Ash'lie: Difference between revisions

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==Home System==
==Home System==
* '''Quadrant''': Alpha
* '''Quadrant''': Alpha
* '''Location''': Kalandra Sector (coordinates A24-0002-1300)  
* '''Location''': Draco Sigma Sector (coordinates A24-0002-1300)  
* '''Proper Name''': Ash'lie system
* '''Proper Name''': Ash'lie system
* '''Stars''': (Single) A2 V (bright, white dwarf)
* '''Stars''': is a class V main sequence star, type M3 (red spectrum)
* '''Distance from Star''':  its orbit is approximately 364 million km  
* '''Distance from Star''':  its orbit is approximately 86 million km  
* '''Companions''': Dooornee, Therbia, Saaree, Kaaaps, Duurbeen, Draaa, Dreee
* '''Companions''': [[Ash'lie I]], [[Ash'lie II]], [[Ash'lie III]], [[Ash'lie V]], [[Ash'lie VI]], [[Ash'lie VII]]


==Home World==
==Home World==
* '''Proper Name''': [[Ash'lie IV]]  
* '''Proper Name''': [[Ash'lie IV]]  
* '''Diameter''': 10,332 km (6,457 miles)
* '''Diameter''': 13,733 km (8,583 miles)
* '''Gravity''': 0.84 standard gravity with a density of 5.7
* '''Gravity''': 1.10 standard gravity with a density of 5.6
* '''Axial Tilt''': 0.62% no appreciable tilt and no seasonal effects  
* '''Axial Tilt''': 10.6% minor tilt with minor seasonal effects  
* '''Orbital Period''':  1,678.2 days
* '''Orbital Period''':  377 days
* '''Rotational Period''': 14.7 hours
* '''Rotational Period''': 25.2 hours
* '''Classification''': M
* '''Classification''': M
* '''Surface Water''': 48%  
* '''Surface Water''': 41%  
* '''Atmosphere''': Standard (0.85) bars nitrogen-oxygen (0.79; 0.20 with 0.01 trace gases).
* '''Atmosphere''': a standard atmosphere with a pressure of about 1.08 earth normal, with nitrogen 72%, oxygen 23% and other gas 3%
* '''Climate''': Tropical zones cover all areas with the exception of high altitude regions and the
* '''Climate''': Tropical zones cover all areas with the exception of high altitude regions and the
extreme latitudes (polar regions are average). Ocean currents are warm, contributing to the heavy amount of precipitation across the entire surface. Seasonal changes are minor.
extreme latitudes (polar regions are average). Ocean currents are warm, contributing to the heavy amount of precipitation across the entire surface. Seasonal changes are minor.
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