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! Examples
 
! Examples
 
|-
 
|-
! Class O
+
! [[O-type star|Class O]]
 
| Dark Blue
 
| Dark Blue
| 28,000-50,000 °K
+
| 28,000-50,000 K
 
| Ionized [[atom]]s, especially [[helium]]
 
| Ionized [[atom]]s, especially [[helium]]
 
| [[Mintaka]] (O1-3III)
 
| [[Mintaka]] (O1-3III)
 
|-
 
|-
! Class B
+
! Class B
 
| Blue
 
| Blue
| 10,000-28,000 °K
+
| 10,000-28,000 K
 
| Neutral helium some [[hydrogen]]
 
| Neutral helium some [[hydrogen]]
 
| Alpha Eridani A (B3V-IV)
 
| Alpha Eridani A (B3V-IV)
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! Class A
 
! Class A
 
| Light Blue
 
| Light Blue
| 7,500-10,000 °K
+
| 7,500-10,000 K
 
| Strong hydrogen, some ionized metals
 
| Strong hydrogen, some ionized metals
 
| [[Sirius]] A (A0-1V)
 
| [[Sirius]] A (A0-1V)
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! Class F
 
! Class F
 
| White
 
| White
| 6,000-7,500 °K
+
| 6,000-7,500 K
| Hydrogen and ionized metals, [[calcium]] and [[iron]]
+
| Hydrogen and ionized metals, [[calcium]], and [[iron]]
 
| [[Procyon]] A (F5V-IV)
 
| [[Procyon]] A (F5V-IV)
 
|-
 
|-
! [[G-type star|Class G]]
+
! [[G-type star|Class G]] ([[yellow dwarf]])
 
| Yellow
 
| Yellow
| 5,000-6,000 °K
+
| 5,000-6,000 K
 
| Ionized calcium, both neutral and ionized metals
 
| Ionized calcium, both neutral and ionized metals
 
| [[Sol]] (G2V)
 
| [[Sol]] (G2V)
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! Class K
 
! Class K
 
| Orange
 
| Orange
| 3,500-5,000 °K
+
| 3,500-5,000 K
| Neutral Metals
+
| Neutral metals
 
| [[Alpha Centauri]] B (K0-3V)
 
| [[Alpha Centauri]] B (K0-3V)
 
|-
 
|-
 
! Class M ([[red dwarf]], [[red giant]])
 
! Class M ([[red dwarf]], [[red giant]])
 
| Red
 
| Red
| 2,500-3,500 °K
+
| 2,500-3,500 K
 
| Ionized atoms, especially [[helium]]
 
| Ionized atoms, especially [[helium]]
 
| [[Wolf 359]] (M5-8V)
 
| [[Wolf 359]] (M5-8V)
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| 1 to 10
 
| 1 to 10
 
| Hot Zone
 
| Hot Zone
| Extremely tenous, negligible
+
| Extremely tenuous, negligible
 
| None
 
| None
 
| [[Mercury (planet)|Mercury]]
 
| [[Mercury (planet)|Mercury]]
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|-
 
|-
 
! [[Class 9 gas giant|Class I]]
 
! [[Class 9 gas giant|Class I]]
| Gas Supergiant
+
| Gas supergiant
 
| 2 to 10
 
| 2 to 10
 
| 140 to 10 million
 
| 140 to 10 million
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| 5 to 10
 
| 5 to 10
 
| Ecosphere
 
| Ecosphere
| Carbon dioxide
+
| [[Carbon dioxide]]
 
| Primitive single-celled organisms
 
| Primitive single-celled organisms
 
| [[Mars]], [[Mudd]]
 
| [[Mars]], [[Mudd]]
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| 10 to 15
 
| 10 to 15
 
| Ecosphere
 
| Ecosphere
| [[Oxygen]], [[argon]], [[carbon dioxide]]
+
| [[Oxygen]], [[argon]], carbon dioxide
 
| Limited to plant life; suitable for humanoid colonization
 
| Limited to plant life; suitable for humanoid colonization
 
| [[Indri VIII]]
 
| [[Indri VIII]]
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| [[Nitrogen]], oxygen, trace [[element]]s
 
| [[Nitrogen]], oxygen, trace [[element]]s
 
| Extensive vegetation, animal life, humanoids
 
| Extensive vegetation, animal life, humanoids
| [[Earth]], [[Vulcan (planet)|Vulcan]], [[Cardassia Prime]]
+
| [[Earth]], {{dis|Vulcan|planet}}, [[Cardassia Prime]]
 
|-
 
|-
 
! [[Class N]]
 
! [[Class N]]
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| 10 to 15
 
| 10 to 15
 
| Ecosphere
 
| Ecosphere
| Carbon dioxide/[[sulfur|sulfide]]s
+
| Carbon dioxide/[[sulfur|sulfides]]
 
| Unknown
 
| Unknown
 
| [[Venus]]
 
| [[Venus]]
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| Nitrogen, oxygen, trace elements
 
| Nitrogen, oxygen, trace elements
 
| Aquatic vegetation, animal life, humanoids
 
| Aquatic vegetation, animal life, humanoids
| [[Argo]]
+
| {{dis|Argo|planet}}
 
|-
 
|-
 
! Class P
 
! Class P
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| Nitrogen, oxygen, trace elements
 
| Nitrogen, oxygen, trace elements
 
| Hardy vegetation, animal life, humanoids
 
| Hardy vegetation, animal life, humanoids
| [[Exo III]]
+
| [[Exo III]], [[Breen]]
 
|-
 
|-
 
! Class Q
 
! Class Q
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| Ranges from tenuous to very dense
 
| Ranges from tenuous to very dense
 
| [[Genesis (planet)|Genesis Planet]]
 
| [[Genesis (planet)|Genesis Planet]]
  +
| Remus
 
|-
 
|-
 
! Class R
 
! Class R
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| 10 to 15
 
| 10 to 15
 
| All
 
| All
| [[Thermionic radiation|thermionic radiation]]
+
| [[Thermionic radiation]]
 
| Mimetic
 
| Mimetic
 
| [[Silver Blood]] planet
 
| [[Silver Blood]] planet
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|}
 
|}
   
'''Note''': For planets that are 15,000 to 50,000 kilometers in diameter, such as [[Neptune]], no classification was provided. It might be possible that, like with the examples of Class X and Class Z, that the planetary classification for these worlds did exist, but wasn't included in the book.
+
:''Note: For planets that are 15,000 to 50,000 kilometers in diameter, such as [[Neptune]], no classification was provided. It might be possible that, like with the examples of Class X and Class Z, that the planetary classification for these worlds did exist, but wasn't included in the book.''
   
==Background information==
+
== Background information ==
This book was written and illustrated by [[Geoffrey Mandel]], with the help of [[Doug Drexler]], [[Tim Earls]], [[Larry Nemecek]], and Christian Rühl (see below). [[André Bormanis]], [[Michael Okuda]], [[Rick Sternbach]], and Timo Saloniemi gave technical advice. Mandel and Sternbach also worked on the original 1980 ''[[Star Trek Maps]]''; Nemecek contributed items to that older work – the Federation members, and a planet/star pairing list, among others – that survived his earlier, aborted mapping project that was based on the star grid scale of the original ''[[Star Fleet Technical Manual]]''. That project, due to be updated with Mandel for self-publication, was abandoned when the Bantam 1980 maps project surfaced.
+
''Star Trek: Star Charts'' was written and illustrated by [[Geoffrey Mandel]], with the help of [[Doug Drexler]], [[Tim Earls]], [[Larry Nemecek]], and Christian Rühl (see below). [[André Bormanis]], [[Michael Okuda]], [[Rick Sternbach]], and Timo Saloniemi gave technical advice. Mandel and Sternbach also worked on the original 1980 ''[[Star Trek Maps]]''; Nemecek contributed items to that older work – the Federation members, and a planet/star pairing list, among others – that survived his earlier, aborted mapping project that was based on the star grid scale of the original ''[[Star Fleet Technical Manual]]''. That project, due to be updated with Mandel for self-publication, was abandoned when the Bantam 1980 maps project surfaced.
   
==External link==
+
== Appendices ==
  +
=== See also ===
  +
*''[[Stellar Cartography: The Starfleet Reference Library]]''
  +
*''[[Star Trek Maps]]''
  +
  +
=== External link ===
 
* [http://www.stdimension.org/int/ ''Star Trek'' Dimension] by Christian Rühl, which formed the basis of this book
 
* [http://www.stdimension.org/int/ ''Star Trek'' Dimension] by Christian Rühl, which formed the basis of this book
  +
   
 
[[Category:Reference books|Star Charts]]
 
[[Category:Reference books|Star Charts]]
   
[[de:Star Trek: Sternenatlas]]
+
[[de:Star Trek: Sternen-Atlas]]
 
[[fr:Star Trek: Star Charts]]
 
[[fr:Star Trek: Star Charts]]
 
[[it:Star Trek: Star Charts]]
 
[[it:Star Trek: Star Charts]]

Revision as of 01:23, 5 November 2015

Template:Realworld

Star Trek: Star Charts is a guide to the Star Trek universe – the stars and planets of the United Federation of Planets and the other powers of the Milky Way Galaxy. It includes background information on the classification systems used for identifying stars and planets.

Summary

From the book jacket
"...all I ask is a tall ship, and a star to steer her by."
From the earliest days of explorations, there has always been one tried-and-true way to navigate through uncharted reaches and one to find the way home – the stars. Ancient mariners prized their star charts, knowing that they could guide them safely into a friendly port or lead them to the reaches of the mysterious East. Modes of transportation have changed but the stars are still our constant guides. When man took his first step into space armed with the very latest in computers, he took with him the same tool for reading the stars that the men who sailed under canvas carried.
When Humans launched the first ship designed for long-range missions into the deep waters of interstellar space, the Vulcan High Command provided their star charts for the Enterprise NX-01. But Jonathan Archer was not content with relying on the known. Although he used the Vulcan charts, he also added to them, and greatly expanded Starfleet's knowledge of the galaxy. Every generation of starship captain that followed has built on Archer's first steps.
Follow the course set by Archer, Kirk, Picard, Sisko, and Janeway. Relive their extraordinary adventures as you find here, for the first time, the star maps that chart the routes these famous explorers took. This book will be a Star Trek cartographer's dream, without a doubt.

Excerpts of copyrighted sources are included for review purposes only, without any intention of infringement.

Contents

Spectral classification

Class Description Temperature Composition Examples
Class O Dark Blue 28,000-50,000 K Ionized atoms, especially helium Mintaka (O1-3III)
Class B Blue 10,000-28,000 K Neutral helium some hydrogen Alpha Eridani A (B3V-IV)
Class A Light Blue 7,500-10,000 K Strong hydrogen, some ionized metals Sirius A (A0-1V)
Class F White 6,000-7,500 K Hydrogen and ionized metals, calcium, and iron Procyon A (F5V-IV)
Class G (yellow dwarf) Yellow 5,000-6,000 K Ionized calcium, both neutral and ionized metals Sol (G2V)
Class K Orange 3,500-5,000 K Neutral metals Alpha Centauri B (K0-3V)
Class M (red dwarf, red giant) Red 2,500-3,500 K Ionized atoms, especially helium Wolf 359 (M5-8V)

Planetary classification

Class Description Age
(bil. yrs)
Diameter
(1,000 kms)
Location Atmosphere Life-forms Examples
Class A Geothermal 0 to 2 1 to 10 Exosphere/Cold Zone Hydrogen Compounds None Gothos
Class B Geomorteus 0 to 10 1 to 10 Hot Zone Extremely tenuous, negligible None Mercury
Class C Geoinactive 2 to 10 1 to 10 Ecosphere/Cold Zone Frozen None Pluto, Psi 2000
Class D Asteroid/Moon 2 to 10 0.1 to1 All negligible None Moon (Sol IIIa), Regula
Class E Geoplastic 0 to 2 10 to 15 Ecosphere Hydrogen compounds/reactive gases Carbon-cycle (Excalbian) Excalbia
Class F Geometallic 1 to 3 10 to 15 Ecosphere Hydrogen compounds Silicon-based (Horta) Janus VI
Class G Geocrystalline 3 to 4 10 to 15 Ecosphere Carbon dioxide Primitive single-celled organisms Delta Vega
Class H Desert 4 to 10 8 to 15 All Heavy gases/metal vapors Drought- and radiation-resistant plants, animal life Rigel XII, Tau Cygna V
Class I Gas supergiant 2 to 10 140 to 10 million Cold Zone Varying zones/Water vapor may be present Unknown Q'tahl
Class J Gas giant 2 to 10 50 to 140 Cold Zone Varying zones Hydrocarbon-based (Jovian) Jupiter, Saturn
Class K Adaptable 4 to 10 5 to 10 Ecosphere Carbon dioxide Primitive single-celled organisms Mars, Mudd
Class L Marginal 4 to 10 10 to 15 Ecosphere Oxygen, argon, carbon dioxide Limited to plant life; suitable for humanoid colonization Indri VIII
Class M Terrestrial 3 to 10 10 to 15 Ecosphere Nitrogen, oxygen, trace elements Extensive vegetation, animal life, humanoids Earth, Vulcan, Cardassia Prime
Class N Reducing 3 to 10 10 to 15 Ecosphere Carbon dioxide/sulfides Unknown Venus
Class O Pelagic 3 to 10 10 to 15 Ecosphere Nitrogen, oxygen, trace elements Aquatic vegetation, animal life, humanoids Argo
Class P Glaciated 3 to 10 10 to 15 Ecosphere Nitrogen, oxygen, trace elements Hardy vegetation, animal life, humanoids Exo III, Breen
Class Q Variable 2 to 10 4 to 15 All Ranges from tenuous to very dense Genesis Planet Remus
Class R Rogue 2 to 10 4 to 15 Interstellar space, cometary halos Primarily volcanic outgassing Non-photosynthetic plants, animal life Dakala
Class S Ultragiant 2 to 10 10,000 to 50,000 million Cold Zone Varying zones/water vapor may be present
Class T Ultragiant 2 to 10 50,000 to 120,000 million Cold zone Varying zones/water vapor may be present
Class X Environment is particularly hostile to humanoid life
Class Y "Demon" 2 to 10 10 to 15 All Thermionic radiation Mimetic Silver Blood planet
Class Z Environment is particularly hostile to humanoid life
Note: For planets that are 15,000 to 50,000 kilometers in diameter, such as Neptune, no classification was provided. It might be possible that, like with the examples of Class X and Class Z, that the planetary classification for these worlds did exist, but wasn't included in the book.

Background information

Star Trek: Star Charts was written and illustrated by Geoffrey Mandel, with the help of Doug Drexler, Tim Earls, Larry Nemecek, and Christian Rühl (see below). André Bormanis, Michael Okuda, Rick Sternbach, and Timo Saloniemi gave technical advice. Mandel and Sternbach also worked on the original 1980 Star Trek Maps; Nemecek contributed items to that older work – the Federation members, and a planet/star pairing list, among others – that survived his earlier, aborted mapping project that was based on the star grid scale of the original Star Fleet Technical Manual. That project, due to be updated with Mandel for self-publication, was abandoned when the Bantam 1980 maps project surfaced.

Appendices

See also

External link