Yum! Brands Inc created the logo near Rachel, Nevada, and claimed it’s the first ad that can be seen from space. Land Art or “Earth Art” appearing in a field near the airport in Munich, Germany. This effect has become known as the “Escher Effect”, or the “Google Escher Effect”. Here’s another weird satellite pic from Google Maps of some downtown Houston skyscrapers. This prehistoric figure is carved into the white chalk of the hillside – such horse carved shapes are called “Leucippotomy”. The Osmington White Horse, outside Sutton Poyntz, UK. The terrain in Alberta, Canada accidentally forms what looks like a human face when viewed from the air or when viewing the satellite pic in Google Maps. Giant Gulliver from Google Earth, Hunters Hall Park, Craigmillar, Scotland. And there are tens of thousands just like those all around. Notice that the three dunes have almost identical shapes. The shapes and colors of the dunes in this desert are amazing. No one has offered an official explanation, but it’s more likely that the color comes from sewage, pollution or a water-treatment process. One tipster told the tech blog Boing Boing that he was “told by a friend” that slaughterhouses in Iraq sometimes dump blood into canals. This blood-red lake outside Iraq’s Sadr City garnered a fair share of macabre speculation when it was noticed in 2007. Man-Shaped Lake in Brazil Iraq’s Bloody Lake The 130,000 square yard islet of Galesnjak came to prominence after its unusual shape was highlighted on Google Earth. Internet fan says he found the face of Satan using Google Earth Heart-shaped island highlighted by Google Earth becomes hit with lovers Astronomers have identified lots of places where black holes may exist, but apparently they missed one – about 60km north of Tokyo. Localised Black Hole DiscoveredĪs we all know, the general theory of relativity states that a black hole is a region of space from which nothing can escape – including light. Think parking is tough where you live? In Westenbergstraat, Netherlands, drivers apparently have to park on the sides of walls. Here’s a closeup shot of it, taken from the ground. The graffiti appears to have been drawn with the intention to be seen by people looking down into the crater from the eastern rim of the crater. Apparently, a lot of visitors to the site have decorated it with their graffiti, drawn huge enough to be seen from high above. Site of an extinct volcano crater, the Cerro Prieto, located near Mexicali in Baja California (Mexico). Once stitched together, the taller buildings at the edges of each of the pictures appear to be leaning toward or away from one another at pronounced angles. Stitching together satellite pix and aero pics of cities can result in situations like this where the different aerial vantage points result in buildings’ pictures being taken at different angles. Marriage proposal seen on a rooftop via Google Maps. Label the shapefile or feature class with the desired field.Sign up for a free Jotform account to create powerful online forms in minutes - with no coding required.To save the event layer, right-click the event layer > Data > Export Data, as a shapefile or feature class.Right-click the table > Display XY Data.Export the attribute table to a new file.Right-click the Latitude field > Calculate Geometry > Y Coordinate of Centroid.Right-click the Longitude field > Calculate Geometry > X Coordinate of Centroid.Open the attribute table of the polygon layer, and add two new fields, Longitude and Latitude ( Table Options > Add Field).As a secondary option, follow the steps below. Use the Map to KML tool to convert the data to a KML or KMZ file, which can be viewed in Google Earth.įor Basic and Standard licenses, users do not have access to the Feature To Point tool.The Label Field can be changed by navigating to the Labels tab in Layer Properties. Label the point feature class with the desired field (right-click the layer, and select Label Features).Use the polygon/line layer as the Input Features, and determine the location for the Output Feature Class. Create points for the line or polygon data using the Feature To Point tool.Solution or Workaroundįor Advanced licenses, use the Feature To Point tool All elevation values are assumed to be in meters when creating KML. KML uses the WGS84 coordinate system and meters for the unit of measurement. To display labels for line or polygon features in Google Earth, midpoints or centroids for those feature classes must be created as a point layer in ArcMap and imported as a separate layer to Google Earth. Google Earth only displays labels for point features (placemarks).
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