Dataset

Flowing Waters Information System Temperature Data

Map and Visualize

This dataset includes monitored air and water temperature across Ontario since 1990. The data were collected by multiple organizations for a variety of purposes (collection organization names are listed in the Result Comment of this dataset).

This dataset includes only a portion of a larger dataset available on FWIS (https://www.comap.ca/fwis. ), which includes maximum air temperature and predicted maximum water temperature and a standardized water temperature, for records that meet the criteria for applying the algrorithms. The FWIS dataset represents a summary of the two module types from within OSAP that provide varying methods of measuring stream and air temperature. Those being the rapid and standard methods. To fully apply the standard method water temperature is recorded between 3:45 and 5:00 when maximum air temperature would be greater or equal to 24 C. Such measures ensure that the stream is approaching maximum temperature for that day and enables summer maximum or standardized temperature to be calculated for the site. Air temperature at the site is also often recorded when the water temperature is recorded on site. It is used as a backup for analysis, but is not necessary. If either the maximum air temperature is lower than this value or the temperature is recorded outside this window, it is considered a rapid assessment value. Users can conclude that the stream gets to a maximum of at least the value recorded but is likely to exceed this value at some point during the summer. Note that many observations have been extracted from digital temperature recorders (the diagnostic method), with summer maximum temperatures extracted along with air temperature data from other sources. These are generally identified as those records with more than one decimal point.

Guidance for the FWIS dataset methods are from:
Stanfield, L. W. (Ed.). 2010. Stream assessment protocol for southern Ontario. Ontario Ministry of Natural Resources, internal publication.


Version 2.0.0
DOI https://doi.org/10.25976/ugst-v250
Data Steward Email les.stanfield@outlook.com
Data Collection Organization Multiple organizations within Ontario
Data Upload Organization Center for Community Mapping (CoMap)------------------------------------------------------------
Progress Code onGoing
Maintenance Frequency Code continual
Data source URL https://www.comap.ca/fwis
Topic Category Code inlandWaters
Keywords stream, water temperature
Spatial Extent -94.296° 42.342°, -74.457° 49.04° (W S, E N)
Temporal Extent 1990-07-22 to 2023-08-04
Date Published
Alternate Formats FGP-HNAP ISO:19115-2 (XML) , W3C DCAT (XML) , W3C DCAT (JSON-LD)

Citation

CoMap. 2024. "Flowing Waters Information System Temperature Data" (dataset). 1.0.0. DataStream. https://www.doi.org/10.25976/ugst-v250.

Data Collection Information

Data cfollected using either a hand held thermometer or a digital temperature recorder from whcih data were extracted for days in which the criteria were met to enable thermal stability to be calculated.

Attribution Licence (ODC-By) v1.0

You are free to share, copy, distribute, use, modify, transform, build upon, and produce works from the data as long as you attribute any public use of the data, or works produced from the data, in the manner specified in the licence. For any use or redistribution of the data, or works produced from it, you must make clear to others the licence of the data and keep intact any notices on the original data. https://opendatacommons.org/licenses/by/1-0/

Data Disclaimer

For those accessing additional modelled data on FWIS, please refer to the FWIS terms of use: https://www.comap.ca/fwis/adminEdit.phpListType=adminDataSharingAgreementViewer.

API Access

curl -G https://api.datastream.org/v1/odata/v4/Records --data-urlencode "\\$filter=DOI eq '10.25976/ugst-v250'" -H "x-api-key: PRIVATE-API-KEY"

Changelog

v2.0.0

Update to metadata

v1.0.0

initial submission

Schema v2.20.1
Digest SHA3-256:2f1c0c20c08230d0bf974986f35db9d3a7a05d7ee298a9743a9a86822614278e
File size 2.36 MB
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