Cargo query

system has a population between 10 and 100 million sophonts.

The world has a centralized collection library for information and data.

is an agricultural world with an ideal environment for producing food from plants, animals, or other forms. The system has a population between 10 million and 100 million sophonts.

is an agricultural and garden world with an ideal environment for producing food from plants, animals, or other forms. The system hosts a population between 10 million and 100 million.

is an agricultural and garden world with an ideal environment for producing food from plants, animals, or other forms. It supports a shirt-sleeve atmosphere and a balance of available surface water. The system hosts a population between 100 thousand and 10 million sophonts.

is an agricultural world with an ideal environment for producing food from plants, animals, or other forms. It supports a shirt-sleeve atmosphere and a balance of available surface water. The system hosts a population between 100 thousand and 1 million.

is an agricultural production world with a shirt-sleeve atmosphere and a balance of available surface water. The system has a population between 1 million and 10 million sophonts.

is an an agricultural and garden world with a shirt-sleeve atmosphere and a balance of available surface water. The system has a population between 1 million and 100 million.

is an agricultural world with an ideal environment for producing food from plants, animals, or other forms. The system has a population between 100,000 and 10 million sophonts.

is an agricultural, nonindustrial, garden world with a near-ideal, utopian environment conducive to most sophonts.

• As an agricultural world, this world is a near-ideal environment for producing quality foodstuffs of plant, animal, and other forms. Quality foodstuffs are a major export commodity for this world.
• It requires extensive imports of outside technology to maintain a modern, star-faring society. Having to import most manufactured and high tech goods drives the price up for these items at this world.
• Its economy and population are rapidly growing and living conditions are expected to moderately rise in the near future.

is a rich, agricultural, nonindustrial garden world with a near-ideal, utopian environment conducive to most sophonts and high-grade living conditions due to a bustling economy.

• As an agricultural world, this world is a near-ideal environment for producing quality foodstuffs of plant, animal, and other forms. Quality foodstuffs are a major export commodity for this world.
• It requires extensive imports of outside technology to maintain a modern, star-faring society. Having to import most manufactured and high tech goods drives the price up for these items at this world.
• Its economy and population are rapidly growing and living conditions are expected to quickly rise barring outside forces.

is an poor agricultural and nonindustrial world still lacking adequate means to expand its economy.

• As an agricultural world, this world is a near-ideal environment for producing quality foodstuffs of plant, animal, and other forms. Quality foodstuffs are a major export commodity for this world.
• It requires extensive imports of outside technology to maintain a modern, star-faring society. Having to import most manufactured and high tech goods drives the price up for these items at this world.

is an agricultural world with an ideal environment for producing food from plants, animals, or other forms. The system has a population in the hundreds of thousands of sophonts.

is a rich and agricultural production world with a shirt-sleeve atmosphere and a balance of available surface water. The system supports a population in the millions of sophonts, lacking the industrial base to be completely self-supporting.

is an agricultural world with a tainted atmosphere but still a near-ideal environment for producing foodstuffs. The system supports a population of tens of millions of sophonts.

has an ideal environment for producing agricultural goods and an balanced population between 10 and 100 million.

This world contains an archaeological site with artifacts suspected to be from the now-vanished Ancients.

is a ring of many small worldlets (planetoids AKA an "asteroid belt"), not capable of retaining an atmosphere or water, and barren in nature with no overt population, government, or law level.

• These worldlets would warrant hazardous environment precautions if anyone lived here.
• They could be populated if anyone had an inclination to do so...

has the population located in one or more dwarf planets or planetesimals in a co-orbital position, an asteroid belt. The system has a population over one billion. It has a well-developed manufacturing and processing industries.

is a ring of many small worldlets (planetoids AKA an "asteroid belt"), not capable of retaining an atmosphere or water, and is also a low-population icy vacuum environment with a population less than 10,000 sophonts in population size, warranting hazardous environment precautions.

• The surface of this world is ice-capped with nearly all of its water frozen.
• Life in a vacuum requires great discipline. After all, it only takes one forgotten seal on a vacuum suit to spell death. Those who survive tend to be very methodically-minded and attentive to small detail.

has the population located in one or more dwarf planets or planetesimals in a co-orbital position, an asteroid belt. The system supports a population of fewer than 10,000 sophonts.

is a ring of many small worldlets (planetoids AKA an "asteroid belt"), not capable of retaining an atmosphere or water, and are both non-agricultural and nonindustrial in nature.

• Life in a vacuum requires great discipline. After all, it only takes one forgotten seal on a vacuum suit to spell death. Those who survive tend to be very methodically-minded and attentive to small detail.
• The worldlets are, for the most part, unable to produce quality foodstuffs and must import them.
• These worldlets have very few prospect for economic expansion.

is a ring of many small planetoids not capable of retaining an atmosphere or water. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting.

is a ring of many small worldlets (planetoids AKA an "asteroid belt"), not capable of retaining an atmosphere or water, and both non-agricultural and preindustrial in nature.

• These worldlets warrant hazardous environment precautions.
• Life in a vacuum requires great discipline. After all, it only takes one forgotten seal on a vacuum suit to spell death. Those who survive tend to be very methodically-minded and attentive to small detail.
• Despite the challenging of living on asteroid colonies, this settlement is at a moderate population status of over a hundred million, but not yet at a billion sophonts in size.
• The worldlets are, for the most part, unable to produce quality foodstuffs and must import them.
• These worldlets are working towards being an industrial world but lack adequate resources to do so. Local leaders are diligently working towards the expansion of this settlement's industrial manufacturing capability.

is a ring of many small planetoids not capable of retaining an atmosphere or water. The system has a population between 10 million and 1 billion sophonts.

is a ring of many small worldlets (planetoids AKA an "asteroid belt"), not capable of retaining an atmosphere or water, and nonindustrial in nature.

• Life in a vacuum requires great discipline. After all, it only takes one forgotten seal on a vacuum suit to spell death. Those who survive tend to be very methodically-minded and attentive to small detail.
• The worldlets require extensive imports of outside technology to maintain a modern, star-faring society.

is a ring of many small, rich worldlets (planetoids AKA an "asteroid belt"), not capable of retaining an atmosphere or water, and nonindustrial in nature.

• Life in a vacuum requires great discipline. After all, it only takes one forgotten seal on a vacuum suit to spell death. Those who survive tend to be very methodically-minded and attentive to small detail.
• These worldlets are rich with a promising and very lucrative economy. The quality of life is on the rise here.
• The worldlets require extensive imports of outside technology to maintain a modern, star-faring society.

has the population located in one or more dwarf planets or planetesimals in a co-orbital position, an asteroid belt. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting.

This world is a part of a Rosette of three or more equal planet-sized masses (worlds) set at the points of an equilateral polygon with the correct equal angular velocities about their center of masses, which has a stable orbital configuration.

• The group does not require a central star but may possess one.
• Most rosettes are believed to have been built by the now-vanished Ancients precursor race.

is a barren world with no registered population or government.

is a poor, barren, desert hellworld with no overt population, government, or law level.

• This world could be populated if anyone had an inclination to do so...
• The inhabitants of this world would struggle to survive in the life-threatening environment of a desert hellworld.
• This world has no free-standing water.
• The world has poor grade living conditions: a scarcity of water and a relatively sparse atmosphere.

is a poor, barren desert world with no overt population, government, or law level.

• This world has no free-standing water.
• This world could be populated if anyone had an inclination to do so...

is a barren fluid world with oceans of a liquid other than water such as ammonia, methane, or hydrocarbons, or other exotic liquids.

• This world has no overt population, government, or law level.
• This world could be populated if anyone had an inclination to do so...

is a world with oceans of a liquid other than water such as ammonia, methane, or hydrocarbons, or other exotic liquids. It is a barren world with no registered population or government.

is a garden world with a shirt-sleeve atmosphere and a balance of available surface water. The system has no overt population, government, or law level.

is a barren hellworld with a tainted atmosphere and a lack of available surface water, making habitation by sophonts difficult. As a barren world it has no overt population, government, or law level.

is a poor, barren hellworld, with a thin tainted atmosphere and little or no surface water. As a barren world, it has no overt population, government, or law level.

is an icy, nonindustrial vacuum world that would warrant hazardous environment precautions if it were settled.

• Its surface is ice-capped with little or no atmosphere and nearly all of its water frozen.
• It would require extensive imports of outside technology in order to maintain a modern, star-faring society.
• This world could probably be populated by very determined colonists if any had an inclination to do so...

is an icy, barren vacuum world, with no overt population, government, or law level, which would warrant hazardous environment precautions if anyone lived here.

• Its surface is ice-capped with little or no atmosphere and nearly all of its water frozen.
• This world could be populated by a determined group if they had an inclination to do so...

has a scarcity of water, a relatively sparse atmosphere, and is a barren world with no registered population or government.

is a barren vacuum world world with no registered population or government.

is a barren water world with no overt population, government, or law level.

• Its surface is 90% or more covered in an ocean of water.
• Any inhabitants of this world would need to live on the roughly 10% of exposed land mass, in underwater colonies, on city ships, or similar arrangements.
• This world could be populated if anyone had an inclination to do so...

This world is a Cemetary world, where the entire original population died off. The current population is all recent settlers.

This is a cold world with an overall climate is at the lower temperature range of human-congruous sophont endurance.

This system serves as the capital for the subsector.

This world serves as the capital of the sector.

This world is also the overall capital of an interstellar government with the extra trade and prestige associated with that role.

This world is designated an Amber Zone with an environment, laws, customs, life forms, or other conditions make it dangerous to visitors.

is a desert world, with no free-standing water.

is an industrial, high-population desert hellworld, with a billion or more sophonts struggling to survive in a inhospitable environment.

• Hellworlds often offer daily, and sometimes hourly, life-threatening situations to their inhabitants.
• This world has no free-standing water.
• As an industrial world, this planet has well-developed manufacturing and processing industries. Manufactured goods are a major export item.

is a desert world with a very thin, tainted atmosphere. The system has a population over one billion.

is a poor, industrial, high-population desert hellworld, with a billion or more sophonts struggling to survive in a inhospitable environment.

• Hellworlds often offer daily, and sometimes hourly, life-threatening situations to their inhabitants.
• This world has no free-standing water.
• As an industrial world, this planet has well-developed manufacturing and processing industries. Manufactured goods are a major export item.

is a low-population desert hellworld, with a population of less than 10,000 sophonts struggling to survive in a inhospitable environment.

• Living on a hellworld is a constant struggle. Nearly every day and sometimes even hourly, the inhabitants of this world face life-threatening challenges.

is a desert world with a thin tainted atmosphere. The system supports a population of fewer than 10,000 sophonts.

has both an tainted, very thin atmosphere and no surface water which makes habitation by sophonts difficult. The system has a population in the millions, lacking the industrial base to be completely self-supporting.

is a desert world with a very thin, tainted atmosphere. The system has a population between 100 million and a billion sophonts.

has both an unbreathably very thin atmosphere and no surface water which makes habitation by sophonts difficult. The environment does not allow agricultural production to feed the population in the tens of millions of sophonts.

is a poor, non-agricultural, preindustrial desert hellworld.

• The inhabitants of this world struggle to survive in the life-threatening environment of a desert hellworld.
• This world has no free-standing water.
• The world is a preindustrial one, which cannot produce adequate materials to maintain a modern, star-faring society. These items must be imported at considerable cost.
• It is unable to produce quality foodstuffs and must import them.
• This world has few prospects for significant economic development. The inhabitants of this world lead a bleak and constantly challenging existence.

has a tainted atmosphere and a complete lack of surface water, making it poorly suited to sophont habitation. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting.

has both a thin tainted atmosphere and no surface water which makes habitation by sophonts difficult. The system has a population between 10,000 and a million, lacking the industrial base to be completely self-supporting.

has a tainted atmosphere and a complete lack of surface water, making it poorly suited to sophont habitation. The system has a population of hundreds of millions of sophonts.

has a thin, tainted atmosphere and a complete lack of surface water, making it poorly suited to sophont habitation. The system has a population of hundreds of millions of sophonts.

is a poor, moderate population desert world with over a hundred million, but not yet at a billion sophonts and no free-standing water.

has a thin, tainted atmosphere and a complete lack of surface water, making it poorly suited to sophont habitation. The system has a population of tens of millions of sophonts.

is a high-population desert world, with a billion or more sophonts struggling to survive in a inhospitable environment.

World has both an unbreathably very thin atmosphere and no surface water which makes habitation by sophonts difficult. The system has a population over one billion.

is a desert world with a thin atmosphere. The system has a population over one billion.

is a pre-rich, high-population desert world, with a billion or more sophonts struggling to survive in a inhospitable environment.

• It still lacks adequate resources or other means to expand its economy to a rich status.
• This world has no free-standing water.

has no surface water. The system has a population of fewer than 10,000 sophonts.

has both an unbreathable thin atmosphere and a lack of surface water making habitation by sophonts difficult. The system supports a population of fewer than 10,000.

has a very thin atmosphere and no surface water. The system has a population between one and 10 million sophonts.

is a poor, non-agricultural and moderate population desert world with no free-standing water, and over a hundred million, but not yet at a billion sophonts in size.

• It is unable to produce quality foodstuffs and must import them.
• The population of this world is restless, massive in numbers, struggling in a tough, desert environment, and full of dissent. This world is ripe for revolution.
• Some hope to establish an industrial business sector here in the near future to increase prosperity. Others are looking into innovative food production means such as hydro- and aero-ponics in hope of making this world food-sufficient.

is a poor, non-agricultural and moderate industrialized desert world with no free-standing water.

• It is unable to produce quality foodstuffs and must import them.
• The population of this world is restless, massive in numbers, struggling in a tough, desert environment, and full of dissent. This world is ripe for revolution.
• Some hope to establish an industrial business sector here in the near future to increase prosperity. Others are looking into innovative food production means such as hydro- and aero-ponics in hope of making this world food-sufficient.
• This world is working towards being an industrial world but lack an adequate workforce to do so.

has a very thin atmosphere and no surface water. The system has a population between 10 million and 100 million sophonts.

is a poor, non-agricultural and pre-industrial desert world with no free-standing water.

• It has a moderate population of over a hundred million, but not yet a billion sophonts in size.
• It is unable to produce quality foodstuffs and must import them.
• It requires extensive imports of outside technology to maintain a modern, star-faring society. Having to import most manufactured and high tech goods drives the price up for these items at this world.
• Life here is tough. The severe climate and inability to grow adequate food sources make for a trying life here. Planetary leaders hope to expand its industrial sector and begin exporting manufactured goods in the near future.

is a poor, non-agricultural and pre-industrial desert world with no free-standing water.

• It is unable to produce quality foodstuffs and must import them.
• It requires extensive imports of outside technology to maintain a modern, star-faring society. Having to import most manufactured and high tech goods drives the price up for these items at this world.
• Life here is tough. The severe climate and inability to grow adequate food sources make for a trying life here. Planetary leaders hope to expand its industrial sector and begin exporting manufactured goods in the near future.

is a desert world with no free-standing water. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting.

has both an unbreathable thin atmosphere and a lack of surface water making habitation by sophonts difficult. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting.

is a desert world with a shirt-sleeve atmosphere but no free-standing water. The system has a population between 100,000 and 1 million sophonts, lacking the industrial base to be completely self-supporting.

is a rich, desert world with a shirt-sleeve atmosphere but no free-standing water. The system has a population between 1 and 10 million sophonts, lacking the industrial base to be completely self-supporting, but possessing adequate wealth to compensate.

is a poor, moderate population desert world with over a hundred million, but not yet at a billion sophonts and no free-standing water.

is a rich moderate population desert world.

• This world has no free-standing water.
• As a rich world, this planet has high-grade living conditions and is highly sought after by immigrating sophonts.
• The moderate population world had over a hundred million, but not yet a billion sophonts.

is a poor, pre-industrial desert world with no free-standing water.

• The world is a preindustrial one, which cannot produce adequate materials to maintain a modern, star-faring society. These items must be imported at considerable cost.

is a poor desert world with no free-standing water.

is a poor, moderate population desert world with no free-standing water and a population over a hundred million, but not yet at a billion sophonts in size.

is a rich desert world with no free-standing water.

is a rich, moderate population desert world with no free-standing water and a population over a hundred million, but not yet at a billion sophonts in size.

This world was once settled and developed, but the inhabitants have either died off or left leaving behind the remnants of their civilization.

is a fluid world with oceans of a liquid other than water such as ammonia, methane, or hydrocarbons, or other exotic liquids.

is a fluidic hellworld of sophonts struggling to survive in a inhospitable environment.

• A fluid world has an oceanic geography of a liquid other than water such as ammonia, methane, hydrocarbons, or other exotic liquids.
• Hellworlds often offer daily, and sometimes hourly, life-threatening situations to their inhabitants.

has an exotic, corrosive, or insidious atmosphere with a small percentage of liquid, but not water, on the surface. It is an in industrial world with a population over one billion.

is a low population, fluidic hellworld of less than 10,000 sophonts struggling to survive in a inhospitable environment.

• A fluid world has an oceanic geography of a liquid other than water such as ammonia, methane, hydrocarbons, or other exotic liquids.
• Hellworlds often offer daily, and sometimes hourly, life-threatening situations to their inhabitants.

has an exotic, corrosive, or insidious atmosphere with a small percentage of liquid, but not water, on the surface. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting.

has an exotic, corrosive, or insidious atmosphere with a small percentage of liquid, but not water, on the surface. The system has a population over a hundred million, but not yet at a billion sophonts.

is an industrial, high-population fluidic world with a billion or more sophonts in size.

• A fluid world has an oceanic geography of a liquid other than water such as ammonia, methane, hydrocarbons, or other exotic liquids.

is a high population industrial world with a population over a billion sophonts. There is an oceanic geography of a liquid other than water such as ammonia, methane, hydrocarbons, or other exotic liquids.

is a fluid world with an oceanic geography of a liquid other than water such as ammonia, methane, hydrocarbons, or other exotic liquids. The system supports a population of fewer than 10,000 sophonts.

is a low-population, nonindustrial, fluidic world with a population less than 10,000 sophonts in population size.

• Some of the rest of the planet's fluid surface is covered in another non-water fluid such as ammonia, methane, hydrocarbons, or other exotic liquids.
• It requires extensive imports of outside technology to maintain a modern, star-faring society.

is a low-population, nonindustrial, fluidic water world with a population less than 10,000 sophonts in population size.

• 90% or more of this planet's surface are covered in an ocean of something other than water.
• Some of the rest of the planet's fluid surface is covered in another non-water fluid such as ammonia, methane, hydrocarbons, or other exotic liquids.
• It requires extensive imports of outside technology to maintain a modern, star-faring society.

is a fluid world with an oceanic geography of a liquid other than water such as ammonia, methane, hydrocarbons, or other exotic liquids. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting.