20.500.12556/DKUM-83508 Uporaba aeroponike v vertikalnem kmetovanju magistrsko delo Aeroponics usage inr vertical farming Uporaba aeroponike v vertikalnem kmetijstvu se uveljavlja kot učinkovita metoda vzgoje rastlin v pokritih prostorih. S tem se zagotavlja boljša samooskrba mestnega prebivalstva in se zmanjšuje transportna pot zelenjave, kar ohranja njeno svežino. V sklopu projekta smo testirali učinkovitost in upravljanje avtonomnega rastlinjaka oz. tovarne rastlin za vzgojo rastlin brez substrata. Za izvedbo preliminarne študije, ki je zajemala vzgojo 56 rastlin v sistemu aeroponike, so se spremljali vhodni parametri. Poraba vode, električne energije, hranilne raztopine in izguba vode skozi transpiracijo so predstavljali parametre, ki so bili potrebni za uspešno vzgojo 56 glav solate. Skozi rastni cikel je bil sistem nadziran avtonomno in tako vzdrževal rastne pogoje. Ti so zajemali temperaturo zraka, relativno vlažnost, dolžino osvetlitve in načrtovane prehrambne cikle, ki so bili vnaprej določeni skozi 60-dnevno obdobje. Po končanju rastnega cikla so solatne glave dajale videz dobrega zdravstvenega stanja, njihov prirastek biomase pa je bil ovrednoten s pomočjo tehtanja. The use of aeroponics in vertical agriculture is gaining ground as an effective method of growing plants indoors. This ensures better self-sufficiency in urban centers and reduces the transport chain of vegetables, which preserves their freshness. Development Development of an autonomous greenhouse in the company Iskra Impuls, Production Merilno-Procesne Opreme Kranj, D.O.O follows these facts, therefore, as part of a pilot project, the efficiency and management of an autonomous greenhouse for growing plants without soil is being tested. Measured and estimated input units for the development of 56 plants in a growth tray. Input parameters were monitored for the implementation of a preliminary study, which covered the cultivation of 56 plants in the aeroponics system. Consumption of water, electricity, nutrient solution and water loss through transpiration represented the input parameters necessary for the successful cultivation of 56 heads of lettuce. Throughout the growth cycle, the system was autonomously controlled to maintain growing conditions. These included air temperature, relative humidity, length of illumination and planned nutrient cycles, which were predetermined and fed to the plants through a 60-day period cycle. After the end of the growth cycle, the lettuce heads gave the appearance of good health, and their biomass increment was evaluated by weighing. vertikalno kmetijstvo aeroponika avtonomni rastlinjak porabljeni viri hidroponika vertical farming aeroponics autonomous greenhouse consumed resources hydroponics true true false [Ž. Mongus] Slovenski jezik Angleški jezik Magistrsko delo/naloga 2022-12-07 10:23:56 2023-01-04 13:26:22 2023-01-05 03:07:14 0000-00-00 00:00:00 2022 0 Maribor 0 Maribor 1 spletni vir (1 datoteka PDF (IX, 53, [1] str.)) 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 631.544.4:631.338:635(043)=163.6 136156675 MAG_Mongus_Zan_2022.pdf MAG_Mongus_Zan_2022.pdf 1 52030E2F370C6F65E8E41D7DD945A488 2dff51f5f72d94b131e5ecd815a930b9997336731f5e9039ef69f4b180641869 e07243df-7fad-11ed-9ffb-00155d000105 https://dk.um.si/Dokument.php?lang=slv&id=164921 Fakulteta za kmetijstvo in biosistemske vede 0 0 0