-
Domestic Fish Consumption by Origin (kg/person/year)TSV
This table contains information on domestic fish consumption by origin, in kilograms per person per year. The data is sourced from the website of Luke, which originates from the country Finland (FI). The table provides insights into the consumption patterns of various fish species over the years, allowing for data analytics and trend analysis. By analyzing the data, one can identify the changes in fish consumption habits of people in Finland, find the most popular fish species consumed domestically, track the annual variations in fish consumption, and compare the consumption patterns across different origins and years. This data can be helpful for researchers, policymakers, and businesses in understanding fish consumption trends and making informed decisions related to fisheries...
-
Domestic Fish Consumption by Origin (kg/person/year) - SpeciesTSV
This table provides data on domestic fish consumption by origin in kilograms per person per year. The data is sourced from 'Luke' website, which originates from the country Finland (ISO country code: FI). The table contains information such as the extraction date, row number, code, and label. This data can be utilized in data analytics to analyze trends and patterns in fish consumption, compare consumption between different origins, identify factors influencing consumption, and make informed decisions related to fish consumption and fisheries management.
-
Domestic Fish Consumption by Origin (kg/person/year) - Year Dimension DataTSV
This table contains data on domestic fish consumption by origin per person per year. The data is sourced from 'Luke', an organization based in Finland. It provides information on the volume of fish consumption in kilograms per person per year. The table includes columns such as '_extract_date', '_row_number', 'code', and 'label'. The data in this table can be used for various data analytics purposes, such as analyzing trends in domestic fish consumption over time, comparing fish consumption by different origins, and identifying patterns in fish consumption based on different labels.
-
Domestic Fish Consumption by Origin in Kg per Person per YearTSV
This table contains data on the consumption of domestic fish by origin in kilograms per person per year. The data is sourced from the website of Luke, which originates from Finland (ISO country code: FI). It provides information on the consumption patterns of domestic fish in Finland. The table includes columns such as extract date, row number, code, and label. The data in this table can be utilized in data analytics for various purposes, such as analyzing trends in domestic fish consumption over time, comparing consumption patterns across different origin categories, identifying the most consumed types of domestic fish, and studying the impact of domestic fish consumption on the overall dietary habits of the population.
-
Historical Version of Domestic Fish Consumption by Origin (in kg per person per year) for Different Species - Luke (from Finland)TSV
This table contains the version history of the rows in the 'domestic fish consumption by origin (kg/person/year) by species' table. The rows in this table represent the different versions of the base table rows, extracted from the web site of 'Luke' which originates from Finland. Each row in this table is identified by its start date, end date, row number, code, and label. The start date indicates when the row was extracted from the data source, while the end date indicates when a new version of the row was extracted. If the end date is null, it means that the row is the most recent version. This table provides valuable insights for data analytics, allowing for analysis of how the domestic fish consumption by origin (kg/person/year) by species has changed over time. With the information...
-
Version History of Domestic Fish Consumption by Origin (kg/person/year)TSV
This table contains the version history of the 'domestic fish consumption by origin kg/person/year' facts. It is sourced from the web site of Luke, which originates from Finland (FI). The table records the start and end dates of each version, alongside the row number, origin, species, year, and domestic fish consumption. The '_start_date' column contains the date when the row was extracted, and the '_end_date' column contains the date when a new version of the row was extracted. The most recent version of a row is indicated by a null value in the '_end_date' column. The data in this table can be useful for various data analytics tasks, such as analyzing trends in domestic fish consumption over the years, comparing the consumption of different fish species by origin, and identifying...
-
Version History of Domestic Fish Consumption by Origin (kg/person/year)TSV
This table provides the version history of rows from the base table 'domestic_fish_consumption_by_origin_kgpersonlyear__dim_year'. Each row in this table represents a specific version of a row extracted from the data source. The '_start_date' column indicates the date when the row was extracted, while the '_end_date' column indicates the date when a new version of the row was extracted. If the '_end_date' column value is null, it means that the row is the most recent version. The table is sourced from the website of 'Luke' (Natural Resources Institute Finland), which is a research institute located in Finland (ISO country code: FI).
-
Version History of Domestic Fish Consumption by Origin (Luke)TSV
This table provides the version history of domestic fish consumption by origin, measured in kilograms per person per year. It is sourced from the website of Luke, the Natural Resources Institute Finland, and originates from Finland (ISO country code 'fi'). The table includes the start date and end date of each row, which represent the extraction dates from the data source. Additionally, the table contains a row number, code, and label columns. The historical data in this table can be utilized in data analytics to track changes in domestic fish consumption patterns over time, analyze trends, and compare consumption across different origins.