M = male; F = female; C = combined (F+M); U = unidentified
Time Period
The time period is defined in terms of years
YEAR PERIOD (for some biological data)
e.g. 2003-2005
YEARS REQUESTED FOR FISHERIES DATA
2002–2008
YEARS REQUESTED FOR MEDITS DATA
1994-2009*
YEARS REQUESTED FOR SMALL PELAGICS SURVEYS (ECOMED, PELMED, DEPM, all hydro acoustic
surveys)
1990-2009*
* Data for 2009 will be provided when available (before 24 November 2009)
Fleet Segment
The fleet segment is defined by the gear code and the vessel length category
FISHING TECHNIQUE (FT)
Gear - This may be aggregated at different levels (see below)
Level of aggregation of fishing technique (FT LVL) should be 3, 4 or 5 according to the appendix IV on the new draft implementing Decision of EC Regulation 199/2008.
List in priority order LVL 5, 4, 3.
VESSEL LENGTH
vessel length class (EC 1581/2004, appendix IV)
Aggregation of Fishing Techniques at various levels (FT_LVL)
Aggregation of vessel length
Aggregation of vessel length
VL0012
Vessels less than 12 metres in length
VL1224
Vessels between 12 metres and 24 metres in length
VL2440
Vessels between 24 metres and 40 metres in length
VL40XX
Vessels greater than 40 metres in length
Biological Variables requested and units
LANDINGS
Aggregated on fishing technique, vessel length (for each FT LVL), species, year and area where fish were caught
Type
Description
Units
Number (LN)
Number of fish landed
In thousands
Weight (LW)
Weight declared on landing
t
Value (LV)
Value of landings
Euro
Comments
Any relevant comments (Text max. 250 characters)
EFFORT (EF)
Aggregated on fishing technique, vessel length (for each FT LVL), target assemblages, year and area where fish were caught
Type
Description
Units
Days
Number of days each vessel spends at sea over the time period in question - sum for whole fleet segment
days at sea
KWDays
Sum of effort for each vessel in segment over time period in question. KWDAYS of each vessel is number of days at sea multiplied by engine power in kW
kW*Days
GTDays
Sum of effort for each vessel in segment over time period in question. GTDAYS of each vessel is number of days at sea multiplied by gross tonnage
GT*Days
Comments
Any relevant comments (Text max. 250 characters)
LENGTH DISTRIBUTION
Aggregated by fishing technique, species, length class, sex, number of individuals per length class, year and area where fish were caught
Type
Description
Units
Length distribution
Annual length structure of the total landings (numbers per length class raised to landings per length class).
Aggregation to length classes with length interval 1-2 cm should be made to the cm below; for example for red mullet length class 1, the range is from 1.00 – 1.99 cm. For species with length class interval 0.5 cm or 0.1 cm, aggregation should be made to the 0.5 cm or 0.1 cm below, respectively. All length classes should be represented in the data file including zero values (no individuals in the length class of the length ranges in the table below)
Aggregated on fishing technique, species, year, age class, sex, and area where fish were caught
Type
Description
Units
Age distribution
Annual age structure of the total landings (number of individuals per age class raised to landings by age class).
Aggregations to age classes should be made to the year below; for example for red mullet age class 0 the range is from 0 – 0.99 yr. All age classes should be represented in the data file including zero values (no individuals in the age class of the age ranges in the table below)
Species
Age class interval (yr)
Age range
Merluccius merluccius
1
0 to 20
Mullus barbatus
1
0 to 10
Engraulis encrasicolus
1
0 to 6
Sardina pilchardus
1
0 to 10
Parapenaeus longirostris
1
0 to 5
Aristeus antennatus
1
0 to 8
Aristaeomorpha foliacea
1
0 to 8
Nephrops norvegicus
1
0 to 20
LN, number in thousands
LW, in t
Mean weight by age class
g
Comments
Any relevant comments (Text max. 250 characters)
MATURITY OGIVE AT LENGTH
Aggregated by species, length class, sex, year period, and area where fish were caught
Type
Description
Units
Maturity ogive
(PrM)
The proportion of mature individuals per length class according to the classification of the length distribution file (landings)
Proportion (0 to 1)
Method used
Any relevant information (Text max. 250 characters)
GROWTH PARAMETERS
Aggregated by species, sex, year period and area where fish were caught
Method used for ageing and to calculate the growth parameters (text max 250 characters)
Spawning period
The spawning season in range of months e.g. April - June
Spawning peak
The peak of the spawning period with the highest proportion of spawners e.g. May
Comments
Any relevant comments (Text max. 250 characters)
SEX RATIO
AT LENGTH
Aggregated by species, length class, year period and area where fish were caught
Type
Description
Units
Sex ratio
Proportion of each sex to the total number of sex determined individuals in each length class according to the length distribution file (landings)
Proportion (0 to 1)
Comments
Any relevant comments
Text max. 250 characters
DISCARDS
Aggregated on fishing technique, vessel length (for each FT LVL), species, year and area where fish were caught
Type
Description
Units
Number (DN)
Number of fish estimated
in thousands
Weight (DW)
Weight estimated
t
Comments
Any relevant comments (Text max. 250 characters)
DISCARDS LENGTH DISTRIBUTION
Aggregated by fishing technique, species, length class, sex, year and area where fish were caught
Type
Description
Units
Length distribution
Annual length structure of the discards (numbers per length class raised to discards per length class).
Aggregation to length classes with length interval 1-2 cm should be made to the cm below; for example for red mullet length class 1, the range is from 1.00 – 1.99 cm. For species with length class interval 0.5 cm or 0.1 cm, aggregation should be made to the 0.5 cm or 0.1 cm below, respectively. All length classes should be represented in the data file including zero values (no individuals in the length class of the length ranges in the table below)
Species
Length type
Length class interval (cm)
Length range (cm)
Merluccius merluccius
Total length
2.0
0 to 90
Mullus barbatus
Total length
1.0
0 to 30
Engraulis encrasicolus
Total length
0.5
0 to 20
Sardina pilchardus
Total length
0.5
0 to 25
Parapenaeus longirostris
Carapace length
0.1
0 to 3.5
Aristeus antennatus
Carapace length
0.2
0 to 10
Aristaeomorpha foliacea
Carapace length
0.2
0 to 10
Nephrops norvegicus
Carapace length
0.2
0 to 10
DN, number in thousands
DW, weight in t
Mean weight by length class
g
Comments
Any relevant comments (Text max. 250 characters)
MEDITS DATA
Refer to the International Bottom Trawl Survey in the Mediterranean (MEDITS). The complete MEDITS dataset is requested, i.e. for all species recorded and not only for HKE, MUT, DPS, ARA, ARS, NEP, ANE, PIL.
Refers to ECOMED, PELMED, DEPM, and all hydro acoustic surveys.
Type
Description
Units
Length distribution
Length structure of the survey data (numbers and biomass per length class by species and sex).
Aggregation to length classes should be made to the 0.5 cm below; for example for anchovy length class 1, the range is from 0.5 – 0.99 cm. All length classes should be represented in the data file including zero values (no individuals in the length class of the length ranges in the table below)
Species
Length type
Length class interval (cm)
Length range (cm)
Engraulis encrasicolus
Total length
0.5
0 to 20
Sardina pilchardus
Total length
0.5
0 to 25
numbers in thousands, biomass in t
SMALL PELAGIC SURVEY
Type
Description
Units
Age distribution
Age structure of the survey data (numbers and biomass per age class by species and sex).
Aggregation to age classes should be made to the year below; for example for anchovy age class 0, the range is from 0 – 0.99 yr. All age classes should be represented in the data file including zero values (no individuals in the age class of the age ranges in the table below)
Species
Age class interval (yr)
Age range
Engraulis engrasicolus
1
0 to 6
Sardina pilchardus
1
0 to 10
numbers in thousands, biomass in t
SMALL PELAGIC SURVEY
Type
Description
Units
Maturity at age (PrM)
The proportion of mature individuals per age class according to the classification of the age distribution file.
Proportion (0 to 1)
Economic Variables requested and units
Data of the following parameters for 2002-2007 (mandatory) and 2008 (if available) should be provided
Parameter
Aggregation
Capacity
Number of vessels, gross tonnage, engine power, average age
Detailed description of economic variables and units
Capacity
type
description
Units
NUMBER
Total number of vessels in the segment
numbers
KW
The maximum continuous engine power actually developed by the main engine, after derating if appropriate, expressed in kW as defined in Council Regulation (EC) No 2930/86. This is the total value summed over all the vessels in the segment
kW
GT
Gross tonnage. This is the total value summed over all the vessels in the segment
GT
AGE
Age of fleet. This is the AVERAGE of the vessels in the segment
years
Employment
type
description
Unit
TOTAL
Total number employed
number of individuals
FULLTIME
Number of crew employed full-time
number of individuals
PARTTIME
Number of full-time equivalents employed
number of individuals
FTE
Number of full-time equivalents
number of individuals
Revenues, costs and fuel consumption
The total cost of operating the fleet should be the sum of the six sub-parameters CREWCOST + FUELCOST + FIXEDCOST + CAPCOST + REPCOST + VARCOST listed below.
The parameter INCOME is the sum of all revenues of the company including landings, tourist trips, subsidies etc. This is not aggregated by species whereas the value parameter under landings only includes income from landings and is aggregated by species.
type
description
Unit
INCOME
Total income including subsidies, landings, renting vessel to tourists etc. Total value summed over all vessels in segment (not disaggregated by species)
Euro
CREWCOST
Crew share (including social security, health insurance, retirements and other related taxes) Total value summed over all vessels in segment
Euro
FUELCOST
Cost of fuel (summed over all vessels in segment)
Euro
REPCOST
Repair and maintenance (summed over all vessels in segment).
Euro
FUELCONS
Consumption of fuel by fleet segment. Total value summed over all vessels in segment
Liter
VARCOST
Operational costs - Sum of all costs (other than fuel and crew share) which ARE related to fishing effort. Does not include repair and maintenance that is counted separately. Total value summed over all vessels in segment
Euro
CAPCOST
Total costs related to invested capital (i.e. depreciation and interest) Depreciation and interest costs must be related to total invested capital, and not only to repayment of loans and/or interest payments. Every Member State can set their depreciation time and method and interest rate. Total value summed over all vessels in segment
Euro
FIXEDCOST
Sum of all costs which ARE NOT related to fishing effort. Does not include repair and maintenance or capital costs that are counted separately. Total value summed over all vessels in segment
Euro
Financial position
type
description
Unit
BORROWING
Ratio of borrowed capital to total capital
0 to 1
INVESTMENT
Total investment (assets, including the value of leased equipment). Sum over all fleet segment.
Euro
Price
type
description
Unit
PRICE
Average price per kg calculated on a live weight equivalent basis
