Difference between revisions of "FAO FishstatJ Data"

From Wiki
Jump to: navigation, search
 
Line 1: Line 1:
 
= Introduction =
 
= Introduction =
  
FAO Fishtatj is software used by the Food and Agriculture Organization to handle their fisheries and aquaculture data. Data from Fishtatj is separated into four different workspaces, which must each be downloaded separately: Global Production, Global Commodities, Regional, and Food Balance. Once downloaded, the data in each of these workspaces may be manipulated and converted to an excel file using the Fishtatj software. FAO Fishtatj and workspaces can be downloaded [http://www.fao.org/fishery/statistics/software/fishstatj/en here] and additional help can be found using the [http://www.fao.org/fishery/static/FishStatJ/FishStatJ_3.02.1-Manual.pdf Fishtatj manual] or FAO [https://www.youtube.com/watch?v=QlHxEHOzS1g&feature=youtu.be help videos]. The following series are IFs data collected using Fishstatj:
+
FAO Fishtatj is software used by the Food and Agriculture Organization to handle their fisheries and aquaculture data. Data from Fishtatj is separated into four different workspaces, which must each be downloaded separately: Global Production, Global Commodities, Regional, and Food Balance. The Global Production and Global Commodities workspaces are used for the data discussed in this article. Once downloaded, the data in each of these workspaces may be manipulated and converted to an excel file using the Fishtatj software. FAO Fishtatj and workspaces can be downloaded [http://www.fao.org/fishery/statistics/software/fishstatj/en here] and additional help can be found using the [http://www.fao.org/fishery/static/FishStatJ/FishStatJ_3.02.1-Manual.pdf Fishtatj manual] or FAO [https://www.youtube.com/watch?v=QlHxEHOzS1g&feature=youtu.be help videos]. The following series are IFs data collected using Fishstatj:
  
{| border="0.3" cellpadding="0" cellspacing="0" width="404"
+
{| border="1" cellpadding="0" cellspacing="0" width="572"
|-
+
|- height="20"
| height="20" width="202" style="border-color: rgb(0, 0, 0);" | Variable
+
| height="20" width="219" | Variable
| width="202" style="border-color: rgb(0, 0, 0);" | Definition
+
| width="210" | Definition
|-
+
| width="143" | Workspace
| height="80" width="202" style="border-color: rgb(0, 0, 0);" | AgFishAquaProdAqAnimalsFSJ
+
|- height="60"
| width="202" style="border-color: rgb(0, 0, 0);" | Total Aquatic Animals Aquaculture Production (tonnes) from FishstatJ
+
| height="60" width="219" | AgFishAquaProdAqAnimalsFSJ
|-
+
| width="210" | Total Aquatic Animals Aquaculture Production (tonnes) from FishstatJ
| height="80" width="202" style="border-color: rgb(0, 0, 0);" | AgFishAquaProdAqPlantsFSJ
+
| width="143" | Global Production
| width="202" style="border-color: rgb(0, 0, 0);" | Total Aquatic Plants Aquaculture Production (tonnes) from FishstatJ
+
|- height="60"
|-
+
| height="60" width="219" | AgFishAquaProdAqPlantsFSJ
| height="80" width="202" style="border-color: rgb(0, 0, 0);" | AgFishAquaProdCephalopodsFSJ
+
| width="210" | Total Aquatic Plants Aquaculture Production (tonnes) from FishstatJ
| width="202" style="border-color: rgb(0, 0, 0);" | Total Cephalopods Aquaculture Production (tonnes) from FishstatJ
+
| width="143" | Global Production
|-
+
|- height="60"
| height="80" width="202" style="border-color: rgb(0, 0, 0);" | AgFishAquaProdCrustaceansFSJ
+
| height="60" width="219" | AgFishAquaProdCephalopodsFSJ
| width="202" style="border-color: rgb(0, 0, 0);" | Total Crustaceans Aquaculture Production (tonnes) from FishstatJ
+
| width="210" | Total Cephalopods Aquaculture Production (tonnes) from FishstatJ
|-
+
| width="143" | Global Production
| height="80" width="202" style="border-color: rgb(0, 0, 0);" | AgFishAquaProdDemersalFSJ
+
|- height="60"
| width="202" style="border-color: rgb(0, 0, 0);" | Total  Demersal Aquaculture Production (tonnes) from FishstatJ
+
| height="60" width="219" | AgFishAquaProdCrustaceansFSJ
|-
+
| width="210" | Total Crustaceans Aquaculture Production (tonnes) from FishstatJ
| height="100" width="202" style="border-color: rgb(0, 0, 0);" | AgFishAquaProdFreshwaterFSJ
+
| width="143" | Global Production
| width="202" style="border-color: rgb(0, 0, 0);" | Total Freshwater Aquaculture Production (tonnes) from FishstatJ
+
|- height="60"
|-
+
| height="60" width="219" | AgFishAquaProdDemersalFSJ
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishAquaProdMarineFSJ
+
| width="210" | Total  Demersal Aquaculture Production (tonnes) from FishstatJ
| width="202" style="border-color: rgb(0, 0, 0);" | Total Marine Aquaculture Production (tonnes) from FishstatJ
+
| width="143" | Global Production
|-
+
|- height="60"
| height="100" width="202" style="border-color: rgb(0, 0, 0);" | AgFishAquaProdMolluscsFSJ
+
| height="60" width="219" | AgFishAquaProdFreshwaterFSJ
| width="202" style="border-color: rgb(0, 0, 0);" | Total Molluscs Aquaculture Production (tonnes) from FishstatJ
+
| width="210" | Total Freshwater Aquaculture Production (tonnes) from FishstatJ
|-
+
| width="143" | Global Production
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishAquaProdOthersFSJ
+
|- height="60"
| width="202" style="border-color: rgb(0, 0, 0);" | Total Others Aquaculture Production (tonnes) from FishstatJ
+
| height="60" width="219" | AgFishAquaProdMarineFSJ
|-
+
| width="210" | Total Marine Aquaculture Production (tonnes) from FishstatJ
| height="80" width="202" style="border-color: rgb(0, 0, 0);" | AgFishAquaProdPelagicFSJ
+
| width="143" | Global Production
| width="202" style="border-color: rgb(0, 0, 0);" | Total Pelagic Aquaculture Production (tonnes) from FishstatJ
+
|- height="60"
|-
+
| height="60" width="219" | AgFishAquaProdMolluscsFSJ
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishCatchProdAqAnimalsFSJ
+
| width="210" | Total Molluscs Aquaculture Production (tonnes) from FishstatJ
| width="202" style="border-color: rgb(0, 0, 0);" | Total Aquatic Animals Catch Production (tonnes) from FishstatJ
+
| width="143" | Global Production
|-
+
|- height="60"
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishCatchProdAqMammalsFSJ
+
| height="60" width="219" | AgFishAquaProdOthersFSJ
| width="202" style="border-color: rgb(0, 0, 0);" | Total Aquatic Mammals Catch Production (tonnes) from FishstatJ
+
| width="210" | Total Others Aquaculture Production (tonnes) from FishstatJ
|-
+
| width="143" | Global Production
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishCatchProdAqPlantsFSJ
+
|- height="60"
| width="202" style="border-color: rgb(0, 0, 0);" | Total Aquatic Plants Catch Production (tonnes) from FishstatJ
+
| height="60" width="219" | AgFishAquaProdPelagicFSJ
|-
+
| width="210" | Total Pelagic Aquaculture Production (tonnes) from FishstatJ
| height="40" width="202" style="border-color: rgb(0, 0, 0);" | AgFishCatchProdCephalopodsFSJ
+
| width="143" | Global Production
| width="202" style="border-color: rgb(0, 0, 0);" | Total Cephalopods Capture Production from FishstatJ
+
|- height="60"
|-
+
| height="60" width="219" | AgFishCatchProdAqAnimalsFSJ
| height="40" width="202" style="border-color: rgb(0, 0, 0);" | AgFishCatchProdCrustaceansFSJ
+
| width="210" | Total Aquatic Animals Catch Production (tonnes) from FishstatJ
| width="202" style="border-color: rgb(0, 0, 0);" | Total Crustaceans Capture Production from FishstatJ
+
| width="143" | Global Production
|-
+
|- height="60"
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishCatchProdDemersalFSJ
+
| height="60" width="219" | AgFishCatchProdAqMammalsFSJ
| width="202" style="border-color: rgb(0, 0, 0);" | Total Demersal Capture Production from FishstatJ
+
| width="210" | Total Aquatic Mammals Catch Production (tonnes) from FishstatJ
|-
+
| width="143" | Global Production
| height="40" width="202" style="border-color: rgb(0, 0, 0);" | AgFishCatchProdFreshwaterFSJ
+
|- height="60"
| width="202" style="border-color: rgb(0, 0, 0);" | Total Freshwater Capture Production from FishstatJ
+
| height="60" width="219" | AgFishCatchProdAqPlantsFSJ
|-
+
| width="210" | Total Aquatic Plants Catch Production (tonnes) from FishstatJ
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishCatchProdMarineFSJ
+
| width="143" | Global Production
| width="202" style="border-color: rgb(0, 0, 0);" | Total Marine Capture Production from FishstatJ
+
|- height="40"
|-
+
| height="40" width="219" | AgFishCatchProdCephalopodsFSJ
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishCatchProdMolluscsFSJ
+
| width="210" | Total Cephalopods Capture Production from FishstatJ
| width="202" style="border-color: rgb(0, 0, 0);" | Total Molluscs Capture Production from FishstatJ
+
| width="143" | Global Production
|-
+
|- height="40"
| height="40" width="202" style="border-color: rgb(0, 0, 0);" | AgFishCatchProdOthersFSJ
+
| height="40" width="219" | AgFishCatchProdCrustaceansFSJ
| width="202" style="border-color: rgb(0, 0, 0);" | Total Others Capture Production from FishstatJ
+
| width="210" | Total Crustaceans Capture Production from FishstatJ
|-
+
| width="143" | Global Production
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishCatchProdPelagicFSJ
+
|- height="40"
| width="202" style="border-color: rgb(0, 0, 0);" | Total Pelagic Capture Production (tonnes) from Fishstatj
+
| height="40" width="219" | AgFishCatchProdDemersalFSJ
|-
+
| width="210" | Total Demersal Capture Production from FishstatJ
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishExportVal
+
| width="143" | Global Production
| width="202" style="border-color: rgb(0, 0, 0);" | Global Commodities Production and Trade Value of Fish Exports (USD)
+
|- height="40"
|-
+
| height="40" width="219" | AgFishCatchProdFreshwaterFSJ
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishImportVal
+
| width="210" | Total Freshwater Capture Production from FishstatJ
| width="202" style="border-color: rgb(0, 0, 0);" | Global Commodities Production and Trade Value of Fish Imports (USD)
+
| width="143" | Global Production
|-
+
|- height="40"
| height="40" width="202" style="border-color: rgb(0, 0, 0);" | AgFishProdAquaInland
+
| height="40" width="219" | AgFishCatchProdMarineFSJ
| width="202" style="border-color: rgb(0, 0, 0);" | Fish,Production, Inland Aquaculture
+
| width="210" | Total Marine Capture Production from FishstatJ
|-
+
| width="143" | Global Production
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishProdAquaMarine
+
|- height="40"
| width="202" style="border-color: rgb(0, 0, 0);" | Fish, production, Marine Aquaculture
+
| height="40" width="219" | AgFishCatchProdMolluscsFSJ
|-
+
| width="210" | Total Molluscs Capture Production from FishstatJ
| height="40" width="202" style="border-color: rgb(0, 0, 0);" | AgFishProdCatchInland
+
| width="143" | Global Production
| width="202" style="border-color: rgb(0, 0, 0);" | Fish, Production, Inland Catch
+
|- height="40"
|-
+
| height="40" width="219" | AgFishCatchProdOthersFSJ
| height="60" width="202" style="border-color: rgb(0, 0, 0);" | AgFishProdCatchMarine
+
| width="210" | Total Others Capture Production from FishstatJ
| width="202" style="border-color: rgb(0, 0, 0);" | Fish, Production, Marine Catch
+
| width="143" | Global Production
 +
|- height="60"
 +
| height="60" width="219" | AgFishCatchProdPelagicFSJ
 +
| width="210" | Total Pelagic Capture Production (tonnes) from Fishstatj
 +
| width="143" | Global Production
 +
|- height="60"
 +
| height="60" width="219" | AgFishExportVal
 +
| width="210" | Global Commodities Production and Trade Value of Fish Exports (USD)
 +
| width="143" | Global Commodities
 +
|- height="60"
 +
| height="60" width="219" | AgFishImportVal
 +
| width="210" | Global Commodities Production and Trade Value of Fish Imports (USD)
 +
| width="143" | Global Commodities
 +
|- height="40"
 +
| height="40" width="219" | AgFishProdAquaInland
 +
| width="210" | Fish,Production, Inland Aquaculture
 +
| width="143" | Global Production
 +
|- height="40"
 +
| height="40" width="219" | AgFishProdAquaMarine
 +
| width="210" | Fish, production, Marine Aquaculture
 +
| width="143" | Global Production
 +
|- height="20"
 +
| height="20" width="219" | AgFishProdCatchInland
 +
| width="210" | Fish, Production, Inland Catch
 +
| width="143" | Global Production
 +
|- height="20"
 +
| height="20" width="219" | AgFishProdCatchMarine
 +
| width="210" | Fish, Production, Marine Catch
 +
| width="143" | Global Production
 
|}
 
|}
  
= Data =
+
= Data Collection =
  
 +
After downloading Fishtatj and the Global Commodity and Global Production workspaces, open the program and load the Global Production dataset. Within this workspace, there are three tabs: Global Capture Production (Quantity), Global Aquaculture Production (Value), and Global Aquaculture Production (Quantity). Data can be further manipulated using the level of aggregation tool (blue arrow) and the filter tool - the first option under the data tab (green arrow).
  
 +
[[File:FAO Fishtatj Help Image.png]]
  
= Steps =
+
== Global Capture Production (Quantity) tab of the Global Production dataset ==
 +
 
 +
AgFishCatchProdAqAnimalsFSJ through AgFishCatchProdPelagicFSJ (see list in Introduction):
 +
 
 +
Using the aggregation tool, set the country dimension to detailed, the species to grouped, and the fishing area to aggregated. For the species division, choose "FAOSTAT group of commodities." Using the filter tool under the data tab, make sure that ALL species, countries and fishing areas have been included. All rows must be selected (ctrl/cmd + a). Data can then be saved as a .csv file by using the second option under the edit tab. This file can then be saved as a more updated excel file (.xls or .xlsx) once it is opened. The species correspond to the different data series as follows:
 +
 
 +
{| border="1" cellpadding="0" cellspacing="0" width="448"
 +
|- height="20"
 +
| height="20" width="232" | AgFishCatchProdAqAnimalsFSJ
 +
| width="216" | Aquatic Animals NEI
 +
|- height="20"
 +
| height="20" | AgFishCatchProdAqMammalsFSJ
 +
| Aquatic Mammals
 +
|- height="20"
 +
| height="20" | AgFishCatchProdAqPlantsFSJ
 +
| Aquatic Plants
 +
|- height="20"
 +
| height="20" | AgFishCatchProdCephalopodsFSJ
 +
| Cephalopods
 +
|- height="20"
 +
| height="20" | AgFishCatchProdCrustaceansFSJ
 +
| Crustaceans
 +
|- height="20"
 +
| height="20" | AgFishCatchProdDemersalFSJ
 +
| Demersal Marine Fish
 +
|- height="20"
 +
| height="20" | AgFishCatchProdFreshwaterFSJ
 +
| Freshwater and Diadromous Fish
 +
|- height="20"
 +
| height="20" | AgFishCatchProdMarineFSJ
 +
| Marine Fish NEI
 +
|- height="20"
 +
| height="20" | AgFishCatchProdMolluscsFSJ
 +
| Molluscs excl. Cephalopods
 +
|- height="20"
 +
| height="20" | AgFishCatchProdPelagicFSJ
 +
| Pelagic Marine Fish
 +
|}
 +
 
 +
AgFishProdCatchInland and AgFishProdCatchMarine:
 +
 
 +
Using the aggregation tool, set the country dimension to detailed, the species to aggregated, and the fishing area to grouped. For the fishing area division, choose "Inland/Marine areas". Using the filter tool under the data tab, make sure that ALL species, countries and fishing areas have been included. All rows must be selected (ctrl/cmd + a). Data can then be saved as a .csv file by using the second option under the edit tab. This file can then be saved as a more updated excel file (.xls or .xlsx) once it is opened. The marine areas data correspond to AgFishProdCatchMarine and the inland waters data correspond to AgFishProdCatchInland.
 +
 
 +
== Global Aquaculture Production (Quantity) tab of the Global Production dataset ==
 +
 
 +
AgFishAquaProdAqAnimalsFSJ through AgFishAquaProdPelagicFSJ (see list in Introduction):
 +
 
 +
Using the aggregation tool, set the country dimension to detailed, the species to grouped, and the aquaculture area and environment both to aggregated. For the species division, choose "FAOSTAT group of commodities". Using the filter tool under the data tab, make sure that ALL species, countries, aquaculture areas, and environments have been included. All rows must be selected (ctrl/cmd + a). Data can then be saved as a .csv file by using the second option under the edit tab. This file can then be saved as a more updated excel file (.xls or .xlsx) once it is opened. The species correspond to the different data series as follows:
 +
 
 +
{| border="1" cellpadding="0" cellspacing="0" width="448"
 +
|- height="20"
 +
| height="20" width="232" | AgFishAquaProdAqAnimalsFSJ
 +
| width="216" | Aquatic Animals NEI
 +
|- height="20"
 +
| height="20" width="232" | AgFishAquaProdAqPlantsFSJ
 +
| Aquatic Plants
 +
|- height="20"
 +
| height="20" width="232" | AgFishAquaProdCephalopodsFSJ
 +
| Cephalopods
 +
|- height="20"
 +
| height="20" width="232" | AgFishAquaProdCrustaceansFSJ
 +
| Crustaceans
 +
|- height="20"
 +
| height="20" width="232" | AgFishAquaProdDemersalFSJ
 +
| Demersal Marine Fish
 +
|- height="20"
 +
| height="20" width="232" | AgFishAquaProdFreshwaterFSJ
 +
| Freshwater and Diadromous Fish
 +
|- height="20"
 +
| height="20" width="232" | AgFishAquaProdMarineFSJ
 +
| Marine Fish NEI
 +
|- height="20"
 +
| height="20" width="232" | AgFishAquaProdMolluscsFSJ
 +
| Molluscs excl. Cephalopods
 +
|- height="20"
 +
| height="20" width="232" | AgFishAquaProdPelagicFSJ
 +
| Pelagic Marine Fish
 +
|}
 +
 
 +
AgFishProdAquaInland and AgFishProdAquaMarine:
 +
 
 +
Under the aggregation tool, set the country dimension to detailed, the species and enviroment both to aggregated, and the aquaculture area to grouped. For the aquaculture division, choose "Inland/Marine areas". Using the filter tool under the data tab, make sure that ALL species, countries, aquaculture areas, and evironments have been included. All rows must be selected (ctrl/cmd + a). Data can then be saved as a .csv file by using the second option under the edit tab. This file can then be saved as a more updated excel file (.xls or .xlsx) once it is opened. The marine areas data correspond to AgFishProdAquaMarine and the inland waters data correspond to AgFishProdAquaInland.
 +
 
 +
== Global Commodities Workspace ==
 +
 
 +
Close the workspace. Then open the Global Commodities Workspace. The two series found in this workspace are AgFishExportVal and AgFishImportVal. Using the aggregation tool, set the country dimension to detailed, the commodity to aggregated, and the 

Latest revision as of 23:06, 16 July 2017

Introduction

FAO Fishtatj is software used by the Food and Agriculture Organization to handle their fisheries and aquaculture data. Data from Fishtatj is separated into four different workspaces, which must each be downloaded separately: Global Production, Global Commodities, Regional, and Food Balance. The Global Production and Global Commodities workspaces are used for the data discussed in this article. Once downloaded, the data in each of these workspaces may be manipulated and converted to an excel file using the Fishtatj software. FAO Fishtatj and workspaces can be downloaded here and additional help can be found using the Fishtatj manual or FAO help videos. The following series are IFs data collected using Fishstatj:

Variable Definition Workspace
AgFishAquaProdAqAnimalsFSJ Total Aquatic Animals Aquaculture Production (tonnes) from FishstatJ Global Production
AgFishAquaProdAqPlantsFSJ Total Aquatic Plants Aquaculture Production (tonnes) from FishstatJ Global Production
AgFishAquaProdCephalopodsFSJ Total Cephalopods Aquaculture Production (tonnes) from FishstatJ Global Production
AgFishAquaProdCrustaceansFSJ Total Crustaceans Aquaculture Production (tonnes) from FishstatJ Global Production
AgFishAquaProdDemersalFSJ Total  Demersal Aquaculture Production (tonnes) from FishstatJ Global Production
AgFishAquaProdFreshwaterFSJ Total Freshwater Aquaculture Production (tonnes) from FishstatJ Global Production
AgFishAquaProdMarineFSJ Total Marine Aquaculture Production (tonnes) from FishstatJ Global Production
AgFishAquaProdMolluscsFSJ Total Molluscs Aquaculture Production (tonnes) from FishstatJ Global Production
AgFishAquaProdOthersFSJ Total Others Aquaculture Production (tonnes) from FishstatJ Global Production
AgFishAquaProdPelagicFSJ Total Pelagic Aquaculture Production (tonnes) from FishstatJ Global Production
AgFishCatchProdAqAnimalsFSJ Total Aquatic Animals Catch Production (tonnes) from FishstatJ Global Production
AgFishCatchProdAqMammalsFSJ Total Aquatic Mammals Catch Production (tonnes) from FishstatJ Global Production
AgFishCatchProdAqPlantsFSJ Total Aquatic Plants Catch Production (tonnes) from FishstatJ Global Production
AgFishCatchProdCephalopodsFSJ Total Cephalopods Capture Production from FishstatJ Global Production
AgFishCatchProdCrustaceansFSJ Total Crustaceans Capture Production from FishstatJ Global Production
AgFishCatchProdDemersalFSJ Total Demersal Capture Production from FishstatJ Global Production
AgFishCatchProdFreshwaterFSJ Total Freshwater Capture Production from FishstatJ Global Production
AgFishCatchProdMarineFSJ Total Marine Capture Production from FishstatJ Global Production
AgFishCatchProdMolluscsFSJ Total Molluscs Capture Production from FishstatJ Global Production
AgFishCatchProdOthersFSJ Total Others Capture Production from FishstatJ Global Production
AgFishCatchProdPelagicFSJ Total Pelagic Capture Production (tonnes) from Fishstatj Global Production
AgFishExportVal Global Commodities Production and Trade Value of Fish Exports (USD) Global Commodities
AgFishImportVal Global Commodities Production and Trade Value of Fish Imports (USD) Global Commodities
AgFishProdAquaInland Fish,Production, Inland Aquaculture Global Production
AgFishProdAquaMarine Fish, production, Marine Aquaculture Global Production
AgFishProdCatchInland Fish, Production, Inland Catch Global Production
AgFishProdCatchMarine Fish, Production, Marine Catch Global Production

Data Collection

After downloading Fishtatj and the Global Commodity and Global Production workspaces, open the program and load the Global Production dataset. Within this workspace, there are three tabs: Global Capture Production (Quantity), Global Aquaculture Production (Value), and Global Aquaculture Production (Quantity). Data can be further manipulated using the level of aggregation tool (blue arrow) and the filter tool - the first option under the data tab (green arrow).

FAO Fishtatj Help Image.png

Global Capture Production (Quantity) tab of the Global Production dataset

AgFishCatchProdAqAnimalsFSJ through AgFishCatchProdPelagicFSJ (see list in Introduction):

Using the aggregation tool, set the country dimension to detailed, the species to grouped, and the fishing area to aggregated. For the species division, choose "FAOSTAT group of commodities." Using the filter tool under the data tab, make sure that ALL species, countries and fishing areas have been included. All rows must be selected (ctrl/cmd + a). Data can then be saved as a .csv file by using the second option under the edit tab. This file can then be saved as a more updated excel file (.xls or .xlsx) once it is opened. The species correspond to the different data series as follows:

AgFishCatchProdAqAnimalsFSJ Aquatic Animals NEI
AgFishCatchProdAqMammalsFSJ Aquatic Mammals
AgFishCatchProdAqPlantsFSJ Aquatic Plants
AgFishCatchProdCephalopodsFSJ Cephalopods
AgFishCatchProdCrustaceansFSJ Crustaceans
AgFishCatchProdDemersalFSJ Demersal Marine Fish
AgFishCatchProdFreshwaterFSJ Freshwater and Diadromous Fish
AgFishCatchProdMarineFSJ Marine Fish NEI
AgFishCatchProdMolluscsFSJ Molluscs excl. Cephalopods
AgFishCatchProdPelagicFSJ Pelagic Marine Fish

AgFishProdCatchInland and AgFishProdCatchMarine:

Using the aggregation tool, set the country dimension to detailed, the species to aggregated, and the fishing area to grouped. For the fishing area division, choose "Inland/Marine areas". Using the filter tool under the data tab, make sure that ALL species, countries and fishing areas have been included. All rows must be selected (ctrl/cmd + a). Data can then be saved as a .csv file by using the second option under the edit tab. This file can then be saved as a more updated excel file (.xls or .xlsx) once it is opened. The marine areas data correspond to AgFishProdCatchMarine and the inland waters data correspond to AgFishProdCatchInland.

Global Aquaculture Production (Quantity) tab of the Global Production dataset

AgFishAquaProdAqAnimalsFSJ through AgFishAquaProdPelagicFSJ (see list in Introduction):

Using the aggregation tool, set the country dimension to detailed, the species to grouped, and the aquaculture area and environment both to aggregated. For the species division, choose "FAOSTAT group of commodities". Using the filter tool under the data tab, make sure that ALL species, countries, aquaculture areas, and environments have been included. All rows must be selected (ctrl/cmd + a). Data can then be saved as a .csv file by using the second option under the edit tab. This file can then be saved as a more updated excel file (.xls or .xlsx) once it is opened. The species correspond to the different data series as follows:

AgFishAquaProdAqAnimalsFSJ Aquatic Animals NEI
AgFishAquaProdAqPlantsFSJ Aquatic Plants
AgFishAquaProdCephalopodsFSJ Cephalopods
AgFishAquaProdCrustaceansFSJ Crustaceans
AgFishAquaProdDemersalFSJ Demersal Marine Fish
AgFishAquaProdFreshwaterFSJ Freshwater and Diadromous Fish
AgFishAquaProdMarineFSJ Marine Fish NEI
AgFishAquaProdMolluscsFSJ Molluscs excl. Cephalopods
AgFishAquaProdPelagicFSJ Pelagic Marine Fish

AgFishProdAquaInland and AgFishProdAquaMarine:

Under the aggregation tool, set the country dimension to detailed, the species and enviroment both to aggregated, and the aquaculture area to grouped. For the aquaculture division, choose "Inland/Marine areas". Using the filter tool under the data tab, make sure that ALL species, countries, aquaculture areas, and evironments have been included. All rows must be selected (ctrl/cmd + a). Data can then be saved as a .csv file by using the second option under the edit tab. This file can then be saved as a more updated excel file (.xls or .xlsx) once it is opened. The marine areas data correspond to AgFishProdAquaMarine and the inland waters data correspond to AgFishProdAquaInland.

Global Commodities Workspace

Close the workspace. Then open the Global Commodities Workspace. The two series found in this workspace are AgFishExportVal and AgFishImportVal. Using the aggregation tool, set the country dimension to detailed, the commodity to aggregated, and the