LAKE RESTORATION PROJECT

Brand Owner Address Description
UTAH LAKE RESTORATION PROJECT Lake Restoration Solutions 1280 S 1380 W, #11 Orem UT 84058 LAKE RESTORATION PROJECT;Land use and environmental and civil infrastructure engineering planning services; consulting services, namely, technical and professional consulting in the fields of environmental assessment, environmental sciences, engineering, land use planning, surveying, hydrology, geology, hydrogeology, and zoology; technology consulting services in the fields of environmental assessment, environmental sciences, engineering, land use planning, surveying, hydrology, geology, hydrogeology, and zoology; surveys, namely, technical, marine, aerial, land, topographical, geological, and engineering surveying in the fields of environmental assessment, environmental sciences, engineering, land use planning, hydrology, geology, hydrogeology, zoology, agriculture, fisheries, and natural resources; scientific and technological services, namely, testing in the fields of environmental assessment, environmental sciences, engineering, land use planning, surveying, hydrology, geology, hydrogeology, zoology, agriculture, fisheries, and natural resources; scientific research and development; technological research and development in the fields of environmental science, engineering, land use, hydrology, geology, hydrogeology, zoology, agriculture, fisheries, and natural resources; computer modeling services; conducting scientific and engineering feasibility studies; hydrologic study of surface and ground water; conducting engineering surveys; monitoring of water quality and ecosystem quality; engineering; civil engineering; environmental services, namely, design for others in the field of environmental engineering; drafting of plans and engineering drawings for others;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. File system restoration is made more flexible through the use of indicators of individual file restoration status throughout the restoration process. Such indicators are particularly useful in the restoration of large file systems where, for example, the number of files may range upwards of several hundred million. Since file system restoration for large systems takes such a relatively long time, the present invention provides various degrees of individual file access even as the restoration process is being carried out. During file system restoration times, file access may be full or limited to a file's attributes. Most advantageously, the present invention is capable of providing full, dynamically driven (on-demand) file access even during file system restoration operations.