Impact of Sowing Dates on the Variability of Different Traits of Fenugreek

Author:

Bobos Іrina1,Fedosiy Ivan1,Zavadska Oksana1,Komar Oleksandr1,Tonkha Oksana1,Furdyha Mykola2,Rucins Adolfs3

Affiliation:

1. National University of Life and Environmental Sciences of Ukraine , 15 Heroyiv Oborony street, UA03041 Kyiv , Ukraine

2. Institute of Potato Growing of NAAS of Ukraine , 22 Chkalov street, Nemishaeve Vlg, Borodyanka Dist., UA07853 Kyiv Region , Ukraine

3. Latvia University of Life Sciences and Technologies , 2 Liela street , Jelgava , Latvia

Abstract

Abstract The article presents the results of studies of two samples of fenugreek: blue (Trigonella coerulea (Desr.) Ser.) and hay (Trigonella foenum graecum L.) on the set of economic, biological and biochemical parameters. The researched samples of fenugreek have a wide range of variability of indicators depending on the terms of sowing and weather conditions. More rapid development was shown by fenugreek species on the summer sowing dates (III decade of June) with a vegetation period of 36–37 days. To obtain a high yield of green mass of fenugreek plants, the early spring (II–III decade of April) and late spring (I decade of May) sowing terms were more suitable. The obtained green mass yield was: 5.7–6.9 t∙ha–1 – blue fenugreek, and 7.3–9.3 t∙ha–1 – hay fenugreek, with the content of the dry matter being 12.4–28.4%, the sum of sugars 2.5–5.0% and vitamin C – 38.0–51.8 mg∙(100 g)−1. To obtain spices called “mushroom grass”, it is promising to use hay fenugreek with early spring (II–III decade of April) and late spring (I decade of May) terms of sowing, as a more developed vegetative mass is formed with the dry weight yield of plants 1.3–1.4 t∙ha–1. An increase in the amount of precipitation by 1 mm resulted in fluctuations of green mass yield from 15.0 to 77.3 kg∙ha–1 and dry mass yield from 0.693 to 25.9 kg∙ha–1.

Publisher

Walter de Gruyter GmbH

Subject

General Agricultural and Biological Sciences,Ecology,Geography, Planning and Development,Global and Planetary Change

Reference21 articles.

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