Formerly the Vermont Monitoring Cooperative

Formerly the Vermont Monitoring Cooperative

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Project: Global Evaluation of the Impacts of Storms on freshwater Habitat and Structure of phytoplankton Assemblages (GEISHA)

Dataset: Sammamish Derived Lake Physics High-Frequency Data

Parent Project

Global Evaluation of the Impacts of Storms on freshwater Habitat and Structure of phytoplankton Assemblages (GEISHA)

Tags

Status

Completed

Data Availability

Available for download

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Data License

Sammamish Derived Lake Physics High-Frequency Data is licensed under a Creative Commons CC BY - Attribution 4.0 International License.
Based on a work at https://vmc.w3.uvm.edu/vmcdevel/data/archive/project/geisha-stormblitzfr/dataset/sammamish-derived-lake-physics-high-frequency/metadata

Project Lead / Principal Investigator

Jason Stockwell

Affiliation:: Rubenstein School of Environment and Natural Resources, University of Vermont
Role:: Project Lead/Principal Investigator
Start date:: 2016-12-05
Contact Information:: E-mail: jason.stockwell@uvm.edu

Orlane Anneville

Affiliation:: National Institute for Agricultural Research (INRA) UMR CARRTEL
Role:: Project Lead/Principal Investigator
Start date:: 2016-12-05
Contact Information:: E-mail: orlane.anneville@thonon.inra.fr

Vijay Patil

Affiliation:
Role:: Project Lead/Principal Investigator
Start date:: 2016-12-05
Contact Information:: E-mail: vpatil@usgs.gov

Details and Metadata

Printer-friendly version View XML version Download Ecological Metadata Language file

Dataset Fields
Methods
Sampling Equipment
Site Characteristics

Methods

The methods followed in the creation of the dataset, including description of field, laboratory and processing steps, and quality control procedures

No methods recorded for this dataset

Dataset Fields

Detailed documentation of the fields comprising the dataset, including the type of measurement, units where applicable, and any controlled vocabularies or code lists present in the data

Field Name	Caption	Description	Additional Information
air_press_mb	air_press_mb	Average daily air pressure	Measurement type: Ratio Units: millibar
air_press_mb_q	air_press_mb_q	Quantile of the average daily air pressure	Measurement type: Ratio Units:
air_temp_c	air_temp_c	Average daily air temperature	Measurement type: Ratio Units: degree Celsius
air_temp_c_q	air_temp_c_q	Quantile of average daily air temperature	Measurement type: Ratio Units:
avg_wind_m_s	avg_wind_m_s	Average daily wind speed	Measurement type: Ratio Unit: unavailable
avg_wind_m_s_q	avg_wind_m_s_q	Quantile of average daily wind speed	Measurement type: Ratio Units:
date_dd_mm_yyyy	date_dd_mm_yyyy	date	Measurement type: DateTime Date/Time Format: DD-MM-YYYY
day	day	day	Measurement type: Interval Units:
doy	doy	Day of year	Measurement type: Interval Units:
epi_temp_c	epi_temp_c	Average temperature of the epilimnion	Measurement type: Ratio Unit: unavailable
epi_temp_c_q	epi_temp_c_q	Quantile of the average temperature of the epilimnion	Measurement type: Ratio Unit: unavailable
hypo_temp_c	hypo_temp_c	Average temperature of the hypolimnion	Measurement type: Ratio Unit: unavailable
hypo_temp_c_q	hypo_temp_c_q	Quantile of average temperature of the hypolimnion	Measurement type: Ratio Units:
lake	lake	Lake name	Measurement type: Nominal
lake_number	lake_number	Lake number	Measurement type: Ratio Units:
lake_number_q	lake_number_q	Quantile of lake number	Measurement type: Ratio Units:
max_bv	max_bv	Maximum Brunt–Väisälä frequency (= buoyancy frequency)	Measurement type: Ratio Units: per second
max_bv_q	max_bv_q	Quantile of maximum Brunt–Väisälä frequency (= maximum buoyancy frequency)	Measurement type: Ratio Units:
max_wind_m_s	max_wind_m_s	Average daily maximum wind speed	Measurement type: Ratio Unit: unavailable
max_wind_m_s_q	max_wind_m_s_q	Quantile of average maximum daily wind speed	Measurement type: Ratio Units:
month	month	Month	Measurement type: Interval Units:
radiation_j_sec_m2	radiation_j_sec_m2	Average daily shortwave radiation	Measurement type: Ratio Units: joules per second per meter squared
radiation_j_sec_m2_q	radiation_j_sec_m2_q	Quantile of daily shortwave radiation	Measurement type: Ratio Units:
rain_mm	rain_mm	Total daily rain	Measurement type: Ratio Unit: unavailable
rain_mm_q	rain_mm_q	Quantile of total daily rain	Measurement type: Ratio Units:
rel_hum_perc	rel_hum_perc	Average relative humidity	Measurement type: Ratio Units: percent
rel_hum_perc_q	rel_hum_perc_q	Quantile of the average relative humidity	Measurement type: Ratio Units:
schmidt	schmidt	Schmidt stability	Measurement type: Ratio Units: joules per meter squared
schmidt_q	schmidt_q	Quantile of Schmidt stability	Measurement type: Ratio Units:
stationid	stationid	Unique ID for location of sampling; could be more than one per lake	Measurement type: Nominal
tempdelta_0_10_c	tempdelta_0_10_c	Difference in temperature at 10-m depth and the surface	Measurement type: Ratio Unit: unavailable
tempdelta_0_10_c_q	tempdelta_0_10_c_q	Quantile of the difference in temperature at 10-m depth and the surface	Measurement type: Ratio Units:
tempdelta_0_20_c	tempdelta_0_20_c	Difference in temperature at 20-m depth and the surface	Measurement type: Ratio Units: degree Celsius
tempdelta_0_20_c_q	tempdelta_0_20_c_q	Quantile of the difference in temperature at 20-m depth and the surface	Measurement type: Ratio Units:
tempdelta_0_5_c	tempdelta_0_5_c	Difference in temperature at 5-m depth and the surface	Measurement type: Ratio Unit: unavailable
tempdelta_0_5_c_q	tempdelta_0_5_c_q	Quantile of the difference in temperature at 5-m depth and the surface	Measurement type: Ratio Units:
tempdelta_0_Zmax_c	tempdelta_0_Zmax_c	Difference in temperature at the bottom and the surface	Measurement type: Ratio Unit: unavailable
tempdelta_0_Zmax_c_q	tempdelta_0_Zmax_c_q	Quantile of the difference in temperature at the bottom and the surface	Measurement type: Ratio Units:
wedderburn	wedderburn	Wedderburn number	Measurement type: Ratio Units:
wedderburn_q	wedderburn_q	Quantile of Wedderburn number	Measurement type: Ratio Units:
wind_dir_deg	wind_dir_deg	Direction from which the wind is blowing; ranges from 0 to < 360 degrees	Measurement type: Ratio Unit: unavailable
wind_dir_deg_q	wind_dir_deg_q	Quantile of the average daily wind direction	Measurement type: Ratio Units:
year	year	Year	Measurement type: Interval Units:
Zbv_m	Zbv_m	Depth of maximum buoyancy frequency (max bv)	Measurement type: Ratio Units: meter
Zbv_m_q	Zbv_m_q	Quantile of depth at maximum Brunt- Väisälä frequency (= buoyancy frequency)	Measurement type: Ratio Units:
Zmix_m	Zmix_m	Mixing depth	Measurement type: Ratio Units: meter
Zmix_m_q	Zmix_m_q	Quantile of mixing depth	Measurement type: Ratio Units:
Zmix_Ztc	Zmix_Ztc	Ratio of the mixing depth (Zmix_m) to thermocline depth	Measurement type: Ratio Units:
Zmix_Ztc_q	Zmix_Ztc_q	Quantile of the ratio of the mixing depth to thermocline depth	Measurement type: Ratio Units:
Ztc_m	Ztc_m	Thermocline depth	Measurement type: Ratio Units: meter
Ztc_m_q	Ztc_m_q	Quantile of thermocline depth	Measurement type: Ratio Units:

Sampling Equipment

Equipment and software used to collect data, including how that equipment was used.

No sampling equipment recorded for this dataset

Site Characteristics

The spatial extent of the dataset site coverage, and descriptions of the spatial extent and context for the data collection

Site Description
Lake Sammamish
Minimum Altitude: 9.1 meters