Document of dataset 5916

Dataset record

Type
Dataset
title in English
Impact of impounded waterbodies on Atlantic salmon smolt migration
Acronym
Conon 2017
Abstract in English
Juvenile Atlantic salmon (Salmo salar L.) smolts were tracked through two lakes impounded by large hydropower dams, and one natural standing water located in the River Conon system. Eighty smolts were tagged with acoustic transmitters and were tracked for an eight-week period from May to June 2017. High mortality rates were found between the river release location and the three lakes; Loch Garve (25% km-1), Loch Meig (28% km-1) and Loch Achonachie (10% km-1) which was likely the result of predation. Modelling showed that successful lake migration was lower if the lake was impounded, and if individuals were migrating earlier in the study period. Modelling found that successful migration (river release to estuary) was lower if the lake was impounded, and if fish were travelling in smaller release groups.
Rights
Unrestricted after moratorium period
bibliographicCitation
Orrell, D., Newton, M., Honkanen, H., Adams, C. (2017) Survival and movement behaviour of Atlantic salmon smolts (Salmo salar L.) migrating through impounded lakes and natural standing waters

Temporal coverage

Temporal
Start date
2016-04-01
End date
2016-07-01
Accrual periodicity
Continuous

Geographical coverage

Spatial
ANE, British Isles, Scotland
ANE, British Isles, Scotland
ANE, British Isles, Scotland
ANE, British Isles, Scotland
ANE, British Isles, Scotland
ANE, British Isles, Scotland

Thesaurus terms

Keyword
Acoustic telemetry
Acoustic Telemetry
Atlantic salmon (Salmo salar)

Themes

theme
Biology > Fish
Fisheries > Fish stocks/catches/taggings

Taxonomic terms

Taxon keywords
Pisces

Ownerships

creator
Matthew Newton
creator
University of Glasgow
contactPoint
Matthew Newton
contactPoint
University of Glasgow

Dataset references

is part of
European Tracking Network (ETN) data

Special collections

part of special collection
European Tracking Network

Document metadata

date created
2018-02-28
date modified
2018-03-05