Tourism as a strategy for poverty reduction for rural areas in Nigeria: a study of Kutigi traditional hat and fan making

Poverty is regarded as the world epidemic disease that must be killed otherwise it will kill its victims. Poverty comes in different forms such as hunger, deprivation of social amenities by governments especially at the rural areas, inability to earn a daily living, inability to secure job opportunities which could be by government or private firms, and deliberate attempt to neglect certain section of the country either through tribe, region or religion. The study focused on tourism as a strategy for poverty reduction for rural areas in Nigeria, with emphasis on Kutigi traditional hat and fan making. Tourism is an industry that concerned itself with movement of people from one destination to another for the purpose of leisure and relaxation for a period of at least 24 hours. Tourism has diverse forms, however, the study centred on rural tourism. It is a form of mass tourism or alternative tourism which centred on rural natural destinations, handicrafts, and eco-tourism to enhance tourists’ experience. The study use qualitative research and interview method to collect data for the study. Seven families, comprising of their heads were interviewed for a period of one week due to the fact that they were predominantly illiterates. The population of these traditional handicrafts range from 100 to 200 scattered among interior villages, and their monthly income is between ₦100, 000. 00 to ₦300,000.00 depending on the market demands of their products. The study therefore, found that rural tourism reduces poverty, creates employments, enhances living standard of the rural people, and develop rural areas.Keywords: Poverty, Tourism, Rural tourism, Mass tourism, Kutigi, Rural are

Diversity of microbial communities in production and injection waters of algerian oilfields revealed by 16S rRNA gene amplicon 454 pyrosequencing

The microorganisms inhabiting many petroleum reservoirs are multi-extremophiles capable of surviving in environments with high temperature, pressure and salinity. Their activity influences oil quality and they are an important reservoir of enzymes of industrial interest. To study these microbial assemblages and to assess any modifications that may be caused by industrial practices, the bacterial and archaeal communities in waters from four Algerian oilfields were described and compared. Three different types of samples were analyzed: production waters from flooded wells, production waters from non-flooded wells and injection waters used for flooding (water - bearing formations). Microbial communities of production and injection waters appeared to be significantly different. From a quantitative point of view, injection waters harbored roughly ten times more microbial cells than production waters. Bacteria dominated in injection waters, while Archaea dominated in production waters. Statistical analysis based on the relative abundance and bacterial community composition (BCC) revealed significant differences between production and injection waters at both OTUs 0.03 and phylum level. However, no significant difference was found between production waters from flooded and non-flooded wells, suggesting that most of the microorganisms introduced by the injection waters were unable to survive in the production waters. Furthermore, a Venn diagram generated to compare the BCC of production and injection waters of one flooded well revealed only 4% of shared bacterial OTUs. Phylogenetic analysis of bacterial sequences indicated that Alpha- , Beta- and Gammaproteobacteria were the main classes in most of the water samples. Archaeal sequences were only obtained from production wells and each well had a unique archaeal community composition, mainly belonging to Methanobacteria , Methanomicrobia , Thermoprotei and Halobacteria classes. Many of the bacterial genera retrieved had already been reported as degraders of complex organic molecules and pollutants. Nevertheless, a large number of unclassified bacterial and archaeal sequences were found in the analyzed samples, indicating that subsurface waters in oilfields could harbor new and still-non-described microbial specie

Decision making autonomy and maternal healthcare utilization among Nigerian women

Background and Objectives: Low assess to ante-natal care (ANC) services continue to pose a major public health challenge leading to high maternal mortality rates in developing countries. Non-utilization of ANC services among about a quarter of Nigerian women of reproductive age remains a major concern in the actualization of Sustainable Development Goals. Considering the complexity of healthcare utilization in Nigeria, the relationship between a particular health care utilization pattern and women autonomy has not been fully examined. This study examines the patterns of women autonomy and their relationships with ANC utilization in Nigeria. Methods: This was a cross-sectional analysis of the 2013 nationally representative data from the Nigerian Demographic and Health Survey (NDHS). Factor analysis/score were used to construct women autonomy index, while chi-square and logistic regression were used to establish the relationships between the response and exposure variables. Results: There is a strong relationship between women decision making autonomy status and ANC services among Nigeria women. The odds of utilizing ANC services among women with more decision making autonomy were significantly 3.79 higher than among women with low decision-making autonomy. The use of ANC increases as age, education and wealth status of respondents increase. Conclusions and Global Health Implications: These results indicate that women autonomy is undoubtedly a major determinant of ANC utilization in Nigeria

Incidence of organophosphate and carbamate poisoning in dogs within Maiduguri, North-eastern Nigeria

The persistent application of chemicals in pest control and agricultural processes possess a public health concern as their use are often associated with acute or chronic poisoning cases in both humans and animals. In veterinary medicine, pesticides such as organophosphates and carbamates are exclusively used in ectoparasitic control through pour on, tick bath and fumigation. The incidence of organophosphate or carbamate poisoning in dogs within Maiduguri, north-eastern Nigeria was assessed using three government approved and licensed veterinary centres. Data were obtained through the review of three years (2016-2018) retrospective cases of organophosphate/carbamate poisoning and administration of questionnaires to actively practising veterinarians. Investigation revealed that organophosphate/carbamate poisoning in dogs within Maiduguri metropolis constituted 37% of poisoning cases and was on the increase in recent years with 22.96% of the total cases reported in 2016, 34.08% in 2017 and 42.96% in 2018. The case was most prevalent at the peak of the rainy season around July and August. The common clinical signs observed include salivation, vomiting, diarrhoea, muscle spasms, severe weakness and paralysis. Management was usually supportive and symptomatic while antidotal therapy revolved on atropine sulphate only. The effect of ageing in organophosphate poisoning was neglected by most of the clinicians as more than 50% would administer atropine sulphate without considering the duration of the onset of poisoning. It was concluded that the incidence of organophosphate and carbamate poisoning in dogs in Maiduguri constituted 37% of all poisoning cases where 22.96% and 42.96% of it were reported in 2016 and 2018, respectively. Enlightenment programmes for the public and professionals are recommended on the increased cases of poisoning and proper use of antidote in the treatment of chemical toxicosis

Antagonistic activity of Bacillus sp. obtained from an Algerian oilfield and chemical biocide THPS against sulfate-reducing bacteria consortium inducing corrosion in the oil industry

The present study enlightens the role of the antagonistic potential of nonpathogenic strain B21 againstsulfate-reducing bacteria (SRB) consortium. The inhibitor effects of strain B21 were compared with those of the chemical biocide tetrakishydroxymethylphosphonium sul- fate (THPS), generally used in the petroleum industry. The biological inhibitor exhibited much better and effective performance. Growth of SRB in coculture with bacteria strain B21 antagonist exhibited decline in SRB growth, reduction in production of sulfides, with consumption of sulfate. The observed effect seems more important in comparison with the effect caused by the tested biocide (THPS). Strain B21, a dominant facultative aerobic spe- cies, has salt growth requirement always above 5% (w/v) salts with optimal concentration of 10–25%. Phylogenetic analysis based on partial 16S rRNA gene sequences showed that strain B21 is a member of the genus Bacillus, being most closely related to Bacillus qingdaonensis DQ115802 (94.0% sequence similarity), Bacillus aiding- ensis DQ504377 (94.0%), and Bacillus salarius AY667494 (92.2%). Comparative analysis of partial 16S rRNA gene sequence data plus physiological, biochemical, and phe-notypic features of the novel isolate and related species of Bacillus indicated that strain B21 may represent a novel species within the genus Bacillus, named Bacillus sp. (EMBL, FR671419). The results of this study indicate the application potential of Bacillus strain B21 as a biocontrol agent to fight corrosion in the oil industr