Kml buffer tool
Author: c | 2025-04-25
Kml Buffer Tool comments KML Buffer Tool helps GIS experts create custom buffers around KML elements for enhanced files
KML Buffer Tool - knownpoint.com
The KML Tools Project currently supports the following analyses with KML files: Area - calculate the area of a shape Buffer - create buffer shapes a fixed distance. Kml tool free download - KML Buffer Tool, KML Search Tool, KML, and many more programs. Tools for working with KML. KML-Grid: Create custom grids using points, lines and polygons. KML-Circles: Generate multiple circles and rings.The resources provided on this website have been developed through an applied research project funded by the Department of Water and Sanitation through the Water ResearchCommission (WRC ProjectK5/2463). The focus of this project was to promote more effective waterresource management through the development of practical guidelines fordetermining appropriate buffer zones for rivers, wetlands and estuaries.Outputs:The outputs of the WRC Project K5/2463 are summarised below and the relationship between them is shown diagrammatically:Part 1: Technical Manual: The Technical Manual documents the step-wise assessment procedure developed to determine appropriate buffer zones for rivers, wetlands and estuaries. This includes the rationale for the approach taken, together with important supporting technical information which was used as a basis for developing the tools for buffer zone determination.Part 2:Practical Guide:The Practical Guide was developed to assist users with the practical application of the buffer zone tools.It includes field sheets and practical guidance for collecting and interpreting relevant desktop and field information.Supporting information required to assess selected criteria has also been compiled, and includes a range of spatial datasets (i.e. shapefile or KML format).Tools for Buffer Zone Determination:A range of spreadsheet-based tools has been developed to help users determine suitable buffer zone requirements.These include a rapid desktop tool for determining potential aquatic impact buffer zone requirements, as well as three site-based tools for determining buffer zone requirements for rivers, wetlands and estuaries.Once completed, the outcomes of the site-based assessments can be exported as a formal record of the buffer zone assessment process.Mitigation Measures Tool:This tool is essentially a consolidation of supplementary mitigation measures from a wide range of reference material.It is designed as a quick access point for users with a broader interest in impact mitigation or those who advise on measures to mitigate impacts on water resources. The Technical Manual sets out a step-by-step approach for determining best-practice buffer zone requirements for rivers, wetland and estuaries. This includes guidance on how to complete both desktop and site-based assessments, with further guidance included in the Practical Guide.Tabs accessible on this website provide access to
KML Buffer Tool - xsonargold.web.fc2.com
Attached are some screenshots showing the "shifts" I'm seeing. "Buffer_Shift_1.PNG" and "Buffer_Shift_2.PNG" show the before and after of the buffer tool. I placed the buffer point directly on top of the blue symbol, but it displayed several feet off. And then, after clicking "Run" on the Buffer Point window, the pin symbol jumped way over to the west."KMZ_Shift.PNG" shows the difference between the same layer when it is displayed as a layer package vs. a KML. The blue point on the left is KML and the one on the right is LPK. The yellow line is a measurement I took, which you can also see didn't display where I actually clicked."Transformation.PNG" is just a screenshot of the 3D coordinate system settings. I've also noticed that these settings aren't being saved across Explorer sessions, I have to keep resetting them.Here is the coordinate system properties of the data frame containing the layers the the KML/KMZ was created from:NAD_1983_StatePlane_Indiana_East_FIPS_1301_FeetProjection: Transverse_MercatorAnd the coordinate system in the layer properties (in ArcMap):Projected Coordinate System: NAD_1983_StatePlane_Indiana_East_FIPS_1301_FeetProjection: Transverse_MercatorHere is what is listed in the Map Properties of Explorer:Coordinate System: GCS_North_American_1983, Transformation: NAD_1983_To_WGS_1984_5And in the layer properties in Explorer for the layer package (the KML doesn't have a coordinate system listed under it's layer properties):Coordinate System: NAD_1983_StatePlane_Indiana_East_FIPS_1301_FeetKML Buffer Tool - knownpoint.com - appspot.com
The three dots icon and choose ‘Export to KML/KMZ’.Save the KML or KMZ file to your desired location.Transfer the KML or KMZ file to the new device/computer.Open Google Maps on the new device/computer.Click on the menu icon and go to ‘Your Places’.Select the three dots icon and choose ‘Import KML/KMZ’.Select the transferred KML or KMZ file to import the data into Google Maps.14. How do I convert KML to XLSX?To convert KML (Keyhole Markup Language) files to XLSX (Excel) format, you can use the following steps:Download a KML to XLSX conversion tool or website.Select the KML file you want to convert.Choose the desired output format (XLSX).Click ‘Convert’ to start the conversion process.Once the conversion is complete, download the XLSX file.15. How do I export assets from Google Earth Engine?To export assets from Google Earth Engine, you can use the Export.image.toAsset() function. Here’s an example:var image = ee.Image('image_id');Export.image.toAsset({ image: image, description: 'asset_export', assetId: 'asset_id', region: region, scale: scale});Replace ‘image_id’ with the ID of the image you want to export, ‘asset_export’ with the desired export description, ‘asset_id’ with the ID of the asset you want to export to, ‘region’. Kml Buffer Tool comments KML Buffer Tool helps GIS experts create custom buffers around KML elements for enhanced filesKML Buffer Tool for Windows - CNET Download
Buffer Zone Guidelines for Wetlands, Rivers & Estuaries Project OverviewThe resources provided on this website have been developed through an applied research project funded by the Department of Water and Sanitation through the Water Research Commission (WRC Project K5/2463). The focus of this project was to promote more effective water resource management through the development of practical guidelines for determining appropriate buffer zones for rivers, wetlands and estuaries.Outputs:The outputs of the WRC Project K5/2463 are summarised below and the relationship between them is shown diagrammatically:Part 1: Technical Manual: The Technical Manual documents the step-wise assessment procedure developed to determine appropriate buffer zones for rivers, wetlands and estuaries. This includes the rationale for the approach taken, together with important supporting technical information which was used as a basis for developing the tools for buffer zone determination.Part 2: Practical Guide: The Practical Guide was developed to assist users with the practical application of the buffer zone tools. It includes field sheets and practical guidance for collecting and interpreting relevant desktop and field information. Supporting information required to assess selected criteria has also been compiled, and includes a range of spatial datasets (i.e. shapefile or KML format). Tools for Buffer Zone Determination: A range of spreadsheet-based tools has been developed to help users determine suitable buffer zone requirements. These include a rapid desktop tool for determining potential aquatic impact buffer zone requirements, as well as three site-based tools for determining buffer zone requirements for rivers, wetlands and estuaries. Once completed, the outcomes of the site-based assessments can be exported as a formal record of the buffer zone assessment process.Mitigation Measures Tool: This tool is essentially a consolidation of supplementary mitigation measures from a wide range of reference material. It is designed as a quick access point for users with a broader interest in impact mitigation or those who advise on measures to mitigate impacts on water resources.The Assessment Procedure: The Technical Manual sets out a step-by-step approach for determining best-practice buffer zone requirements for rivers, wetland and estuaries. This includes guidance on how to complete both desktop and site-based assessments, with further guidance included in the Practical Guide.Tabs accessible on this website provide access to (i) reports and tools for buffer zone determination, (ii) spatial data and useful information used to inform the assessment process and (iii) contact details of project leaders.Kml buffer tool download Jobs, Employment
Google Earth?To export a shapefile from Google Earth, you can right-click on the loaded KML layer in the “Layers” panel and select “Export” > “Save Features As…”. Choose “ESRI Shapefile” as the format and specify the output location and file name.How do I export data from Google Earth Engine?In Google Earth Engine, you can export a FeatureCollection as CSV, SHP (shapefile), GeoJSON, KML, KMZ, or TFRecord using the Export.table function. You can choose the format you want and specify the output destination.How do I create a shapefile in Google Earth?To create a shapefile in Google Earth, you can draw a polygon or line over the desired area using the drawing tools. Once the shape is created, you can save it as a KML file and then convert it to a shapefile using a GIS software like ArcGIS.Can you export data from Google Maps?You can export data from Google Maps by using a web scraping tool that allows you to extract information from Google Maps search results. This data can be saved as a CSV or Excel file for further analysis.Can you export Google map data to Excel?Yes, you can export Google map data to Excel by using a web scraping tool or by saving the data as a KML file and converting it to a CSV or Excel format using a third-party converter. The exported data can then be opened and analyzed in Excel.Can you convert a KML file to Excel?Yes, you can convert a KML file to Excel by using a KML to Excel conversion tool or by first converting the KML file to a CSV format and then opening the CSV file in Excel. This will allow you to view and analyze the data in Excel.Can you convert a KMZ file to Excel?Yes, you can convert a KMZ file to Excel by using a KMZ to Excel conversion tool or by first extracting the KML file from the KMZ file and then converting the KML file to a CSV or Excel format. This will allow you to view and analyze the data in Excel.Why is KML not showing in ArcGIS?If KML files are not showing in ArcGIS, it could be due to the following reasons:The KML file may not be compatible with ArcGIS.The KML file may not contain elements supported by ArcGIS.There may be an issue with the file path or source of the KML file.Make sure that the KML file is in a compatible format and contains the necessary elements for display in ArcGIS. Also, ensure that the file path is correct and accessible from the current machine.How do I add KML data to ArcMap?To add KML data to ArcMap, you can use the “Add Data” tool and navigate to the KML file location. Right-click on the KML layer in the table of contents and select “Zoom to Layer” to view the full extent of the KML data.How do I import a KMZ file into ArcGIS?To import a KMZ file into ArcGIS, you can use the “KMLKML Buffer Tool Registration Key - 7t7exe.com
HOW TO USE? 1) Import KML file from either Dropbox or Google drive 2) You will see list of all KML files, choose one. 3) It will show you instant preview there. 4) To convert choose your format form drop down from KML to CSV, KMZ, GPX, GeoJson, TopoJson. 5) Click on Share and you are done. AWESOEM DESIGN User friendly and easy to use design, simple 2 step process. Choose KML file, choose desired output format, click on save, and your file is ready to share. OPEN WITH One of best handly feature that will allow to use your KML file from anywhere, just click on your KML file, and it will you this app as an option to Open With. --> HOW TO USE? 1) Import KML file from either Dropbox or Google drive 2) You will see list of all KML files, choose one. 3) It will show you instant preview there. 4) To convert choose your format form drop down from KML to CSV, KMZ, GPX, GeoJson, TopoJson. 5) Click on Share and you are done. AWESOEM DESIGN User friendly and easy to use design, simple 2 step process. Choose KML file, choose desired output format, click on save, and your file is ready to share. OPEN WITH One of best handly feature that will allow to use your KML file from anywhere, just click on your KML file, and it will you this app as an option to Open With. HOW TO USE? AWESOEM DESIGN OPEN WITH FEATURES Allows you to View and Convert your KML file and much more. KML Viewer Application allows you to view your KML on map with this mobile application. KML Converter A simple and easy tool to View your KML on map and Convert your KML to CSV, KMZ, GPX, GeoJson, TopoJson files. Open with KML Converter Easy to use anywhere on your android, iPhone, iPad or tablet you will see open with KML converter option. Affordable Price KML Viewer and Converter free to download for limited time, download now. Frequently Asked Questions Here is list of Frequently Asked Questions from our users. It does not answer your question feel free to drop mail to [email protected] What is KML? KML stands for the keyhole markup language. KML is a file format that shows geographical data in the earth browser such as google earth. KML is a tag-based structure and. Kml Buffer Tool comments KML Buffer Tool helps GIS experts create custom buffers around KML elements for enhanced filesComments
The KML Tools Project currently supports the following analyses with KML files: Area - calculate the area of a shape Buffer - create buffer shapes a fixed distance. Kml tool free download - KML Buffer Tool, KML Search Tool, KML, and many more programs. Tools for working with KML. KML-Grid: Create custom grids using points, lines and polygons. KML-Circles: Generate multiple circles and rings.The resources provided on this website have been developed through an applied research project funded by the Department of Water and Sanitation through the Water ResearchCommission (WRC ProjectK5/2463). The focus of this project was to promote more effective waterresource management through the development of practical guidelines fordetermining appropriate buffer zones for rivers, wetlands and estuaries.Outputs:The outputs of the WRC Project K5/2463 are summarised below and the relationship between them is shown diagrammatically:Part 1: Technical Manual: The Technical Manual documents the step-wise assessment procedure developed to determine appropriate buffer zones for rivers, wetlands and estuaries. This includes the rationale for the approach taken, together with important supporting technical information which was used as a basis for developing the tools for buffer zone determination.Part 2:Practical Guide:The Practical Guide was developed to assist users with the practical application of the buffer zone tools.It includes field sheets and practical guidance for collecting and interpreting relevant desktop and field information.Supporting information required to assess selected criteria has also been compiled, and includes a range of spatial datasets (i.e. shapefile or KML format).Tools for Buffer Zone Determination:A range of spreadsheet-based tools has been developed to help users determine suitable buffer zone requirements.These include a rapid desktop tool for determining potential aquatic impact buffer zone requirements, as well as three site-based tools for determining buffer zone requirements for rivers, wetlands and estuaries.Once completed, the outcomes of the site-based assessments can be exported as a formal record of the buffer zone assessment process.Mitigation Measures Tool:This tool is essentially a consolidation of supplementary mitigation measures from a wide range of reference material.It is designed as a quick access point for users with a broader interest in impact mitigation or those who advise on measures to mitigate impacts on water resources. The Technical Manual sets out a step-by-step approach for determining best-practice buffer zone requirements for rivers, wetland and estuaries. This includes guidance on how to complete both desktop and site-based assessments, with further guidance included in the Practical Guide.Tabs accessible on this website provide access to
2025-03-31Attached are some screenshots showing the "shifts" I'm seeing. "Buffer_Shift_1.PNG" and "Buffer_Shift_2.PNG" show the before and after of the buffer tool. I placed the buffer point directly on top of the blue symbol, but it displayed several feet off. And then, after clicking "Run" on the Buffer Point window, the pin symbol jumped way over to the west."KMZ_Shift.PNG" shows the difference between the same layer when it is displayed as a layer package vs. a KML. The blue point on the left is KML and the one on the right is LPK. The yellow line is a measurement I took, which you can also see didn't display where I actually clicked."Transformation.PNG" is just a screenshot of the 3D coordinate system settings. I've also noticed that these settings aren't being saved across Explorer sessions, I have to keep resetting them.Here is the coordinate system properties of the data frame containing the layers the the KML/KMZ was created from:NAD_1983_StatePlane_Indiana_East_FIPS_1301_FeetProjection: Transverse_MercatorAnd the coordinate system in the layer properties (in ArcMap):Projected Coordinate System: NAD_1983_StatePlane_Indiana_East_FIPS_1301_FeetProjection: Transverse_MercatorHere is what is listed in the Map Properties of Explorer:Coordinate System: GCS_North_American_1983, Transformation: NAD_1983_To_WGS_1984_5And in the layer properties in Explorer for the layer package (the KML doesn't have a coordinate system listed under it's layer properties):Coordinate System: NAD_1983_StatePlane_Indiana_East_FIPS_1301_Feet
2025-04-15Buffer Zone Guidelines for Wetlands, Rivers & Estuaries Project OverviewThe resources provided on this website have been developed through an applied research project funded by the Department of Water and Sanitation through the Water Research Commission (WRC Project K5/2463). The focus of this project was to promote more effective water resource management through the development of practical guidelines for determining appropriate buffer zones for rivers, wetlands and estuaries.Outputs:The outputs of the WRC Project K5/2463 are summarised below and the relationship between them is shown diagrammatically:Part 1: Technical Manual: The Technical Manual documents the step-wise assessment procedure developed to determine appropriate buffer zones for rivers, wetlands and estuaries. This includes the rationale for the approach taken, together with important supporting technical information which was used as a basis for developing the tools for buffer zone determination.Part 2: Practical Guide: The Practical Guide was developed to assist users with the practical application of the buffer zone tools. It includes field sheets and practical guidance for collecting and interpreting relevant desktop and field information. Supporting information required to assess selected criteria has also been compiled, and includes a range of spatial datasets (i.e. shapefile or KML format). Tools for Buffer Zone Determination: A range of spreadsheet-based tools has been developed to help users determine suitable buffer zone requirements. These include a rapid desktop tool for determining potential aquatic impact buffer zone requirements, as well as three site-based tools for determining buffer zone requirements for rivers, wetlands and estuaries. Once completed, the outcomes of the site-based assessments can be exported as a formal record of the buffer zone assessment process.Mitigation Measures Tool: This tool is essentially a consolidation of supplementary mitigation measures from a wide range of reference material. It is designed as a quick access point for users with a broader interest in impact mitigation or those who advise on measures to mitigate impacts on water resources.The Assessment Procedure: The Technical Manual sets out a step-by-step approach for determining best-practice buffer zone requirements for rivers, wetland and estuaries. This includes guidance on how to complete both desktop and site-based assessments, with further guidance included in the Practical Guide.Tabs accessible on this website provide access to (i) reports and tools for buffer zone determination, (ii) spatial data and useful information used to inform the assessment process and (iii) contact details of project leaders.
2025-04-18