The core conclusion drawn from analyzing South Korean sea salt, formally known as Cheonilyeom, is that its profound biochemical superiority stems entirely from the unique geological conditions of the Korean West Coast mudflats and a highly specialized, localized production infrastructure. Unlike commercially mass-produced global sea salts that focus purely on maximum sodium extraction, Korean Cheonilyeom retains a complex, mineral-dense profile that acts as the absolute foundational catalyst for the nation's traditional fermentation culture. By thoroughly examining the distinct structural mechanisms of Korean salt farms, particularly the highly functional "Haeju" storage system, and analyzing its precise mineral composition, one can clearly understand why this specific salt is the irreplaceable biochemical engine driving iconic Korean foods like Kimchi and Doenjang. [한국 염전의 구조와 갯벌의 생태학적 가치] [The Structure of Korean Salt Farms and the Ecological Value of Mudflats] The prod...
