Influence of riparian shade on stream thermal regime (New Forest 2010)

Published by Forestry Commission.   Licensed under [Open Government Licence] Open Government Licence & “Contains Forestry Commission information licensed under the Open Government Licence v3.0.”. Read More
Openness rating:
Reason: Content of file appeared to be format "CSV" which receives openness score: 3.
★★★★★  Linked data - data URIs and linked to other data (e.g. RDF)
★★★★☆  Linkable data - served at URIs (e.g. RDF)
★★★☆☆  Structured data in open format (e.g. CSV)
★★☆☆☆  Structured data but proprietry format (e.g. Excel)
★☆☆☆☆  Unstructured data (e.g. PDF)
Score updated: 24/06/2016

Responsible Party: Forestry Commission (pointOfContact)


River temperature is a key parameter of water quality. Most bio-chemical processes and physical characteristics of a water body are functions of temperature. Aquatic organisms including fish are polikothermic and respond to the entire temperature regime; the absolute value, seasonal and diel ranges, rate of change and the timing and duration of extreme thermal events. Salmonids are cold water species with high metabolic rates and oxygen demand, they thrive in temperatures below 20oC and have an upper thermal limit of 24 - 28oC. In recent summers water temperatures in excess of 25oC have been recorded in streams across the New Forest. High water temperature is associated with low flow, reduced oxygen level and increased ammonia concentration. Fish are able to move to cooler water but the stress caused by crowding and potential exposure to diseases can led to fish deaths. The shade cast by riparian vegetation has a significant influence on river habitat quality and with climate change predicted to lead to warmer, drier summers the role of riparian shade may become important across England and Wales to protect vulnerable species from the threat of high water temperatures. Objectives (1) to monitor stream water temperature in shaded and unshaded sections of three streams in the New Forest and (2) investigate the relationship between water temperature and riparian shade levels. Additional resource: Broadmeadow, S., Jones. J.G., Langford, T.E.L., Shaw, P.J. and Nisbet, T., (2010). The influence of riparian shade on lowland stream water temperatures in Southern England and their viability for Brown Trout. River Research and Applications DOI: 10.1002/rra.1354 Jan (2010). Attribution statement:

Read More

Dataset Extent

Latitude: 50.906° to 50.824°
Longitude: -1.725° to -1.59°

Data Resources (1)

Resource locator

Additional Links (2)

Source GEMINI2 record
Source GEMINI2 record (formatted)

Additional Information

Added to 24/06/2016
Theme Environment
Temporal coverage 13/1/2005 - 24/11/2010
Harvest URL
Harvest date 20/01/2018 00:10
Metadata date 19/1/2018
Harvest GUID cc453681-a20c-4cc5-8bde-45d0071cdfcd
Extent Latitude: 50.906° to 50.824°
Longitude: -1.725° to -1.59°
Spatial reference system
Dataset reference date 24/11/2010 (creation), 8/6/2016 (publication)
Frequency of update notPlanned
Responsible party Forestry Commission (pointOfContact)
Access constraints There are no public access constraints to this data. Use of this data is subject to the licence identified.
ISO19139 resource type dataset
Metadata language English
Themes (secondary) No value
Schema/Vocabulary No value
Code list No value
Service Level No value
Coupled Services (none)