Codex > Outer Orion-Perseus Conflux > Biological and Geological > Organic Structures > Anemones

Luteolum Anemone
Reported
These organic structures can tolerate a wide range of temperatures, and are able to absorb energy from nearby stars.
Reported location Phreia Bloae UO-Z e34
Reported for EDSM by David Bowman
Reported on 27.12.18 17:19
Croceum Anemone
Reported
These organic structures can tolerate a wide range of temperatures, and are able to absorb energy from nearby stars.
Reported location Phrooe Graae LX-T e3-6
Reported for EDSM by DUD217E442
Reported on 30.05.19 5:39
Puniceum Anemone
Reported
These organic structures can tolerate a wide range of temperatures, and are able to absorb energy from nearby stars.
Reported location Glaiseae AA-A h35
Reported for EDSM by PilotPirx
Reported on 30.05.19 14:12
Roseum Anemone
Reported
These organic structures can tolerate a wide range of temperatures, and are able to absorb energy from nearby stars.
Reported location Aiphaisty BQ-P e5-7
Reported for EDSM by Malcolm "Mal" Reynolds
Reported on 19.04.19 22:44
Blatteum Bioluminescent Anemone
Reported
These organic structures can tolerate a wide range of temperatures, and are able to absorb energy from nearby stars.
Reported location Dryooe Groa OY-R e4-1
Reported for EDSM by Nolanus Raven
Reported on 15.12.18 14:27
Rubeum Bioluminescent Anemone
Reported
These organic structures can tolerate a wide range of temperatures, and are able to absorb energy from nearby stars.
Reported location Vegneia BF-R e4-880
Reported for EDSM by Smootherson
Reported on 13.02.19 5:37
Prasinum Bioluminescent Anemone
Reported
These organic structures can tolerate a wide range of temperatures, and are able to absorb energy from nearby stars.
Reported location Phimbeae BA-A g1
Reported for EDSM by Mooing
Reported on 18.08.19 20:50
Roseum Bioluminescent Anemone
Reported
These organic structures can tolerate a wide range of temperatures, and are able to absorb energy from nearby stars.
Reported location Aiphaisty BQ-P e5-7
Reported for EDSM by LICHT0220
Reported on 17.03.19 9:54