Interrogation Site Metadata
RCJ - Rock Creek John Day Basin
Status: Active - Non-OperationalGeneral Operational Period: Year Round
Start Date: 9/30/2014 12:00 AM
This site is located at rkm 2.0 on Rock Creek (ROCK4C) a tributary to the John Day River. Rock Creek is the downstream most eastern shore perennial tributary of the John Day River. The RCJ array consists of two standalone IS1001 ACNs which drive two 10 ft Biomark Bio-Lite antennas. The two antennas are staggered up and downstream to provide directional detection capabilities. The antennas do not cover the entire wetted width of the stream at low-flow, but are staggered to provide coverage presuming a straight line of fish travel. The site is operated on grid power, without battery backup. The RCJ array is manually downloaded at least monthly during the migration season (October to May), and at least every other month during June to September.
Current Operations
Last File Loaded: | RCJ-2021-253-P-INT.xml |
Date Last File Loaded: | 11/12/2021 2:40 PM |
Date Last File Opened: | 1/29/2021 1:07 PM |
Date Last File Closed: | 9/10/2021 8:35 AM |
Last Observation Tag: | 3DD.003D4932A4 |
Last Observation Date: | 4/12/2021 1:17 PM |
Detection Summary: | Last Day's Observations |
Contacts
Location
Operational History
Operational history describes the period the site was interrogating for PIT tags. The comments provide anecdotal information about the operation of the site during this period. Site operational periods are updated typically at the end of the calendar year.
Configuration
Configuration metadata includes details about the equipment used at the site to detect and record PIT tags. A new configuration sequence record is created when equipment is added or removed from the site and the period of time it was active. A configuration sequence without an End Date is currently active.
Site Configuration Diagrams:
Equipment History
Select a type to view the history of equipment installed at this site. A missing End Date implies the information about the equipment is current.