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All Journal Budapest International Research in Exact Sciences (BirEx Journal) Jurnal Agroekoteknologi Terapan Britain International of Exact Sciences Journal (BIoEx Journal) COCOS
Noni N. Wanta
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Agriculture, Biological Sciences & Forestry Biochemistry, Genetics & Molecular Biology Chemistry Civil Engineering, Building, Construction & Architecture Environmental Science Mathematics Medicine & Pharmacology Physics Transportation

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The application of PGPR, Tricocompost, and MOL on the growth and quality of production, as well as the incidence of disease-causing agents in tomato plants in the Rurukan I district of Tomohon City Denny Saroinsong; Maxi Lengkong; Noni N. Wanta
Britain International of Exact Sciences (BIoEx) Journal Vol 7 No 1 (2025): Britain International of Exact Sciences Journal, January
Publisher : Britain International for Academic Research (BIAR) Publisher

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33258/bioex.v7i1.1211

Abstract

The objective of this research is to assess the impact of PGPR, Trichocompost, and MOL on the growth and quality of production, as well as the incidence of disease-causing microorganisms in tomato plants. This study will be conducted by comparing the use of beneficial organic microorganisms namely PGPR, Trichocompost, and MOL with inorganic farming systems that utilize synthetic fertilizers and manure as sources of nutrition for tomato plants. The research method employed a randomized block design consisting of three treatments as follows: Treatment A involved a combination of PGPR, Trichocompost, and MOL; Treatment B utilized inorganic fertilizers N, P, K along with foliar fertilizers Gandasil D and B; Treatment C consisted of chicken manure. Each treatment was replicated five times, with 50 plants per plot, resulting in a total of 750 plants for observation. The results indicated that the application of PGPR, Trichocompost, and MOL positively influenced the average flowering time, the average weight of 50 fruits, and the duration until fruit decay during the growth, development, and production phases of tomato plants. Furthermore, the use of PGPR, Trichocompost, and MOL effectively reduced the incidence of the fungal pathogen P. palmivora on leaves, the bacterial disease Erwinia sp. on leaves, and the fungal disease P. palmivora on fruit stems.
Co-Authors Ariyane O.S. Siwu Audy R. Bororing Audy R. Bororing, Audy R. Betsy A.N. Pinaria Caroulus S. Rante Christina Salaki Daisy S. Kandowangko Denny Saroinsong Emmy Senewe Estu N. Soeratman Estu N. Soeratman, Estu N. Guntur Manengkey Herianto I. Kojong James B. Kaligis Jantje Pelealu Jantje Pelealu Juliet M.E. Mamahit Juliet M.E. Mamahit Magdalena M. Kesek Max Tulung Maxi Lengkong Moulwy F. Dien Paruntu, Masye B. Robert W. Tairas Robert W. Tairas, Robert W. Rulin Datau Saida F. Azim Saida F. Azim, Saida F. Sherlij Dumalang Stela F. Pratiwi Turang , Defly A. S. Virginia V. Manoppo Wailan M. Pandeirot Wailan M. Pandeirot, Wailan M.