Changes
On August 29, 2024 at 8:39:26 AM UTC, Florian Jansen:
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Updated description of wetscapes: Percolation wet: groundwater from
# This data belongs to WETSCAPES # ###### Header start ###### ### Project title: WETSCAPES ### PI: Gerald Jurasinski <gerald.jurasinski@uni-rostock.de> ### Creator: Anke Guenther <anke.guenther@uni-rostock.de> ### Creation Date (of data file): 2020-09-17 ### State: Growing ### Related files: ### Type: "Groundwater level above soil surface and water temperature" ### Site: all WETSCAPES sites (for site IDs see below) ### Location (ETRS89 UTM33N): ## CW: 6002257.887 m N 394824.969 m E ## CD: 6002281.364 m N 394605.286 m E ## PW: 5997132.246 m N 352194.636 m E ## PD: 6000798.153 m N 345076.576 m E ## AW: 6000588.514 m N 335682.329 m E ## AD: 6001390.215 m N 337505.253 m E ### Elevation (a.s.l.): ## CW: 1 m ## CD: 1 m ## PW: 2 m ## PD: 2 m ## AW: 37 m ## AD: 44 m ### Time period covered: 2017-09-22 to 2020-08-07, covered date range differs by site ## Date range varies depending on site! ### Keywords: groundwater, GW, Pegel, hydraulic head, well, hydrology ### Usage rights: free to use ### Objective: Monitor groundwater level relative to soil surface and water temperature for site description and modelling ### Description: 15 min averaged groundwater level data ### Processing level: 1 - corrected and adjusted raw data ### Methods: Data is scanned every minute and recorded at 15 minuter intervals on a Campbell Scientific CR300 datalogger ## AD and AW: scanned every 5 seconds; recorded every 5 minutes on Campbell CR1000. Data was averaged to 15 minute intervals ## CD PD PW: recorded every 15 minutes by Seba Dipper-PT ## CW: recorded every 15 minutes by Baro-Dipper and Dipper-APT ### Not available: NA ### Variables: ## datetime: YYYY-MM-DD HH:MM:SS - timestamp in universal standard time ## siteID: factor with 4 levels # 'CD' = drained coastal wetland # 'CW' = rewetted coastal wetland # 'PD' = drained percolation mire # 'PW' = rewetted percolation mire # 'AD' = drained alder carr # 'AW' = rewetted alder carr ## GW_temp: °C - Groundwater temperature at measuring depth ## GW_level: cm - Groundwater level above soil surface, i.e. negative values are below surface ###### Header end ######
toThis data belongs to WETSCAPES Header start Project title: WETSCAPES PI: Gerald Jurasinski <gerald.jurasinski@uni-rostock.de> Creator: Anke Guenther <anke.guenther@uni-rostock.de> Creation Date (of data file): 2020-09-17 State: Growing Related files: Type: "Groundwater level above soil surface and water temperature" Site: all WETSCAPES sites (for site IDs see below) Location (ETRS89 UTM33N): CW: 6002257.887 m N 394824.969 m E CD: 6002281.364 m N 394605.286 m E PW: 5997132.246 m N 352194.636 m E PD: 6000798.153 m N 345076.576 m E AW: 6000588.514 m N 335682.329 m E AD: 6001390.215 m N 337505.253 m E Elevation (a.s.l.): CW: 1 m CD: 1 m PW: 2 m PD: 2 m AW: 37 m AD: 44 m Time period covered: 2017-09-22 to 2020-08-07, covered date range differs by site Date range varies depending on site! Keywords: groundwater, GW, Pegel, hydraulic head, well, hydrology Usage rights: free to use Objective: Monitor groundwater level relative to soil surface and water temperature for site description and modelling Description: 15 min averaged groundwater level data Processing level: 1 - corrected and adjusted raw data Methods: Data is scanned every minute and recorded at 15 minuter intervals on a Campbell Scientific CR300 datalogger AD and AW: scanned every 5 seconds; recorded every 5 minutes on Campbell CR1000. Data was averaged to 15 minute intervals CD PD PW: recorded every 15 minutes by Seba Dipper-PT CW: recorded every 15 minutes by Baro-Dipper and Dipper-APT Not available: NA Variables: datetime: YYYY-MM-DD HH:MM:SS - timestamp in universal standard time siteID: factor with 4 levels 'CD' = drained coastal wetland 'CW' = rewetted coastal wetland 'PD' = drained percolation mire 'PW' = rewetted percolation mire 'AD' = drained alder carr 'AW' = rewetted alder carr GW_temp: °C - Groundwater temperature at measuring depth GW_level: cm - Groundwater level above soil surface, i.e. negative values are below surface Header end