Download Palau Administrative Boundary GIS Data – National , Regions and more

download-palau-administrative-boundary-gis-data-national-regions-and-more

It’s fantastic to hear that MAPOG has expanded its GIS data collection to include data for more than 100 new countries, bringing the total coverage to over 150 countries. This is undoubtedly a valuable resource for GIS enthusiasts and professionals around the world. The availability of detailed information on administrative divisions, rivers, roads, and airports can greatly enhance various geospatial projects and analyses.

The option to access the data through tools like “Download GIS Data” and “Add GIS Data” seems convenient and user-friendly. Providing data in different formats such as Shapefile, KML, GeoJSON, and CSV ensures compatibility with a wide range of GIS software and applications, making it easier for users to integrate the data into their workflows.

This article will walk you through downloading administrative-level GIS data for Palau using the Download GIS Data tool. Experience a seamless geospatial journey with MAPOG as your trusted partner!

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 Palau

Palau’s territory is made up of an archipelago in the Pacific Ocean. The most populous islands are Angaur, Babeldaob, Koror, and Peleliu. The latter three are located within the same barrier reef, while Angaur is an oceanic island several kilometers to the south. Approximately two-thirds of the population resides on Koror.

The coral atoll of Kayangel is north of these islands, and the uninhabited Rock Islands (about 200) are to the west of the main island group. A remote group of six islands, known as the Southwest Islands, located some 604 kilometers (375 miles) from the main islands, make up the states of Hatohobei and Sonsorol.

Palau National Boundary shapefile
Palau National Boundary

Download Palau National Boundary Shapefile

Download Palau Regions Shapefile Data

Palau is divided in 16 Regions. This Regions are also known as States

Palau Regions Boundaries
Palau Regions Boundaries

Download Palau Regions Boundaries Shapefile

Other GIS Data:

Download Shapefile for the following:

  1. World Countries Shapefile
  2. Australia
  3. Argentina
  4. Austria
  5. Belgium
  6. Brazil
  7. Canada
  8. Denmark
  9. Fiji
  10. Finland
  11. Germany
  12. Greece
  13. India
  14. Indonesia
  15. Ireland
  16. Italy
  17. Japan
  18. Kenya
  19. Lebanon
  20. Madagascar
  21. Malaysia
  22. Mexico
  23. Mongolia
  24. Netherlands
  25. New Zealand
  26. Nigeria
  27. Papua New Guinea
  28. Philippines
  29. Poland
  30. Russia
  31. Singapore
  32. South Africa
  33. South Korea
  34. Spain
  35. Switzerland
  36. Tunisia
  37. United Kingdom Shapefile
  38. United States of America
  39. Vietnam
  40. Norway
  41. Chile
  42. Croatia
  43. Estonia
  44. Laos
  45. Hungary
  46. Libya
  47. Comoros
  48. Colombia
  49. Bhutan
  50. Maldives
  51. Iraq
  52. Azerbaijan
  53. Portugal

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

Download Chile Administrative Boundary Shapefiles – Regional State Administrative Agencies, Municipalities & more

That’s fantastic news! GIS enthusiasts will definitely appreciate the availability of GIS data for over 100 new countries. If you’re interested in obtaining shapefiles of the important administrative divisions of Chile, you can find the download links for various formats such as KML, GeoJSON, and CSV on the IGISMAP website. These files will allow you to explore and analyze the geographical and administrative aspects of Chile in your GIS applications. Enjoy exploring the data!

Note:

  • All data available are in GCS datum EPSG:4326 WGS84 CRS (Coordinate Reference System).
  • You need to login for downloading the shapefile.

Download Free Shapefile Data of Chile

Chile is a long, narrow country stretching along South America’s western edge, with more than 6,000km of Pacific Ocean coastline. Santiago, its capital, sits in a valley surrounded by the Andes and Chilean Coast Range mountains. The city’s palm-lined Plaza de Armas contains the neoclassical cathedral and the National History Museum. The massive Parque Metropolitano offers swimming pools, a botanical garden and zoo.

Chile National Boundary
Chile National Boundary

Download Chile National Boundary Shapefile

Once you click on the link, you will be redirected to the gis data of Chile, select the format and tap on download button.

Download Chile Province Shapefile Data

A province is the second-largest administrative division in Chile with 56 in total. The largest administrative division in Chile is that of a region with 16 in total.

Chile Province Boundaries Shapefile
Chile Province Boundaries Shapefile

Download Chile Province Boundaries Shapefile

Download Chile Municipalities Shapefile Data

A commune is the smallest administrative subdivision in Chile. It may contain cities, towns, villages, hamlets as well as rural areas. In highly populated areas, such as Santiago, Valparaíso and Concepción, a conurbation may be broken into several communes. In sparsely populated areas, conversely, a commune may cover a substantial rural area together with several settled areas which could range from hamlets to towns or cities.

Chile Municipality Boundaries
Chile Municipality Boundaries

Download Chile Municipality Boundaries Shapefile

Other Administrative Boundary Data:

Download Free Shapefile for the following:

  1. World Countries Shapefile
  2. Australia
  3. Argentina
  4. Austria
  5. Belgium
  6. Brazil
  7. Canada
  8. Croatia
  9. Denmark
  10. Fiji
  11. Finland
  12. Germany
  13. Greece
  14. India
  15. Indonesia
  16. Ireland
  17. Italy
  18. Japan
  19. Kenya
  20. Lebanon
  21. Madagascar
  22. Malaysia
  23. Mexico
  24. Mongolia
  25. Netherlands
  26. New Zealand
  27. Nigeria
  28. Papua New Guinea
  29. Philippines
  30. Poland
  31. Russia
  32. Singapore
  33. South Africa
  34. South Korea
  35. Spain
  36. Switzerland
  37. Tunisia
  38. United Kingdom Shapefile
  39. United States of America
  40. Vietnam
  41. Norway
  42. Albania
  43. GCC Sates
  44. Bolivia
  45. Algeria

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.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection in QGIS

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection in QGIS. Vector analysis is one of the important part of GIS. There are many vector analysis operation which we can discuss on another article theoretically. Here you will learn how to perform vector analyssis with QGIS too. Suppose,  you want to select and find some places which are within some distance from main road or near to some landmark places for analyzing the location. All this can be done by GIS Geo-processing Vector Analysis operation. Finding schools which are near to main road within a distance of 1km or finding a hospital or police station within a distance of 1km are some of very basic example of Vector Analysis Operation. Here, we will see a small demo of how to use some vector analysis tool like Distance, Near by, Buffer, Intersection in QGIS.

Let us download some osm free available data for performing operation. We have downloaded some data from a Very well known university. The downloaded comes is in WGS 84 CRS or Pseudo Mercator CRS. To calculate distance in meters the data must be in projected coordinate system. For our region it is WGS 84/ UTM zone 43N. You can choose CRS according to your area.

Converting CRS – For Easy calculation:

If your data is already in CRS projection, then you may proceed to see the below article and perform some vector analysis operation. Now we will first change the CRS of our project in QGIS tool. Go to Project click project properties.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection

Select CRS and find out the CRS which suits your region. Notice the coordinate displaying on the screen.

 

Geo-processing Vector Analysis – Distance, Near by, Buffer, IntersectionOur layers are not in projected CRS. So now right click the layer and click save as.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection 2Save the file in shapfile format and change the CRS of the layer to projected CRS and click load in to canvas when done. Click OK. If you don’t see the layer in canvas. Then right click on the layer and click zoom to layer. Now turn on the “On the fly projection”. And now you will see the layer disappears. Again right click on the layer and click zoom to layer. You will see the layer appears with other layers on the map. Remove the layer with WGS 84 CRS. Now do the same with all the layers. Which are not in projected CRS.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection in QGIS

Lets Select Schools from the polygon Layer:

  1. Go to properties. You can also open the properties dialogue box by double clicking on the layer. Select general tab and click query builder.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection
Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection

2. Double click on the field which you want to select and then select the operator i.e =, >, < , LIKE, != etc  as per the requirement and then click sample to find out the values in that field, as can be seen in the image provided below.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection
Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection

3. Click ok in query builder and then select ok in general tab. You will see only the features you have selected according to query.

You can rename the layer, export and import the projected layer again or make a copy of the layer and clear the query by going back to query builder to get the original layer.

500 meter Buffer operation Around Schools :

  1. Now we will create a 500m buffer around schools. QGIS will automatically calculate the result in meters because we have changed the projection to CRS system and the basic unit in projected CRS is meters.
  2. Now click vector and click Geoprocessing tool and click buffer.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection

We have selected ‘Dissolve buffer results option‘ to dissolve overlapping buffer zones. Now Click ok, and close window after completion of the process.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection

which provides result as the provided below image in QGIS canvas.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection
Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection

Similarly, we can create buffer on the roads also, as shown in another example below.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection

Intersection – Vector Analysis in QGIS:

Lets compute the intersection area of the above two buffers i.e one buffer for schools and other over the roads. Lets start intersecting:

  1. Click on the vector and then geoprocessing tool and then select intersect.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection

2. Click ok and then close the window after completion of the process. You can see the result showing intersection between two layers.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection

Find some point which are falling within the buffer boundary:

Now let us find some point which are falling within the buffer boundary of the schools. We are not selecting specific values here for this case. But you can do if needed.

  1. Go to vector, click research tool and click on select by location.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection2. Observe the options here. You can choose any number of options according to your analysis. Click ok.

Geo-processing Vector Analysis – Distance, Near by, Buffer, Intersection3. The result is highlighted.

Similarly you can perform operation like, finding distance, search near by etc.  Hope this article would be helpful for you to make some understanding about vector analysis. Obviously, you need to perform over the tool to become more familiar with vector analysis operation. If you find any difficulties or have any suggestion, do comment below.

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