Shapefile is vector data format for geographic information system(GIS). It is developed by ESRI – Environmental Systems Research Institute. It is a simple, non – topological format used for storing geometric location and attributes of Geographic data. Shapefile represent geographic data into points, lines or polygons.
This guide will walk you through the straightforward process of convert SQLITE to ESRI Shapefile format using the Converter Tool in MAPOG. Whether you’re a first-time user or someone familiar with the tool, you’ll find that convert SQLITE to ESRI Shapefile with MAPOG is quick and easy. We’ll break down each step to ensure the entire process is clear and simple for you.
Key Concept of File Conversion:
The Converter Tool in MAPOG serves to change data from one format to another, almost like a seamless transformation. You start by inputting data in one format, and the tool delivers it in a different format that suits your analysis needs. Plus, GIS Data can be downloaded in various formats, offering flexibility for a range of applications.
Navigate to Process Data and select the Converter Tool option.
Upload your SQLITE file. This is where you input the data that you want to convert.
Step 2: Choose the Conversion Format:
Select ESRI Shapefile as the output format if you need to export just the data. The tool offers multiple options for conversion, but in this guide, we’ll focus on converting the file to ESRI Shapefile.
Additionally, you can set the Output CRS according to your requirements.
Step 3: Execute the Conversion:
Hit to Convert Files and let the tool do its job. After you’ve input your data, the Converter Tool will transform it from SQLITE format to ESRI Shapefile format.
Step 4: Review and Download:
Take a moment to check your converted ESRI Shapefile data to ensure everything is accurate. Once you’re satisfied, proceed to download the file. This step is crucial to confirm that the conversion was successful and that all your data is intact.
Looking for accurate and structured public transport information? Now you can Download Public Transport Platform Data with ease using GIS Data by MAPOG. This intuitive platform supports over 15 GIS formats including Shapefile, KML, GeoJSON, MID, and more—ensuring compatibility with most modern GIS tools. Whether you’re involved in transit planning, infrastructure development, or urban mobility studies, MAPOG offers a reliable way to access and analyze Public Transport Platform data for smarter mapping decisions.
How to Download Public Transport Platform Data
MAPOG has streamlined the entire process to help users quickly access Public Transport Platform datasets from hundreds of layers globally. Supporting a wide range of formats like SHP, KML, CSV, GeoJSON, SQL, DXF, MIF, TOPOJSON, GPX, and more, the platform caters to both technical and analytical needs.
All data is provided in GCS datum EPSG:4326 WGS84 CRS (Coordinate Reference System).
Users need to log in to access and download their preferred data formats.
Step-by-Step Guide to Download Public Transport Platform Data
Step 1: Search for Public Transport Platform Data
Begin by selecting your area of interest within the MAPOG interface. Use the “Search Layer” option to find “Public Transport Platform” data. Review the dataset details to check if the data is in point or polygon geometry format.
Leverage MAPOG’s “Try AI” tool to make your search even quicker. Just enter phrases like “bus platforms in city” or “public transport access points,” and let the AI fetch the most relevant data layers instantly.
Step 3: Refine Using Filter Data
For more targeted results, apply filters based on district, state, or urban zones. This step helps eliminate unnecessary data and ensures you’re working with only the most relevant Public Transport Platform information.
Step 4: Visualize with Add on Map
Want to preview your data before downloading? Use the “Add on Map” feature to load the selected dataset onto MAPOG’s interactive map interface. This allows for a visual check of platform distribution, spatial relationships, and accessibility, which is useful for transport planning and analysis.
Step 5: Download the Data
Once satisfied, click “Download Data.” You’ll have the choice between sample and full datasets. Select your preferred format—Shapefile, KML, MID, or others—accept the terms, and begin your download.
Final Thoughts
MAPOG makes it incredibly easy to Download Public Transport Platform Data in the format that best suits your project. With its AI-enhanced search, rich filtering options, and multiple export formats, the platform empowers researchers, urban planners, and GIS analysts to make informed decisions with high-quality data. Whether for mapping, modeling, or infrastructure analysis, GIS Data by MAPOG is your go-to resource to Download Public Transport Platform Data efficiently and accurately.
Disclaimer : The GIS data provided for download in this article was initially sourced from OpenStreetMap (OSM) and further modified to enhance its usability. Please note that the original data is licensed under the Open Database License (ODbL) by the OpenStreetMap contributors. While modifications have been made to improve the data, any use, redistribution, or modification of this data must comply with the ODbL license terms. For more information on the ODbL, please visit OpenStreetMap’s License Page.
Looking for accurate and structured location data of construction activity? Download Construction sites Data easily using GIS Data by MAPOG. This intuitive platform supports over 15+ GIS formats including Shapefile, KML, GeoJSON, and MID, enabling compatibility across popular GIS software. Whether you’re engaged in infrastructure planning, monitoring urban expansion, or conducting land-use analysis, MAPOG offers detailed and reliable construction site datasets that support efficient decision-making and mapping tasks.
Why Construction Sites Data Matters
Construction sites represent areas where new structures are being built or existing ones are undergoing significant changes. These locations are vital for urban planners, real estate analysts, environmental consultants, and development authorities. With the right data, professionals can assess developmental density, identify growth trends, and evaluate impact on surrounding zones.
All data is provided in GCS datum EPSG:4326 WGS84 CRS (Coordinate Reference System).
Users need to log in to access and download their preferred data formats.
Step-by-Step Guide to Download Construction Sites Data
Step 1: Search for Construction Sites Data
Begin by selecting your desired region from the GIS Data by MAPOG platform. Use the built-in search tool to look for “Construction Sites.” Datasets may include point or polygon geometries depending on how the information was mapped.
MAPOG’s “Try AI” search assistant speeds up the process. Enter terms like “construction activity in zone” or “urban development sites,” and the AI tool will fetch the most relevant datasets for you—perfect when time or specificity is key.
Step 3: Filter for Precision
To narrow down your results, apply the “Filter Data” option. This helps you sort construction data by city blocks, local authorities, or planning zones, giving you a refined dataset tailored to your needs.
Step 4: Visualize Data on Interactive Map
Click “Add on Map” to instantly view your selected construction data overlaid on a live map. This visualization aids in understanding spatial distribution, construction clusters, and nearby infrastructures, allowing for more informed analysis.
Step 5: Download Construction Sites Data
Once you’ve verified the dataset, proceed to download. Choose your preferred format—be it Shapefile, KML, MID, GeoJSON, or others—and opt for either a sample preview or the complete dataset. Accept the terms, and your download will be ready in seconds.
Final Thoughts
In a world where spatial awareness and development monitoring are critical, Download Construction sites Data using GIS Data by MAPOG to stay ahead. The platform simplifies the retrieval of comprehensive construction datasets for planners, GIS analysts, and researchers alike. With its robust features and multiple export formats, it empowers users to conduct thorough analysis, plan efficiently, and visualize construction patterns with ease.
Disclaimer : The GIS data provided for download in this article was initially sourced from OpenStreetMap (OSM) and further modified to enhance its usability. Please note that the original data is licensed under the Open Database License (ODbL) by the OpenStreetMap contributors. While modifications have been made to improve the data, any use, redistribution, or modification of this data must comply with the ODbL license terms. For more information on the ODbL, please visit OpenStreetMap’s License Page.
Looking to Download Drop-in Centers Data for your next GIS project or planning initiative? With GIS Data by MAPOG, accessing reliable, up-to-date geographic datasets is simple and efficient. Whether you’re working in the fields of social welfare, community health outreach, or urban resource mapping, this platform supports over 15 GIS formats including Shapefile, KML, MID, and GeoJSON—ensuring smooth compatibility with major GIS tools and software.
How GIS Data by MAPOG Works?
MAPOG’s intuitive system simplifies the process of discovering, visualizing, and downloading location-based datasets. It supports users with advanced tools like AI-assisted search, layer visualization, and customizable format options. Whether you’re analyzing accessibility or planning expansion, you can easily download Drop-in Centers Data for more informed spatial analysis.
All data is provided in GCS datum EPSG:4326 WGS84 CRS (Coordinate Reference System).
Users need to log in to access and download their preferred data formats.
Step-by-Step Guide to Download Drop-in Centers Data
Step 1: Search for Drop-in Centers Data
Begin by logging into the GIS Data by MAPOG portal. Use the search layer function and type in “Drop-in Centers Data.” Review the attributes available—data may appear as points or polygons, depending on how it has been collected and categorized.
Use MAPOG’s built-in “Try AI” feature to quickly find relevant datasets. Enter phrases like “Drop-in centers near me” or “Community shelters,” and the tool will auto-suggest matching layers, saving you time and effort.
Step 3: Apply Filters for Targeted Results
Narrow your results using the Filter Data option. This allows users to search by state or district, enabling deeper exploration within a region. Whether you’re working locally or across multiple jurisdictions, this feature ensures data accuracy and relevance.
Step 4: Visualize with “Add on Map”
Click on “Add on Map” to view your selected data on MAPOG’s interactive GIS interface. This lets you analyze spatial distribution, evaluate service gaps, and understand proximity to other key facilities—all in real time.
Step 5: Download Drop-in Centers Data
Once you’re satisfied with your selection, click on “Download Data.” Choose from sample or full datasets and select from formats like Shapefile, KML, MID, CSV, GeoJSON, DXF, or SQL, among others.
Final Thoughts
With powerful tools, smart filters, and diverse format options, GIS Data by MAPOG makes it seamless to download Drop-in Centers Data for any kind of mapping, analysis, or planning task. Whether you’re a researcher, urban planner, social worker, or GIS professional, this platform equips you with the spatial intelligence needed to make meaningful, data-driven decisions.
Disclaimer : The GIS data provided for download in this article was initially sourced from OpenStreetMap (OSM) and further modified to enhance its usability. Please note that the original data is licensed under the Open Database License (ODbL) by the OpenStreetMap contributors. While modifications have been made to improve the data, any use, redistribution, or modification of this data must comply with the ODbL license terms. For more information on the ODbL, please visit OpenStreetMap’s License Page.
Looking to explore or map culturally significant sites? Download Historical Monuments Data quickly and accurately using GIS Data by MAPOG. This intuitive platform offers data in over 15 GIS formats—including Shapefile, KML, GeoJSON, and MID—ensuring compatibility with major GIS tools. Whether you’re engaged in heritage conservation, academic research, urban planning, or tourism development, this tool provides well-structured, ready-to-use datasets that support detailed spatial analysis and visualization.
How to Download Historical Monuments Data
GIS Data by MAPOG offers a robust way to explore and download monument data from hundreds of geographic layers. The system supports a wide variety of file formats—such as KML, SHP, CSV, GeoJSON, SQL, DXF, MIF, TOPOJSON, and GPX—making it a preferred choice for GIS professionals, developers, and researchers alike.
All data is provided in GCS datum EPSG:4326 WGS84 CRS (Coordinate Reference System).
Users need to log in to access and download their preferred data formats.
Step-by-Step Guide to Download Historical Monuments Data
Step 1: Search for Historical Monuments Data
Begin by selecting the region of interest within the MAPOG interface. Use the “Search Layer” function and look for “Historical Monuments Data.” Depending on the dataset, the information may appear as points or polygons, representing locations or boundaries.
Let MAPOG’s “Try AI” assist you. Simply input keywords like “Monuments near me” or “Heritage sites,” and the AI tool will present the most relevant layers. This feature not only saves time but also enhances search accuracy.
Step 3: Apply Data Filters
Fine-tune your search using the Filter Data option. You can narrow the dataset by selecting specific states and districts. For nationwide datasets, this feature enables deep-level filtering—making it easier to locate and analyze monuments based on administrative boundaries.
Step 4: Visualize with ‘Add on Map’
Click the Add on Map option to overlay the selected layer onto the GIS map analysis interface. This allows for better visualization and spatial examination of monument locations, clustering, accessibility, and relation to nearby landmarks or infrastructure.
Step 5: Download Historical Monuments Data
Once you’ve finalized your dataset, click “Download Data.” Choose whether to download a sample or the full dataset. Select your desired format—Shapefile, KML, GeoJSON, MID, or others—accept the usage terms, and download your data for offline or project use.
Final Thoughts
With MAPOG’s powerful GIS platform, the ability to download Historical Monuments Data becomes efficient and user-friendly. The platform caters to diverse GIS applications, offering detailed insights and flexibility in how data is accessed and applied. Whether you’re a cultural researcher, urban planner, or GIS enthusiast, MAPOG ensures that heritage-focused spatial data is always within reach.
Disclaimer : The GIS data provided for download in this article was initially sourced from OpenStreetMap (OSM) and further modified to enhance its usability. Please note that the original data is licensed under the Open Database License (ODbL) by the OpenStreetMap contributors. While modifications have been made to improve the data, any use, redistribution, or modification of this data must comply with the ODbL license terms. For more information on the ODbL, please visit OpenStreetMap’s License Page.
Looking to map the spread of fast food chains or analyze urban food landscapes? Download Fast Food Restaurant Data easily and efficiently using GIS Data by MAPOG. This powerful and intuitive platform supports multiple GIS formats such as Shapefile, KML, GeoJSON, MID, and more—making it compatible with various GIS tools for both beginners and experts. Whether you’re studying urban sprawl, planning zoning policies, or exploring consumer patterns, MAPOG delivers accurate, location-based datasets to meet your analytical needs.
How to Download Fast Food Restaurant Data
GIS Data by MAPOG has simplified the entire process of acquiring restaurant datasets from across the globe. With over 900+ thematic layers and coverage in more than 200 regions, the platform allows you to download data in formats like SHP, KML, CSV, SQL, DXF, MIF, GPX, TOPOJSON, and more. This versatility makes it ideal for use in ArcGIS, QGIS, Google Earth, and other GIS software.
All data is provided in GCS datum EPSG:4326 WGS84 CRS (Coordinate Reference System).
Users need to log in to access and download their preferred data formats.
Step-by-Step Guide to Download Fast Food Restaurant Data
Step 1: Search for Fast Food Restaurant Data
Begin by entering the platform and selecting your area of interest. Use the “Search Layer” option and type “Fast Food Restaurant Data” to locate relevant datasets. Preview the data type—most will be in point format with essential attributes like name, location, and category.
Save time by using MAPOG’s “Try AI” feature. Just type something like “Fast food outlets near city center” and let the AI assist you in finding accurate and contextual datasets without manual filtering.
Step 3: Apply State and District Filters
Need more refined data? Use the Filter Data option to narrow results by specific states or districts. This is especially useful for those who want to focus on micro-level planning or regional market research.
Step 4: Visualize with “Add on Map”
With the Add on Map feature, you can view the selected fast food restaurant data directly on the GIS interface. This enables deeper spatial analysis—like identifying clusters, gaps in service areas, or proximity to residential zones.
Step 5: Download Fast Food Restaurant Data
Finally, click “Download Data” once your dataset looks good. You’ll have the option to choose a sample or full version, select your preferred format (such as Shapefile, KML, MID, GeoJSON, etc.), and proceed with the download after agreeing to the terms.
Final Thoughts
Using GIS Data by MAPOG, you can download Fast Food Restaurant Data quickly and in a format that suits your GIS workflow. From urban researchers and business analysts to geography enthusiasts, everyone can benefit from this rich, location-based resource. Thanks to MAPOG’s clean interface, advanced search tools, and diverse export options, gathering food infrastructure data for analysis has never been this seamless.
Disclaimer : The GIS data provided for download in this article was initially sourced from OpenStreetMap (OSM) and further modified to enhance its usability. Please note that the original data is licensed under the Open Database License (ODbL) by the OpenStreetMap contributors. While modifications have been made to improve the data, any use, redistribution, or modification of this data must comply with the ODbL license terms. For more information on the ODbL, please visit OpenStreetMap’s License Page.
File conversion is an essential step in the GIS process that guarantees the easy use of geographic data in various applications. Database-driven geospatial applications benefit from improved data organization and performance with the conversion of SHP to SQLITE.
What is SHP File?
In GIS, a popular geographic vector data format is a SHP file (Shapefile). For spatial characteristics, it saves the attribute data—descriptive information—and geometry—points, lines, and polygons. SHP files are compatible with applications such as ArcGIS and QGIS, and are frequently used for mapping locations, boundaries, and other geographic data. In order to store associated data, they frequently come with extra files.
MAPOG ‘s Converter Tool provides a user-friendly platform for converting data between various formats. Its intuitive interface ensures users can complete the conversion process with ease. Here’s a step-by-step guide on converting SHP files to SQLITE format using MAPOG.
Step-by-Step Guide to Converting SHP to SQLITE
Step 1: Upload the Data Begin by navigating to the “Process Data” section in MAPOG MapAnalysis. Select the “Converter Tool” option. Before uploading your SHP file, ensure that it is organized and ready for conversion.
Upload the Data
Step 2: Select the Format for Conversion Next, choose SQLITE as the output format. SQLITE is ideal for managing geospatial databases due to its efficient storage capacity, making it suitable for large-scale GIS applications.
Select the Format
Step 3: Choose the Output Coordinate Reference System (CRS) Select the appropriate CRS if your data contains spatial information. This step ensures the geographic features in your SQLITE database are accurately positioned.
Choose the Output CRS
Step 4: Execute the Conversion Once you’ve selected the SQLITE format and the desired CRS, initiate the conversion process. The MAPOG tool will quickly and accurately convert your SHP file into an SQLITE database.
Execute the Conversion
Step 5: Review and Download After the conversion is complete, review the output to confirm the data was correctly converted. Finally, download the SQLITE file, which is now ready to be integrated into database-driven GIS systems for advanced analysis and management.
Review the Data
Conclusion:
The MAPOG Converter Tool streamlines the process of converting GIS data between different formats, making it a valuable resource for GIS professionals. By following these steps, you can easily convert SHP files to SQLITE format, ensuring your data is well-prepared for storage in GIS data. If you need to download any data file in SHP or in any other formats like TOPJSON, GEOJSON, KML. Visit GIS DATA, here we have 900+ data layers for 200+ countries.
MAPOG is ideal for users who wish to put their data to life via interactive and attractive maps. It helps you to make memorable tales by combining maps with multimedia elements such as photos and text.
Here are some other blogs you might be interested in:
GIS Data by MAPOG is a versatile platform designed to provide users with easy access to a wide range of GIS Data formats, such as Shapefile, KML, GeoJSON, and many more. The platform offers a user-friendly interface for downloading both administrative and geographic data sets and other datasets like pipeline data, allowing users to effortlessly locate and utilize data tailored to their specific needs.
Understanding the Process
Downloading pipeline data using GIS Data by MAPOG is a simple and efficient process, requiring users to select their preferred data format, such as Shapefile or KML, suitable for various GIS applications. The platform encompasses data from over 200+ countries, with access to more than 900+ layers. It streamlines the downloading procedure by offering a step-by-step guide, enabling users to quickly obtain the data required for analysis, planning, or mapping tasks.
An extensive range of data formats is available, including KML, SHP, CSV, GeoJSON, Tab, SQL, TIFF, GML, KMZ, GPKG, SQLITE, DXF, MIF, TOPOJSON, XLSX, GPX, ODS, MID, and GPS, ensuring compatibility and accessibility for numerous applications and analytical needs.
Note:
All data is provided in GCS datum EPSG:4326 WGS84 CRS (Coordinate Reference System).
Users need to log in to access and download their preferred data formats.
Step-by-Step Process to Download Pipeline Data
Step 1: Access GIS Data
Begin by logging into MAPOG with a valid email address. Once successfully logged in, navigate to the GIS data section to begin your search.
Step 2: Search for ‘Pipeline Data’
After accessing the GIS Data interface, select the country from which you wish to download data. Use the search layer option to look for the desired layer, such as “pipelines“. Review the data, its attributes, and its format (e.g., point or polygon). You can also utilize the “Try AI” tool located in the upper left corner to simplify your search—just specify the data you need and the area, and the tool will provide the corresponding data.
Use the filter data option to refine your search by selecting specific states and districts. This feature allows for the location of more precise geographic information, enabling a deeper dive into data, such as narrowing down to specific states or districts. It enhances the accuracy and relevance of the data for targeted analysis or mapping.
Step 4: Add on Map
Leverage the “Add on Map” feature to overlay the selected pipeline data onto the MAPOG interface for further investigation. This function helps users visualize spatial relationships and patterns, enhancing decision-making in GIS projects. You can add the dataset to a new map or include it in an existing map.
Step 5: Download Data
Click on the “Download Data” button. Choose between downloading sample data or the full dataset, depending on your needs. Then, select the desired format from the available options—Shapefile, KML, GeoJSON, or any of the other 15+ supported GIS formats. After agreeing to the terms and conditions, click on the download button again to complete the process, and your data will be downloaded.
Conclusion
Downloading pipeline data in multiple GIS formats from GIS Data by MAPOG is an uncomplicated and efficient process, facilitated by a series of easy steps. This platform enables access to accurate and current geographic data in numerous formats, providing flexibility and support for a wide array of planning, mapping, and analytical applications.
Disclaimer : The GIS data provided for download in this article was initially sourced from OpenStreetMap (OSM) and further modified to enhance its usability. Please note that the original data is licensed under the Open Database License (ODbL) by the OpenStreetMap contributors. While modifications have been made to improve the data, any use, redistribution, or modification of this data must comply with the ODbL license terms. For more information on the ODbL, please visit OpenStreetMap’s License Page.
Converting geospatial data from CSV to ESRI Shapefile (SHP) format is crucial for users needing to utilize spatial data in various GIS platforms. The ESRI Shapefile format is widely recognized in GIS, representing spatial features such as points, lines, and polygons.
What is CSV File?
A CSV file (Comma-Separated Values) is a simple text file that stores data in a table format. Each line represents a row, and the values in each row are separated by commas, making it easy to organize and share information like a spreadsheet.
MAPOG’s Converter Tool provides a user-friendly platform for converting CSV data into the ESRI Shapefile format. Here’s how to complete the conversion process using MAPOG.
Step-by-Step Guide to Converting CSV to ESRI Shapefile
Step 1: Upload the Data Navigate to the “Process Data” section in MAPOG MapAnalysis and select the “Converter Tool” option. Upload your CSV file, ensuring that it contains the necessary spatial coordinates.
Upload the Data
Step 2: Select the Format for Conversion Choose “ESRI Shapefile” as the output format. This format is widely used for spatial data analysis and sharing across different GIS platforms.
Select the Format
Step 3: Choose the Coordinate Reference System (CRS) Select the appropriate CRS to ensure proper geographic representation in the shapefile. The CRS determines how the spatial features will be projected and interpreted.
Choose the Output CRS
Step 4: Execute the Conversion Initiate the conversion process. MAPOG’s tool will convert the CSV file into the Shapefile format, preserving spatial attributes and associated data.
Execute the Conversion
Step 5: Review and Download Once the conversion is complete, review the output to ensure that the spatial features and data were correctly processed. Download the Shapefile, which is now ready for use in GIS software like ArcGIS or QGIS.
Download the Data
Conclusion:
MAPOG’s Converter Tool makes the process of converting CSV files to ESRI Shapefile format simple and efficient. By following these steps, you can easily integrate your CSV data into any GIS application that supports shapefiles. If you need to download any data file in CSV or in any other formats like KML, SHP, GEOJSON. visit GIS DATA. Here we have 900+ data layers for 200+ countries.
If you want to create maps that bring your data to life, MAPOG is ideal for you. With maps and multimedia components like text and images, you can create engrossing stories. Whether you’re presenting research or showcasing a project.
Here are some other blogs you might be interested in:
Algeria Shapefile Download Map – Free Polygon Administrative Download. Shapefiles showing Districts , Municipalities and Town and Cities.
Have you been searching too long for accurate GIS data for your country of interest? Well the wait is over with MAPOG, your one-stop destination for comprehensive GIS data covering 150+ countries. You can find more than 150 GIS data for each nation in MAPOG GIS Data Collection. The distinctive feature of MAPOG GIS data collection lies in its commitment to providing highly accurate GIS data of the administrative divisions. Users can also find data of other natural and man made geographic features such as river, roads, railway lines, airport locations etc. that are represented in appropriate geometric structures (point, line and polygon). MAPOG provides two important tools for accessing these GIS datasets – Download GIS Data and Add GIS Data.
We offer an extensive array of data formats, including KML, SHP, CSV, GeoJSON, Tab, SQL, Tiff, GML, KMZ, GPKZ, SQLITE, Dxf, MIF, TOPOJSON, XLSX, GPX, ODS, MID, and GPS, ensuring compatibility and accessibility for various applications and analyses.
Note:
All data available are in GCS datum EPSG:4326 WGS84 CRS (Coordinate Reference System).
You need to login for downloading the shapefile.
Download Shapefile Data of Algeria
Algeria is bordered to the northeast by Tunisia; to the east by Libya; to the southeast by Niger; to the southwest by Mali, Mauritania, and Western Sahara; to the west by Morocco; and to the north by the Mediterranean Sea. It is considered part of the Maghreb region of North Africa. It has a semi-arid geography, with most of the population living in the fertile north and the Sahara dominating the geography of the south. Algeria covers an area of 2,381,741 square kilometres (919,595 sq mi), making it the world’s, tenth largest nation by area and the largest nation in Africa, more than 200 times as large as the continent’s smallest country, The Gambia. With a population of 44 million, Algeria is the tenth-most populous country in Africa, and the 32nd most populous country in the world. The capital and largest city is Algiers, located in the far north on the Mediterranean coast.
Algeria’s districts were created as arrondissements when Algeria was a colony of France and they had a status equal to those of mainland France. They were, like France’s arrondissements, part of departements, which are further part of a région (which was called a territory, territoire, in French Algeria). They were maintained 6 years after the country’s independence (until 1968) when they were renamed “daïras” and had their functions slightly changed.
The municipalities of Algeria form the third level of administrative subdivisions of Algeria. As of 2002, there were 1,541 municipalities in the country.
Disclaimer : If you find any shapefile data of country provided is incorrect do contact us or comment below, so that we will correct the same in our system as well we will try to correct the same in openstreetmap.
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