Improvement Quality and Content of Pepper and Chilli Nitrates Influenced by the Effective Microorganisms
EM microorganisms are able to increase the soil microfauna, leading to an improvement in field production. Photosynthetic bacteria, contained in Em microorganisms, can in fact, in synergy with other microorganisms, improve the absorption of nutrients from the soil and reduce the incidence of disease. The objective of this trial was to evaluate the influence of EM microorganisms on growth and nitrate content on pepper and chilli plants. The treatments carried out were: 1) use of EM microbial selection; 2) plants irrigated with water. In all the experiments carried out, the pepper and chilli plants treated with EM were significantly higher and had larger stems than those treated with water. The use of EM micro-organisms can therefore lead to an increase in production quality and a reduction in nitrate content on pepper and chilli plants.
CR, Escano. (1996). “Experiences on EM technology in the Philippines”. http://www.futuretechtoday.net/em/index2.htm, accessed [13.11.2012]
T., Higa. (2012). “Kyusei Nature arming and environmental management through Effective Microorganisms. The past, present and future”. http://www.infrc.or.jp/english/KNF_Data_Base_Web/7th_Conf_KP_2.html.
II, Idris, MT, Yousif, ME, Elkashif, FM, Bakara. (2008). “Response of tomato (Lycopersicum esculentum Mill.) to application of effective microorganisms”. Gezira journal of Agricultural Science, 6(1), North America, 6, oct.2012. Available at: http://journals .uofg.edu.sd/index.php/GJAS/article/view/4. date accessed: [06 Apr.2013]
B., Marambe, U.R., Sangakkara, (1996). “Effect of EM on weed populations, weed growth and tomato production in Kyusei nature farming”. http://www.futuretechtoday.net/em/index2.htm
B., Mohan.“Evaluation of organic growth promoters on yield of dryland vegetable crops in India”. Journal of Organic Systems, vol.3, pp 23-26, 2008
L., Ncube, PNS, Minkeni, O., Brutsch.”Agronomic suitability of effective micro-organisms for tomato production”. African Journal of Agricultural research, 6:650-654, 2011
L., Ncube, B., Calistus. “Effects of the integrated use of effective microorganisms, compost and mineral fertilizer on greenhouse-grown tomato”. African Journal of plant Science, 2012
M., Olle, I.H., Williams. “The influence of Effective Microorganisms on the growth and Nitrate content of vegetable transplants”. Journal of Advanced Agricultural Technologies, 2(1), 25-28, 2015
R., Pavlovic, S., Petrovic, D.D., Stevanovic. “The influence of transplant quality on the yield of tomato grown in plastic house”. Acta Horticulturae, vol. 456, pp. 81-86, 1998
D., Prisa. “Trattare la vite con i microrganismi EM”. Bollettino informativo di legislazione vitivinicola n.20, maggio 2016
D., Prisa.”Microrganismi EM e zeolite a chabasite per la coltivazione di ibridi di Echinopsis”. Il floricultore. pp 48-52, 2017
D., Prisa, G., Castronuovo. “Xeriscaping: utilizzo di piante succulente e cactacee e di tecniche innovative di coltivazione per il risparmio idrico nei giardini mediterranei”. 1 ed., vol.1, Edizioni Lulu, 2018, pag.1-5.
MFB, Siquera, CP, Sudrè, LH, Almeida, APR, Pegorerl, F, Akiba, (2012). “Influence of Effective Microorganisms on seed Germination and plantlet vigor of selected crops”. Http://futuretechtoday.com/em/EmseedgermplantVigor.pdf, Accessed [14.11.2012]
HL, Xu, R.,Wang, M., Miridha. “Effects of Organic Fertilizers and a Microbial Inoculant on Leaf Photosynthesis and fruit Yield and Quality of Tomato plants”. Journal of Crop production, 3:173-182, 2001
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