Academic Articles -- ޢިލްމީ ލިޔުންތަކުގެ ޖަމާ
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Item ހައްދުފަހަނައެޅުމުގެ ބަދަލުގައި ދީން ބާރު އަޅަނީ މެދުމިންތަކުގައި ހިފަހައްޓަން(މިހާރު, 2023-03-29) ސަޢުދުﷲ ޢަލީ; Ali, SaudhullahItem Institutional adoption and implementation of blended learning : differences in student perceptions(Turkish Online Journal of Distance Education, 2023-01) Ali, Ramiz; ރާމިޒް އަލީBlended learning (BL) has been a popular mode of course delivery in higher education, aiming to provide students with better learning experiences by integrating face-to-face (f2f) instructions and affordances of digital technology. However, lack of knowledge about how students perceive BL cross-disciplines can make it difficult for teachers to provide consistent learning experiences to students, yielding inequity in learning experiences. This study aims to explore how university students perceive BL, and to compare differences in perceptions across subjects. Participants were 407 university students from eight subject disciplines. Data were collected through a questionnaire and were analyzed using SPSS. A one-way ANOVA was performed to compare the differences between the groups. Results showed, students were generally happy about the use of BL, despite facing multiple barriers in using the learning approach. Results further revealed that students studying tourism/hospitality, and business subjects were more negative about BL, while students in science, and Islamic studies faculties were more receptive to BL compared to the rest of the university.Item The Maldives National University climate and environment research framework 2025-2030(The Maldives National University ދިވެހިރާއްޖޭގެ ޤައުމީ ޔުނިވަރސިޓީ, 2025) The Maldives National University; ދިވެހިރާއްޖޭގެ ޤައުމީ ޔުނިވަރސިޓީItem Relationship between parenting styles and romantic attachment in adults with gender as a moderating variable(2024) Shanoora, Aishath; ޢައިޝަތު ޝަނޫރާ; Saud, Unaisa; އުނައިސާ ސައުދްItem Atoll and island formation in the Maldives(The Maldives National University, 2025) Didi, Mohamed; މުޙައްމަދު ދީދިީ; Droxler, André W.; އަންޑްރޭ ޑަބްލިއު ޑްރޮކްސްލަރ; Shiyama, Aminath; އާމިނަތު ޝިޔާމާ; Shafeeqa, Fathimath; ފާތިމަތު ޝަފީޤާItem 14 އަދި 15 ވަނަ ޤަރުނުގައި ޗައިނާގެ ރެކޯޑް ތަކުގައި ދިވެހިރާއްޖެ : 1 ވަނަ ބައި(2024-10-27) މުޙައްމަދު ޖަމީލު; Jameel, MohamedItem Emotional intelligence in the current generation: A silent factor shaping our lives(The Maldives national university ,Thinadhoo campus., 2024) Nazahath Ibrahim; ނަޒާހަތު އިބްރާހީމްItem އަދަބީ އުފެއްދުންތަކުގެ ޖަމާލިއްޔާތުގައި އަދަބީ އުކުޅުތަކުގެ ދައުރު(2025) އަޝްރަފް ޢަލީ; Ali, AshrafItem ދިވެއްސެއްގެ ފުރެއްދެ ވިސްނުން(އަޝްރަފް ޢަލީ / Ashraf Ali, 2025-09-30) އަޝްރަފް ޢަލީ; Ali, AshrafItem Unveiling island water demand patterns : a multi-scale comparative study in the Maldives(The Maldives national journal of research, 2025-07) Fayaz, Ibrahim Miflal; އިބްރާހީމް މިފްލާލް ފަޔާޒު; Mohamed, Suma Khalid; ސުމާ ޚާލިދު މުޙައްމަދުThe geographical distribution of islands in the Maldives presents unique water management challenges. Despite similarities, supply water demand patterns vary across islands due to factors such as consumer behaviour, availability of alternative water sources (groundwater, rainwater), and urban density. Current design practices rely on standardised per capita values, potentially leading to over- or under-sized water systems. This research proposes a data-driven approach to establish water demand patterns that consider island characteristics.Operational data from 2023 for three Maldivian islands — HDh. Finey, M. Mulah, and Gn. Fuvahmulah —are analysed, representing contrasting land areas, populations, and urban environments.The analysis shows distinct peak demand times and minimum night flow patterns for the three islands.While the peak demand for the Gn. Fuvahmulah is higher (25 m3/hr) compared to HDh. Finey (10 m3/hr), the per capita water demand is much higher for HDh. Finey(24.45 L/capita/hr) compared to Gn. Fuvahmulah (2.72 L/capita/hr). By identifying the influence of different factors on water demand, the research aims to provide beneficial insights for policymakers, designers, and operators of water management facilities.This information can aid to optimise future water system design, minimise investment costs and enable long-term sustainability. The insights from this study can help to avoid over- or under-capacity developments, leading to lower operational costs and increasing water security for island communities.