The effect of planting scheme and fertilizer rates on the quality of sugar beet | [Journal of Global Innovations in Agricultural Sciences • 2023]

Author(s):

1. Aslanov Hasanali Asad: Department of Agrochemistry, Azerbaijan State Agricultural University,Azerbaijan, Ganja,

2. Aslanova Dilbar Hasanali: Department of General Agriculture, Genetics and Selection, Azerbaijan State Agricultural University,Azerbaijan, Ganja,

3. Agazade Gunel Fazil: Department of General Agriculture, Genetics and Selection, Azerbaijan State Agricultural University,Azerbaijan, Ganja,

4. Aliyeva Dursun Latif: Department of General Agriculture, Genetics and Selection, Azerbaijan State Agricultural University,Azerbaijan, Ganja,

5. Hasanova Sima Zaur: Department of Ecology, Azerbaijan State Agricultural University,Azerbaijan ,Ganja,

6. Quliyeva Leyla Namig: Department of Biology, Ganja State University Azerbaijan,Ganja,

Abstract:

Sugar beet is a crop of huge national economic importance. The beetroot plant shows great sensitivity to the abiotic factors especially to fertility of the soil. The lack of nutrients in the soil where this plant is grown weakens its normal development and significantly reduces its yield. Therefore, the present research work was planned to assess the impact of planting schemes and mineral fertilizer norms on the quality production of sugar beet. Research works were carried out in 2021-2022 with Caucasian variety of sugar beet on irrigated gray-brown soils. The field experiments were laid out under different plnating schemes and fertilizer application rates. In case of 50x20 cm planting scheme without fertilizer (control); dry matter 21.4%, sugar 15.6%, protein 5.38%, fat 0.61%, cellulose 5.69%, ash 4, 46% and nitrate nitrogen 147.5 mg/kg in wet mass, respectively were recorded in background (P120K90) variant; 15.9%; 5.85%; 0.65%; 5.77%; 4.53% and 163.8 mg/kg.The quality indicators of sugar beet, as well as root and fruit crops, increased significantly compared to the control and background (P120K90) variants in the increased rates of nitrogen fertilizer along with the background. The highest quality indicators were observed in the background+N90 variant, respectively 24.9%; 17.9%; 6.21%; 0.76%; 6.05%; 4.71% and 183.0 mg/kg. In the 50x20 cm planting scheme, which has more food space, the quality indicators were higher in each of the studied options than in the 50x10 cm and 50x15 cm planting schemes, depending on the mineral fertilizer norms. 0.8-3.5% dry matter, 0.3-2.3% sugar, 0.47-0.83% protein, 0.04-0.15% fat, cellulose 0.08-0.36%, ash by 0.07-0.25% and nitrate nitrogen increased by 16.3-45.7 mg/kg in wet weight. The amount of nitrates in the root fruits of sugar beet was much less than the permissible limit (250 mg/kg in wet weight). It is concluded that the highest indicators were obtained in the background+N90 and 50x20 cm planting scheme.

Page(s): 7-14

DOI: 10.22194/JGIAS/11.1067

Published: Journal: Journal of Global Innovations in Agricultural Sciences, Volume: 11, Issue: 1, Year: 2023

Keywords:

environmental factors , Sugar Beet , Mineral fertilizer , quality indicators , planting scheme

References:

[1] Jafarpour M.,Kazemi E.,Pessarakli M. .2017 .Effects of raw materials on vermicompost qualities. Journal of Plant Nutrition, 40 : 1635-1643.

[2] Abou-Elwafa S.F.,Amin A.E.E.A.,Eujayl I. .2020 .Genetic diversity of sugar beet under heat stress and deficit irrigation. Agronomy Journal, 112 : 3579-3590.

[3] Abbas M.S.,Mohamed H.S.,Shahba M.A. .2022 .New Approach to Utilize Nano-Micronutrients in Sugar Beet (Beta vulgaris L.). In Sugar Beet Cultivation, Management and Processing, : 291-313.

[4] Agamy R.,Hashem M.,Alamri S. .2013 .Effect of soil amendment with yeasts as bio-fertilizers on the growth and productivity of sugar beet. African Journal of Agricultural Research, 8 : 46-56.

[5] Ahmed S.Y.,Bekeet M.A.,Eissa M.A.,Hussien H.A.,Abou-ElWafa S.F. .2023 .Effect of water deficit irrigation and bio-fertilizers on growth, yield and quality of sugar beet. Egyptian Sugar Journal, 19 : 71-81.

[6] Alexandrov V.A.,Hoogenboom G. .2000 .The impact of climate variability and change on crop yield in Bulgaria. Agricultural and Forest, Meteorology104 : 315-327.

[7] Amin G.A.,Badr and M.H.M. Afifi E.A. .2013 .Root yield and quality of sugar beet (Beta vulgaris L.) in response to biofertilizer and foliar application with micronutrients. World Applied Sciences Journal, 27 : 1385-1389.

[8] Barik S. .2003 .Role of potassium and nitrogen on sugar concentration of sugar beet. African Crop Science Journal, 11 : 259-268.

[9] Bzowska-Bakalarz M.,Banach M. .2009 .Technological properties of sugar beet produced in modified fertilization technology. Acta, Agrophysica14 : 31-40.

[10] Barone V.,Baglieri A.,Stevanato P.,Broccanello C.,Concheri G. .2018 .Root morphological and molecular responses induced by microalgae extracts in sugar beet (Beta vulgaris L.). Journal of Applied Phycology, 30 : 1061-1071.

[11] Curcic Z.,Ciric M.,Nagl N.,Taski-Ajdukovic K. .2018 .Effect of sugar beet genotype, planting and harvesting dates and their interaction on sugar yield. Frontiers in Plant Science, 9 : 1041.

[12] Dimcheva S.,Enchev T.,Kikindonov T. .2021 .Effect of mineral and organic fertilization on the dynamics of biomass accumulation of sugar and fodder beet. Bulgarian Journal of Agricultural Science, 27 : 588-592.

[13] Elshamy M.A. .2016 .Effect of faba bean sowing distance and some combinations of mineral nitrogen levels with biofertilizers on sugar beet and faba bean productivity under intercropping system. Egyptian Journal of Agronomy, 38 : 489-507.

[14] Enan S.A.A.M.,El-Saady M.,El-Sayed A.B. .2016 .Impact of foliar feeding with alga extract and boron on yield and quality of sugar beet grown in sandy soil. Egyptian Journal of Agronematology, 38 : 319-336.

[15] Faiyad R.M.,Hozayn M. .2020 .Effect of magnetic water and urea fertilizer on sugar beet yield and quality. Plant Archives, 2 : 8622-8634.

[16] Gaafar M.S.,EL-Shimi and M.M. Helmy N.M. .2019 .Effect of foliar and soil application of some residuals of sugar cane products (molasses and vinasses) with mineral fertilizer levels on growth, yield and quality of sweet pepper. Menoufia Journal of Plant Production, 4 : 353-373.

[17] Gajić A.,Koch H.J. .2012 .Sugar beet (Beta vulgaris L.) growth reduction caused by hydrochar is related to nitrogen supply. Journal of Environmental Quality, 41 : 1067-1075.

[18] Garcia-Velásquez C.,Y. Van der Meer. C. .2023 .Mind the Pulp: Environmental and economic assessment of a sugar beet pulp biorefinery for biobased chemical production. Waste Management, 155 : 199-210.

[19] Ginzburgh E.A.,Woolfius G.M.,Sheglova G.M. . .. 1963 Soil science (Pochvovedenie), 5 : 25-35.

[20] Hellal F.A.,AEl-Sayed S.A.A.,Zewainy R.M. .2013 .Effects of natural potassium source enriched with compost on nutrient uptake and yield of sugar beet grown in newly reclaimed soils. Middle East Journal of Agriculture Research, 2 : 101-107.

[21] Jaskulska I.,Jaskulski D.,Kamieniarz J.,Radziemska M.,Brtnický M.,Różniak E. .2023 .Effect of Fungicide Protection of Sugar Beet Leaves (Beta vulgaris L.): Results of Many Years Experiments. Agronomy, 13 : 346.

[22] Islamgulov D.,Alimgafarov R.,Ismagilov R.,Bakirova A.,Muhametshin A.,Enikiev R.,Nurligajnov R. .2019 .Productivity and technological features of sugar beet root crops when applying of different doses of nitrogen fertilizer under the conditions of the middle cis-ural region. Bulgarian Journal of Agricultural Science, 25 : 90-97.

[23] Kandil A.,Badawi M.A.,El-Mursy S.,Abdou U. .2004 .Effect of planting dates, nitrogen levels and biofertilization treatments on 1: Growth attributes of sugar beet (Beta vulgaris L.). Scientific Journal of King Faisal University, 5 : 227-36.

[24] Khozaei M.,Haghighi A.A.K.,Parsa S.Z.,Sepaskhah A.R.,Razzaghi F.,Yousefabadi V.A.,Emam Y. .2020 .Evaluation of direct seeding and transplanting in sugar beet for water productivity, yield and quality under different irrigation regimes and planting densities. Agricultural Water Management, 238 : 06230.

[25] Kheir A.,Kamara M. .2019 .Effects of sugar beet factory lime, vinasse, and compost mixed with vinasse application on sandy soil properties and canola productivity. Journal of Soil Sciences and Agricultural Engineering, 10 : 69-77.

[26] Mahmoud E.A.,Ramadan B.S.H.,El-Geddawy I.H.,Samah F. Korany .2014 .Effect of mineral and biofertilization on productivity of sugar beet. Journal of Plant Production, 5 : 699-710.

[27] Masri M.I.,Ramadan B.S.B.,El-Shafai and M.S. ElKady A.M.A. .2015 .Effect of water stress and fertilization on yield and quality of sugar beet under drip and sprinkler irrigation systems in sandy soil. International Journal of Agricultural Science, 5 : 414-425.

[28] Mekdad A.A.A.,Shaaban A. .2020 .Integrative applications of nitrogen, zinc, and boron to nutrientsdeficient soil improves sugar beet productivity and technological sugar contents under semi-arid conditions. Journal of Plant Nutrition, 43 : 1935-1950.

[29] Norton J.B. .2011 .Nitrogen Source, Timing, and Rate Alternatives for Furrow-Irrigated Sugar Beet. Crop Management, 10 : 1-12.

[30] Pradhan S.K.,Holopainen J.K.,Weisell J.,HeinonenTanski H. .2010 .Human urine and wood ash as plant nutrients for red beet (Beta vulgaris) cultivation: impacts on yield quality. Journal of agricultural and food chemistry, 58 : 2034-2039.

[31] Qotob M.A.,Nasef M.A.,Elhakim H.K.,Shaker O.G.,Habashy N.R.,Abdelhamid I.A. .2019 .Integrated effect of plant growth regulators with boron sources on some biological parameters of sugar beet. bioRxiv 839068., : .

[32] Tucher S.,Hörndl D.,Schmidhalter U. .2018 .Interaction of soil pH and phosphorus efficacy: Long-term effects of P fertilizer and lime applications on wheat, barley, and sugar beet. Ambio, 47 : 41-49.

[33] Tyurin I.V.,Kononova M.M. .1963 .Biology of humus and problems of soil fertility. Biology of humus and problems of soil fertility. , : .

[34] Varga I.,Rastija M.,A M.,Zebec V.,Z V. .2022 .Efficiency and management of nitrogen fertilization in sugar beet as spring crop: A review. Nitrogen, 3 : 170-185.

[35] Weeden B.R. .2000 .Potential of Sugar Beet on the Atherton Tableland: A Report for the Rural Industries Research. , 00 : 102.

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