![]() All this will allow you to make virtual trips without leaving home and with only an Android device. However, it should be noted that to leverage all the tool's features fully, it is advisable to have a good Internet connection on your smartphone. ![]() In this section, Google Earth's team also introduces different articles and explanatory videos to better understand different concepts related to geography, culture or travel.ĭownload Google Earth's APK for Android and access, for free, this powerful technology developed by Google. Through the Voyager section, you will have access to different options that will allow you to learn more about different geographical locations. Moreover, the tool features real-time flight tracking to know the position of different aircraft at all times. In this sense, the app lets you search your house or see any street of virtually anywhere in the world in 3D. Undoubtedly, the integration of Street View technology is another of Google Earth's strengths. Similarly, the app allows you to add photos or videos to further contextualize the information displayed on the screen. Thus, you will be able to save routes that you want to remember or take in the future. This application is a popular tool to use for professional and recreational purposes to better understand. Developed by Google, the program is accessible on Android, Apple Mac, Google Chrome, iOS, Linux, and Microsoft Windows devices. In Google Earth, you can also add markers in certain places or draw and connect lines on the maps. Google Earth is a freeware PROGRAM that is used to discover the world in depth. You can always tilt the globe as you wish to adapt the 360º view to your preferences. Just access the app's explorer and start each image sequence through the layers section. That is, you'll be able to enjoy, for example, the Taj Mahal in Agra or the Stonehenge monument in Wiltshire as if you were actually there.Īnother important feature in Google Earth is the time-lapse. The app can also show faithful representations of the most emblematic monuments in the world. Google Earth uses impressive 3D graphics technology to display real environments and geographical structures. In addition, more and more new features are being added to enhance the visualization of buildings, landscapes and streets in 3D. This tool has an intuitive interface designed by Google to help you virtually visit hundreds of real locations. Google Earth is an app that allows you to explore any place in the world by means of precise satellite images. The prototype with an example of datasets from the Clearwater National Forest, Idaho can be accessed through the website. See the world from a new point of view with Voyager, a collection of. ![]() Zoom to your house or anywhere else then dive in for a 360 perspective with Street View. In addition, the prototype expands its usability to a wider community (i.e., non-R, non-GIS users) such as a classroom teaching activity that can enable research-informed learning. Explore the whole world from above with satellite imagery and 3D terrain of the entire globe and 3D buildings in hundreds of cities around the world. The value of this approach is that it allows a real-time implementation using site-specific datasets that are applied to different areas of interest. The mapping results from the modeled susceptibility are generated by customizable widgets and Shiny components through interactive visualization, modeling, calibration, printed reports and file downloads for external software such as Google Earth Pro or SAGA GIS. In contrast, the validation page is used for model tuning and assessment that is accomplished by different measures of accuracy (i.e., F1-score, accuracy and kappa) derived from a confusion matrix associated with the binary classification of the landslides (i.e., presence, absence). The modeling page is used for model development and represents a graphical interface for interactive parameter manipulation and running SHALSTAB model using a single upload of a georeferenced digital elevation model (DEM). Specifically, the Shiny web app prototype consists of consecutive and easy-to-follow steps organized into modeling and validation pages. The client-server architecture of the framework integrates multiple components where Nginx with R-Studio Server provide computing-intensive services which are delivered to the client (i.e., Chrome or Firefox). The combined approach links the shallow slope stability model (SHALSTAB) from the System for Automated Geoscientific Analyses Geographical Information System (SAGA GIS) with R-Shiny using R programming environment. The research explores the application of an interactive web-based prototype for modeling landslide susceptibility using GIS Free Open Source Software (FOSS). ![]()
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