What is the difference between arcmap and art globe

Save your map into your My Content folder with a good description and a thoughtful name. The idea of a digital map mashup—recombining various geographic layers—is one of the great force multipliers in modern cartography. This ability to easily share and repurpose digital content has allowed individuals to create far more ambitious maps than would be possible if they had to work in isolation or start from scratch.

The rise of the map mashup expanded cartography, so that anyone could build upon the work of others. Most of the thousands of maps created and shared every day within ArcGIS are created this way—maps that build upon the data, labor, and insights of the larger community.

This era of collaborative GIS has empowered everyday citizens to participate in mapping as never before. In ArcGIS, map authors can readily access beautiful sets of professionally produced basemaps that provide the digital canvas on which to tell their stories. Each of the Esri basemaps has a theme or focus.

Their range serves the need for almost any map type. Each of the ArcGIS basemaps contains highly accurate and up-to-date information, at multiple zoom levels covering geographic scales from detailed building footprints to the entire planet. Providing data at each level of detail, for all locations on the globe, takes a small army of cartographers and eats up terabytes of data. The good news is that each of us can benefit immediately from those efforts.

Some of the most widely used basemaps, such as those seen here, rack up billions of views every week. Basemaps seem simple and relatively unobtrusive—and this is precisely their purpose. Operational overlays carry the subject matter of the map and provide the purpose for making any map. Merging a great basemap with one or more operational layers forms the heart of the modern online map. Some map authors are data creators interested in mapping their own data. Many other authors, however, need help finding operational layers; they know what they want to map but need guidance in finding the data to fully tell the story.

Fortunately, ArcGIS provides access to an array of content to use in operational layers. The GIS community, including Esri, compiles and shares thousands of ready-to-use authoritative datasets in ArcGIS, covering everything from historical census data to environmental conditions derived from live sensor networks and stunning earth observations.

You will learn more about it in chapter 4. Finding mappable, interesting geographic layers has never been easier. Blending together ready-to-use basemaps, operational layers, and statistical graphs into a live, dynamic map allows you to share geographic content in a simple and concise format.

Web maps work across multiple scales. Zoom in to see additional details and gain insight. Online maps provide continuous pan and zoom. They literally have no edges—you can pan anywhere and zoom in for greater detail. Web maps are windows into a wealth of information. Pop-ups help reach into the map for more detailed information that emerges on demand.

A single window into a map can become a window into a world of related information, including charts, images, multimedia files, and analytics. The ability to link such a wide variety of content to the map has transformed how we think about maps. Your online maps are no longer static.

They can be readily and immediately updated because your layers online can contain the latest, most accurate information. When your data changes, the maps that reference that layer are also updated. Your maps can combine more than your own data. You can mash up your rich GIS data with information from other users—in fact, whatever is useful and relevant to your objectives from the entire world of GIS users. The world is full of data, and maps help you make sense of it.

There is a growing need to turn geographic data into compelling maps. People just want to create beautiful, interactive maps and infographics with live data, easily and with confidence. Smart mapping is designed to give ArcGIS users the confidence and ability to quickly make maps that are visually pleasing and effective. The map results that you see in front of you are driven by the nature of the data itself, the kind of map you want to create, and the kind of story you want to tell.

By taking much of the guesswork out of all the settings and choices that you could conceivably tweak, your initial map results are cartographically appropriate and visually pleasing. You spend less time iterating and wrangling your maps into fulfilling your intention.

One of the critically important capabilities of smart mapping is the added ability to interactively explore your data layers—for example, you can explore the range of values for median household income within each block group in your map by interacting with the histogram of median income values. The ability to interact with the data behind each map layer provides deeper insights into the questions you are trying to answer. Maps are interactive, rewarding experiences, and not just pretty pictures.

The most valuable maps are information products that are visually interesting from the first time you see them. Yet they reward you with additional information as you explore and interact with the map. You have to put a little bit of yourself into the effort, just like a great resume, which starts out as a template but requires your information—your data—as well as your interpretation to make it really sing.

By that, we mean effective ones that are clear on first opening but that also engage users of all levels to drill in, explore, interrogate, and learn. Start with the final result you have in mind and work backward. Clicking aimlessly leads to no clear resolution. Have a clear idea of the story you want to tell about your data. Then get some test data and go for it. ArcGIS Pro provides capabilities that enable serious mapmakers to create truly excellent maps, including support for highly sophisticated mapping workflows employed by professional cartographers.

It includes tools for rich data compilation, for importing data from a multitude of publication formats, and for integrating this data with your own data to create consistent, accurate, and beautiful cartographic products for both printed and online maps. This modern application builds on the tradition of great mapping with such enhancements as advanced 3D scenes.

The swisstopo map seen below, with its characteristic drawing and text style evolved by generations of Swiss cartographers over the past century, is widely considered the benchmark for 3D topographical mapping on paper. While great cartography obviously predates the advent of computers, the digital era has yielded incredible fruit when it comes to mapping in the third vertical and fourth temporal dimensions.

What makes a good map? How can you engage people with a map? How do you make a map that offers unexpected insights and captivating appeal? We have been working on something at Esri that we hope will answer these questions: Maps We Love. Vector layers can be displayed as rasters for improved display performances. ArcGlobe uses caches to support fast display of large datasets. There are also other well-accepted 2D concepts that no longer apply.

ArcGlobe gives you the power to tame voluminous data while fully employing all information the data can give you. ArcGlobe displays spatially referenced data on a 3D globe surface, displayed in its true geodetic location.

You can manipulate the globe, then investigate and analyze its data while viewing the globe as a whole, or regions within it. ArcGIS Earth is a free and easy-to-use tool to quickly fuse, manipulate, and collaborate with 3D data. Or leverage Esri curated and ArcGIS ready global location data, including imagery, human movement, environmental, and business data, to support your work. Visualize data on a 3D globe for situational awareness.

Use symbology for stronger graphic presentation. Manipulate KML, including editing its feature geometry, network links, screen and ground overlays, graphic styles, and file structure, to reflect changing circumstances and provide up-to-date information. Identify and handle KML errors on the fly, play KML tours, and extrude 2D markups for improved understanding of an operating environment. Save your work and share as a KMZ file in connected and disconnected environments for informed decision-making.

Take content offline with desktop or mobile devices. Use in classified and unclassified environments. ArcGIS Earth handles protected services at all network levels for customers behind the firewall. Zoom to an area of interest AOI or add your data to the globe to establish a geospatial point of reference.

Use interactive line of sight, viewshed, and elevation tools to plan operations on a 3D globe. Draw and edit placemarks, paths, and polygons. Add annotations and operational data.