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Showing below up to 154 results in range #101 to #254.
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Code | Summary | Notes | Page |
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Fl • Ni • Wa | is a nonindustrial fluid world.
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Fl • Ph | has an oceanic geography of a liquid other than water such as ammonia, methane, hydrocarbons, or other exotic liquids. The system supports a population in the hundreds of millions. |
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Fo | This world designated as a Red Zone with an environment, laws, customs, life forms, or other conditions that make it extremely dangerous to visitors. Everyone is forbidden to travel here. |
Comments note | |
Fr | The world lies substantially outside of the habitable zone of the system and environmental temperatures are well below the freezing point of many gases. |
Comment note, Climate note. | |
Ga • Hi | is a high-population garden world with a billion or more sophonts in population size, a near-ideal utopian environment conducive to most sophonts. |
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Ga • Hi • Pr | is a garden world with an environment conductive to most sophonts. The system has a population over one billion. |
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Ga • Lo | is a garden world with a near-ideal environment conducive to most forms of life. The system supports a population of fewer than 10,000 sophonts. |
Tp (temperate) climate code. | |
Ga • Ni • Pa | is a garden world with an environment conductive to most sophonts. The system has a population between 10,000 and 100,000, lacking the population to be an agricultural supplier. |
Ga worlds usually have the Tp climate code | |
Ga • Pa • Ph | is a garden world with an environment conducive to most sophonts. The system has a population between 100 million and a billion sophonts. |
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Ga • Pa • Ph • Ri | is a garden world with an environment conducive to most sophonts. The system has a population between 100 million and a billion sophonts. |
Ga worlds usually have the Tp (temperate) climate code. | |
Ga • Ph | is a moderate population garden world with over a hundred million, but not yet at a billion sophonts in population size.
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Ga • Ri | is a rich garden world.
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Ga • Ri • Pa • Ph | is a pre-agricultural, moderate population rich garden world with over a hundred million, but not yet at a billion sophonts in population size.
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He | has a tainted atmosphere and a lack of available surface water, making habitation by sophonts difficult. The system has a population of tens of millions of sophonts. |
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He • Hi • In | is a industrial, high-population hellworld with a billion or more sophonts, who struggle in an inhospitable environment.
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He • Hi • In • Na • Po | has a thin tainted atmosphere and a lack of available surface water. The system has a population over one billion sophonts. It has a well-developed manufacturing and processing industries. |
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He • Hi • In • Po | has a tainted unbreathably thin atmosphere and very little surface water. The system has a population over one billion. It has a well-developed manufacturing and processing industries. |
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He • In • Ph | is a industrial, moderate population hellworld with over a hundred million, but not yet at a billion sophonts, who live in an inhospitable environment.
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He • In • Po | is a poor, industrial hellworld with a population struggling to survive in an inhospitable environment.
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He • Lo | has a tainted, unbreatheable atmosphere and little available surface water. The system supports a population of fewer than 10,000 sophonts. |
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He • Lo • Po | has a tainted or unbreathably thin atmosphere and very little surface water. The system supports a population of fewer than 10,000 sophonts. |
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He • Na • Ni • Po | is a poor, non-agricultural, and nonindustrial hellworld with a population struggling to survive in an inhospitable environment.
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He • Na • Ph • Pi | is a non-agricultural, preindustrial and moderate population hellworld with a population of over a hundred million, but not yet at a billion sophonts.
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He • Na • Pi • Po | has a very thin tainted atmosphere and a lack of available surface water. The system has a population between 10 million and 1 billion sophonts. |
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He • Na • Po • Ph • Pi | is a poor, moderate population non-agricultural and pre-industrial hellworld with a population, over a hundred million, but not yet at a billion sophonts, struggling to survive in an inhospitable environment.
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He • Na • Po • Pi | is a poor, non-agricultural and pre-industrial hellworld with a population struggling to survive in an inhospitable environment.
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He • Ni | has a tainted, unbreatheable atmosphere and little available surface water. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting. |
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He • Ni • Po | has a tainted unbreathably thin atmosphere and very little surface water. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting. |
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He • Ph | is a moderate population hellworld, with over a hundred million, but not yet a billion sophonts struggling to survive in an inhospitable environment.
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He • Ph • Pi | had a tainted atmosphere and limited access to surface water, making it poorly suited to sophont habitation. The system has a population in the hundreds of millions, and suited to being a industrial worlds. |
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He • Pi | has a tainted, unbreatheable atmosphere and little available surface water. The system supports a population between 10 million and 100 million. |
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He • Po • Pi | is a poor, pre-industrial hellworld with a population struggling to survive in an inhospitable environment.
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Hi | is a high-population world with a billion or more sophonts in population size. |
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Hi • Ga | is a high-population garden world with a billion or more sophonts in population size and a near-ideal utopian environment conducive to most sophonts.
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Hi • Ga • In | is a high-population, industrial and garden world with a billion or more sophonts in population size and a near-ideal utopian environment conducive to most sophonts.
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Hi • Ga • Pr | is a high-population, pre-rich garden world with a billion or more sophonts in population size, a near-ideal utopian environment conducive to most sophonts, and still lacks adequate population to expand its economy to a rich status.
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Hi • Ic • In | is a high-population, industrial and icy world with a billion or more sophonts in population size.
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Hi • Ic • In • Na | is an industrial icy world with a trace atmosphere and a significant quantity of water frozen on the surface. The system has a population over one billion. |
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Hi • Ic • In • Na • Va | is a high-population, non-agricultural, industrial and icy vacuum world, with a billion or more sophonts in population size, warranting hazardous environment precautions.
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Hi • In | is an industrial world with a tainted atmosphere. The system has a population over one billion. |
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Hi • In • Na | has a trace or very thin atmosphere and very limited surface water. The system has a population over one billion sophonts. |
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Hi • In • Na • Va | is a vacuum world, with no atmosphere or hydrosphere. The system has a population over one billion. |
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Hi • In • Oc | is a high-population, industrial oceanic water world with a billion or more sophonts in population size.
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Hi • In • Po | is an industrial world with a scarcity of water and a relatively sparse atmosphere. The system has a population over one billion. |
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Hi • In • Wa | is an industrial water world with a tainted atmosphere. The system has a population over one billion. |
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Hi • Na | is a high-population, non-agricultural world with a billion or more sophonts.
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Hi • Na • Po | has both an unbreathably very thin atmosphere and a lack of surface water which makes habitation by sophonts difficult. The system has a population over one billion. |
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Hi • Oc | is a high-population oceanic water world with a billion or more sophonts in population size.
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Hi • Oc • Pr | s a large water world with very deep oceans and less than 1% of its land above sea level. The atmosphere is comfortably breathable. The system has a population between 1 and 10 billion sophonts. |
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Hi • Po | has a scarcity of water and a relatively sparse atmosphere. The system has a population over 1 billion sophonts. |
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Hi • Pr | has an comfortably breathable atmosphere. The system has a population between 1 and 10 billion sophonts. |
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Hi • Pr • Wa | is a water world with 90% or more of its surface covered in an ocean of water, and an short-sleeve breathable atmosphere. The system has a population over one billion. |
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Hi • Wa | is a high population, water world, which has 90% or more of its surface covered in an ocean of water and a population with a billion or more sophonts in population size.
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Hi • Wa • Pr | is a high-population, pre-rich water world with a billion or more sophonts in population size.
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Ho | The world has a climate with temperatures at the upper range of human endurance. |
Comment note, climate note | |
Ht | This is a high technology world with available technology over the standards for Charted Space. |
Comment code, Mongoose Code | |
Ic • Na • Va | is a vacuum world with a substantial ice cap. The system has a population between one million and 100 million sophonts. |
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Ic • Ph • Pi | is an icy, preindustrial world with a moderate population of over a hundred million, but not yet at a billion sophonts.
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Ic • Va • Ph • Pi | is a moderate population, preindustrial, icy vacuum world, with over a hundred million, but not yet at a billion sophonts, which warrants hazardous environment precautions.
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Ic • Lo | is an icy world with little atmosphere and a significant quantity of water frozen on the surface. The system supports a population of fewer than 10,000 sophonts. |
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Ic • Lo • Va | is an icy vacuum world with little or no atmosphere and a significant quantity of water frozen on the surface. The system supports a population of fewer than 10,000 sophonts. |
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Ic • Na | is an icy, non-agricultural world, whose surface is ice-capped and with nearly all of its water frozen.
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Ic • Na • Ni | has a trace atmosphere and the little amount of surface water is in a frozen state. The system has a population in the millions, lacking the industrial base to be completely self-supporting. |
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Ic • Na • Ni • Va | is an icy, non-agricultural and nonindustrial vacuum world, warranting hazardous environment precautions.
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Ic • Na • Ph | is an moderate population icy, non-agricultural world, whose surface is ice-capped and with nearly all of its water frozen.
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Ic • Na • Ph • Pi | is a non-agricultural, preindustrial, and moderate population icy world with over a hundred million, but not yet at a billion sophonts in population.
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Ic • Na • Ph • Pi • Va | is an icy vacuum world with little or no atmosphere and a significant quantity of water frozen on the surface. The system has a population between 100 million and a billion sophonts. |
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Ic • Na • Pi | has a trace atmosphere and the little amount of surface water is in a frozen state. The system supports a population in between 10 million and one billion sophonts. |
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Ic • Na • Pi • Va | has complete lack of an atmosphere, but does have some water frozen on the planet's surface. The system has a population between 10 million and a billion sophonts, with a self supporting industrial base. |
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Ic • Na • Va • Pi | is a non-agricultural, preindustrial, icy vacuum world, warranting hazardous environment precautions.
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Ic • Ni | has a trace atmosphere and water available in the form of ice. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting. |
Climate codes Co or Fr. | |
Ic • Ni • Va | is an icy vacuum world with little or no atmosphere and a significant quantity of water frozen on the surface. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting. |
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Ic • Ph • Pi • Va | is a moderate population, preindustrial, icy vacuum world, with over a hundred million, but not yet at a billion sophonts, which warrants hazardous environment precautions.
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Ic • Pi | has a trace atmosphere and the little amount of surface water is in a frozen state. The system has a population between 10 million and 1 billion sophonts. |
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Ic • Pi • Va | is an icy, preindustrial vacuum world, warranting hazardous environment precautions.
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In | is an industrial world.
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In • Po | is a poor industrial world.
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Lk | This world is a satellite of a gas giant or another planet in the system and is tide locked to the planet it orbits. |
Comment code, Locked to a non-star, often a gas giant, as opposed to being tidally-locked to the primary star, which is the Tz code. | |
Lo | supports a population of fewer than 10,000 sophonts. |
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Lo • Oc | is a large water world with very deep oceans and less than 1% of its land above sea level. The system has a population of less than 10,000 sophonts. |
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Lo • Po | has an unbreathably thin atmosphere and very little surface water. The system supports a population of fewer than 10,000 sophonts. |
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Lo • Va | is a vacuum world, with no atmosphere or hydrosphere. The system supports a population of fewer than 10,000 sophonts. |
Vacuum worlds typically start at Va and remain that way. | |
Lo • Wa | has 90% or more of its surface covered in an ocean of water. The system supports a population of fewer than 10,000 sophonts. |
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Lt | This a low technology world with technology competency below the standard for Charted Space. |
Comment code, Mongoose Code | |
Mr | Government control of this world is by an external military force. |
Comment code, Generally implies the military of the government of the area (e.g. the Imperium) rather than a specific world. | |
Na | is a non-agricultural world.
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Na • Ni | has an unbreathably thin atmosphere and very little surface water. The system has a population between 1 million and 10 million sophonts, lacking the industrial base to be completely self-supporting. |
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Na • Ni • Po | has an unbreathably thin atmosphere and very little surface water. The system has a population between 1 million and 10 million sophonts, lacking the industrial base to be completely self-supporting. |
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Na • Ni • Va | is a vacuum world, lacking any atmosphere or surface water. The system has a population in the millions of sophonts, lacking the industrial base to be completely self-supporting. |
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Na • Ph • Pi | has a trace atmosphere and almost no surface water. The system has a population between 100 million and a billion sophonts. |
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Na • Ph • Pi • Po | is a poor, non-agricultural and preindustrial moderate-population world with over a hundred million, but not yet at a billion sophonts in population size.
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Na • Ph • Pi • Va | is a vacuum world, with no atmosphere or hydrosphere. The system has a population between 100 million and 1 billion sophonts. |
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Na • Ph • Po | has a very thin atmosphere and very little surface water. The system has a population between 100 million and 1 billion sophonts. |
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Na • Pi | has an unbreathably thin atmosphere and very little surface water. The system has a population between 10 million and 1 billion sophonts. |
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Na • Pi • Po | has a very thin, tainted atmosphere and a minimal available surface water. The system has a population between 10 million and 100 million sophonts. |
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Na • Pi • Va | has a complete lack of both an atmosphere and any surface water. The system has a population between 10 million and a billion sophonts, with a self-supporting industrial base. |
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Na • Po | has a very thin atmosphere and very little surface water. The system has a population between 10 million and 100 million sophonts. |
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Na • Po • Va | is a non-agricultural vacuum world.
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Ni | has a population between 10,000 and 10 million sophonts, lacking the industrial base to be completely self-supporting. |
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Ni • Ga | is a nonindustrial garden world with a near-ideal, utopian environment conducive to most sophonts.
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Ni • Ga • Pa | is a pre-agricultural, nonindustrial garden world with a near-ideal, utopian environment conducive to most sophonts.
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Ni • Lo | is a low-population, nonindustrial world with a population less than 10,000 sophonts in population size.
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Ni • Oc | is a large water world with very deep oceans and less than 1% of its land above sea level. The atmosphere is comfortably breathable. The system has a population between 10,000 and one million sophonts. |
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Ni • Oc • Pr | is a large water world with very deep oceans and less than 1% of its land above sea level. The atmosphere is comfortably breathable. The system has a population in the hundreds of thousands, lacking the industrial base to be completely self-supporting. |
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Ni • Oc • Ri | is a large water world with very deep oceans and less than 1% of its land above sea level. The atmosphere is comfortably breathable. The system has a population between one and ten million. |
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Ni • Pa | is a world suited to becoming an agricultural world, but with a population between 10,000 and 100,000 sophonts, but lacks the capability to produce or process sufficient resources to export its projected agricultural produce. |
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Ni • Po | has both an unbreathably 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. |
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Ni • Pr | has a breathable, habitable atmosphere and a reasonable amount of surface water. The system supports a population in the hundreds of thousands of sophonts, lacking the industrial base to be completely self-supporting. |
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Ni • Pr • Wa | is a water world with a breathable, habitable atmosphere. The population in the hundreds of thousands of sophonts, lacking the industrial base to be completely self-supporting. |
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Ni • Ri | has a breathable, habitable atmosphere. The system has a population in the millions of sophonts. |
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Ni • Ri • Wa | is a water world with 90% or more of its surface covered in an ocean, and a short-sleeve breathable atmosphere. The system has a population in the millions of sophonts, lacking the industrial base to be completely self-supporting. |
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Ni • Va | is a vacuum world, with a complete lack of atmosphere. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting. |
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Ni • Wa | is a water world with 90% or more of its surface covered in an ocean of water. The system has a population between 10,000 and 10 million, lacking the industrial base to be completely self-supporting. |
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Oc | is a oceanic water world.
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Oc • Pi | is a large water world with very deep oceans and less than 1% of its land above sea level. The atmosphere is comfortably breathable. The system supports a population in between 10 million and one billion sophonts. |
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Oc • Ri | is a oceanic water world with very deep oceans and a short-sleeve breathable atmosphere. The system has a population between ten million and 100 million sophonts. |
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Pa • Ph | has a ideal environment and a balance of available water for producing food from plants, animals, or other forms. The system supports a population in the 100's of millions, which makes it too urbanized to make it an agricultural world. |
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Pa • Ph • Pi | is a moderate population world, too many sophonts to be an agricultural world but not enough to be an industrial world. |
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Pa • Ph • Ri | is a rich world with a shirt-sleeve atmosphere and a balance of available surface water. The system supports a population in the 100's of millions, which makes it too urbanized to make an agricultural world. |
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Ph | is a moderate population world with over a hundred million, but not yet at a billion sophonts in population size. |
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Ph • Pi | is either a vacuum world or one with a tainted atmosphere. The system has a population between 100 million and a billion sophonts. |
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Ph • Pi • Wa | is a moderate population, preindustrial water world.
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Ph • Po | is a poor, moderate population world with over a hundred million, but not yet at a billion sophonts in population size.
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Ph • Ri | has a short-sleeve breathable atmosphere. The system has a population between 100 million and a billion sophonts. |
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Ph • Ri • Wa | is a water world with a world wide ocean and an environment suited to sophonts. The system supports a population between 100 million and one billion. |
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Ph • Wa | is a water world with a world wide ocean and an environment suited to sophonts. The system supports a population between 100 million and one billion sophonts. |
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Pi | is either a vacuum world or one with a tainted atmosphere. The system supports a population in between 10 million and one billion sophonts. |
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Pi • Po | has a scarcity of water and a sparse, tainted, atmosphere. The system has a population in the 10s of millions of sophonts. |
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Pi • Wa | is a water world with a world wide ocean, and a tainted atmosphere. The system supports a population between 100 million and one billion sophonts. |
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Po | has a scarcity of water and a relatively sparse atmosphere. The system has a population in the 10s of millions of sophonts. |
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Px | There is a habitat or settlement for criminals or exiles from other worlds here. |
comment note. | |
Pz | This world designated as an Amber Zone. Caution is advised since the world has an environment, laws, customs, life forms, or other conditions that are not well understood and might be a danger to a visitor. |
Comment note. | |
Re | The world has been set aside to preserve indigenous life forms, to delay resource development, or for other reasons. |
Comment note. | |
Ri | has a short-sleeve breathable atmosphere. The system has a population between ten million and 100 million sophonts. |
Short-sleeve means no respiratory equipment needed. | |
Ri • Wa | is a rich world.
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Rs | This world has a research station engaged in the scientific pursuit of knowledge. |
Comment note. | |
RsA | This world has the Imperial Research Station Alpha for the Sector. |
Comment code | |
RsB | This world has the Imperial Research Station Beta for the Sector. |
Comment code | |
RsD | This world has the Imperial Research Station Delta for the Sector. |
Comment code | |
RsE | This world has the Imperial Research Station Epsilon for the Sector. |
Comment code | |
RsG | This world has the Imperial Research Station Gamma for the Sector. |
Comment code | |
RsT | This world has the Imperial Research Station Eta for the Sector. |
Comment code | |
RsZ | This world has the Imperial Research Station Zeta for the Sector. |
Comment code | |
Rw | This world is host to a large number of refugees fleeing a disaster on another world or area of space. |
Comment note. Used in the New Era | |
RwV | This world is host to a large number of Vargr refugees fleeing a disaster on another world or area of space. |
Comment note. Used in the New Era | |
Sa | This world is a satellite of a gas giant or another planet in the system. |
Comment note. | |
Tp | This is a temperate world, with a climate of average temperatures. |
Comment note, Climate note. | |
Tr | The world is tropical with a hot, though still habitable, climate at the upper limits of human comfort. |
Comment note, Climate note. | |
Tu | The world has a cold, though still habitable, climate at the lower limits of human comfort. |
Comment note, climate note | |
Tw | This world serves as a Terminus World, regulating the flow of people and goods into the Regency frontier and the wilds beyond. |
comment code, New era only | |
Tz | This planet is tidally-locked to its primary star with a hot region facing the the primary, a cold region on the other side, and a habitable area in the twilight zone between. |
Comment Code, Twilight Zone or Ribbon World. Locked to primary star. | |
Un | This is an sequestered world, claimed by the Zhodani Consulate but has not been not absorbed into mainstream Zhodani culture. It can be dangerous and is given the equivalent to Amber Zone. |
Comment code, Zhodani specific. | |
Va | is a vacuum world, which warrants hazardous environment precautions.
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Wa | is a water world with a world wide ocean and a thin atmosphere, but an environment otherwise suited to sophonts. The world supports a population of 10s of millions. |
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