laboratory for microbiological and physicochemical analyzes and soil|new soil microbiology standards : manufacturing Soil and sawdust samples collected from wood-processing plants in Morogbo-Agbara (M), Iju (I), and Oja (O) of Ado-Odo/Ota, Ogun State, Nigeria were subjected to physicochemical analysis.
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soil microbiology standards
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Procedure for soil testing The procedure for testing the soil to meet these objectives are divided into the following phases: (i) Collection of soil samples and its preparation (ii) Extraction and . This article presents an overview of the existing and forthcoming ISO standards in soil microbiology and highlights possible future research .ultraviolet radiation for 1 hour and transported to Microbiology Laboratory, School of Science, Federal University of Technology, Akure, Nigeria with one hour of collection. Soil samples used for control were collected from an area devoid of poultry farming or waste in FUTA area. 2.3 Microbiological Analysis of the Soil samples
After reception by the laboratory, the samples should be stored in a cold room (4 ± 2 °C) to minimize sample perturbations if the measurements require fresh soil (for instance for biological analysis like microbial activity measurement or DNA extraction, or for chemical analysis on specific soils like Andosols) or before drying and .In this study water and soil samples were collected from TUBED and physicochemical properties of soil and water were examined and analysed. For Soil samples-pH,% of organic matter,% of CaCO3 etc. and for Water samples-pH, TDS(total dissolved solids),TSS(total soluble solids),Sulphate concentration, Dissolved oxygen Soil and sawdust samples collected from wood-processing plants in Morogbo-Agbara (M), Iju (I), and Oja (O) of Ado-Odo/Ota, Ogun State, Nigeria were subjected to physicochemical analysis.
These fungi are closely associated with specific environmental and soil physicochemical properties, and these soil sample properties also differed significantly as a function of slope position (P .using analysis of soil microbiological and physico-chemical characteristics H. BENTHAM*, J.A. HARRIS*t, P. BIRCH* and K.C. SHORTt *Environment and Industry Research Unit, Polytechnic of East London, Romford Road, London E15 4LZ; and tNottingham Polytechnic, Burton Street, Nottingham NG1 4BU, UK Summary 1. Soil microbiological and physico .
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Study area: The study was conducted at the Microbiology laboratory, Faculty of Science, Usmanu Danfodiyo University, Sokoto, Nigeria. Sokoto town has a population of 669,413 people . Physico-chemical analysis of the soil samples: The physico-chemical qualities of the soil samples were determined using the methods of Udo & Ogunwale (1986) and . In order to collect bulk soil, plants were vigorously shaken by hand for 10 min, paying attention to the roots integrity. The actual limit for shaking and thus for sampling for this soil fraction was considered as reached when roots non-adhering soil particles were completely removed (Fig. 1, Step 1). Rhizosphere soil was afterwards collected by hand-shaking roots .The samples used as control were collected from an area devoid of butchering activities. Microbiological analysis of the soil samples: The microbiological analysis of the soil samples were carried out according to the methods of Oyeleke & Manga (2008a) and Rabah et al., (2008).The rhizosphere soils obtained from the three plots were mixed and transported immediately to the laboratory. Each of the soil samples was sieved (<2 mm) and then divided into two aliquots in sealed bags: one aliquot was stored at −80°C for further use (DNA extraction), and the other aliquot was stored at 4°C for determination of soil .
PHYSICO-CHEMICAL ANALYSIS OF SOIL 1 Sunil, 2Vikas Kumar Bharti, 3Arun Kumar, 4Om Prakash, . Soil texture is a classification instrument used both in thefield and laboratory to determine soil classes based on their physical texture. Soil texture can be determined using qualitative methods such as texture, and quantitative . The soil water content, organic matter, bulk density, pH, total nitrogen, and total phosphorus contents were measured using oven drying (105 • C), oil bath-K 2 CrO 4 titration, the ring knife . Soil sampling, depending on the assay, experiment, or project can vary from simple probes, deep cores, to soil slurry collections. Atop of this, soils must be collected from a statistically sound perspective as well as considerations made for physiological, cultivation, or molecular analysis.
A study was made of the physicochemical properties (among others: pH, temperature, conductivity, hardness, chlorides, dissolved oxygen, ammonia, nitrites, nitrates, manganese, iron) and microbiological quality (coliform, psychrophilic and mesophilic microorganisms) of rainwater harvested from the roofs of three large buildings and from a .
The samples used as control were collected from an area devoid of butchering activities. Microbiological analysis of the soil samples: The microbiological analysis of the soil samples were carried out according to the methods of Oyeleke & Manga (2008a) and Rabah et al., (2008).
The physico-chemical analysis showed that Ikare soil samples had the highest pH (6.75) and highest potassium (175 ppm). Samples from Oka-Akoko had the highest organic matter (2.56%) and total nitrogen (0.30 ppm), while the highest phosphorus (6.45 ppm) was obtained from Akungba.
Promoting rice straw in situ return is an important strategy for improving soil quality. From 2018 to 2021, we investigated the effects of rice straw return with microbial agents and film covering technology on soil .
Physicochemical and microbiological characteristics of honey obtained through sugar feeding of bees. . (without sugar). Samples were stowed in sterilized plastic bottles, transported to the laboratory, and kept in the refrigerator at 4 °C until analysis. Analytical grade chemicals were procured from the Merck chemicals, Germany . The physico-chemical analysis of soil samples including soil type, pH, moisture content, organic carbon, available nitrogen and available potassium were estimated as per the standard methods . Physico-chemical and microbiological characterization of pineapple pulp and concentrate on industrial and laboratory scale January 2020 Brazilian Journal of Development 6(3):16507-16521Soil and Air Analysis 7.1 Introduction . 7 Microbiological Methods forfiWater, Soil andfiAir Analysis. 95 7.2.3 Experimental Requirements (Table 7.1) 7.2.4 Experimental Procedure 7.2.4.1 Preparation of Media . Face mask Lab coat Autoclave chemical Indicator tape/ marker
Physicochemical analysis of soil samples: The pH of the soil samples was determined using a pH meter (Jenway 3051) in 1:1 soil solution in distilled water in accordance with the manufacturer’s directions and a thermometer of a range 0 – 100 oC (Cowan and Steel, 2004). The carbon organic content, total
Introduction. Microorganisms in soil ecosystems are ubiquitous, abundant, diverse and essential for many soil functions such as carbon and nitrogen cycling, plant productivity and climate regulation (Whitman et al., 1998; Torsvik et al., 2002; Falkowski et al., 2008; van der Heijden et al., 2008; Bodelier, 2011).Because of their importance, there is a large volume of . Safe drinking water is thus suitable for all purposes, including personal hygiene. Soil analysis is important to know the number of microorganisms that play main roles in the promotion of the growth. Air Microbiology is the study of living microorganisms such as bacteria, fungi, and viruses etc. which are suspended in the form of aerosol in the .In Physico-chemical analysis , various quality parameter are measured including pH, Specific conductivity(SP) , total dissolved solids (TDS),total . to 11am, in Polythene Bottles. The Water samples were immediately brought in to Laboratory for the Estimation of various Physico-chemical Parameters like Water Temperature, pH were .
The world has lost 1.78 × 10 8 ha of forest since 1990, and the relative rate of annual net loss is predicted to be ~0.146% (FAO, 2020).Mounting demands for food and economic development are a major driver worldwide for natural forest conversion to other land uses (e.g., plantations, pastures, grasslands, and other agricultural applications) in arable . For soil physicochemical analysis, bulk soil at a 0.5 m distance from the individual plant was collected at 20 cm depth using a soil core ring. The root and soil samples were transferred to sterile zip lock bags, kept in an icebox, and brought back to the laboratory for immediate processing.
Tábua de marés em Aracruz. Tábua de maré em Aracruz mostrando as alturas de maré alta e maré baixa, horários de pesca, previsão do tempo e surfe, e tabelas solunares .
laboratory for microbiological and physicochemical analyzes and soil|new soil microbiology standards