Investigating The Influence of School Environ-ment on Biology Performance: A Case Study of Secondary Schools in Nyimba District
Authors-Masiye Nkhoma, Dr Phiri John
Keyword-Biology performance, school environment, physical infrastructure, social climate, student engagement, educator perspectives, Nyimba District, secondary education, educational reform.
This study investigated the influence of the school environment on biology performance among secondary school students in Nyimba District, Zambia. Grounded in the recognition that both physical infrastructure and social climate play pivotal roles in shaping academic outcomes, the research sought to examine how variations in school settings affect student engagement and achievement in biology. The inquiry was motivated by persistent concerns regarding under-resourced educational facilities and suboptimal interpersonal dynamics within schools, which have been linked to declining performance in science subjects. By focusing on biology—a subject that demands both theoretical understanding and practical application—the study aimed to generate contextually relevant insights that could inform targeted educational interventions. A mixed-methods approach was employed, combining quantitative data from student performance records with qualitative insights gathered through structured questionnaires, focus group discussions, and interviews with teachers and school administrators. The sample included a cross-section of public and government-aided secondary schools within Nyimba District. Data collection instruments were designed to assess perceptions of physical infrastructure, social climate, and motivational influences on learning. Although the study was still in its proposal phase, it was anticipated that find-ings would reveal a significant correlation between the quality of the school environment and biology performance. Educator perspectives were expected to underscore the nuanced ways in which environmental factors shape teaching practices and student outcomes. The significance of this research lies in its potential to guide evidence-based reforms in educa-tional policy and resource allocation. By systematically documenting the environmental determinants of biology performance, the study aimed to contribute to a more holistic un-derstanding of academic achievement in under-resourced contexts. The anticipated recom-mendations would serve as a roadmap for improving both physical conditions and socio-emotional climates in secondary schools, ultimately fostering a more engaging and produc-tive learning environment. These insights could be transferrable to similar educational set-tings across Zambia and beyond, reinforcing the broader discourse on equitable and effec-tive science education.
Doi-[http://doi.org/10.5281/zenodo.20515028]