Elite Dangerous Astrometrics

- Galactic Exploration Catalog -

Revision for Wolf's Vegetarian Delight
Previous Revision, by Marxanthius [2022-05-06 02:31:34]	→	Selected revision, by CMDR Marx [2022-11-19 15:51:04]
DISCOVERER
	→
NAME
Wolf's Vegetarian Delight	→	Wolf's Vegetarian Delight
SYSTEMNAME
HR 6265	→	HR 6265
CATEGORY
Organic	→	Organic
CATEGORY 2
	→
REGION
Inner Orion Spur	→	Inner Orion Spur
LATITUDE
	→
LONGITUDE
	→
CALLSIGN
	→
SUMMARY
A smorgasbord of rare organic life to see based on a Wolf-Rayet star	→	A smorgasbord of rare organic life to see around a Wolf-Rayet star.
DESCRIPTION
A beautiful blue white Wolf-Rayet class star is at the heart of this system, with a number of crispy planets in orbit. Where this system really gets interesting is the white dwarf orbiting about 86K ls around this Wolf-Rayet. 4 gas giants and 1 high metal content orbit that white dwarf, and between those 5 bodies they have 20 moons, 11 of which support biological life. This isn't a case where one organism just happened to jump planets, this system is a veritable smorgasbord of life. 16 different varieties can be found within this system. Aleoida Laminiae - Grey Bacterium Alcyoneum - Amethyst Bacterium Aurasus - Amethyst Cactoida Lapis - Indigo Concha Labiata - Lime Frutexa Acus - Orange Frutexa Flabellum - Orange Fungoida Setisis - Gold Stratum Excutitus - Red Stratum Laminamus - Red Stratum Paleas - Red Tubus Compagibus - Lime Tussock Cultro - Orange Tussock Ignis - Orange Tussock Pennata - Orange Tussock Ventusa - Orange This system has a number of rare biological life that will be difficult to find elsewhere in the galaxy given that they need the light from a Wolf-Rayet star to provide the colours you will find here, but obviously they can't live on a burnt up rock sitting too close to said star. The primary picture is located on B 4 B in a Carbon Dioxide atmosphere, while the following is located on B 3 D which is an ammonia based atmosphere. ![cactoida in amonia atmosphere](https://cdn.discordapp.com/attachments/968546592233775117/971960119170576394/HR_6265_2.jpg)	→	A beautiful blue white Wolf-Rayet class star is at the heart of this system, with a number of crispy planets in orbit. Where this system really gets interesting is the white dwarf orbiting about 86,000 ls around this Wolf-Rayet. Four gas giants and a high metal content planet orbit that white dwarf, and between those five bodies, they have 20 moons, 11 of which support life on the surface. This isn't a case where just one organism happened to jump to several planets, this system is a veritable smorgasbord of life. 16 different species can be found within this system. Aleoida Laminiae - Grey Bacterium Alcyoneum - Amethyst Bacterium Aurasus - Amethyst Cactoida Lapis - Indigo Concha Labiata - Lime Frutexa Acus - Orange Frutexa Flabellum - Orange Fungoida Setisis - Gold Stratum Excutitus - Red Stratum Laminamus - Red Stratum Paleas - Red Tubus Compagibus - Lime Tussock Cultro - Orange Tussock Ignis - Orange Tussock Pennata - Orange Tussock Ventusa - Orange This system has a number of rare biological life that will be difficult to find elsewhere in the galaxy, given that they need the light from a Wolf-Rayet star to provide the colours you will find here. They can't live on the scorched planets which are too close to the primary star, but the ones farther out around the white dwarf are hospitable enough for them. The primary picture is located on B 4 b in a carbon dioxide atmosphere, while the following is located on B 3 d which is an ammonia atmosphere. ![cactoida in ammonia atmosphere](https://cdn.discordapp.com/attachments/968546592233775117/971960119170576394/HR_6265_2.jpg)
A beautiful blue white Wolf-Rayet class star is at the heart of this system, with a number of crispy planets in orbit. Where this system really gets interesting is the white dwarf orbiting about 86K ls around this Wolf-Rayet. 4 gas giants and 1 high metal content orbit that white dwarf, and between those 5 bodies they have 20 moons, 11 of which support biological life. This isn't a case where one organism just happened to jump planets, this system is a veritable smorgasbord of life. 16 different varieties can be found within this system. Aleoida Laminiae - Grey Bacterium Alcyoneum - Amethyst Bacterium Aurasus - Amethyst Cactoida Lapis - Indigo Concha Labiata - Lime Frutexa Acus - Orange Frutexa Flabellum - Orange Fungoida Setisis - Gold Stratum Excutitus - Red Stratum Laminamus - Red Stratum Paleas - Red Tubus Compagibus - Lime Tussock Cultro - Orange Tussock Ignis - Orange Tussock Pennata - Orange Tussock Ventusa - Orange This system has a number of rare biological life that will be difficult to find elsewhere in the galaxy given that they need the light from a Wolf-Rayet star to provide the colours you will find here, but obviously they can't live on a burnt up rock sitting too close to said star. The primary picture is located on B 4 B in a Carbon Dioxide atmosphere, while the following is located on B 3 D which is an ammonia based atmosphere.	→	A beautiful blue white Wolf-Rayet class star is at the heart of this system, with a number of crispy planets in orbit. Where this system really gets interesting is the white dwarf orbiting about 86,000 ls around this Wolf-Rayet. Four gas giants and a high metal content planet orbit that white dwarf, and between those five bodies, they have 20 moons, 11 of which support life on the surface. This isn't a case where just one organism happened to jump to several planets, this system is a veritable smorgasbord of life. 16 different species can be found within this system. Aleoida Laminiae - Grey Bacterium Alcyoneum - Amethyst Bacterium Aurasus - Amethyst Cactoida Lapis - Indigo Concha Labiata - Lime Frutexa Acus - Orange Frutexa Flabellum - Orange Fungoida Setisis - Gold Stratum Excutitus - Red Stratum Laminamus - Red Stratum Paleas - Red Tubus Compagibus - Lime Tussock Cultro - Orange Tussock Ignis - Orange Tussock Pennata - Orange Tussock Ventusa - Orange This system has a number of rare biological life that will be difficult to find elsewhere in the galaxy, given that they need the light from a Wolf-Rayet star to provide the colours you will find here. They can't live on the scorched planets which are too close to the primary star, but the ones farther out around the white dwarf are hospitable enough for them. The primary picture is located on B 4 b in a carbon dioxide atmosphere, while the following is located on B 3 d which is an ammonia atmosphere.
JOURNAL
	→
OBSERVATORY
	→

All content is licensed under Creative Commons (CC BY‑NC‑SA 3.0)