Binary readability evaluation between chatbots. by Mete Kara (21568148)

“…It was found that the readability levels of the answers produced by AI-based chatbots were above the 6th grade level and showed a statistically significant difference (p < 0.001). …”

S1 Data - by Beat Knechtle (5504402)

“…For both women and men, the smallest sex difference was least significant in age group 18–24 years for all split disciplines and increased in a U-shaped manner until age group 70–74 years. …”

S2 Data - by Beat Knechtle (5504402)

“…For both women and men, the smallest sex difference was least significant in age group 18–24 years for all split disciplines and increased in a U-shaped manner until age group 70–74 years. …”

Development and validation of the GSRS. by Yu Zhang (12946)

Average split and overall race times (HH:MM:SS). by Beat Knechtle (5504402)

“…For both women and men, the smallest sex difference was least significant in age group 18–24 years for all split disciplines and increased in a U-shaped manner until age group 70–74 years. …”

Men-to-women ratio across age groups. by Beat Knechtle (5504402)

“…For both women and men, the smallest sex difference was least significant in age group 18–24 years for all split disciplines and increased in a U-shaped manner until age group 70–74 years. …”

Gibbs diagram of groundwater. by Miaomiao Ma (2475883)

“…Spatially, along the direction of groundwater flow, a general trend of increasing hydrochemical components was noted, with a significant rise in HCO₃-Na type groundwater. (3) The spatiotemporal distribution and evolution of hydrochemistry were influenced by water-rock interactions, lithological characteristics, groundwater flow patterns, and human activities. …”

S1 Data - by Miaomiao Ma (2475883)

“…Spatially, along the direction of groundwater flow, a general trend of increasing hydrochemical components was noted, with a significant rise in HCO₃-Na type groundwater. (3) The spatiotemporal distribution and evolution of hydrochemistry were influenced by water-rock interactions, lithological characteristics, groundwater flow patterns, and human activities. …”

Groundwater contour map of the study area. by Miaomiao Ma (2475883)

“…Spatially, along the direction of groundwater flow, a general trend of increasing hydrochemical components was noted, with a significant rise in HCO₃-Na type groundwater. (3) The spatiotemporal distribution and evolution of hydrochemistry were influenced by water-rock interactions, lithological characteristics, groundwater flow patterns, and human activities. …”

Endmember diagram of groundwater rock weathering. by Miaomiao Ma (2475883)

“…Spatially, along the direction of groundwater flow, a general trend of increasing hydrochemical components was noted, with a significant rise in HCO₃-Na type groundwater. (3) The spatiotemporal distribution and evolution of hydrochemistry were influenced by water-rock interactions, lithological characteristics, groundwater flow patterns, and human activities. …”

The geological formation of the study area. by Miaomiao Ma (2475883)

“…Spatially, along the direction of groundwater flow, a general trend of increasing hydrochemical components was noted, with a significant rise in HCO₃-Na type groundwater. (3) The spatiotemporal distribution and evolution of hydrochemistry were influenced by water-rock interactions, lithological characteristics, groundwater flow patterns, and human activities. …”

Fig 1 - by Miaomiao Ma (2475883)

HaptiKart videogame. by Daniel E. Lidstone (21567523)

Fig 6 - by Kirralise J. Hansford (20670869)

Fig 5 - by Kirralise J. Hansford (20670869)

Probability density of farmers’ production and operation income in two cases. by Yin Liu (50073)

Types of drought trends in the Santon River Irrigation District and interannual trends of the Sen slope during 2005–2023. by Yuxin Wei (11510974)

Relative abundance. by Tejaswini Baral (14320736)

Heatmap of topmost bacteria genera. by Tejaswini Baral (14320736)

Area transfers of different drought classes in the Santon River Irrigation District during 2005–2023. by Yuxin Wei (11510974)