Dosage Of Chicken Manure Research Articles

Https://doi.org/10.36873/agp.v20

ABSTRACTThis research was conducted in the Analitic laboratory of Palangka Raya Univercity and in the screenhouse of Agriculture Cultivation Department, Palangka Raya Univercity. The purpose of thisexperiment was to determine the effect of dolomit and chicken manure to some soil chemicalproperties of acid sulfate soil and growth of Maize Crop (Zea mays L.). The research was arranged inComplete Ramdomized Design with two factors and three replications. The first factors were level ofdolomit with three levels namely 0 ; 1,5 ; 3,0 times exchangeable alumunium. The second factors werelevel of chicken manure with three levels namely 0, 6 and 12 t ha-1. The results showed that theinteraction between dolomit and chicken manure significantly affected increasing the soil pH anddecreasing exchangeable alumunium. The combination level of dolomit in level 1,5 timesexchangeable alumunium with application of 6 ton.ha-1 chicken manure will be optimum increasingthe soil pH and decreasing exchangeable alumunium. The application a single factor of dolomit notsignificantly affected P-availabilityand growth of Zea mays (plant height, number of leaf and area leafindex) in age 2, 3, 4, 5, 6 weeks after planting. The application of chicken manure only significantlyaffected increasing P- availabilityand growth of Zea mays (plant height, number of leaf and area leafindex) in age 2, 3, 4, 5, 6 weeks after planting. Optimum dosage of chicken manure was 6 t ha-1.Keywords: sulfate soil, dolomite, soil chemical, chicken manures.

Effect of Chicken Fertilizer Combination and Concentration Of Organic Liquid Fertilizer (LOF) on Growth and Results of Sawi Plant (Brassica Junceae L.) Shinta Variety

This research was aimed to test the efficacy of organic liquid fertilizer and to know its effect on the growth and yield of sawi plant. The environmental design used was Randomized Block Design (RBD), consisting of nine treatments and each repeated three times. The combination treatment of chicken manure and liquid organic fertilizer were tested, namely : A = Stable chicken manure 0 ton ha-1 + LOF 0 ml L-1 Solution, B = Stable chicken manure 0 ton ha-1 + LOF 3 ml L-1 Solution, C = Stable chicken manure 0 ton ha-1 + LOF 6 ml L-1 Solution, D = Stable chicken manure 10 ton ha-1 + LOF 0 ml L-1 Solution, E = Stable chicken manure 10 ton ha-1 + LOF 3 ml L-1 Solution, F = Stable chicken manure 10 ton ha-1 + LOF 6 ml L-1 Solution, G = Stable chicken manure 20 ton ha-1 + LOF 0 ml L-1 Solution, H = Stable chicken manure (dung) 20 ton ha-1 + LOF 3 ml L-1 Solution, I = Stable chicken manure 20 ton ha-1 + LOF 6 ml L-1 Solution. The results showed that the combination of chicken manure and liquid organic fertilizer had a significantly different effect on all growth parameters and yield of Shinta variety mustard plants, using a combination of chicken manure dosage of 20 tons ha-1 and liquid organic fertilizer with a concentration of 6 ml L- 1 Solution give a better influence on the growth and yield of Shinta variety mustard plants.

The effect of chicken manure and beneficial microorganisms of EM-4 on growth and yield of kale (Brassica oleraceae acephala) grown on Andisol

Organic manure and beneficial microbes as decomposers play an important role in improving the soil health and the plant growth on Andisol. Andisol is high in organic matter, but the organic matter can be washed away by erosion, especially in a wet area like Berastagi. A field experiment to investigate the effect of chicken manure and beneficial organisms had been conducted from July to September 2017 in Berastagi. The experiment was arranged as randomized block design, consisted of two treatment factors and provided with three replications. The first factor was the dosage of chicken manure (0, 10, 20, and 30 tons/ha) and the second was the dosage of beneficial microorganisms of EM-4 (0, 28.6 and 57.2 liters/ha). The respond (the plant height, total leaves, wet weight and harvested selling weight of the kale) were measured. All observed parameters were not affected by both the dosage of EM-4 and the interaction of dosage of chicken manure and EM-4. The increasing dosage of chicken manure gave a very significant effect on the plant height, total leaves on 20 days after planting, stem diameter on 15 and 20 days after planting, harvested wet weight and harvested selling weight, but had no significant effect on plant height on 5 days after planting and total leaves.

Pengaruh Dosis Pupuk Kandang Ayam Terhadap Pertumbuhan dan Hasil Tanaman Kentang (Solanum tuberosum L.) Varietas Granola

The aim of this research is to get the dosage of chicken manure which can give the best effect on the growth and yield of potato (Solanum tuberosum L.) Granola Variety. The experiment was conducted in Marga Mekar Village Pangalengan District Bandung Regency West Java Province. With an altitude of ± 1,200 meters above sea level, Andisol soil type with pH 5.4. with rainfall of 1980,42 mm/year including type C2 rainfall according to Oldeman (1975). The experimental time from May until August 2017. The research method used was Randomized Block Design (RBD) consisting of six treatments and four replications. The treatment of chicken manure is as follows A (0 ton / Ha), B (6 ton / Ha), C (8 ton / Ha), D (10 ton / Ha), E (12 ton / Ha) and F (14 ton / Ha). The results showed that the application of chicken manure with Dosage 6 ton / ha gave better effect to plant height, while the dosage of 12 ton / ha gave the best effect to weight of tuber per potato plant (Solanum tuberosum L.) Granola Variety.

Cucumber plants (cucumis sativus l.) growth and crop yield of chicken manure fertilized with plant spacing

The research was conducted in Tanjung Sari, Kecamatan Medan Selayang Kotamadya Medan ± 32 meters above sea level. It started since July 2016 to September 2016. It was designed with randomization block design with two factorial experiments which are chicken manure and plant spacing. First factor was 4 doses of chicken manure, symbolized by K; K0 = 1.5 kg/plot, K1 = 2 kg/plot, K2 = 2.5 kg/plot and K3 = 3 kg/plot. Second was 4 different plant spacing, symbolized by J; J0 = 30 cm x 60 cm, J1 =: 35 cm x 60 cm, J2 = 40 cm x 60 cm and J3 = 45 cm x 60 cm. The result shows that giving 3kg/plot of chicken manure increases plant height to 162.15 cm with 22.44 number of leaves. Fresh fruits per sample was weight 1121.88 g and per plot is 4.52 kg with 9.17 and 36.67 units of fruits per sample and plot respectively. With 45 cm x 60 cm (J3) for plant spacing gives a plant with the height of 160.51 cm and 22.85 number of leaves. Fresh fruits obtained is 1216.67 g and 9.33 units per sample while per plot gives 4.90 kg and 7.33 units of fresh fruits. This plant spacing leads to a better output for the yield compared to narrower spacing. There are no interaction between chicken manure dosage and plant spacing towards plant height, number of leaves, fresh fruits weight and units per sample and plot.

The Effect of Egg shell Flour and Chicken Manure Toward Soil pH, P-availability and Ca of Inceptisol with P-absorption and Ca-absorption on Maize (Zea mays. L)

The aim of this research was to know the effect of egg shell flour and chicken manure toward soil pH, P- availability and Ca of inceptisol with P-absorption and Ca-absorption on maize ( Zea mays L .). The research had been conducted from March to September 2015 at gause, Faculty of Agriculture,University of Sumatera Utara. The method used was Randomized Block Design with 2 factors and 2 replications. The first factor was dosage of chicken manure 0, 18,75, 37,5 and 56,25 g /5 kg (soil) and second factor was dossage of chicken egg shell flour 0, 4, 8, 12 g/5 kg (soil). The result showed that chicken manure was effect significantly to increas soil pH, organic- C, P-availability and P-absorption, Ca-absorption with growth of maize. Application chicken egg shell flour only was significant effect in increasing P-availibility. Interaction manure and chicken egg shell flour was significant effects on plant height and P-availibility.

Respons Pertumbuhan dan Produksi Beberapa Varietas Tomat (Lycopersicum esculentum L.) Dataran Rendah Terhadap Pemberian Pupuk Kandang Ayam

The purpose of the study was to determine the growth response and yield of some varieties oflowland tomato (Lycopersicum esculentum L.) under application of chicken manure. The researchwas conducted at Pasar I Tanjung Sari, Medan, of 25 meters above sea level, from June until August2013. The research design is a randomized block design with two factors, tomato varieties; Rempai,Vida and Super King, and chicken manure’s dosages; 0, 250, 500 and 750 g/polybag. Parametersobserved were plant height (cm), the number of fruit per plant, the number of bunches, the numberof fruit per bunch, average fruit weight (g) and heritability. The results showed that tomato varietieshave significant different on plant height, average fruit weight, the number of bunches, the numberof fruit per plant and the number of fruit per bunch, dosage of chicken manure showed significantparameters plan height, the numberof bunches and the number of fruit per bunch. Interaction of bothtreatments gave significant different on plant height, the number of bunches, the number of fruit perplant and the number of fruit per bunch.Key words : lowland tomato variety, chicken manure

Frações orgânicas e mineral na produção de mudas de mamoeiro

O objetivo deste trabalho foi avaliar o efeito de diferentes doses de esterco de galinha associadas ao adubo superfosfato simples, em substituição à formulação empregada no norte do Espírito Santo, na produção de mudas de mamoeiro 'THB'. O experimento foi realizado no viveiro agrícola, na Empresa Caliman Agrícola S.A., no município de Linhares-ES. Adotou-se o delineamento estatístico em blocos casualizados, em esquema fatorial 5x5, com 5 doses de superfosfato simples (0; 5; 10; 15 e 20 kg m-3) e 5 doses de esterco de galinha (0; 10; 20; 30 e 40 % v/vt), além de uma testemunha adicional, constituída da mistura-padrão utilizada na região com o adubo Basacote mini 3M®, fórmula NPK (mg) 13-06-16 (1,4), com micronutrientes (10% S, 0,05% Cu, 0,26% Mn e 0,015% Mo) na dosagem de 10 kg m-3, com 4 repetições. O substrato utilizado foi o Bioplant®. Para comparação, avaliaram-se a % de emergência, o índice de velocidade de emergência, o tempo médio de emergência, o índice de teor de clorofila, altura, diâmetro do coleto, número de folhas, comprimento da raiz, massa seca de raízes e de parte aérea das plântulas. Conclui-se que o tratamento-padrão com substrato Bioplant®, associado ao fertilizante Basocote®, apresentou-se como o melhor para a produção de mudas do mamoeiro 'THB', desaconselhando-se o uso do esterco de galinha na mistura com substrato. A aplicação do fertilizante superfosfato simples não melhorou a qualidade das mudas em relação ao padrão.