Search alternatives:
significant portion » significant proportion (Expand Search), significant positive (Expand Search), significant correlation (Expand Search)
portion decrease » proportional decrease (Expand Search), point decrease (Expand Search)
shape decrease » shape increases (Expand Search), small decrease (Expand Search), step decrease (Expand Search)
nn decrease » _ decrease (Expand Search), a decrease (Expand Search), mean decrease (Expand Search)
Showing 41 - 60 results of 788 for search '(( significant portion decrease ) OR ( significant ((shape decrease) OR (nn decrease)) ))', query time: 0.38s Refine Results
  1. 41
    Multiple distinct outcomes observed in soft-shell clams (<i>Mya arenaria</i>) after natural infection with MarBTN.

    Multiple distinct outcomes observed in soft-shell clams (<i>Mya arenaria</i>) after natural infection with MarBTN. by Rachael M. Giersch (22331947)

    Published 2025
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  2. 42
    Detection of MarBTN-specific eDNA in tank water at late stages of MarBTN progression.

    Detection of MarBTN-specific eDNA in tank water at late stages of MarBTN progression. by Rachael M. Giersch (22331947)

    Published 2025
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  3. 43
    Modeling the relationship between cancer level in hemolymph and MarBTN in tank eDNA.

    Modeling the relationship between cancer level in hemolymph and MarBTN in tank eDNA. by Rachael M. Giersch (22331947)

    Published 2025
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  4. 44
    Data for Fig 1.

    Data for Fig 1. by Rachael M. Giersch (22331947)

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  5. 45
    Changepoint analysis in comparison of MarBTN-specific eDNA and cancer in hemolymph.

    Changepoint analysis in comparison of MarBTN-specific eDNA and cancer in hemolymph. by Rachael M. Giersch (22331947)

    Published 2025
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  6. 46
    Survival of soft-shell clams with MarBTN compared to control clams.

    Survival of soft-shell clams with MarBTN compared to control clams. by Rachael M. Giersch (22331947)

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  7. 47
    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, apical portion, and whole fragment of <i>Glechoma longituba.</i>

    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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  8. 48
    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets

    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets by Xinghai Zhong (21450285)

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  9. 49
    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets

    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets by Xinghai Zhong (21450285)

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  10. 50
    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets

    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets by Xinghai Zhong (21450285)

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  11. 51
    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets

    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets by Xinghai Zhong (21450285)

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  12. 52
    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets

    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets by Xinghai Zhong (21450285)

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  13. 53
    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets

    A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets by Xinghai Zhong (21450285)

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  14. 54
    Species assigned toe each time bin for text Fig 1.

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

    Published 2024
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  15. 55
    Shell-length distribution of species belonging to the family Conidae that survived the extinction event comparing Plio-Pleistocene to modern shells.

    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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  16. 56
    Shell length distribution of species belonging to the family Turritellidae which survived the extinction event comparing Plio-Pleistocene to extant shells.

    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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  17. 57
    All measurement data obtained for this study.

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

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  18. 58
    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 Conidae (see Kohn [74] and supplemental text (S1 Text) for additional information on this methodology).

    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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  19. 59
    Regional stratigraphic correlation.

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

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  20. 60
    Statistical analyses of clade body size across the event using maximum size to define each species’ body size.

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

    Published 2024
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