Surface_Water_Connectivity_Network_Edges_SoilClass_ByQ

Shapefiles of the edges in the spatial representation of the surface-water connectivity network for a given river discharge (Q) when soil patches are used as the landscape patches. Portions of landscape patches that are inundated by surface water are represented as vertices in the network. Patches become connected when the boundary between them is breached by surface water. Lines between points (vertices) are drawn in a straight-line fashion and their geographic/spatial length has no meaning. The Q values considered span the historical record for Mission River and the Q in cubic-meters per second (cms) associated with each landscape patch dataset is in the filename.

Relevant attributes in the attribute table are listed below.
src_PID: the unique identifier for the source patch that depicts where the line originates from
nbr_PID: the unique identifier for the neighbor patch that depicts which of the neighboring patch the source patches connects to
src_c_hm: the river stage at the 08189500 USGS gage needed for a portion of the source patch to become connected to the main channel
nbr_c_hm: the river stage at the 08189500 USGS gage needed for a portion of the neighbor patch to become connected to the main channel
src_lf: the soil classification type associated with the source patch
nbr_lf: the soil classification type associated with the neighbor patch
src_dmean: the mean depth of surface-water inundation for the portion of the source patch that is inundated for the respective Q to which the dataset pertains
nbr_dmean: the mean depth of surface-water inundation for the portion of the neighbor patch that is inundated for the respective Q to which the dataset pertains
src_drng: the range of surface-water inundation depths for the portion of the source patch that is inundated for the respective Q to which the dataset pertains
nbr_drng: the range of surface-water inundation depths for the portion of the neighbor patch that is inundated for the respective Q to which the dataset pertains