The Pelagic Intelligence Mission
Oceanic research, especially the tracking of large pelagics like YFT (Yellowfin tuna) and SKJ (Skipjack tuna), is a multi-national technical system. This research terminal is a digital cockpit for the marine biologist and ICCAT observer to manage biological telemetry with longitudinal depth. If you're managing your Tag code through fragmented field notes or a simple nautical log, you're missing the high-precision environmental and biological markers that define migratory science. Do you know the exact Sea surface temperature °C and Depth (m) at the moment of release? Can you verify the Global fish condition (Perfect to Severe) across a multi-vessel survey? Without a centralized, high-fidelity database of Species code, Electronic tag codes, and RCStage data, your conservation program is operating on assumptions that won't satisfy international scientific standards.
This template is a digital teknik laboratory for the international researcher. It standardizes the data lifecycle of a tagging event, from initial capture to the final Release notes.
The Biological & Oceanographic Matrix
The strength of this system is its exhaustive scientific depth. It doesn't just record "a fish"; it captures the entire physiological and environmental profile of the specimen. You track the Length (cm) and perform a detailed audit of the fish's anatomy—logging the Head, Mouth, Eye, Skin, and Fins condition on a 4-point scale. This level of detail is critical for survival analysis. The system includes integrated oceanographic monitoring, tracking the Douglas Scale for sea condition and the Beaufort Scale for wind speed, alongside Sky coverage and precise Geographical location pins.
The nautical logistics layer tracks the Vessel ID, the Gear code (e.g., Purse seine, Longline), and even the specific Bait use (Live, Dead, or Artificial), ensuring that the sampling bias is always documented.
Telemetry Integrity & Scale
The ultimate value of this system is the integration of telemetry and accountability. By logging both conventional and Electronic tag codes, you build a dual-layer map of oceanic movement. The dedicated field for the Tagger type—from Scientific (SCIE) to Observer (OBSR)—ensures a clear chain of custody for the data. You move from "marking fish" to mastering the data-driven science of pelagic logistics, ensuring that every Tag code represents a documented, valued, and permanent record of our oceanic heritage. You move from observation to mastery of nautical research where every release is a known, managed fact in your digital research vault.