blekinge

Tables

• Detailed Land Coverage Information with Geometric AttributesTSV

  The table is a part of a dataset collection that comes from the website of Lantmäteriet (The Land Survey) in Sweden. It consists of various columns that store an array of data, including unique identifiers, area measurements, remarks, and geographic information. In particular, the table features two special columns that contain the date of data extraction and the row number from the source data, which together uniquely identify each row. The geographic data, initially in the shapefile format representing points, lines, or polygons, has been transformed into the final geographic format. The data in this table could be utilized in various ways for data analytics. For instance, the geographic information could be used for spatial analysis, allowing for examination of patterns and trends...

• Geographical and Geometrical Information of Land Areas in SwedenTSV

  The table in question is part of a larger dataset collection, which is a compilation of related data that are organized into rows and columns. This particular table contains a multitude of different columns, each holding distinct types of information. Two of these columns, one containing the date of data extraction and the other holding the row number from the original data source, are special in that their combination serves to uniquely identify each row of data. The data in this table also contains geographic information, which has been transformed from the shapefile format. Shapefile is a simple, non-topological format that is used for storing the geometric location and attribute information of geographic features, which could be represented by points, lines, or polygons (areas)....

• Geographical Data Collection of Land StatisticsTSV

  The table in question is part of a dataset collection, and is sourced from the website of Lantmäteriet (The Land Survey) in Sweden. The table contains various data points, including unique identifiers, geographic details, and other specific remarks. Notably, there are two special columns in the table which represent the date of data extraction and the row number from the original data source. These two columns combined can uniquely identify each row in the table. The geographic information in the dataset originally came in a shapefile format, a common format for storing geometric location and attribute information of geographic features. This geographic information has since been transformed into its final format. This table can serve a variety of purposes in data analytics. For...

• Geospatial Analysis Data Collected from a Swedish SourceTSV

  The table in question is a rich compilation of geographically-oriented data, sourced from the Swedish website 'Lantmäteriet'. The table contains a variety of data points, including unique identifiers, codes, remarks, area measurements, and an array of geographic data. It also holds special columns that note the date when the data was extracted, as well as the row number in the extracted data, creating a unique identification system for each row. This geographic data is derived from the shapefile format, which is a robust method for storing geometric locations and attribute information of geographic features, and it can represent these features as points, lines, or polygons. In terms of data analytics, the depth and breadth of the information in this table could be used in a multitude...

• Geospatial Data Analysis: Detailed Land Mapping and Attribute InformationTSV

  The table in question is a part of a larger dataset collection, sourced from the Swedish website, 'Lantmäteriet'. This table is unique in its composition, containing a myriad of columns with a special emphasis on two particular ones: one that denotes the date of data extraction and another that indicates the row number in the extracted data. These two columns work together to uniquely identify each row in the table. The table's data format is noteworthy, as it originates from a geometric location and attribute information storage format known as shapefile. This format is typically used for storing geographic features, which can be represented as points, lines or polygons. In this dataset, the original shapefile format has been transformed into the final geographic format. The data in...

• Geospatial Data Table: Land Classification Metrics and AttributesTSV

  The table is a structured collection of related data, sourced from the website of Lantmäteriet (Sweden's land survey agency). It forms part of a larger dataset collection, contributing to a more comprehensive understanding of the subject matter. The table provides a rich set of information, including temporal data, numerical data, and geographic information, which has been transformed from the original shapefile format. The table includes special columns signifying the date of data extraction and the row number for each extraction. These two columns together uniquely identify each row in the table, thereby ensuring accuracy and precision in managing the data. The geographic information provided in the table is extensive, including various aspects like geometric location and attribute...

• Historical Version Records of Base Table in Dataset Collection from Swedish SourceTSV

  The 'clc12_62e_so__history' table is a historical record of a specific dataset from the 'blekinge' collection. As a history table, it maintains the version history of its base table rows, providing a timeline of changes and updates to each row. This enables the tracking of the lifecycle of each row, from when it was initially extracted from the data source, through any subsequent versions, to the most recent version. This is achieved through two additional columns, which capture the start and end dates of each row version. A null value in the end date column signifies the most recent version of the row. The table also contains a unique identifier for each row, created by a combination of the start date and row number. This facilitates precise tracking and referencing of every row's...

• Historical Version Records of Base Table Rows within the Blekinge Dataset CollectionTSV

  The 'History' table originates from the 'Lantmäteriet' (National Land Survey) website in Sweden. This table is a rich collection of chronological data that maintains a version history of its base table rows. Each row is uniquely identified by a combination of start date and row number, with the start date marking when the row was extracted from the data source. This table also includes an end date, indicating when a new version of the row was extracted. If the end date for a row is null, this signifies that this version of the row is the most recent. Geographic information in this table is presented in a final geographic format, with the original source being a shapefile. Shapefiles are common for storing geographic features, which can be represented as points, lines, or polygons. This...

• Version History of Base Table Rows in Blekinge Dataset CollectionTSV

  The table under consideration is a historical record sourced from the 'Lantmäteriet' website in Sweden. This table is a component of a larger dataset collection. As a historical table, it maintains the version history of base table rows, enabling tracking of changes over time. It consists of significant information, including specific dates indicating when a row was extracted from the data source and when a new version of the same row was extracted. If a row is the most recent version, its end date remains null. Furthermore, the table stores unique identifiers for each row, formed by the combination of the start date and the row number. In addition, the table contains geographical data, initially in shapefile format, which has been converted to a final geographic format. Shapefile is a...

• Version History of Base Table Rows in Swedish Dataset CollectionTSV

  The table under discussion is a historical record sourced from the website of 'Lantmäteriet' in Sweden. This history table provides an in-depth understanding of its base table rows by maintaining a version history. Each row in the table is distinctively identified by a unique combination of the date the row was extracted and the row number from the raw data. This allows for precise tracking of data modifications over time. The table has two exclusive columns denoting the start and end dates of each row's validity. If an end date is not specified, it signifies that the current version of the row is the most recent. The data in this table is rich in geographic detail. Originating from a shapefile, a format that simplifies the storage of geographic features and attributes, this...

• Version History of Base Table Rows in the Dataset Collection from SwedenTSV

  This table resides within a larger dataset collection, exploring a rich history of data revisions. It provides a comprehensive version history of the base table's rows, each uniquely identified by a combination of a start date and a row number. This identification system helps users track the evolution of data over time, from the date it was initially extracted from the source until the creation of its latest version. If a row has a null end date, it implies that the data is the most current version. The table's content has a geographical focus, originally sourced from the 'Lantmäteriet' (The Land Survey) website in Sweden. The dataset's geographical information, initially in shapefile format, has been transformed into a final geographic format. Shapefiles help to store the geometric...

• Version History Table of Base Rows for Land Survey Data CollectionTSV

  The table in question is a historical record, holding versions of data over time. This gives it a unique ability to track changes and trends, making it a valuable resource for analysis. It's a part of a dataset collection sourced from Lantmäteriet, a website based in Sweden. This table is unique in that it has two additional columns to its base table, indicating when a row was extracted and when a new version was created. If no end date is present, it signifies that the row is the most recent version. Each row is uniquely identified by a specific combination of its start date and row number. Furthermore, the table includes geographic data, initially in shapefile format - a common format for storing geometric location and attribute information of geographic features such as points,...