47 research outputs found

    Spinner dolphin time-series behavioural data

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    Time series behavioural data used to model the temporal partitioning of the daily behavioural activities of spinner dolphins in Hawaii

    Mark_files

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    In Mark_files.zip, there are two files to be used in Mark program, although the extension will need to be changed to .inp. In both files, each row represents an individual. In the file Mark_file_3States, 0 indicated no capture; 1 = the individual was observed in the Swan Canning Riverpark; 2 = the individual was observed in the Cockburn Sound/Owen Anchorage; and 3 = the individual was observed in Gage Roads. In the file Mark_file_2States, 0 indicated no capture; A = the individual was observed in the Swan Canning Riverpark; B = the individual was observed in the Coastal waters (Cockburn Sound/Owen Anchorage and Gage Roads combined)

    Highly distinctive (<i>D1</i>) population abundance estimates calculated from open and closed mark recapture models.

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    <p>Highly distinctive (<i>D1</i>) population abundance estimates calculated from open and closed mark recapture models.</p

    Number of photographic identification surveys, hours in each bay, spinner dolphin encounters in four resting bays along the Kona Coast of Hawai’i Island from September 2010 to August 2011.

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    <p>Number of photographic identification surveys, hours in each bay, spinner dolphin encounters in four resting bays along the Kona Coast of Hawai’i Island from September 2010 to August 2011.</p

    Cumulative discovery curve of highly distinctive (D1) and distinctive (D2) Hawaiian spinner dolphins during 132 photographic identification surveys in the study area (all four bays combined) from September 2010 to August 2011.

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    <p>Cumulative discovery curve of highly distinctive (D1) and distinctive (D2) Hawaiian spinner dolphins during 132 photographic identification surveys in the study area (all four bays combined) from September 2010 to August 2011.</p

    Cumulative number of individually identified bottlenose dolphins during the study period (March 2007 and November 2009).

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    <p>Cumulative number of individually identified bottlenose dolphins during the study period (March 2007 and November 2009).</p

    Capture-recapture models fitted to the capture histories of all juvenile and adult dolphins combined estimate parameters for population size (N), apparent survival (φ), temporary emigration (γ'', γ') and capture probability (p).

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    <p>Capture probability was allowed to vary with time between primary sampling periods and capture and recapture probability were assumed equal. Akaike information criterion corrected for small sample size (AICc) and was used to determine the best fitting model (in bold below). The notation ‘.’ indicates that a given parameter was kept constant and <i>t</i> indicates that a given parameter was allowed to vary with time.</p><p>φ Phi denotes survival.</p><p>p probability of capture.</p><p>c probability of recapture.</p><p>. denote constancy of the preceding parameter over time. Subscript t denotes that the parameter is time varying.</p><p>s denote time varying by austral season.</p><p>γ’’ = γ’ = 0  =  no emigration model.</p><p>γ’’ = γ’  =  random emigration model.</p><p>γ’’(t) ≠ γ’(t)  =  Markovian emigration model.</p

    The combination of bays in which individual spinner dolphins have been sighted from September 2010 to August 2011.

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    <p>A = Kauhako Bay, B = Honaunau Bay, C = Kealakekua Bay and D = Makako Bay.</p
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