COVID-19 pandemic creates a worldwide problematic situation as well as Bangladesh which secures the top ten GDP growths in the last decade. Since this country has an agriculture dominated economy, this pandemic badly affects on the agricultural business sector. However, the significance of the COVID-19 pandemic may vary from different parts of Bangladesh. To visualize those effects on the consumers' points of view, this research has been conducted for measuring the different points of pandemic affects on 10 different agricultural products. A survey has been designed to collect the consumers' perception to buy agricultural food during this pandemic and a total of 200+ valid data was selected for analysis. Data has been randomly collected from all over the country having a prioritized location with a higher COVID-19 detection rate. Respondents shared their viewpoints on 10 different agricultural products type named as Coarse Rice, finer quality rice, beef & mutton, poultry & egg, local fish, exported fish, fruits & vegetables, cooking oil, spice crops, and imported foods. The data are statistically analyzed to answer three research questions regarding food availability, price hiking, and the government's initiatives to mitigate the impact of this pandemic. It has been found that almost every consumer reports comparatively higher pricing and a lack of agricultural products in the domestic market. All the data are negatively skewed for pricing in terms of any cities in Bangladesh, which means every consumer suffer from the price hiking during this pandemic. It also depicted that the food crisis was more dominated in the capital city rather than the remote local villages, which may happen due to the supply chain disruption of perishable products. However, the government already took some initiatives to mitigate the effect of this pandemic, but more thanthemajority of the respondents are not fully convinced of that. An interesting finding is that the crisis issue is not significantly dependent on any consumers' demographic data, which means every category of consumers already more or less affected by the pandemic.
Contribution/ OriginalityThis research paper is based on empirical data and reveals some results to exhibit that how SME financing effects on some socio-economic phenomena of Bangladesh like entrepreneurship development, poverty alleviation, women entrepreneurship development etc. considering the context of Bangladesh.
Many types of soil bacteria through antagonistic activity, thrive in the rhizosphere of plants or surround the tissues of plants and encourage plant development and reduce the nematode population. Bacteria as such are commonly known as Plant Growth-Promoting Rhizobacteria (PGPR). The purpose of this research was to determine Bacillus spp. inoculations impact on tomato seedling development with varying rates of chemical nitrogen-fertilizer. To minimize the recommended quantity of N fertilizer for tomato seedling development, a small pot experiment with selected PGPB was undertaken with varying amount of N fertilizer. Plant growth-promoting bacteria (PGPB) labeled as UPMB10 and UPMRB9 (identified as Bacillus subtilis and Bacillus tequilensis, respectively) were utilized as microbial inoculants because they showed a significant improvement in seedling growth and N concentration in tomato plant tissues in a pot culture investigation. These microbial inoculants significantly improved the development of the plants, stem length, root length, leaves number, dry weight of shoots (stem, leaves), dry weight of roots, SPAD value, N concentration in tissues, and soil bacterial population. Bacteria-treated seedlings with 50% N fertilizer significantly increased stem length (69.07%), root length (78.51%), leaves number (68.58%), shoots (92.45%, 90.39%, stem and leaves, respectively), roots (73.33%), SPAD value (50.31%), and N concentration in plant tissues (63.79%) as compared to the uninoculated control. The findings also showed that inoculation of the Bacillus spp. tomato seedlings could save up to 50 percent of the recommended rate of chemical N fertilizer without affecting tomato seedling growth. The findings of this study suggest that the amount of nitrogen fertilizer given during tomato seedling development can be reduced by half, resulting in increased soil health and reduced environmental pollution.
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