Dataset supporting Garner et al. (2014) and Dugdale et al. (submitted).
This record contains data from river temperature dataloggers, automatic weather stations and a gauging station collected between 20/06/13 and 20/07/13.
Data and Resources
- Automated weather station data - Forest US Sitecsv
All measurements are recorded every 10 seconds and stored every 15 minutes...
Preview Download - Automated weather station data - Forest DS Sitecsv
All measurements are recorded every 10 seconds and stored every 15 minutes...
Preview Download - Automated weather station data - FAWS Sitecsv
All measurements are recorded every 10 seconds and stored every 15 minutes...
Preview Download - Automated weather station data - Upstream Sitecsv
All measurements are recorded every 10 seconds and stored every 15 minutes...
Preview Download - Temperature logger datacsv
Column Descriptions / units:
year - year of observation
Preview Download
month... - River discharge at MSS Gauge Sitecsv
Column Descriptions / units:
year - year of observation
Preview Download
month...
Field | Value |
---|---|
Publisher | |
Modified | 2020-01-07 |
Release Date | 2018-07-02 |
Identifier | c42d9bed-a9e9-4caf-bee9-fa71ec270f68 |
Spatial / Geographical Coverage Area | POLYGON ((-3.1525539583527 56.999759078989, -3.1525539583527 57.058717466156, -3.0922817462124 57.058717466156, -3.0922817462124 56.999759078989)) |
Temporal Coverage | 2013-06-20 to 2013-07-20 |
Language | English (United Kingdom) |
License | UK Open Government Licence (OGL) |
Author | |
Data Dictionary | These data were collected as part of a collaboration between the University of Birmingham and Marine Scotland Science that supported Grace Garner's PhD project. The data were used to model the effects of riparian woodland on river temperature using a process based river temperature model: Garner, G., Malcolm, I. A., Sadler, J. P., and Hannah, D. M.: What causes cooling water temperature gradients in a forested stream reach?, Hydrol. Earth Syst. Sci., 18, 5361-5376, https://doi.org/10.5194/hess-18-5361-2014, 2014. and subsequently to assess the ability of structure from motion obtained from drones to characterise riparian shading: Stephen J Dugdale, Iain A Malcolm, David M Hannah (submitted) Drone-based mapping improves spatial representation of riparian tree shading in river temperature models. Water Resources Research Full details of the data collection protocols and data are available in Garner et al. (2013) |
Contact Name | Marine Scotland |
Contact Email | |
Public Access Level | Public |