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  | header1 = Layer Info
  | header1 = Layer Info
  |  label2 = Category |  data2 = Ecology
  |  label2 = Category |  data2 = Ecology
  |  label3 = Sub-Category |  data2 = Biomass
  |  label3 = Sub-Category |  data3 = Biomass
  |  label4 = Editable |  data3 = No
  |  label4 = Editable |  data4 = No
  |  label5 = DataOwner |  data4 = Ecosim with Ecopath
  |  label5 = DataOwner |  data5 = Ecosim with Ecopath
  |  label6 = Geometry Type|  data5 = Raster
  |  label6 = Geometry Type|  data6 = Raster
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===Impact from different pressures:===
The following table shows the t/km2 mackerel the different fleets catch.
{| class="wikitable sortable"
|-
!Fleet||t/km2
|-
|Bottom Trawl||0,008
|-
|Industrial and Pelagic Trawl||0,210
|-
|Drift and Fixed Nets||0,000
|}


===Impact from different fleets:===
===Impact from different fleets:===

Revision as of 10:00, 6 March 2018

Mackerel
Mackerel Example.jpg
Layer Info
Category Ecology
Sub-Category Biomass
Editable No
DataOwner Ecosim with Ecopath
Geometry Type Raster


Description:

Mackerel is a common name applied to a number of different species of pelagic fish, mostly, but not exclusively, from the family Scombridae. They are found in both temperate and tropical seas, mostly living along the coast or offshore in the oceanic environment.

Mackerel typically have vertical stripes on their backs and deeply forked tails. Many species are restricted in their distribution ranges, and live in separate populations or fish stocks based on geography. Some stocks migrate in large schools along the coast to suitable spawning grounds, where they spawn in fairly shallow waters. After spawning they return the way they came, in smaller schools, to suitable feeding grounds often near an area of upwelling. From there they may move offshore into deeper waters and spend the winter in relative inactivity. Other stocks migrate across oceans.

@Wikipedia

MSP Challenge 2050:

In the MSP Challenge Game the Mackerel population is part of the Ecological model, driven by Ecopath with Ecosim.

Impact from different pressures:

The following table shows the t/km2 mackerel the different fleets catch.

Fleet t/km2
Bottom Trawl 0,008
Industrial and Pelagic Trawl 0,210
Drift and Fixed Nets 0,000


Impact from different fleets:

The following table shows the t/km2 mackerel the different fleets catch.

Fleet t/km2
Bottom Trawl 0,008
Industrial and Pelagic Trawl 0,210
Drift and Fixed Nets 0,000

Fish Impact Diagram:

The following diagram displays the impact on (red) and the impact from (green) mackerel on fleets and other biomass.

NS Mackerel Flow.png

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This page was last edited on 6 March 2018, at 10:00. Content is available under GPLv3 unless otherwise noted.