| Topic
Area |
Objective/Issue |
Projects |
Long-term monitoring

|
Time-series of marine survival/growth estimates
e.g. essential
on-going tagging/monitoring programmes |
C3 E4 E7 E8 E9 E13 E15 E19 E21 E23 I1
N3 R1 U4 |
| Time series of marine survival in relation to environmental parameters
(e.g. SST) |
E10 I4 N8 |
Distribution/
migration in the sea

Courtesy of Marine Institute, Ireland
|
Distribution of salmon in the sea
e.g. marine
surveys of post-smolt distribution; identification
of fish caught |
E18 N4 U5 |
Migratory behaviour of individual fish
e.g.
active
smolt tracking; use of data storage tags |
C4 C5 C6 C7 E13 E20 I3 I5 I6 U1
U2 U3 |
Origin of catches in directed fisheries
e.g.
genetic analysis and scale
analysis |
C8 C9 C10 D1 E6 E12 E16 E22 I7 N5 |
| Migration and bioenergetic models |
|
By-catches in pelagic fisheries
e.g.
sampling of commercial pelagic catches |
R2 |
Life history/
biological processes
Courtesy of Gilbert van Ryckevorsel
|
Freshwater factors
e.g.
age,
growth, migration timing |
E3 |
Pre-fishery-recruitment marine factors
e.g.
environment,
food, predation, growth, parasites and diseases |
N1 |
Post-fishery-recruitment marine factors
e.g. environment,
food, predation, maturation processes, growth |
C1, E5 |
Development of methods
Courtesy of Marine Institute, Ireland
|
Post-smolt survey methods
e.g.
development
of trawls with cameras, tag detection |
|
Electronic tag technology
e.g.
development
of smaller/smarter/cheaper tags |
I2 |
Specific natural and anthropogenic factors
Courtesy of SSPO, Scotland
|
Fish farms
e.g.
increased
sea lice infestations |
E17 N2 N6 |
Predation
e.g.
predation
in estuaries/coastal areas |
E11 U6 |
Obstructions to fish movements
e.g.
barrages |
E1 |
Pollutants
e.g.
acidification;
freshwater contaminants |
C2
E2 |