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Spatafora, Davide; Cattano, Carlo; Aglieri, Giorgio; Quattrocchi, Federico; Turco, Gabriele; Calosi, Piero; Milazzo, Marco (2023): Density of the painted comber Serranus scriba, a goby predator, at an ambient (∼380 μatm) and high (∼850 μatm) CO2 sites off a volcanic CO2 vent in Vulcano island, Italy [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.955010

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Published: 2023-01-30 • DOI registered: 2023-03-01

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Abstract:
This data set contains the density of the painted comber predator Serranus scriba at two CO2 sites (Ambient and High CO2). The density of the predator was visually assessed in replicate 10 × 2 m belt transects at 1–3 m depth on mixed sandy/rocky bottoms in the two CO2 condition sites (ambient, n = 19; high-CO2, n = 22).
Keyword(s):
Behaviour; Cnidaria; CO2 seeps; Field experiment; global change; Gobiidae; predation; Risk assessment
Related to:
Spatafora, Davide; Cattano, Carlo; Aglieri, Giorgio; Quattrocchi, Federico; Turco, Gabriele; Calosi, Piero; Milazzo, Marco (2023): Anti-predator responses of the Mediterranean anemone goby, Gobius incognitus, acutely and chronically exposed to ambient (∼380 μatm) and high (∼850 μatm) CO2 sites off a volcanic CO2 vent in Vulcano island, Italy [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.955013
Spatafora, Davide; Cattano, Carlo; Aglieri, Giorgio; Quattrocchi, Federico; Turco, Gabriele; Calosi, Piero; Milazzo, Marco (2023): Carbonate chemistry of ambient (∼380 μatm) and high (∼850 μatm) CO2 sites off a volcanic CO2 vent in Vulcano island, Italy [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.954754
Spatafora, Davide; Cattano, Carlo; Aglieri, Giorgio; Quattrocchi, Federico; Turco, Gabriele; Calosi, Piero; Milazzo, Marco (2023): Fish standard length of Gobius incognitus individuals used for the mutual transplant between an ambient (∼380 μatm) and high (∼850 μatm) CO2 site off a volcanic CO2 vent in Vulcano island, Italy [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.955008
Spatafora, Davide; Cattano, Carlo; Aglieri, Giorgio; Quattrocchi, Federico; Turco, Gabriele; Calosi, Piero; Milazzo, Marco (2023): Fish-Anemone association recorded at ambient (∼380 μatm) and high (∼850 μatm) CO2 sites off a volcanic CO2 vent in Vulcano island, Italy [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.955005
Spatafora, Davide; Cattano, Carlo; Aglieri, Giorgio; Quattrocchi, Federico; Turco, Gabriele; Quartararo, Giulia; Dudemaine, Jeanne; Calosi, Piero; Milazzo, Marco (2022): Limited behavioural effects of ocean acidification on a Mediterranean anemone goby (Gobius incognitus) chronically exposed to elevated CO2 levels. Marine Environmental Research, 181, 105758, https://doi.org/10.1016/j.marenvres.2022.105758
Funding:
Japan Society for the Promotion of Science (JSPS), grant/award no. JPJSCCA20210006: International CO2 Natural Analogues Network (ICONA)
Natural Sciences and Engineering Research Council (NSERC), grant/award no. RGPIN-2020-05627: Research Support for New Academics (FRQNT)
Coverage:
Median Latitude: 38.420480 * Median Longitude: 14.963509 * South-bound Latitude: 38.419701 * West-bound Longitude: 14.961939 * North-bound Latitude: 38.421381 * East-bound Longitude: 14.965326
Date/Time Start: 2019-05-24T00:00:00 * Date/Time End: 2019-09-16T00:00:00
Minimum DEPTH, water: 2 m * Maximum DEPTH, water: 2 m
Event(s):
VulcIsl_CO2Behav_2022_2  * Latitude: 38.421381 * Longitude: 14.965326 * Date/Time: 2019-09-16T00:00:00 * Elevation: -1.5 m * Location: Vulcano Island * Method/Device: Field experiment
VulcIsl_CO2Behav_2022_4  * Latitude: 38.419701 * Longitude: 14.961939 * Date/Time: 2019-05-24T00:00:00 * Elevation: -1.5 m * Location: Vulcano Island * Method/Device: Field experiment
Comment:
Support was provided by the Japan Society for the Promotion of Science (日本学術振興会) as core-to-core funding (Advanced Research Network, https://www.jsps.go.jp/english/e-c2c/adopted_a.html) for 2021-2026.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 Event labelEventSpatafora, Davide
2 LATITUDELatitudeSpatafora, DavideGeocode
3 LONGITUDELongitudeSpatafora, DavideGeocode
4 Date/Time of eventDate/TimeSpatafora, Davide
5 Sample code/labelSample labelSpatafora, Davide
6 LocationLocationSpatafora, Davide
7 DEPTH, waterDepth watermSpatafora, DavideVisual estimationGeocode
8 TreatmentTreatSpatafora, Davidefour CO2 translocation treatments
9 Serranus scribaS. scriba#/m2Spatafora, DavidePredator abundance; 20x2 transect
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Status:
Curation Level: Enhanced curation (CurationLevelC)
Size:
164 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 
Event		2 
Latitude		3 
Longitude		4 
Date/Time		5 
Sample label		6 
Location		7 
Depth water [m]		8 
Treat		9 
S. scriba [#/m2]
VulcIsl_CO2Behav_2022_4 38.41970114.9619392019-05-24A1Vulcano Island<2High CO20.05
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A2Vulcano Island<2High CO20.05
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A3Vulcano Island<2High CO20.10
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A4Vulcano Island<2High CO20.00
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A5Vulcano Island<2High CO20.05
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A6Vulcano Island<2High CO20.05
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A7Vulcano Island<2High CO20.10
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A8Vulcano Island<2High CO20.05
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A9Vulcano Island<2High CO20.05
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A10Vulcano Island<2High CO20.00
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A11Vulcano Island<2High CO20.00
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A12Vulcano Island<2High CO20.00
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A13Vulcano Island<2High CO20.00
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A14Vulcano Island<2High CO20.05
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A15Vulcano Island<2High CO20.05
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A16Vulcano Island<2High CO20.00
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A17Vulcano Island<2High CO20.05
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A18Vulcano Island<2High CO20.05
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A19Vulcano Island<2High CO20.15
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A20Vulcano Island<2High CO20.05
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A21Vulcano Island<2High CO20.10
VulcIsl_CO2Behav_2022_438.41970114.9619392019-05-24A22Vulcano Island<2High CO20.10
VulcIsl_CO2Behav_2022_2 38.42138114.9653262019-09-16C1Vulcano Island<2Ambient0.05
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C2Vulcano Island<2Ambient0.05
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C3Vulcano Island<2Ambient0.05
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C4Vulcano Island<2Ambient0.00
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C5Vulcano Island<2Ambient0.00
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C6Vulcano Island<2Ambient0.10
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C7Vulcano Island<2Ambient0.00
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C8Vulcano Island<2Ambient0.00
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C9Vulcano Island<2Ambient0.05
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C10Vulcano Island<2Ambient0.15
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C11Vulcano Island<2Ambient0.05
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C12Vulcano Island<2Ambient0.10
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C13Vulcano Island<2Ambient0.05
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C14Vulcano Island<2Ambient0.05
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C15Vulcano Island<2Ambient0.05
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C16Vulcano Island<2Ambient0.05
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C17Vulcano Island<2Ambient0.05
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C18Vulcano Island<2Ambient0.05
VulcIsl_CO2Behav_2022_238.42138114.9653262019-09-16C19Vulcano Island<2Ambient0.10