IT_22_Mar Piccolo of Taranto_ENV_EXO2_Idrovora_2024-2025_V20250716.xlsx
Chemical-physical data acquired with the multiparametric probe EXO2 at Idrovora station of Mar Piccolo of Taranto during seasonal sampling conducted in the period 2024-2025. The recorded variables are: depth, temperature, salinity, conductivity, dissolved oxygen (as saturation percentage and concentration), chorophyll a, phyerythrin, turbidity.
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About this resource
- Publication Date
- 2025-07-29
- Title
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IT_22_Mar Piccolo of Taranto_ENV_EXO2_Idrovora_2024-2025_V20250716.xlsx
- Abstract
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Chemical-physical data acquired with the multiparametric probe EXO2 at Idrovora station of Mar Piccolo of Taranto during seasonal sampling conducted in the period 2024-2025. The recorded variables are: depth, temperature, salinity, conductivity, dissolved oxygen (as saturation percentage and concentration), chorophyll a, phyerythrin, turbidity.
- Dataset Language
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eng
- Keywords ()
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temperature
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salinity
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multiparametric probe
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mar piccolo
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dissolved oxygen
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Geographic Coverage
- Geographic Description
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No geographic description provided.
Bounding Box
- West Bounding Coordinate
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17.237259
- East Bounding Coordinate
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17.237806
- North Bounding Coordinate
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40.493405
- South Bounding Coordinate
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40.492891
Temporal Coverage
Range of Dates
- Begin Date
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2024-06-11
- End Date
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2025-06-03
License Information
Resource License
- License Name
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CC BY-NC (CC BY-NC): This license enables reusers to distribute, remix, adapt, and build upon the material in any medium or format for noncommercial purposes only, and only so long as attribution is given to the creator. ( https://creativecommons.org/licenses/by-nc/4.0/)
- URL
Distribution
Online
- A brief description of the the content of online URL.
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CNR metadata
Online
- A brief description of the the content of online URL.
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IT_22_Mar Piccolo of Taranto_ENV_EXO2_Idrovora_2024-2025_V20250716.xlsx.xlsx
Project
• Project
- Title
- Abstract
Personnel
- Organization Name
Individual Name
- Given Name
- Surname
- Position Name
Methods
• Method
Method Step
- Description
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None
