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Samooskrba s hrano
ID Livk, Miha (Author), ID Miklavc, Jure (Mentor) More about this mentor... This link opens in a new window

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Abstract
Včasih so veliko hrane pridelali doma na tradicionalni način, vendar je bila pridelava zelo odvisna od vremenskih in okoljskih dejavnikov. Danes, v razvitem svetu, pridelava tehnično ni več tehnološko problematična, saj je uveljavljen model masovne proizvodnje, vendar s tem pridobimo tudi več manj kvalitetne hrane. Intenzivna prehrambena industrija tudi zelo ne-trajnostno obremenjuje okolje. Namen te naloge je, da bi vsaj del hrane lahko pridelali sami s pomočjo inteligentnih sistemov. Z napredkom tehnologije je pridelava hrane v umetnem okolju možna, s pomočjo inteligentnih sistemov pa je lahko vzgajanje veliko bolj preprosto in ne potrebuje stalne nege. Naloga omogoča pridelavo sveže hrane doma vsem, ki nimajo možnosti pridelovati sveže hrane na polju, ali vrtu na običajen način. To so v glavnem lastniki stanovanj. Naloga poleg domačega okolja ne izključuje tudi ustanov, kot so bolnišnice, šole, podjetja, ali turistični objekti. Prednosti tovrstne umetne pridelave hrane so vzgajanje ne glede na sezono, ali atmosferske vplive. Dolgoročne pozitivne posledice so lahko avtonomna rast, popestritev življenjskega okolja, lokalno pridelana cenejša zdrava hrana in manjša obremenitev okolja.

Language:Slovenian
Keywords:industrijsko oblikovanje, biofilija, samooskrba, hortikultura, vertikalni vrt, diplomska naloga
Work type:Bachelor thesis/paper
Organization:ALUO - Academy of Fine Arts and Design
Year:2023
PID:20.500.12556/RUL-150162 This link opens in a new window
Publication date in RUL:14.09.2023
Views:481
Downloads:23
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Secondary language

Language:English
Title:food self-sufficiency
Abstract:
Sometimes so much food was grown at home in the traditional way, but the production was very much dependent on time and environmental factors. Today, in the developed world, production is no longer technically technologically problematic, as the model of mass production is well-established, but we also obtain more food of less quality. The intensive food industry is also putting a very non-sustainable burden on the environment. The name of this task is that at least part of the food could be produced by ourselves with the help of intelligent systems. With advanced technology, food production in an artificial environment is possible, and with the help of intelligent systems, it can be raised much more easily and does not require constant care. The task allows the production of fresh food at home to all who do not have the opportunity to offer fresh food in the field or garden in the usual way. These are mainly apartment owners. In addition to the home environment, the task does not exclude institutions such as hospitals, schools, companies or tourist facilities. Advantages of artificial food production such independence from season or atmospheric influences. Long-term positive consequences can include autonomous growth, diversification of the living environments, locally produced cheaper healthy food, and less burden on the environment.

Keywords:industrial design, biophilia, self-sufficiency, horticulture, vertical garden, BA thesis

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