Salem Journal of Science, Information & Communication Technology

This study aims at evaluating work-life balance in modern organization by examining the role of the internet in Niger Delta Development Commission. To achieve this, the study raised four objectives which were to; find out the extent to which internet used for work in Niger Delta Development Commission; determine how often members of staff of NDDC use the Internet to reach their work-life balance; ascertain the influence of work-life balance on job satisfaction of employees in NDDC. This study was anchored on three theories; Technological Determinism theory and Border, Boundary theory and Ecological System Theory. The study adopted the survey research design with questionnaire and interview guide as data gathering instruments. The population of the study comprised all the staffs of NDDC headquarter. Therefore, the total population of the study of this study is 879, and Taro Yamane sample size determination was used to arrive at the sample size of 275. Data obtained from the instrument were analyzed using Weighted Mean Score (four point Likert scale). The finding of this study showed that the internet is often used for work in the NDDC. The findings of this study showed that the staff of NDDC constantly use the interment to reach work-life balance. Based on the strength of the finding, the study concluded that the internet is often used for work in the NDC. The study also concluded that the staff of NDDC constantly use the interment to reach work-life balance. The study recommended that organizations should ensure that they equip their offices with modern equipment especially internet facilities so as to enable their workers achieve work-life balance. The study also recommended that organizations and the NDDC in particular should always provide free Wifi for their workers to ease the burden of work on then.

Infertility affects millions of couples globally, with in vitro fertilization (IVF) emerging as a common assisted reproductive technology (ART). Despite its success, predicting IVF outcomes remains complex due to the multifactorial nature of fertility. This study presents a deep learning-based approach to predict IVF success in Nigeria by analyzing and comparing the predictive power of male and female fertility factors. A comprehensive dataset comprising clinical and laboratory data from both partners was collected and preprocessed. Convolutional Neural Networks (CNNs) and Deep Neural Networks (DNNs) were employed to develop models trained on male-only, female-only, and combined datasets. Evaluation metrics such as accuracy, precision, recall, F1-score, and AUC-ROC were used to assess performance. The results reveal that models trained on combined male and female factors significantly outperformed those trained on individual datasets, with an overall accuracy of 87.3% and an AUC of 0.91. Female age, oocyte quality, and endometrial thickness were identified as strong predictors, while sperm morphology and motility also showed substantial influence. These findings highlight the importance of integrated data analysis for improving IVF prognostication. This research underscores the potential of AI-driven decision support systems in enhancing clinical strategies and personalized treatment planning for infertile couples.

Creation of Green Cities involves designing well ventilated houses, apartment blocks and buildings that welcome natural lighting and consume less electric power. Designing green cities is not at all difficult. By so doing you will be creating sustainable environment. This paper examines the current state of green cities and strategies to increase green cities. Data for the study were derived from primary and secondary sources. The poor quality of Nigerian urban environment has been attributed partly to the inadequate, misuse and mismanagement of urban open spaces. It exerts major strain on the physical outlook on the nation's cityscape and a negative effect on the welfare and productivity of the residents. The green cities have an important multifunctional role in improving the living environment: pollution control; water conservation; soil erosion control; diminishing bacterial impact on man and animals by purifying the atmosphere; mitigating urban climate; and improving the quality of urban living through the psychological and sanogenic effect. Green cities require a multidisciplinary and collective approach for it to succeed. Many agencies and ministries must come together to create green cities. On a large scale all the Nigerian people need to be mobilized to adopt life styles that promote sustainable cities development.

Now a day’s there is an increasing recognition that freshwater is a valuable resource due to overexploitation and pollution. Wastewater discharge contains several harmful substances or chemicals, which may cause adverse environmental impacts such as changes in aquatic habitats, species composition, and a decrease in biodiversity (Li, et al., 2024). All of these impacts lead to a less valuable environment, a less prosperous economy, and ultimately, a diminished quality of life. Recent studies have highlighted the complex interactions between multiple pollutants in sewage and their synergistic negative effects on freshwater ecosystems (Patel & Sharma, 2023). Furthermore, the impact of emerging contaminants, such as microplastics present in wastewater, on freshwater biodiversity is a growing area of concern (Khan & Ahmed, 2025). Several substances are present in sewage, which can potentially impact seafood, plant and animal communities in different ways.  Common pathogens such as Vibrio spp., Salmonella, Shigella, Listeria monocytogenes, and Aeromonas spp. Are frequently Associated with seafood-related illnesses, particularly when products are consumed raw or Undercooked, or harvested from contaminated waters. The risk is exacerbated in environments with inadequate sanitation, improper handling, or cross-contamination during processing and Distribution.The presence of antimicrobial-resistant (AMR) strains further complicates treatment and control Efforts, making routine surveillance, stringent hygiene practices, and public education essential. This article therefore advocates for preventative strategies—such as monitoring harvest waters, enforcing seafood safety regulations. It also recommends that proper cooking is critical to reducing the incidence of foodborne infections and that continued Research and a One Health approach are needed to manage the evolving risks of bacterial Pathogens in seafood and safeguard public health.