A prolonged drought in South Korea's Yeongnam region has severely depleted water reserves, threatening both agricultural irrigation and domestic supplies [1, 2].

The water shortage puts thousands of hectares of farmland at risk and threatens the stability of municipal water systems for residents in the Daegu-Gyeongsan area [1, 2].

Storage levels at the Cheongdo Unmun Dam have fallen to 24.7% of its total capacity [1]. This represents a sharp decline compared to the same period last year, when the dam held 63% of its capacity [1]. The lack of rainfall has been so extreme that infrastructure previously submerged by the reservoir has reappeared.

"A bridge used before the area was submerged has revealed its old appearance again," said YTN News reporter Lee Yoon-jae [1]. Lee said this landscape is a result of the long-lasting, severe drought [1].

The impact on the local economy is significant, particularly for the farming sector. In Gyeongsangnam-do, approximately 2,121 hectares of agricultural land are currently affected by the shortage [1]. Farmers in South Gyeongsang Province are struggling to maintain crops as the available water for irrigation continues to dwindle [1, 2].

Local authorities are now facing the challenge of balancing the needs of the agricultural sector with the requirements of domestic and industrial users [1, 2]. As the Unmun Dam remains at critical levels, the risk of water rationing for residents in Daegu and Gyeongsan increases, a situation that could disrupt daily life and business operations across the province [1, 2].

“Unmun Dam storage levels have fallen to 24.7% of its total capacity.”

The drastic drop in Unmun Dam's capacity from 63% to under 25% in one year indicates a severe climatic anomaly in the Yeongnam region. This creates a critical resource conflict between the agricultural sector, which relies on irrigation for food security, and urban centers like Daegu that require consistent domestic water flow. The exposure of submerged infrastructure serves as a physical marker of the drought's severity, signaling that current reserves are insufficient to sustain the region without significant rainfall or emergency water management interventions.