Abstract: A seagrass planting system for planting seagrass segments within a subaquatic substrate may include a conveyance subassembly having a conveyance tube extending from a surface location to a subaquatic planter. A seagrass planting subassembly positioned on the subaquatic planter includes a diverter fluidly coupled to the conveyance tube, a plurality of planting guides each having a planting channel, a plurality of doors, and a plurality of insertion rams. The diverter selectively directs fluid flow to an exhaust port or to one of a plurality of fluidic pathways leading to the planting guides. During operation, the diverter sequentially directs fluid flow to the exhaust port during conveyance of a planting spike, to a selected fluidic pathway to position the planting spike within a planting channel against a door, and back to the exhaust port before opening the door and actuating an insertion ram to push the planting spike into the subaquatic substrate.

Abstract: A system and method for geo-coding user generated content is described. The system comprises a content source, a content management module, a content repository, a location source, a location repository, a geo-coding module, and a geo-location object data sheet (GDS). The content source captures the user generated content. The content management module manages the user generated content. The content repository stores the user generated content. The location source generates a plurality of location data, and the location repository stores the location data. The geo-coding module generates the geo-located object data sheet (GDS) that associates the user generated content with the corresponding location data. The GDS depository stores the geo-located object data sheet.

Abstract: A system and method for presenting digital information is described. The system comprises a local client, a plurality of geo-located objects (GLOBs), a GLOB Data Sheet, a grouping of GLOBS, and a display device are described. The local client is configured to collect a plurality of objects, in which each object is composed of digital information. Each of the geo-located objects (GLOBs) comprises a location component that is associated with each object. One GLOB Data Sheet (GDS) is associated with each GLOB and each GDS is configured as a data structure that comprises one or more auxiliary data fields that are searchable and store auxiliary information associated with each GLOB. The grouping of GLOBs is organized as a function of time and location information that is gathered from each GDS. The display device is configured to present the organized grouping of GLOBs.