Productivity of white lupine (Lupinus albus L.) in different sowing periods in the conditions of the Southern Trans-Urals

Khalimullina, A. A.; Sozinov, Andrey; Порсев, И Н; Subbotin, Igor

doi:10.1088/1755-1315/341/1/012089

Cited by 3 publications

(3 citation statements)

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“…We also found a significant correlation (r = 0.678) (Table 3) between pod number plant -1 and seed yield. Khalimullina et al (2019) reported that precipitation deficiency during the late stages of white lupine (variety Gamma) caused pod number plant -1 to decrease by 5.5%. They also reported that the same variety had the seed number plant -1 decreased by 23%, the seed weight plant -1 decreased by 34.6% and the 1000seed weight decreased by 15.2% under this unfavorable condition.…”

Section: Yield Componentsmentioning

confidence: 99%

“…In our experiment, water shortage occurred basically during the late season (July) in "Nyalka", probably leading to reduced seed yield (Table 2). Khalimullina et al (2019) reported a 37.4% decrease in the seed yield of "Gamma" white lupine under unfavorable precipitation conditions.…”

Section: Seed Yield and Seed Qualitymentioning

confidence: 99%

“…It can be grown in a wide soil-type range (Weisskopf et al, 2006). Its pods stay closed when matured, and can fairly stick to the stalks, resulting in minimal losses at harvest (Khalimullina et al, 2019). In addition, the growth rate of white lupine is rapid, especially during early growing stages, with 14-16 °С for vegetative organ formation and 16-20 °С for anthesis as the optimum temperatures (Mazur et al, 2018).…”

Section: Introductionmentioning

confidence: 99%

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Yield and Yield Components of White Lupine Under Different Ecological Conditions

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Tekirdağ Ziraat Fakültesi Dergisi

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White lupine (Lupinus albus L.), with its favorable agrotechnical specifications, is a very important legume. Its water demand is relatively low, yet fluctuations in water amount and/or distribution during its life cycle might influence its performance. An experiment was carried out at 3 locations in Hungary; "Debrecen", "Jobbágyi" and "Nyalka" in 2020 to investigate certain yield components performance; namely pod number plant -1 , seed number plant -1 , seed weight plant -1 and 1000-seed weight, as well as the final seed yield of white lupine (cv. Nelly). In addition, the average seed size (calculated as a percentage from the final seed yield) was also calculated. Soil was slightly alkaline in "Nyalka", whereas it was acidic in the other 2 locations. Precipitation was higher in "Debrecen" from April to July. Results showed that "Debrecen" location had significantly higher pod number plant -1 , seed number plant -1 and seed weight plant -1 , leading to significantly higher seed yield compared to "Jobbágyi" and "Nyalka" locations. Seed yield was strongly-positively correlated with most of the seed component traits. In addition, "Debrecen" location had the highest average of bigger seeds (over 9 mm) and the lowest average of smaller seeds (between 3.5 -9 mm). It could be concluded that white lupine performance in the study areas is highly associated with both the precipitation amount and distribution throughout the plant's vegetative period, as well as with the soil pH. More thorough studies concerning potential enhancements in white lupine's growth and yield with the availability of specific nourishers might be an additional database enrichment, especially with the lack of such data in the studied areas.

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Section: Yield Componentsmentioning

confidence: 99%

Section: Seed Yield and Seed Qualitymentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Yield and Yield Components of White Lupine Under Different Ecological Conditions

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et al. 2021

Tekirdağ Ziraat Fakültesi Dergisi

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Economic and biological value of pea varieties in solving the protein problem under environment the Trans-Urals

Порсев

Viyunik

Polovnikova

et al. 2021

Kormlenie Sel'skohozjajstvennyh Zhivotnyh I Kormoproizvodstvo (Feeding of Agricultural Animals and Feed Production)

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Under the conditions of the Trans-Urals the cultivation of varieties of field pea allows us to get high yields, not inferior to grain, provides high profitability and solves the problem of protein in animal husbandry. Its inclusion in the crop rotation contributes to the improvement of soil fertility, yield and product quality of subsequent crops. Pea seeds depending on the variety and cultivation conditions contain (in % per dry matter): 9–15 water, 18–35 protein, 46–60 nitrogen-free extractives (including 20–50 % starch, 4–10 % sugars), 0,6–1,5 fat, 2–10 fiber, 2–4 ash. The purpose of the research was to determine the economic and biological value of varieties of field pea and the influence of biotic and abiotic factors on crop yield under the conditions of the Trans-Urals. According to the results of three years of study a good level of yield was noted in the varieties recommended for cultivation in the Ural region, which includes the Kurgan region: Aksaysky Usaty 55–2,47 t/ha; Agrointel – 1,88 t/ha, Zauralsky 3–2,12 t/ha, Samarius – 2,40 t/ha. Among the new varieties the high yield was shown by the varieties Kulon – 2,75 t/ha, Yamal 305–1,94 t/ha, Chevron – 1,84 t/ha. The increase in the seed yield of pea varieties with the use of urea (N₃₀) was noted for all the studied varieties. So, for example, for Sibur 2 variety by 1,11 times, for Aksaysky Usaty 55 and Samat varieties by 1,12, for Samarius variety by 1,15 times. The use of urea and double superphosphate (N₃₀P₃₀) to obtain the maximum yield for the studied varieties of peas allowed to increase the yield for the variety Aksaysky Usaty 55 by 1,18 times, Samat and Sibur 2 by 1,17, Samarius by 1,2 times.

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The economic and biological value of beet varieties under the Trans-Urals conditions

Порсев¹,

Polovnikova²,

Nemiriva³

et al. 2022

Feeding of agricultural animals and feed production

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Table beet is a valuable crop used in many countries, both for its main (food) purposes and in many others. Beetroots are very rich in vitamins (C, B₁, B₂, P, PP, etc.), iron, magnesium, iodine, ascorbic and folic acids. Beetroot is grown almost everywhere, but it is most common in the northern hemisphere, because it is cold-resistant and light-loving. Leaves and non-marketable root crops can be used for feed for farm animals, as well as when laying a combisilage. As a rule, combisilage consists of feed of several types that complement and enrich the mixture with different nutrients. Promising varieties and hybrids of table beet under the conditions of the Trans-Urals have been studied in the paper. The yield of varieties varied on average over the years of study from 280 c/ha Bordeaux variety to 352 c/ha Detroit variety. In hybrids, the yield level varied from 292 c/ha for the Rondo F₁ to 340 c/ha for the Pablo F₁ hybrid. The role of mineral fertilizers in increasing the yield of table beet varieties has been determined. The use of complex fertilizer nitrogen-phosphor in a dose of N₄₀P₄₀K₄₀ allowed to obtain the highest yield in the experiment. The excess over the control was noted for Detroit and Mulatto varieties from 1,22 times to 1,24 times for Bordeaux variety. The phytosanitary technology of table beet cultivation under the production conditions of ZAO “Kartofel” in the Ketovsky area in the Kurgan region has been considered. The yield of marketable products for Larka F₁ hybrid was obtained in 2019 – 361 kg/ha from the area of 20 hectares, Rondo F₁ hybrid – 384 kg/ha from the area of 60 hectares. In 2020 on the farm with the area of 100 hectares the yield of Rondo F₁ hybrid was 413 kg/ha.

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Productivity of white lupine (Lupinus albus L.) in different sowing periods in the conditions of the Southern Trans-Urals

Cited by 3 publications

References 2 publications

Yield and Yield Components of White Lupine Under Different Ecological Conditions

Yield and Yield Components of White Lupine Under Different Ecological Conditions

Economic and biological value of pea varieties in solving the protein problem under environment the Trans-Urals

The economic and biological value of beet varieties under the Trans-Urals conditions

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