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revolvesd. » revolves. (Viiddit ozu), revolved. (Viiddit ozu), evolved. (Viiddit ozu)
resolve. » resolved. (Viiddit ozu)
Čájehuvvojit 201 - 220 oktiibuot 2 951 bohtosis ohcui arm is (((((remote. OR evolveddsssdss.) OR revolvesd.) OR involves.) OR involved.) OR resolve.)*', ohcanáigi: 0,39s Aiddostahte ozu
  1. 201
    Supplementary Material for: Robertsonian fusion site in Rineloricaria pentamaculata (Siluriformes: Loricariidae): involvement of 5S rDNA and satellite sequences

    Supplementary Material for: Robertsonian fusion site in Rineloricaria pentamaculata (Siluriformes: Loricariidae): involvement of 5S rDNA and satellite sequences Dahkki Glugoski L. (15215929)

    Almmustuhtton 2023
    “…The acrocentric chromosomes involved in the origin of the fusion were enriched with (CA)n and (GA)n microsatellites. …”
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  2. 202
    Supplementary Material for: Robertsonian fusion site in Rineloricaria pentamaculata (Siluriformes: Loricariidae): involvement of 5S rDNA and satellite sequences

    Supplementary Material for: Robertsonian fusion site in Rineloricaria pentamaculata (Siluriformes: Loricariidae): involvement of 5S rDNA and satellite sequences Dahkki Glugoski L. (15215929)

    Almmustuhtton 2023
    “…The acrocentric chromosomes involved in the origin of the fusion were enriched with (CA)n and (GA)n microsatellites. …”
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  3. 203
    Supplementary Material for: Robertsonian fusion site in Rineloricaria pentamaculata (Siluriformes: Loricariidae): involvement of 5S rDNA and satellite sequences

    Supplementary Material for: Robertsonian fusion site in Rineloricaria pentamaculata (Siluriformes: Loricariidae): involvement of 5S rDNA and satellite sequences Dahkki Glugoski L. (15215929)

    Almmustuhtton 2023
    “…The acrocentric chromosomes involved in the origin of the fusion were enriched with (CA)n and (GA)n microsatellites. …”
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  4. 204
    The structure of all possible conflicts between three groups (<i>D</i> and <i>A</i> are defense and attack groups).

    The structure of all possible conflicts between three groups (<i>D</i> and <i>A</i> are defense and attack groups). Dahkki Sergio Rinaldi (12197491)

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  5. 205
    A military chaotic stalemate for a conflict of type (5) in Fig 13.

    A military chaotic stalemate for a conflict of type (5) in Fig 13. Dahkki Sergio Rinaldi (12197491)

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  6. 206
    Example of a bifurcation diagram of a <i>A—A</i> conflict.

    Example of a bifurcation diagram of a <i>A—A</i> conflict. Dahkki Sergio Rinaldi (12197491)

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  7. 207
    The loss <i>l</i><sub><i>ij</i></sub> inflicted to group j by one unit of the group i of its enemies when the group j is not easily detectable because hidden in a civil population.

    The loss <i>l</i><sub><i>ij</i></sub> inflicted to group j by one unit of the group i of its enemies when the group j is not easily detectable because hidden in a civil population. Dahkki Sergio Rinaldi (12197491)

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  8. 208
    Example of a bifurcation diagram of a <i>D—A</i> conflict.

    Example of a bifurcation diagram of a <i>D—A</i> conflict. Dahkki Sergio Rinaldi (12197491)

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  9. 209
    The structure of the three possible conflicts between two groups (<i>D</i> and <i>A</i> are defense and attack groups, respectively).

    The structure of the three possible conflicts between two groups (<i>D</i> and <i>A</i> are defense and attack groups, respectively). Dahkki Sergio Rinaldi (12197491)

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  10. 210
    Four different sets of <i>D—A</i> conflicts (see text for their meanings).

    Four different sets of <i>D—A</i> conflicts (see text for their meanings). Dahkki Sergio Rinaldi (12197491)

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  11. 211
    Fig 18 -

    Fig 18 - Dahkki Sergio Rinaldi (12197491)

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  12. 212
    The modified model when an exogenous stress <i>w</i>(<i>t</i>) is influencing the conflict.

    The modified model when an exogenous stress <i>w</i>(<i>t</i>) is influencing the conflict. Dahkki Sergio Rinaldi (12197491)

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  13. 213
    The influence of undetectability of the <i>A</i> group on the stalemate of a <i>D—A</i> conflict.

    The influence of undetectability of the <i>A</i> group on the stalemate of a <i>D—A</i> conflict. Dahkki Sergio Rinaldi (12197491)

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  14. 214
    Time evolution of the losses in the conflict described in Fig 14.

    Time evolution of the losses in the conflict described in Fig 14. Dahkki Sergio Rinaldi (12197491)

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  15. 215
    Sets of <i>D—D</i> conflicts (shaded regions) where the victory of the first group is guaranteed.

    Sets of <i>D—D</i> conflicts (shaded regions) where the victory of the first group is guaranteed. Dahkki Sergio Rinaldi (12197491)

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  16. 216
    Sets of <i>D—A</i> conflicts (shaded regions) where a periodic stalemate is the only possible outcome.

    Sets of <i>D—A</i> conflicts (shaded regions) where a periodic stalemate is the only possible outcome. Dahkki Sergio Rinaldi (12197491)

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  17. 217
    An example of periodic stalemate in a <i>D—A</i> conflict.

    An example of periodic stalemate in a <i>D—A</i> conflict. Dahkki Sergio Rinaldi (12197491)

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  18. 218
    Losses <i>L</i><sub>21</sub> of the D group and size <i>x</i><sub>2</sub> of the A group in a D—A conflict.

    Losses <i>L</i><sub>21</sub> of the D group and size <i>x</i><sub>2</sub> of the A group in a D—A conflict. Dahkki Sergio Rinaldi (12197491)

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  19. 219
    In the red regions the stalemate is chaotic because the Lyapunov exponent is positive.

    In the red regions the stalemate is chaotic because the Lyapunov exponent is positive. Dahkki Sergio Rinaldi (12197491)

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  20. 220
    Aperiodic stalemates in conflicts between three groups.

    Aperiodic stalemates in conflicts between three groups. Dahkki Sergio Rinaldi (12197491)

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