UNK
 
|UNK
 
|-
 
|76
 
|3659
 
|35 23 21.80 N
 
|53 40 17.10 E
 
|11738
 
|142
 
|Asphalt
 
|-
 
|77
 
|3665
 
|35 35 27.94 N
 
|53 29 42.31 E
 
|9095
 
|152
 
|Asphalt
 
|-
 
|78
 
|6725
 
|32 17 50.00 N
 
|50 50 32.00 E
 
|10819
 
|148
 
|Asphalt
 
|-
 
|79
 
|4219
 
|36 25 31.00 N
 
|55 06 15.00 E
 
|9535
 
|148
 
|Asphalt
 
|-
 
|80-1
 
|4920
 
|29 32 21.60 N
 
|52 35 22.11 E
 
|13973
 
|148
 
|Asphalt
 
|-
 
|80-2
 
|4920
 
|29 32 21.60 N
 
|52 35 22.11 E
 
|14244
 
|148
 
|Asphalt
 
|-
 
|81
 
|5831
 
|29 33 03.36 N
 
|55 40 21.75 E
 
|12356
 
|148
 
|Asphalt
 
|-
 
|82
 
|42
 
|25 54 34.27 N
 
|54 32 21.71 E
 
|8211
 
|141
 
|Asphalt
 
|-
 
|83
 
|2312
 
|33 40 03.90 N
 
|56 53 33.63 E
 
|9977
 
|148
 
|Asphalt
 
|-
 
|84-1
 
|4459
 
|38 08 02.00 N
 
|46 14 06.00 E
 
|11537
 
|98
 
|Asphalt
 
|-
 
|84-2
 
|4459
 
|38 08 02.00 N
 
|46 14 06.00 E
 
|11825
 
|148
 
|Asphalt
 
|-
 
|85
 
|4021
 
|35 42 10.70 N
 
|51 28 30.50 E
 
|7650
 
|148
 
|Asphalt
 
|-
 
|86
 
|3750
 
|35 38 41.30 N
 
|51 22 50.50 E
 
|6000
 
|120
 
|Asphalt
 
|-
 
|87-1
 
|3307
 
|35 25 05.89 N
 
|51 08 37.80 E
 
|13769
 
|148
 
|Asphalt
 
|-
 
|87-2
 
|3307
 
|35 25 05.89 N
 
|51 08 37.80 E
 
|13769
 
|148
 
|PEM
 
|-
 
|88-1
 
|3962
 
|35 41 21.00 N
 
|51 18 48.30 E
 
|15540
 
|130
 
|Concrete
 
|-
 
|88-2
 
|3962
 
|35 41 21.00 N
 
|51 18 48.30 E
 
|13248
 
|197
 
|Asphalt
 
|-
 
|88-3
 
|3962
 
|35 41 21.00 N
 
|51 18 48.30 E
 
|13098
 
|148
 
|Asphalt
 
|-
 
|89
 
|4344
 
|37 40 05.40 N
 
|45 04 07.20 E
 
|10765
 
|148
 
|Asphalt
 
|-
 
|90
 
|5988
 
|30 42 01.62 N
 
|51 32 42.89 E
 
|8495
 
|148
 
|Asphalt
 
|-
 
|91
 
|4055
 
|31 54 22.00 N
 
|54 16 35.00 E
 
|13302
 
|148
 
|Asphalt
 
 
|-
 
|-
 +
|Pinamalayan Airport
 +
|Community
 
|92
 
|92
|1628
+
|12°59′11″N
|31 05 54.00 N
+
|121°25′33″E
|61 32 38.00 E
+
|3937
|9848
 
|148
 
|Asphalt
 
|-
 
|93-1
 
|4520
 
|29 28 34.30 N
 
|60 54 21.80 E
 
|13943
 
|148
 
|Asphalt
 
|-
 
|93-2
 
|4520
 
|29 28 34.30 N
 
|60 54 21.80 E
 
|13993
 
 
|98
 
|98
|Asphalt
+
|Hard
 
|-
 
|-
|94
+
|Wasig (Mansalay) Airport
|5334
+
|Community
|36 46 25.62 N
+
|17
|48 21 32.81 E
+
|13°25′23″N
|9699
+
|121°12′06″E
|148
+
|Unknown
|Asphalt
+
|Unknown
|-
+
|Unknown
|95
 
|5650
 
|32 19 38.53 N
 
|51 22 38.10 E
 
|7000
 
|148
 
|Asphalt
 
|-
 
|96
 
|4000
 
|35 56 37.10 N
 
|50 04 55.40 E
 
|3330
 
|100
 
|Asphalt
 
|-
 
|97
 
|3100
 
|34 59 02.16 N
 
|50 48 23.28 E
 
|11131
 
|148
 
|Asphalt
 
 
|-
 
|-
 +
|San Jose Airport
 +
|Community
 +
|13
 +
|11°13′39″N
 +
|125°01′40″E
 +
|6024
 
|98
 
|98
|2773
+
|Hard
|34 10 09.90 N
 
|51 19 03.90 E
 
|3605
 
|135
 
|Asphalt
 
|-
 
|99
 
|6970
 
|29 59 59.97 N
 
|53 42 41.29 E
 
|4470
 
|125
 
|GRE
 
|-
 
|100
 
|4040
 
|35 46 34.63 N
 
|50 52 51.65 E
 
|3630
 
|65
 
|Asphalt
 
|-
 
|101
 
|110
 
|26 56 57.43 N
 
|56 16 09.41 E
 
|4538
 
|82
 
|Asphalt
 
|-
 
|102
 
|10
 
|30 39 51.24 N
 
|48 38 42.46 E
 
|3284
 
|130
 
|Asphalt
 
|-
 
|103-1
 
|5310
 
|32 34 01.34 N
 
|51 41 29.74 E
 
|3215
 
|75
 
|PEM
 
|-
 
|103-2
 
|5310
 
|32 34 01.34 N
 
|51 41 29.74 E
 
|6346
 
|165
 
|GRE
 
|-
 
|104
 
|2460
 
|37 37 40.30 N
 
|56 10 23.10 E
 
|9560
 
|96
 
|Asphalt
 
 
|}
 
|}
  
 
==== Airports/Airlines ====
 
==== Airports/Airlines ====
Ariana’s major airports include:
+
South Torbia Airlines is the flagship carrier for South Torbia.  South Torbia Airlines flies internationally to 23 countries across the world.  Three international airports operate in South Torbia at Subic Bay, Clark, and Manila.  South Torbia possess enough airports to support major military operations.
* Tehran Imam Khodadad International, a new facility 30 miles southwest of Tehran. An Arianian military subsidiary manages Imam Khodadad Airport, which serves as the primary international gateway.
+
=== Ports/Sea/River Transportation Systems ===
* Tehran Mehrabad International operates within the greater Tehran metropolis on the west side of town. It traditionally served as Tehran’s international hub but has been replaced by the recently opened Imam Khodadad Airport. Mehrabad remains an important base for Arianian air force operations.
+
The Port of Manila consists of three separate port facilities. They are National Capital Region - North (NCR-N), National Capital Region – South (NCR-S), and the Manila International Container Terminal (MICT). The ports are open year round and handle cargo and passengers from around the world. The NCR-N contains terminals for cargo, oil, and passengers. It handled over 6,861 vessels, 33,742,902 metric tons of cargo, and 1,292,508 passengers two years ago. The NCR-S contains terminals for cargo, oil, and passengers.  NCR-S handled 5,025 vessels, 8,058,484 metric tons of cargo, and 43,508 passengers two years ago.  The MICT serves as the largest and most important contianer port in the Country of South Torbia and on the South China Sea handling over 23,255,594 metric tons of cargo in  the past two years from 2,082 vessels.
* The Shiraz International Airport serves Shiraz, a southern Arianian economic center.
 
* The Mashhad International Airport services the Shia holy city of Mashhad in extreme northeast Ariana, a religious destination for the global Shia population. Mashhad also is Ariana’s second largest city and lies close to the Turkmenistan and Afghanistan borders.
 
The four main Arianian airlines are AirAriana (the national flag carrier), Ariana Travelair, Magas Airline, and Hava Airline. All four operate an eclectic fleet of American, European, and Donovian aircraft and service a variety of European, Middle Eastern, and Asian destinations, along with providing domestic Arianian service. Airlines often operate aircraft procured prior to the Council of Guardians Revolution or secondhand Donovian and/or European passenger aircraft. Aircraft serviceability and safety remain problematic due to Western sanctions as the Arianian government and airlines attempt to keep these archaic planes in the air. In wartime, Ariana would likely use its domestic airline fleets as an auxiliary air force.
 
  
=== Ports/Sea/River Transportation Systems ===
+
MICT is the main cargo terminal for South Torbia and can simultaneousoly service six vessels at a time with a total length of 1,520m. the entrance channel depth is 11.8m and a controlling depths of 10 – 12m. there are 14 cranes operating that have a max lift capacity of 35 – 65 metric tons. The container yard is 8.15 acres and has a capacity of 4,836 twenty-foot equivalent unit using an eight-tier stack, there are 162 220 volt connections for refrigeration trailers.
The five Caucasus countries share a diverse maritime culture. Ariana has a significant coastline and a large oceangoing fleet to export its oil. Atropia maintains ports on the Caspian Sea. Gorgas has three ports on the Black Sea that are accessible through the Bosporus Strait. Limaria is completely landlocked, with no direct access to any ocean or sea. Due to its location, Donovia has several seaports on the Black and Caspian Seas.
 
  
Ariana owns the largest tanker fleet within the Organization of Petroleum Exporting Countries (OPEC) cartel, a large merchant shipping fleet, and maintains ports on the Persian Gulf and the Strait of Hormuz. The country also maintains a number of offshore oil and gas platforms that are linked to onshore facilities through a highly complex series of pipelines. In addition to the offshore platforms, facilities at the Kharg, Lavan, and Sirri Islands maintain jetties and other facilities to swap petroleum from ocean-going tankers that are too large for standard ports to land-based pipelines. The safety of oil shipment infrastructure remains paramount as any disruption in the flow of oil to the Western world will affect America’s allies.
+
NCR-N has seven piers and is accessible through Radial Road 10.  There has been recent modernization efforts to increase capacity.  It has been going through upgrades to the passenger terminal to increase efficency.
  
Ariana sustains a number of capable seaports along the Persian Gulf and Indian Ocean, including:
+
NCR-S has five piers and two passenger terminals. It also operates two ferry terminals at pier 13 and 15.  It is accessible by road on Bonafacio Drive.  It is also undergoing modernization process to increase throughput.
* Abaadan on the Arvand River, adjacent to Iraq
 
* Bandar-e Abbas on the Strait of Hormuz; serves as a primary Arianian Naval base
 
* Bandar-e Khodadad east of Abaadan, on the northern Arianian coast of the Persian Gulf
 
* Bandar-e Shahid Rajai in close proximity to Bandar-e Abbas
 
* Chabahar on the Indian Ocean; Ariana’s primary Indian Ocean port—chiefly a fisheries port and cargo trans-shipment point
 
* Kharg Island in the Persian Gulf, roughly half-way between Abaadan and Bandar-e Abbas; operates as a highly important site for the Arianian oil sector
 
The country also boasts four ports on the Caspian Sea, located at Anzali, Noshahr, Bandar-e Torkaman, and Neka. Due to the large number of ports available to Ariana, any military blockade would require significant naval assets. Interrupting the oil flowing through Ariana’s tanker fleet could cause significant problems to the Western world. (''See map of railroads and ports on page 2A-6-4.'')
 
[[File:Ariana’s Major Pipelines and Hydrocarbon Fields (not all shown).png|thumb|Ariana’s Major Pipelines and Hydrocarbon Fields (not all shown)]]
 
  
 
=== Pipelines ===
 
=== Pipelines ===
The security of hydrocarbon pipelines will be paramount in any military operations in the region. Any disruption to the flow of crude oil and natural gas to the Western world could cause economic problems, as many modern countries rely on hydrocarbons to fuel their industries.
+
South Torbia has 423 km of transmission pipelines and 504km of distribution pipelines.  The pipelines are mainly natural gas pipelines that run from the South China Sea in the Malampaya gas field to the Batangas gas facility in Luzon.  With the current process of installing the Torbia-1 and Torbia-2 pipelines, it will increase the natural gas and liquefied natural gas from the coast to Manila and surrounding power plants. Thirty percent of the power in South Torbia comes from the fuels transported by these pipelines.
 
 
Ariana maintains an extensive pipeline system that connects with other nations but also serves as an essential internal link to refining and export operations. Five major pipelines represent the backbone of the oil/gas movement system, with connectivity points to the international   distribution
 
 
 
network. Ariana maintains crude oil swap points with Kazakhstan and Turkmenistan to export its oil internationally and receives Kazakh or Turkmen oil for internal use. A 122-mile-long pipeline that will carry natural gas from Tabriz, Ariana, to Ordubad, Limaria, is currently under construction. Local pipelines move oil and gas from field production centers to refineries or transshipment points. The security of Ariana’s pipelines remains an important issue, as any disruption may affect America’s allies.
 
  
 
=== Telecommunications Architecture ===
 
=== Telecommunications Architecture ===
For the most part, Caucasus-region residents use cellular telephones to communicate with each other due to the lack of landline telephone infrastructure. Many residents never owned any type of telephone until they received their first cellular phone. Most can access news from either television or radio, but some rural residents have no information access via modern methods. (''See Information variable for additional details.'')
+
In South Torbia, most citizens can access a telephone and listen to a radio or television, and over 90 percent of the population has access to the internet.  With the deregulation of the telecommunications industry over 20 years, it led to major upgrades and increases of service providers for mobile, landline, internet and other service providers.  South Torbians operate approximately 30 million landlines and 60 million cell phones.  The country has multiple radio stations that range from government owned, religious, pop culture music.  There are two national television networks and approximately 50 local television stations providers with approximately 15 million subscribers (30% of the population.  (See Information variable for additional details.)
 
 
The majority of Arianian citizens can access a telephone, use the Internet, or listen to a television or radio broadcast. Ariana contains nearly as many operational telephones as people. For its population of 77.9 million, Ariana has 25 million landlines and 43 million cellular telephones. The Arianian government wants to extend service to all villages not presently connected to the telephone system. Arianian Internet use continues to climb as over 46,000 Internet hosts operate in Ariana and over 23 million Arianians can assess the Internet. The Broadcasting Corporation of Ariana (BCA) operates five nationwide networks, including a news channel, over 30 provincial channels, and several international channels. While satellite dishes remain technically illegal, Arianians are able  to obtain and operate them, and receive broadcasts from about 20 Persian-language stations in foreign countries. The BCA also operates eight nationwide and numerous provincial radio networks. Arianian residents can also listen to many foreign radio stations. The military will find television  and radio are excellent methods for communicating with the majority of Arianian citizens.
 
  
 
=== Agriculture ===
 
=== Agriculture ===
Agriculture production still dominates the labor forces of Gorgas (55.6%) and Limaria (46.2%), but not Ariana (25%), Atropia (38.3%), or Donovia (20%). Even in the Caucasus region’s predominately agricultural countries, farming creates less than one-fourth of the country’s Gross Domestic Product (GDP). Except for Atropia, the region relies on food imports to feed its people. Any food import disruption may increase the military’s burden to feed civilians and prevent starvation.
+
Less than 3.5 percent of South Torbians engage in agricultural work which account for only 2.3 percent of the country’s GDP. The bulk of South Torbian farms are small farms and family run. Irrigation is controlled by the South Torbian government, which recently implemented legislature to not charge small farmers to irrigate their fields.  In the central region of South Torbia the crops are rain fed and irrigation is used in the low lands of South Torbia.
  
While 25% of workers are employed in agriculture-related jobs, agriculture generates only 11% of Ariana’s GDP. While 9.9% of Arianian land is farmable, less than one-quarter of that amount is cultivated due to issues with salinity, irrigation, and other related infrastructure. Ariana irrigates one-third of its productive farm land. Cereal crops (wheat, barley, and rice) cover almost 70% of the cultivated land, with wheat alone as 52% of the cereal crops. Other important crops include pistachios, grapes, dates, citrus fruits, and apples. Because of availability issues, the military probably cannot rely on locally-produced foodstuffs to supplement the ration system.
+
The major agriculture productions in the country are abaca, cashew, citrus fruit, coconut, lemon, maguey, mango, oil palm, pineapple, papaya, other fruits, and rubber, while  annual crops are cabbage, cassava, corn, cotton, eggplant, garlic, onion, peanut, sweet potato, rice, sugarcane, tobacco, and vegetables.  The current agriculture production is not sufficient to sustain the population and the country must import grains and soybeans to meet the demand of the populace.  The government has placed increased emphasis on the agriculture sector to become more self-sufficient. 
  
 +
Military operations must be cognizant as to not disrupt the agriculture as the already limited capacity would affect the nation greatly.  In addition, the farming methods have been brought in line with  Western countries methods resulting in limited if any pollution to the soil and watertable.
 
=== Industry ===
 
=== Industry ===
Because of their hydrocarbon resources, Ariana, Atropia, and Donovia are more industrialized than Gorgas and Limaria. Industry GDP ranges from a low of 27.1% in Gorgas to a high of 61.4% in Atropia. Ariana’s industry accounts for 45.9% of its GDP. The protection of the hydrocarbon infrastructure remains paramount for any military operations in the area, and the military should refrain from unnecessary damage to the industrial sector to facilitate economic recovery after the end of hostilities. Ariana produces a large amount of toxic industrial chemicals for multiple purposes, including hydrocarbon production activities, water purification, wastewater management, and fertilizer to increase agricultural output.
+
The South Torbian industrial endeavors such as semiconductors production, electronics assembly, and food and beverage manufacturing comprise roughly 30.8 percent of the GDP The industrial growth rate is 8.4 percent ranking it 15th in the world.  With the government, relaxing some of the restrictions on foreign investments and ownership has caused an increase in industries. Military operations must be aware of the manufacturing areas and ensure not to disrupt them or the hydrocarbon industry as it is paramount to the survival of the country and continuing to maintain its status.
  
 
==== Oil/Gas ====
 
==== Oil/Gas ====
Despite its position as a global force in the world’s oil and gas economy, uneven investment and a lack of modern infrastructure hinder the Arianian oil and gas industry. While Ariana has some of  the largest known oil and gas reserves in the world, it lacks the ability to adequately refine the petroleum it produces. The Ariana State Oil Company (ASOC) is the world’s second largest oil company, after Saudi Aramco, and maintains access to some of the world’s largest proven reserves. The vast majority of Arianian oil and gas fields lie in Ariana’s southwest coastal area. The ASOC operates a massive organization that controls most, if not all, of Ariana’s important oil and gas production and logistical support elements. The ASOC generates most of Ariana’s revenue. Ariana currently only produces four million bbl/day compared to six million bbl/d before the Revolution. The reduction is due to combined effects of damage from the Ariana-Iraq War, a lack of infrastructure investment, and Western sanctions. Because of a refinery capacity shortage and high levels of domestic use (like gasoline), Ariana functions as a net petroleum importer. Some consider Ariana’s lack of refining capability as a significant Achilles heel for its economy. The Arianian government recently earmarked $15 billion for refinery modernization and development, but even this massive investment may not eliminate the Arianian refinery shortfall.
+
South Torbia has a very small oil infrastructure that only produces approximately 5,500 barrels of crude a day.  The country must import oil to meet the demand in the country, which is equivalent to 215,800 barrels a day of oil to remain functioning.  There has been exploration done in the contested South China Sea to locate more oil but there has been limited success.  The country has a reserve of approximately 100 million barrels of oil.
 +
 
 +
Military operations in the area must ensure that oil is continued to be imported to support the economy and citizens of the country to ensure development during and post hostilities.
  
Ariana’s major refineries include:
+
South Torbia has focused on the exploration of natural gas resources in the contested South China Sea.  Currently 30 percent of energy is consumed through natural gas.  The city of Manila is currently planning to install CNG fuel stations as they modernize the bus and vehicle fleets.
* Abaadan (400,000 bbl/d capacity)
 
* Isfahan (265,000 bbl/d)
 
* Bandar-e Abbas (232,000 bbl/d)
 
* Tehran (225,000 bbl/d)
 
* Arak (150,000 bbl/d)
 
* Tabriz (112,000 bbl/d)
 
Minor refineries include:
 
* Kermancha
 
* Shiraz
 
* Lavan Island
 
Ariana plans additional refineries, modernization, or expansion at the following locations:
 
* Bandar-e Abbas
 
* Abaadan
 
Arianian oil and gas exploitation capability will drive the country’s economy for the indefinite future. Authorities will need to continue balancing oil and gas reinvestment requirements with the need for oil and gas to provide financial security for the rest of the country’s economy.
 
  
 
==== Defense Industries ====
 
==== Defense Industries ====
In the last decade, Ariana took significant steps to create a domestic arms and military equipment manufacturing capability. The government took great pains to demonstrate its ability to indigenously produce aircraft and other high-profile items, and more importantly, Ariana reverse-engineered and produced Arianian versions of capable weapons such as the AH-1J Cobra helicopter gunship (referred to as the Panha 2091 by the Arianians) and the TOW antitank missile. The Arianians also attempted to provide depot and higher level maintenance for their aircraft through a variety of aviation companies, many owned by the Arianian government or senior Arianian military leaders.
+
The defense industry in South Torbia is growing with the recent opening of the defense industrial complex in Lamoa, Orion.  This complex provides weapons, ammunition, and munitions for the nation’s military and police.  The nation is currently attempting to obtain contracts with foreign governments to export helicopters and fixed wing aircraft. The country has not secured any contracts yet but is continuing to highlight their military hardware.
 
 
Ariana’s four important defense industry organizations are:
 
* '''''Ariana Combat Systems Company''''': manufactures a wide range of ground and naval  combat systems, from small arms to light naval combat systems
 
* '''''Ariana Electronics Company''''': produces radar, telecommunications, optics, electronic warfare, and related systems; organizationally subordinate to the Ariana Combat Systems Company
 
* '''''Defense Aviation Corporation''''': provides aircraft maintenance,  component  replacement, and overhaul
 
* '''''Aerospace Industries of Ariana''''': concerned with ballistic missile and rocket design, manufacturing, testing, and production
 
The Arianian defense industry has attempted to build an indigenous industry capable of simultaneously producing advanced equipment for its own forces and exporting weapons abroad. While UN sanctions limit Ariana’s ability to export weapons, the country’s engineers successfully developed sophisticated systems, such as battlefield radars and missile technology, for foreign sale and domestic use. The Arianian Shahab-3, developed with Donovian, North Korean, and Chinese assistance, offers Arianian leaders a capable intermediate-range missile. Arianian engineers reportedly are planning to reverse-engineer Donovian rocket motor designs to develop a new intercontinental ballistic missile (ICBM) with a range of 3,107 miles that could target most of  Europe with a nuclear warhead.
 
  
 
==== Nuclear ====
 
==== Nuclear ====
The Arianian nuclear program began in the 1950s as a research- and medical isotope-oriented program under the Pasha. With US support, the Pasha intended to eventually mature the activities into a large nuclear power program. In the aftermath of the Council of Guardians Revolution, however, the nuclear program went dormant in the 1980s, with little activity in the midst of the eight-year Ariana-Iraq War. In the early 1990s—with foreign technical assistance from Argentina, China, Donovia, and Germany—the nascent Arianian nuclear program blossomed from an almost abandoned and forgotten imperial legacy to a primary element of Ariana’s internal and external political and military arenas. Open source reporting suggests that a shadow organization, the Arianian Energy Commission (AEC), functions as the center of the Arianian nuclear program. Qabil Bagheri, an Arianian military officer and university lecturer, leads the AEC. AEC is the latest  name for the Arianian clandestine nuclear weapons development program that Arianians refer to as the “Energy Research Center” or the “Special Contingencies Organization.”
+
To be published.
 
 
In 2002, more troubling aspects of the Arianian nuclear program came to light with the public exposure of the Arianian nuclear facilities at Natanz (a uranium enrichment facility) and Arak (a heavy water reactor), whose very existence indicated a significant nuclear weapons program. Recently, Ariana became the tenth country in the world to develop a nuclear weapon. Though less powerful in terms of kilowatts compared with other nuclear powers, Ariana now possesses a small number of tactical nuclear weapons.
 
 
 
To make the nuclear situation in Ariana even more challenging, it has been reported that Ariana has moved a significant portion of its nuclear enrichment programs and nuclear development programs below ground into underground facilities (UGFs). It is likely that the most important UGFs associated with these activities are located at Qom, Isfahan, and Natanz.
 
  
 
==== Space ====
 
==== Space ====
The Arianian government has launched an ambitious national space program to significantly increase Arianian prestige and technical capability. The Arianian national space program will provide  an internationally acceptable means  for Ariana to validate much of its long-range missile technology if it produces space launch vehicles (SLVs). Dual-use technology such as satellite-based communications, earth observation/remote sensing, and scientific experiments can also  produce direct military spinoffs and applications.
+
South Torbia has been has been actively pursuing its space program.  It currently has eight satellites for communications purposes.  They use partner nations’ rockets as delivery vehicles for their satellites as they are still developing their own launch capabilities. They are also currently working on sending their first astronaut into space.
 
 
The Arianian Space Agency, the government organization with primary responsibility for space operations, maintains a variety of current operational and developmental launchers and payloads. The Safir-2 SLV is the Arianians’ current primary operational launcher, with the potential ability (with Safir-2 follow-ons) to put 300+ kilogram satellites into low-earth orbit. The Arianians have placed a variety of payloads in orbit, including first-generation communications, photographic, and scientific missions. Many of these assets were launched using a space launch facility located just south of the town in northeastern Ariana called Sharood. This facility is relatively new and under construction. Unique characteristics of the Sharood launch facility include a launch tower that is 23 meters high, a launch pad that measures 140 meters by 200 meters, and a single rocket exhaust shaft measuring 125 meters. Given Ariana’s interest and investment in this arena, it will likely attempt to continue upgrading rocket and satellite capabilities and complexities.
 
  
 
==== Pollution ====
 
==== Pollution ====
All five Caucasus-region countries face significant pollution problems stemming from poor industrial practices. The governments cared more about natural resource extraction and product production than the stewardship of the planet. This lack of concern for the environment occurred regardless of which government was in power. While the Western world greatly influenced Arianian oil and natural gas production techniques, the lack of spare parts since the Revolution created excess pollution. The region’s military operations will need to address pollution, with soldiers taking precautions due to high levels of air pollution and units considering any local water source not potable until tested.
+
South Torbia faces a wide range of pollution issues to include air pollution, ground water contamination, horrendous waste management, and pollution of lakes and rivers.  Much of the pollution stems from the lack of environmental regulation and especially enforcement of the laws that are already in place. Air pollution especially in the major cities is among the worst in the world. With many of vehicles being from WWII, they continue to pollute and are very inefficient.  The main pollutants from the industrial sector are from heavy metals (lead, mercury, chromium). In the agricultural arena, they are livestock manure, pesticides, and fertilizers. Untreated domestic sewage contains many pathogens that are harmful and at times deadly.  South Torbia has taken an aggressive stance on reducing the pollution throughout the country.
 
 
Ariana faces significant concerns regarding pollution from byproducts of industrialization, urbanization, and oil production. Due to vehicle air pollution, Tehran ranks as one of the most polluted cities in the world.
 
  
 
== Summary ==
 
== Summary ==
Ariana’s oil and gas infrastructure does not operate at optimal efficiency due to a broad mix of equipment and technology from several foreign countries and a lack of spare parts for some of its Western equipment. The Arianian hydrocarbon industry continues to rely on technology that is over 40 years old and susceptible to mechanical breakdown. While Ariana continues to build new infrastructure mainly in the form of pipelines to transport oil and natural gas around its country, the government spends its money on these new projects while failing to maintain the hydrocarbon infrastructure already in place.  
+
To be published.  
  
 
[[Category:DATE]]
 
[[Category:DATE]]

Revision as of 19:21, 26 April 2018

This page is a section of South Torbia.

While the region’s five major countries have a significant number of rural residents, South Torbia has over 88 percent of its population living in urban areas. The country contains a mixture of emerging modern urban cities and primitive rural villages. Modern utilities are found predominantly in the major cities and at reasonable levels throughout the rural countryside. 88 percent of the nation has access to electricity with 94 percent of urban areas and 82 percent of rural areas respectively.  91 percent of South Torbia has access to potable water, while only 74 percent of the nation having access to a sanitation systems (predominantly in the developed urban areas).

The South Torbian infrastructure is stressed and outdated. Significant emphasis has been placed on the modernizing of the infrastructure in recent years but it continues to be stressed by the rapid urbanization. South Torbia has an emerging mass transit system.  Several bus companies provide transportation in major cities and to rural areas.  The country still uses converted WWII vehicles as taxis and mopeds as a means for transportation that release significant pollutants into the environment. Airports range from large international airports that can handle almost any aircraft currently in production to small-unimproved dirt strips.  Seaports are modern and can handle most modern cargo vessels and have several dolphin platforms for the offloading of petroleum. The country suffers from high levels of pollution in the urban areas and the government has made policies to combat pollution in urban environments and water supplies.

Construction Patterns

Many of the urban and suburban cities contain skyscraper buildings (of at least 100m tall), apartment complexes, and residential suburbs mixed in with decrepit shantytowns and ghettos due to the rapid urbanization. Typical rural construction is low quality wooden houses with corrugated roofs.  Of importance is due to rapid urbanization the already antiquated infrastructure is unable to meet the demands and the South Torbian government has projects working on modernization, they are expected to last decades before complete.

Construction patterns in South Torbia’s urban areas are similar with the high-rise construction and shantytowns / slums on the outskirts and older areas.  The government has delegated urban planning down to the local governments, meaning there is not a national standard required for layout of urban areas or minimum access to basic services. The city planners do have the knowledge for strategic and sustainable city planning. Also, due to vast amounts of rural areas, cities are not limited to just upward construction they can also continue to expand. In the slums, they are connected with unnamed alleyways and tunnels / passages between houses and businesses. The materials consist of concrete, steel, and rebar construction methods. In rural areas prone to flooding, houses are built on pilings to prevent flooding. 

Military operations in urban areas will initially benefit from modern electricity, water, sewage, and other utility services.  As the size of the force increases, it will further stress the grid and could cause catastrophic failure.  Urban areas provide the additional networks of the slums that will provide hiding places for the enemy and the added civilians. Once a force enters the slums they must be prepared to support the inhabitants logistically to prevent starvation and provide much needed basic services. Because of its expansive metropolitan population, South Torbia would require extensive intensive urban operations.

Major South Torbian Cities and Urban Zones

South Torbia has four major cities that account for approximately 40 percent of population density of the nation.

Manila

Manila (12.95 million residents), South Torbia’s capital city, serves as South Torbia’s major port on the South China Sea and sits at the mouth of the Pasig River.  The areas north of the Pasig River tend to be the centers of trade and commerce.  The city center serves as the core for the presidential palace and universities. The buildings in the main urban areas consist of high-rise buildings, single family and duplex dwellings, and high-rise apartment buildings.  On the periphery of Manila are the slums, which consists of government tenement housing and shanty towns.  The shanty towns are constructed from whatever reclaimed materials the inhabitants can find. Ninoy Aquino International Airport serves as the major international airport for the residents of Manila and the surrounding areas.

Dasmarinas

Dasmarinas (population 650,019) is located 22 miles south of Manila and is the second largest city in South Torbia. The recent expansion in Metro Manila has created an economic and construction boom in both economy and construction in Dasmarinas. The population grew from almost 52,000 to over 379,000 in 20 years. In the late 20th century the city experienced an economic boom with the growth of Manila, several industries and universities came to the area and increased the population significantly. Tourism plays a significant role in the economy of the city. Construction in the city is modern multi-story buildings in the urban areas and apartments.  In the suburbs, the construction is typically single-family homes or duplexes made of wood and earthen material.

San Jose del Monte

San Jose del Monte (population 574,089) is located 24 miles north east of Manila.  The city has been used as a resettlement area for some of the poorest in the country which caused its rapid expansion in just 30 years. The city has historically been an agriculture center with swine being the major income for the residents.  As the city grows, agricultural land is being used to build housing structures and increase in industrial capacity.  To the east of the town is the foothills of the Sierra Madre mountain range.  The city has a robust road network and bus system to move the inhabitants around the city and to other major metropolitan areas. Of note, the police force is only 65 officers and must be augmented by neighboring police forces and private security companies. San Jose del Monte’s Fire department is inadequately supplied, with only five available fire trucks to serve the entire city.  Military operations around San Jose del Monte must be cognizant of the surrounding area as it has hills and mountainous areas that provides excellent places for criminal elements and bad actors to conceal their presence.

Bacoor City

Bacoor City (population 600,609) is located 16 miles south of Manila. Bacoor officially became recognized as a city 10 years ago. It faced a population increase from just over 90,000 residents to over 520,000 in in 30 years just 10 years ago.  Bacoor City serves as one of the major sub-urban areas where many of the residents work in Manila.  This has created a problem with horrible congestion on the roads and the rapid population growth has outpaced infrastructure development. The rapid influx of residents caused the city to go from an agricultural and fishing based economy to a residential and commercial based economy.  The construction patterns for residential areas is modern construction with multistory houses and apartment buildings standard and made of cement and rebar.  There are few high-rise buildings in the area.

Population Density

Manila: 38,000 per square mile

Dasmarinas: 19,000 per square mile

San Jose del Monte: 14,000 per square mile

Bacoor City: 34,000 per square mile

Utilities Present

The Pacific faces a dichotomy when it comes to utilities present such as electricity, water, and sewage treatment. The majority of urban households can access modern utilities, but the slums and some rural areas have a more limited access to a number of them.

Power

South Torbia continues to produce a power surplus than they are able to use and is not reliant on importing resources to meet the power consumption needs of the country.  A total of 88 percent of the population has access to electricity with 94 percent of urban areas having electricity and 82 percent of the rural areas having access to electricity.  South Torbia produces 94 percent of its electricity from fossil fuels, the remaining energy needs are provided by renewable resources from solar, wind, and hydroelectric means.   There are a total of 16 hydroelectric plants throughout the country.

Name Location* (Latitude/Longitude) Current Operational Reactors Reactors Under Construction
*Estimated Location Only

Water

Nearly all of the wealthy and middle class (93.7 percent) in South Torbia have access to potable water. To have access a person must own or rent land.  As areas become more depressed either in the slums or rural areas (90.8 percent), access becomes more limited, with people relying on local sources (rivers and streams) or community wells.

The urbanization of the population has caused significant strain on water delivery systems; the government has initiated projects to improve the water quality and access. In many of the rural areas, the water infrastructure is obsolete. South Torbians have three tiers of water accessibility - levels I, II, and III. Level I – standalone (e.g. hand pumps, shallow wells, rainwater collectors) serving an average of 15 households within a 250-meter distance.  Level II - Piped water with a communal water point (e.g. bore well, spring system) serving an average of 4-6 households within a 25-meter distance. Level III Piped water supply with a private water point (e.g. house connection) based on a daily water demand of more than 100 liters per person.  The South Torbian climate creates issues with the water system. During the rainy season when the major urban area floods, especially the slums, much of the debris, trash, silt and general refuse (to include sewage) is washed into rivers and stream  The silt and debris also clogs the drainage systems and the treatment plants causing problems with the production of fresh water.  This challenge has caused the government to invest in upgrades to the underground viaduct system and the installation of a subterranean wastewater treatment plant.  Military personnel should find potable water in the major urban areas but will see a shortage in the slums and more rural areas.  Prior to use of any local water source they should be tested and potentially treat for contamination.

Sewage

South Torbians that reside in the metropolitan areas, in apartments or single-family homes, have access to sewage disposal.  Only 74 percent of residents have access to some type of sanitation services. Five percent of residents have access to a sewer system with the majority using septic systems.  The slums surrounding the metropolitan areas have limited access to sewage or modern plumbing.  In some of the poorest areas, there are four toilets for every 2,500 people.  Only approximately 10 percent of the wastewater is treated which has led to contamination of 58 percent of groundwater. Due to limited wastewater treatment facilities, most domestic wastewater is discharged without treatment.  With the recent completion of the underground treatment facility in Quezon City, this has made strides to limit the contamination entering the Marikina River. The government has several projects approved for modernizing the sewage system in both urban and rural areas.

While marginally capable sewage systems exist in major metropolitan areas, sewage systems in rural areas are either antiquated or non-existent.  Only 74 percent of rural South Torbians have access to a sewage system that are predominantly in form of septic systems.  In the past 20 years the South Torbian government subsidized and privatized the industry that de-sludges and cleans septic systems, which has showed marked improvement in limiting the contamination to ground water supplies.

Transportation Architecture

Roads are the primary transportation method throughout South Torbia.  The rail network of the country is currently being upgraded to support mass transit and become more reliable and thus viable means of transportation. Rural roads, are in poor condition, due to lack of maintenance.

Road Systems

Overall, roads in South Torbia are below US or Western European standards.  Driving is extremely hazardous and becomes even more hazardous at night and during the rainy season due to lack of drivers skills and poor roads. 

South Torbia has a vast national road network of 6,753 km that includes 6,495 km of paved roads.  The road network consists mainly of three types of national roads: Primary, secondary, and tertiary.  Primary interstates connect three or more major population centers with 100k or more populace.  Secondary interstates connect major population centers to smaller cities. Tertiary interstates are any other road that is maintained by the national government.  The South Torbian government maintains a total of 6,752km of road networks.  The break out of paving material is 3,001km (44 percent) paved with concrete, 3,494 km (52 percent) paved with asphalt for a total of 6,495 km (96 percent) of national roads are paved.  The unpaved portion of national roads consists of 254 km (4 percent) gravel and 35 km (0.005 percent) earthen roads for a total of 289 km (4 percent) of unpaved roads.  Most roads have heavy traffic and are viewed as dangerous because of a constant state of construction and reckless driving habits.

The South Torbian government is responsible for 1,873 bridges spanning over 91,888 linear meters across the country.  There are 1,864 permanent bridges covering 91,207 linear meters.  1,758 bridges covering 83,482 linear meters are constructed of concrete.  106 bridges spanning 7,725 linear meters are constructed of steel.  There are nine temporary Bailey bridges spanning 682 linear meters throughout the country.

Military traffic / convoys on the road networks will be stressed due to large amounts of traffic and when the South Torbians begin a road construction project they typically work on one section (direction) causing it to go to a single lane for travel with traffic moving both directions.  These construction projects can and often take several months to complete.

Bus

The larger the city the more likely it is to be a hub for bus traffic.  The bus companies are independently owned and operated.  The buses run both in the major metropolitan areas and to the more rural areas.  Due to relatively low cost of other methods of public transportation buses are typically used to longer distance travel between major urban areas and rural towns and villages.

Buses operate throughout South Torbia, providing mainly long distance travel to the civilian population. Very few South Torbians use them for local travel, as there are other more efficient and reliable ways to move around the congestion in the major metropolitan areas. The buses used by the private companies do not come from any predominant company. For the smaller companies that cannot afford to purchase new buses many are refurbished and updated.  Many of the major bus companies originate their lines from the major metropolitan areas and then run to the more rural areas.  Typically, the routes traveled are limited to only a few companies to each area.

Any military operations in the country that affect the bus system may cause strain on the transportation system and cause extended delays resulting in a decreased perception of military forces by the civilian population.  Military operations in South Torbia would involve inspecting buses for contraband and illegal weapons.

Rail

The country has 995 km of rail in the country.  South Torbia approved several projects to modernize the rail system to improve commuter travel throughout the nation.  The main project is a high-speed rail line to help decrease pollution and congestion throughout the country.  The major terminal and railyard resides in Manila.  South Torbia rail consists of only narrow gauge (1.067 m) which is in use by the neighboring country of North Torbia.  All of the locomotives used in South Torbia are diesel electric and the fleet is aging.

Air Transportation Systems

All five countries maintain both paved and unpaved runways of varying distances. Many of the unpaved runways resemble cleared dirt strips not suitable for most modern aircraft.

South Torbia contains 25 airports with 14 known paved runways.  Very little is known about the unpaved runways in South Torbia.  The map shows the location of all the major airports and the chart below shows the details for each runway.  South Torbia’s known runways by length include the following:

Paved Runways

  • Over 10,000 feet: 2
  • 8,000 to 10,000 feet: 3
  • 5,000 to 8,000 feet: 2
  • 3,000 to 5,000 feet: 7
  • Under 3,000 feet: 0
Airport Classification Elevation (ft)  Latitude (D, M, S)  Longitude (D, M, S)  Length (ft) Width (ft) Surface Type
Lingayen Airport Community 7 16°02′06″N 120°14′30″E 3422 98 Hard
Binalonan Airport General Aviation Unknown 16°03′01″N 120°34′56″E Unknown Unknown Unknown
Rosales Airport Community 84 15°53′06″N 120°36′16″E Unknown Unknown Unknown
Dr. Juan C. Angara (Baler) Airport Community 30 15°43′49″N 121°30′06″E 3776 98 Hard
Iba Airport Community 11 15°19′33″N 119°58′06″E Unknown Unknown Unknown
Ernesto Ravina Air Base (formerly Crow Valley Gunnery Range) Military Unknown 15°19′03″N 120°25′22″E Unknown Unknown Unknown
Fort Magsaysay Airfield Military 199 15°26′02″N 121°05′24″E 5100 45 Hard
Clark International Airport / Clark Airbase Civilian / Military 484 15°11′09″N 120°33′35″E 10499 148 Hard
Cesar Basa Air Base Military 151 14°59′11″N 120°29′33″E 8360 151 hard
Jesus F. Magsaysay (Castillejos) Airfield General Aviation 200 14°56′48″N 120°11′25″E Unknown Unknown Unknown
Subic Bay International Airport Civilian 47 14°47′39″N 120°16′15″E 9003 148 Hard
Plaridel Airport Community 20 14°53′26″N 120°51′10″E Unknown Unknown Unknown
Ninoy Aquino International Airport / Jesus Villamor Air Base Civilian / Military 16 14°30′30″N 121°01′11″E 11188 197 Hard
Jomalig Airport Community 37 14°42′15″N 122°19′51″E Unknown Unknown Unknown
Danilo Atienza Air Base Military 8 14°29′29″N 120°53′38″E 9840 150 Hard
Camp Mateo Capinpin Airfield Military 1297 14°32′05″N 121°21′49″E Unknown Unknown Unknown
Basilio Fernando Air Base Military 1220 13°57′17″N 121°07′29″E 4953 148 Hard
Lubang Airport Community 43 13°51′21″N 120°06′21″E 4135 100 Hard
Lucena Airport General Aviation 39 13°55′52″N 121°36′04″E Unknown Unknown Unknown
Pagbilao Grande Airport Industry 13 13°54′01″N 121°44′39″E 3281 Unknown Unknown
Mamburao Airport Community 13 13°12′32″N 120°36′18″E 4256 98 Hard
Calapan Airport Community 10 07°00′48″N 118°29′46″E Unknown Unknown Unknown
Pinamalayan Airport Community 92 12°59′11″N 121°25′33″E 3937 98 Hard
Wasig (Mansalay) Airport Community 17 13°25′23″N 121°12′06″E Unknown Unknown Unknown
San Jose Airport Community 13 11°13′39″N 125°01′40″E 6024 98 Hard

Airports/Airlines

South Torbia Airlines is the flagship carrier for South Torbia.  South Torbia Airlines flies internationally to 23 countries across the world.  Three international airports operate in South Torbia at Subic Bay, Clark, and Manila.  South Torbia possess enough airports to support major military operations.

Ports/Sea/River Transportation Systems

The Port of Manila consists of three separate port facilities. They are National Capital Region - North (NCR-N), National Capital Region – South (NCR-S), and the Manila International Container Terminal (MICT). The ports are open year round and handle cargo and passengers from around the world. The NCR-N contains terminals for cargo, oil, and passengers. It handled over 6,861 vessels, 33,742,902 metric tons of cargo, and 1,292,508 passengers two years ago. The NCR-S contains terminals for cargo, oil, and passengers.  NCR-S handled 5,025 vessels, 8,058,484 metric tons of cargo, and 43,508 passengers two years ago.  The MICT serves as the largest and most important contianer port in the Country of South Torbia and on the South China Sea handling over 23,255,594 metric tons of cargo in  the past two years from 2,082 vessels.

MICT is the main cargo terminal for South Torbia and can simultaneousoly service six vessels at a time with a total length of 1,520m. the entrance channel depth is 11.8m and a controlling depths of 10 – 12m. there are 14 cranes operating that have a max lift capacity of 35 – 65 metric tons. The container yard is 8.15 acres and has a capacity of 4,836 twenty-foot equivalent unit using an eight-tier stack, there are 162 220 volt connections for refrigeration trailers.

NCR-N has seven piers and is accessible through Radial Road 10.  There has been recent modernization efforts to increase capacity.  It has been going through upgrades to the passenger terminal to increase efficency.

NCR-S has five piers and two passenger terminals. It also operates two ferry terminals at pier 13 and 15.  It is accessible by road on Bonafacio Drive.  It is also undergoing modernization process to increase throughput.

Pipelines

South Torbia has 423 km of transmission pipelines and 504km of distribution pipelines.  The pipelines are mainly natural gas pipelines that run from the South China Sea in the Malampaya gas field to the Batangas gas facility in Luzon.  With the current process of installing the Torbia-1 and Torbia-2 pipelines, it will increase the natural gas and liquefied natural gas from the coast to Manila and surrounding power plants. Thirty percent of the power in South Torbia comes from the fuels transported by these pipelines.

Telecommunications Architecture

In South Torbia, most citizens can access a telephone and listen to a radio or television, and over 90 percent of the population has access to the internet.  With the deregulation of the telecommunications industry over 20 years, it led to major upgrades and increases of service providers for mobile, landline, internet and other service providers.  South Torbians operate approximately 30 million landlines and 60 million cell phones.  The country has multiple radio stations that range from government owned, religious, pop culture music.  There are two national television networks and approximately 50 local television stations providers with approximately 15 million subscribers (30% of the population.  (See Information variable for additional details.)

Agriculture

Less than 3.5 percent of South Torbians engage in agricultural work which account for only 2.3 percent of the country’s GDP. The bulk of South Torbian farms are small farms and family run. Irrigation is controlled by the South Torbian government, which recently implemented legislature to not charge small farmers to irrigate their fields.  In the central region of South Torbia the crops are rain fed and irrigation is used in the low lands of South Torbia.

The major agriculture productions in the country are abaca, cashew, citrus fruit, coconut, lemon, maguey, mango, oil palm, pineapple, papaya, other fruits, and rubber, while  annual crops are cabbage, cassava, corn, cotton, eggplant, garlic, onion, peanut, sweet potato, rice, sugarcane, tobacco, and vegetables.  The current agriculture production is not sufficient to sustain the population and the country must import grains and soybeans to meet the demand of the populace.  The government has placed increased emphasis on the agriculture sector to become more self-sufficient. 

Military operations must be cognizant as to not disrupt the agriculture as the already limited capacity would affect the nation greatly.  In addition, the farming methods have been brought in line with  Western countries methods resulting in limited if any pollution to the soil and watertable.

Industry

The South Torbian industrial endeavors such as semiconductors production, electronics assembly, and food and beverage manufacturing comprise roughly 30.8 percent of the GDP The industrial growth rate is 8.4 percent ranking it 15th in the world.  With the government, relaxing some of the restrictions on foreign investments and ownership has caused an increase in industries. Military operations must be aware of the manufacturing areas and ensure not to disrupt them or the hydrocarbon industry as it is paramount to the survival of the country and continuing to maintain its status.

Oil/Gas

South Torbia has a very small oil infrastructure that only produces approximately 5,500 barrels of crude a day.  The country must import oil to meet the demand in the country, which is equivalent to 215,800 barrels a day of oil to remain functioning.  There has been exploration done in the contested South China Sea to locate more oil but there has been limited success.  The country has a reserve of approximately 100 million barrels of oil.

Military operations in the area must ensure that oil is continued to be imported to support the economy and citizens of the country to ensure development during and post hostilities.

South Torbia has focused on the exploration of natural gas resources in the contested South China Sea.  Currently 30 percent of energy is consumed through natural gas.  The city of Manila is currently planning to install CNG fuel stations as they modernize the bus and vehicle fleets.

Defense Industries

The defense industry in South Torbia is growing with the recent opening of the defense industrial complex in Lamoa, Orion.  This complex provides weapons, ammunition, and munitions for the nation’s military and police.  The nation is currently attempting to obtain contracts with foreign governments to export helicopters and fixed wing aircraft. The country has not secured any contracts yet but is continuing to highlight their military hardware.

Nuclear

To be published.

Space

South Torbia has been has been actively pursuing its space program.  It currently has eight satellites for communications purposes.  They use partner nations’ rockets as delivery vehicles for their satellites as they are still developing their own launch capabilities. They are also currently working on sending their first astronaut into space.

Pollution

South Torbia faces a wide range of pollution issues to include air pollution, ground water contamination, horrendous waste management, and pollution of lakes and rivers.  Much of the pollution stems from the lack of environmental regulation and especially enforcement of the laws that are already in place. Air pollution especially in the major cities is among the worst in the world. With many of vehicles being from WWII, they continue to pollute and are very inefficient.  The main pollutants from the industrial sector are from heavy metals (lead, mercury, chromium). In the agricultural arena, they are livestock manure, pesticides, and fertilizers. Untreated domestic sewage contains many pathogens that are harmful and at times deadly.  South Torbia has taken an aggressive stance on reducing the pollution throughout the country.

Summary

To be published.

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