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Title:Pridelek soje v različnih pridelovalnih sistemih
Authors:Ratnik, Katja (Author)
Bavec, Franc (Mentor) More about this mentor... New window
Jakop, Manfred (Co-mentor)
Files:.pdf VS_Ratnik_Katja_2017.pdf (622,30 KB)
MD5: B769A664C68CC7B9A9A066EAC4B784C5
 
Language:Slovenian
Work type:Bachelor thesis/paper (mb11)
Organization:FKBV - Faculty of Agriculture and Life Sciences
Abstract:V letu 2016 smo v okviru trajnostnega projekta izvedli poljski poskus na Univerzitetnem kmetijskem centru Pohorski dvor v Pivoli. Namen je bil primerjati in ovrednotiti produktivnost sort soje (Glycine max (L.) Merr.) v različnih pridelovalnih sistemih. Premerjani sta bili dve sorti ('ES Mentor' in 'Aligator') in integrirani (IPL), ekološki (EKO), biodinamični (BD) ter konvencionalni (KONV) pridelovalni sistem. V danih pridelovalnih razmerah med uporabljenimi tehnikami pridelave ni statistično značilnih razlik med izmerjeno vlago v zrnju, maso koreninskih nodulov, maso korenin, maso suhih stebel in listov ter žetvenimi indeksi. Sicer pa se rast in razvoj med sortama 'ES Mentor' in 'Aligator' statistično značilno razlikujeta glede pridelka zrnja, mase korenin in pridelka. Višjo vrednost svežega in suhega zrnja dosega sorta 'ES Mentor', in sicer je masa svežega zrnja 206,05 g (15 rastlin), suhega pa 173,20 g (15 rastlin), za sorto 'Aligator' pa masa svežega zrnja 163,26 g (15 rastlin), suhega pa 136,60 g (15 rastlin). Prav tako višja vrednost mase korenin pripada sorti 'ES Mentor', to je 29,55 g (15 rastlin), sorti 'Aligator' pa vrednost 22,95 g (15 rastlin). IPL obravnavanje daje najvišji pridelek (4,41 kg/10 m 2 ), BD obravnavanje pa najnižji pridelek (3,91 kg/10 m 2 ). Izmed sort višji pridelek daje 'ES Mentor' (4,31 kg/10 m 2 ), nižjega pa 'Aligator' (4,01 kg/10 m 2 ).
Keywords:soja, pridelovalni sistem, sorta, pridelek
Year of publishing:2017
Source:Maribor
NUK URN:URN:SI:UM:DK:AXIMN4CA
Views:610
Downloads:143
Metadata:XML RDF-CHPDL DC-XML DC-RDF
Categories:FKBV
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Licences

License:CC BY-NC-ND 4.0, Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International
Link:http://creativecommons.org/licenses/by-nc-nd/4.0/
Description:The most restrictive Creative Commons license. This only allows people to download and share the work for no commercial gain and for no other purposes.
Licensing start date:19.09.2017

Secondary language

Language:English
Title:Soybean yield in different production systems
Abstract:At the place of long term trial the new field trial was carried in 2016. It took place at the University Agriculture center Pohorski dvor in Pivola. Main aim was to compare two soybean (Glycine max (L.) Merr.) varieties in different production systems. Soybean varieties were 'ES Mentor' and 'Aligator'. Integrated (IPL), organic (EKO), biodynamic (BD) and conventional (KONV) production systems were included. In the given production circustances, there are no statistically significant differences between the moisture content of the grains, the weight of root nodules, the weight of roots, the weight of dry stems and leaves and the harvest index. The growth and development of the varieties 'ES Mentor' and 'Aligator' statistically significantly differ in terms of grain yield, the weight of roots and yield. The higher value of fresh and dried grain yield is obtained by the 'ES Mentor' variety, fresh grain weight is 206.05 g (per 15 plants), dry weight is 173.20 g (per 15 plants) and fresh grain of 'Aligator' variety is 163.26 g (per 15 plants), dry weight is 136.60 g (per 15 plants). Similarly, the higher value of root weight belongs to the 'ES Mentor' variety, 29.55 g (per 15 plants), and the 'Aligator'; variety is 22.95 g (per 15 plants). IPL treatment gives the highest yield (4.41 kg/10 m 2 ) and BD treatment gives the lowest yield (3.91 kg/10 m 2 ). Among the varieties the higher yield belongs to 'ES Mentor' (4.31 kg/10 m 2 ) and the lower yield belongs to 'Aligator' (4.01 kg/10 m 2 ).
Keywords:soybean, production systems, cultivar, yield


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