Mars na ɗaya daga cikin taurari, wanda a nan gaba yake shirin Master kamar duniya don rayuwar mutane. Wasu masana kimiyya suna da tabbaci cewa yanayi na duniyar Mars na iya daidaitawa, bishiyoyi masu girma, sami manyan kankara don samun ruwan da ake buƙata. Masana kimiyya suna haɓaka sabbin fasahohi waɗanda zasu iya taimaka wa mutane a cikin mulkin mallaka, suna kawo ɗan adam zuwa babban sararin samaniya.
A ranar 17 ga Fabrairu, ta zama sananne game da sabuwar fasaha don samar da casanobacteria a cikin yanayin kusanci kusa da Martanian. Masana sun lura cewa sabon nau'in ƙwayoyin cuta Anabaena za su yi nasarar matsin lamba kuma ta amfani da gas, abubuwan gina jiki da ruwa, amma samarwa a cikin yanayin duniya sun zama ba zai yiwu ba.
Wani sabon fasaha da aka gaya wa ayar Sipriein, wacce ke jagorance dakin gwaje-gwaje a cibiyar samar da fasahar sararin samaniya da kuma microgravare) na Jami'ar Bremen a Jami'ar. Ya ce mai zuwa:
Don samar da ikon mallaka na cyanobacteria a duniyar Mars, ana iya amfani da gas a cikin yanayin Mariya a matsayin tushen nitrogen da carbon. Hakanan a cikin yanayin Mariya, Cyanobateria ya riƙe ikonsu na girma cikin ruwa, wanda ya ƙunshi ƙurar Mariya kawai. Mun yi imanin cewa ci gabanmu zai taimaka ma samun ƙarin bil'adama ya fi zuwa ga duniyar Mars, da kuma mulkin mallaka a nan gaba. Saninobacteria ya bayyana da ƙoƙarinmu, wanda zai iya rayuwa a cikin jan tauraro.
Kwararru daga duniyar kimiyya sun daɗe suna la'akari da sigar ƙirƙirar nau'ikan ƙwayoyin cuta masu yawa waɗanda zasu iya rayuwa a wasu taurari ko tauraron dan adam. Cyanobacria zai iya canza nitrogen daga yanayin zuwa abubuwan gina jiki. Tun da farko, masana sun lura da matsaloli da suka shafi tabbatar da goyon bayan rayuwa game da Cyanobacteria, amma sabon dabarar namo zai ba da damar kewaye da wannan matsalar.
Marubutan binciken suna da tabbaci. Wadanne yanayin wucin gadi don ƙwayoyin cuta akan ƙasa suna da alaƙa da yanayin misalin duniyar Mars, don haka ba za a sami yanayi mara kyau ba lokacin ƙoƙarin gina cakanobacriia anaba a kan Mars.