Biotic stresses, such as pests and diseases, pose significant threats to global crop production. This study aims to explore the potential of enhancing crop resilience to biotic stresses through molecular breeding. By leveraging advances in genomics and biotechnology, this research seeks to elucidate the genetic mechanisms underlying plant resistance to biotic stresses and to develop improved crop varieties with enhanced resilience to pest and disease pressures.
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This research examines two common teaching methods used in high school biology classes: inquiry-based learning and lecture-based teaching. Inquiry-based learnin...
This research focuses on comparing the lipid profiles—measurements of fats and fat-like substances in the blood—of individuals diagnosed with Alzheimer’s ...
This research focuses on understanding how digital banking services are adopted differently in developed countries compared to emerging markets. Digital banking...
This research looks at how digital art is included in secondary school teaching in different countries and compares the approaches used. Digital art—using com...
This research looks at how designs inspired by nature, known as biophilic design, are applied in houses located in urban and suburban areas. The goal is to unde...
This research looks at how heritage sites, such as historical landmarks, castles, or ancient towns, are managed and how tourists are engaged with these sites. T...
This research aims to compare how efficiently Indigenous and commercial chicken breeds convert feed into body mass, which is known as feed efficiency. Feed effi...
This research investigates how the sutures in the human skull differ between adolescents and adults. Cranial sutures are flexible joints where skull bones meet,...
This research focuses on understanding how well students in agricultural education can use digital technology, especially comparing students from rural areas wi...