Nasa world wind virtual globe11/29/2023 Instructions on how to submit and formatting requirements are available at. An editorial published in the journal earlier this year ( ) and based on discussions at a Vespucci Initiative workshop in Florence in June identifies some perceived requirements and a related research agenda, and may form a useful starting point for authors contemplating responses to this call. The International Journal of Spatial Data Infrastructure Research invites papers dealing with any aspect of Digital Earth and its future, from technology to societal context. Moreover the vision needs updating based on the technology and expectations of 2008, and possible futures and Digital Earth's relationship to other parts of the geospatial universe needs to be elaborated. but several notable gaps can be identified. Much of what he described is now accomplished in the virtual globes - Google Earth, Microsoft Virtual Earth, NASA World Wind etc. The NASA WorldWind Java SDK for Android (WWA) includes the library, examples and tutorials for building 3D virtual globe applications for phones and tablets. NASA World Wind is one example of open source virtual globe technology that provides the world with the ability to build any desired functionality and make any desired data accessible.It is now ten years since Al Gore's published speech outlining his vision for a Digital Earth. This world community identifies, tracks and resolves technical problems, suggests new features and source code modifications, and often provides high-resolution data sets and other types of user-generated content, all while extending the functionality of virtual globe technology. The open-source community plays a crucial role in advancing virtual globe technology. The Open Geospatial Consortium is providing the leadership necessary for this open standards-based data access infrastructure. This data can be either free or proprietary. Just as the highway infrastructure allows unimpeded access from point A to point B, an open standards-based infrastructure for data access allows virtual globes to exchange data in the most efficient manner possible. The benefit derived from access to this data within virtual globes represents a significant return on investment for government, industry, the general public, and especially in the realm of education. There is a large universe of public and private geospatial data sets that virtual globes can bring to light. The sophisticated concepts related to global climate change would be far more comprehensible when experienced via a virtual globe. Anyone flying along a chain of volcanoes, a mid-ocean ridge or deep ocean trench, while simultaneously seeing the different depths to the history of earthquakes in those areas, will be delighted to sense Earth's dynamic nature in a way that would otherwise take several paragraphs of "boring" text. Virtual globes are almost magical in their ability to reveal natural wonders. There's so much we could know if the world's knowledge was presented to us in its natural context. Our instincts for discovery and entertainment urge us on. How we harness this technology to serve a world inundated with information will describe the quality of our future. Just as the sawbones of not-too-long-ago have given way to sophisticated surgical operating theater, today's medium for information exchange is just beginning to leap from the staid chalkboards and remote libraries to fingertip navigable 3D worlds. Once you've experienced the visually rich and highly compelling nature of data delivered via virtual globes with their highly engaging context of 3D, it's hard to go back to a flat 2D world. Virtual globes have set the standard for information exchange.
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