Predicted trends in Age-standardized rates of PUD for both sexes globally over the next 19 years (2022-2040). by Wende Hao (10315597)

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Age-specific numbers and rates of PUD globally in 2021 for both sexes. by Wende Hao (10315597)

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Effects of clonal integration and <i>Bacillus subtilis</i> on total flavonoids (A, C, E) and chlorogenic acid (B, D, F) of the basal, apical portion, and whole fragment of <i>Glech... by Bing-Nan Zhao (21553401)

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Species assigned toe each time bin for text Fig 1. by Brendan M. Anderson (11234356)

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Shell-length distribution of species belonging to the family Conidae that survived the extinction event comparing Plio-Pleistocene to modern shells. by Brendan M. Anderson (11234356)

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Shell length distribution of species belonging to the family Turritellidae which survived the extinction event comparing Plio-Pleistocene to extant shells. by Brendan M. Anderson (11234356)

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All measurement data obtained for this study. by Brendan M. Anderson (11234356)

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Clade body sizes using log transformed mean adult size to represent each turritellid and tegulid species’ size, and typical size to represent the size of each species belonging to... by Brendan M. Anderson (11234356)

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Regional stratigraphic correlation. by Brendan M. Anderson (11234356)

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Statistical analyses of clade body size across the event using maximum size to define each species’ body size. by Brendan M. Anderson (11234356)

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Diversity of each focal taxon in Florida and the Atlantic Coastal Plain throughout the study interval. by Brendan M. Anderson (11234356)

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Shell length distribution for fossil and modern <i>Agathistoma fasciatum</i> comparing Plio-Pleistocene to extant shells. by Brendan M. Anderson (11234356)

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Effects of clonal integration and <i>Bacillus subtilis</i> on total mass (A, E, I), leaf biomass (B, F, J), stolon biomass (C, G, K), and root biomass (D, H, L) of the basal, apica... by Bing-Nan Zhao (21553401)

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The error between test and simulation results. by Shan Gao (46743)

“…Deformation was predominantly observed on both sides of the lifting cylinder and the rear portion of the gyration platform. Furthermore, both the maximum stress and deformation of the gyration platform exhibit a noticeable increasing trend with the escalation of swing speed. …”

Relevant parameters of cutting head and pick. by Shan Gao (46743)

“…Deformation was predominantly observed on both sides of the lifting cylinder and the rear portion of the gyration platform. Furthermore, both the maximum stress and deformation of the gyration platform exhibit a noticeable increasing trend with the escalation of swing speed. …”

The stress variation of Node 33. by Shan Gao (46743)

“…Deformation was predominantly observed on both sides of the lifting cylinder and the rear portion of the gyration platform. Furthermore, both the maximum stress and deformation of the gyration platform exhibit a noticeable increasing trend with the escalation of swing speed. …”

Deformation trend of the gyration platform. by Shan Gao (46743)

“…Deformation was predominantly observed on both sides of the lifting cylinder and the rear portion of the gyration platform. Furthermore, both the maximum stress and deformation of the gyration platform exhibit a noticeable increasing trend with the escalation of swing speed. …”

Force transformation of cutting head. by Shan Gao (46743)

“…Deformation was predominantly observed on both sides of the lifting cylinder and the rear portion of the gyration platform. Furthermore, both the maximum stress and deformation of the gyration platform exhibit a noticeable increasing trend with the escalation of swing speed. …”

3D model of cutting head. by Shan Gao (46743)

“…Deformation was predominantly observed on both sides of the lifting cylinder and the rear portion of the gyration platform. Furthermore, both the maximum stress and deformation of the gyration platform exhibit a noticeable increasing trend with the escalation of swing speed. …”

Rigid-flexible coupling mode. by Shan Gao (46743)

“…Deformation was predominantly observed on both sides of the lifting cylinder and the rear portion of the gyration platform. Furthermore, both the maximum stress and deformation of the gyration platform exhibit a noticeable increasing trend with the escalation of swing speed. …”