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Uporaba gensko modificiranih rastlin in mikoriznih gliv pri teraformaciji Marsa
ID Šinkovič, Aljoša (Author), ID Javornik, Branka (Mentor) More about this mentor... This link opens in a new window, ID Humar, Miha (Comentor)

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MD5: 1B88CD6A7C35EC99956908CD38DFC28E
PID: 20.500.12556/rul/df7a3674-1fa9-4613-bb14-0ce78226adcb

Abstract
Človeška rasa z uporabo fosilnih goriv in živinorejo onesnažuje in segreva Zemljo. Zato je pomembno, da najdemo prebivališče, na katerega lahko pobegnemo v primeru poslabšanja pogojev na našem planetu. Najbolj primeren planet v našem osončju je Mars. V teoriji obstaja veliko načinov, kako bi na Marsu spremenili pogoje, da bi bili bolj podobni Zemeljskim. V diplomskem delu je predstavljena teraformacija z uporabo gensko modificiranih rastlin in mikoriznih gliv. Predstavljene so nekatere raziskave, s katerimi so bili izboljšani odzivi rastline na različne stresne pogoje – drugačna sestava atmosfere, nizke temperature in primanjkljaj vode. Ker ima Mars drugačno sestavo prsti, so v delu omenjene tudi glive in kako bi le-te lahko z mikorizo pripomogle k uspevanju rastlin v grobih pogojih Marsa. Vsi omenjeni pogoji močno vplivajo na rast in razvoj rastline, zato je pomembno, da je rastlina dobro prilagojena. Cilj teraformacije je ne le preživetje rastline, ampak tudi njena uspešna rast in sposobnost, da Mars počasi spreminja v bolj človeku-prijazen planet.

Language:Slovenian
Keywords:genetsko modificiranje, Mars, rastline, glive, mikoriza, fiziologija, teraformacija
Work type:Bachelor thesis/paper
Typology:2.11 - Undergraduate Thesis
Organization:BF - Biotechnical Faculty
Publisher:[A. Šinkovič]
Year:2017
PID:20.500.12556/RUL-95656 This link opens in a new window
UDC:602.6:582.5/.9:523.43:581.5(043.2)
COBISS.SI-ID:8814457 This link opens in a new window
Publication date in RUL:21.09.2017
Views:1906
Downloads:310
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Secondary language

Language:English
Title:Use of genetically modified plants and mycorrhizal fungi for terraformation of Mars
Abstract:
The human race is poluting and warming up our planet with the use of fossil fuels and breeding of livestock. It is important that we find a secondary shelter, to wich we can escape in case the conditions on Earth get a lot worse. The most suitable planet in our Solar system is Mars. In theory, there are many different ways to make conditions on Mars more Earth-like. In this paper, we will take a look at the terraformation of Mars using genetically modified plants and mycorrhizal fungi. We have gathered information from research which has been used to make plants less susceptible to different stressful conditions, such as different gaseous composition of the Martian atmosphere, low temperatures and the absence of water. Mars also has a different soil composition than Earth, therefore research has also been conducted on mycorrhizal fungi to help the plants grow. All of the mentioned conditions have a high impact on the plant growth, that is why it is essential for the plant to be well adapted. The goal of the terraformation is not only the survival of a plant, but also it's flourishment and gradual transformation of Mars into a habitable planet.

Keywords:genetic modification, Mars, plants, fungi, mycorrhiza, physiology, terraformation

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