1. A computer-implemented method of processing a visual query comprising: at a server system having one or more processors and memory storing one or more programs for execution by the one or more processors: obtaining a visual query from a client system, the visual query including an image that depicts an object; obtaining location information from the client system, the location information specifying a location of the client system and meeting a first level of accuracy based on the location information specifying the location of the client system within a first predefined distance of an actual location of the client system; determining, based on the visual query and the location of the client system, enhanced location information that specifies the location of the client system at a second level of accuracy that more accurately specifies the location of the client system than the first level of accuracy based on the enhanced location information specifying the location of the client system within a second predefined distance of the actual location of the client system that is less than the first predefined distance, the determining the enhanced location comprising: comparing the visual query with a plurality of images of objects located within a predefined range of the location of the client system; identifying, from the plurality of images and based on the comparison, a matching image that depicts the object depicted in the image; obtaining, from stored location information for the matching image, a location of the object depicted in the matching image; and determining the enhanced location of the client system using the stored location information for the matching image, the stored location information specifying a location of the object depicted in the matching image; obtaining one or more search results in accordance with the enhanced location information; and sending at least one of the search results to the client system.
1. A computer-implemented method of processing a visual query comprising: at a server system having one or more processors and memory storing one or more programs for execution by the one or more processors: obtaining a visual query from a client system, the visual query including an image that depicts an object; obtaining location information from the client system, the location information specifying a location of the client system and meeting a first level of accuracy based on the location information specifying the location of the client system within a first predefined distance of an actual location of the client system; determining, based on the visual query and the location of the client system, enhanced location information that specifies the location of the client system at a second level of accuracy that more accurately specifies the location of the client system than the first level of accuracy based on the enhanced location information specifying the location of the client system within a second predefined distance of the actual location of the client system that is less than the first predefined distance, the determining the enhanced location comprising: comparing the visual query with a plurality of images of objects located within a predefined range of the location of the client system; identifying, from the plurality of images and based on the comparison, a matching image that depicts the object depicted in the image; obtaining, from stored location information for the matching image, a location of the object depicted in the matching image; and determining the enhanced location of the client system using the stored location information for the matching image, the stored location information specifying a location of the object depicted in the matching image; obtaining one or more search results in accordance with the enhanced location information; and sending at least one of the search results to the client system. 12. The method of claim 1 , including sending to the client system a street view image matching the visual query.