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Mg-Tytanit

Type: Other, Company: Intermag

Effect

Increased produce quality
Increased nutrient availability in soil or substrate

Mg-Tytanit treated Oilseed rape, cv. Chagal, showed on average significantly increased aerial (+47.4%), underground biomass (+36.1%), increased chlorophyll a+b content (+16.7%), increased Ti content in the aerial biomass (+11.2%), increased Ti uptake in the aerial parts (+63.4%), decreased Ti content in the underground parts (-2.6%), increased Ti uptake in the underground parts (+32.5%), increased seed yield (+11.9%), increased straw yield (+1.9%), increased oil percentage (+1.4%), increased oil production (+13.2%), increased Ti content in seeds (+50.2%), increased Ti content in straw (+36.7%), increased Ti uptake in seeds (+67.9%) and increased Ti uptake in straw (+39.5%) at BBCH 71-75  compared to untreated control plants. Double spraying with 0.2 dm3/ha had best effect on underground Ti content and uptake. Triple spraying with 0.2 dm3/ha had best effect on seed yield, straw yield, oil production, Ti content and uptake in straw. Double spraying with 0.3 dm3/ha had best effect on chlorophyll a+b content, oil percentage. Triple spraying with 0.3 dm3/ha had best effect on aerial biomass, underground biomass, Ti content and in aerial parts, Ti content and uptake in seeds. 

Trial details
Outdoor, unprotected, soil-grown (pH 6.9), normal agricultural practices
Slovakia

Crop

Oilseed rape, Brassica napus L.

Trial application

Method
Foliar spray
Timing
First application at BBCH 50-52, followed by a second/ third application at BBCH 59 and BBCH 66-67.
Rate
0.2 and 0.4 dm3/ha
Kováčik, P., Wierzbowska, J., Kováčik, P., Šimanský, V., Renčo, M.
2016
Impact of foliar application of the biostimulator Mg-Tytanit on the formation of winter oilseed rape phytomass and titanium content
Journal of Elementology
21(4)
1235-1251
Crop group