Declassified UFO / UAP Document
Tablå över vissa uppgifter betr rapporterade nedslagsplatser för prj i övre Norrland
AI-Generated Summary
This document is a technical table comparing the physical and environmental characteristics of four potential impact sites in Upper Norrland, Sweden. It provides specific data on water depth, sediment, and bottom conditions for each location to support project-related operations.
This document is a technical reference table detailing the environmental and physical characteristics of four specific locations in Upper Norrland, Sweden, identified as impact sites for a project referred to as 'prj'. The table provides a comparative analysis of four distinct sites: Kölmjärv (a lake), Rödupp (a tarn), Kamlungeträsket (located on the Kalix River), and Lägenön (a sea location). For each site, the document lists nine specific parameters: maximum water depth (including impact depth), depth of sediment to solid bottom, water transparency, bottom consistency, presence of underwater vegetation (including extent, height, and density), dimensions of the water body, characteristics of the shorelines, and the unevenness of the bottom. Additionally, it notes whether a geological survey of the bottom has been conducted. The data reveals varying conditions, such as the presence of 'brown moss water' at Kölmjärv and Rödupp, versus clear water at Kamlungeträsket and Lägenön. Bottom conditions range from soft mud and 'impossible for divers' at Rödupp to solid sand, gravel, or stone bottoms at the other locations. The document serves as a comparative environmental assessment of these specific sites, likely to support recovery or investigative operations related to the 'prj' project.
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Official Assessment
The document provides a comparative table of physical characteristics for four specific impact sites in Upper Norrland: Kölmjärv (lake), Rödupp (tarn), Kamlungeträsket (Kalix River), and Lägenön (sea). Data points include water depth, sediment depth, water clarity, bottom consistency, underwater vegetation, dimensions, shoreline characteristics, and bottom unevenness.