Seirijo

Lithuania Lake 0 - Not classified

Seirijo Lake bathing water is a public beach located in the Seirijų administrative unit of Lazdijai district. The beach is 60 meters long with a semi-natural shoreline composed of sand and gravel. The water depth averages 1 meter with a maximum depth of 2 meters. The bathing area can accommodate up to 50 visitors during peak season under favorable weather conditions.

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Water

Seirijis Lake, a Type 2 water body. Average water depth is 1 meter with maximum depth of 2 meters. The lake is part of the Nemunas River basin (LT1100). Annual average precipitation in the basin is 745 millimeters. Average annual discharge is 30.2 millimeters. Peak discharge occurs in March, with lowest discharge in September.

Location

Seirijo Lake bathing water is located in Seirijų, Lazdijai district, Lithuania. The beach is situated 30 meters from a road. Parking for motor vehicles is available at the facility.

Facilities

The bathing area includes a ladder, benches and table, changing cabin, and bio-toilet. Waste management includes installed waste containers with unsorted waste removed according to a waste collection contract.

Season

Water quality is monitored annually. The profile will be updated if water quality changes from excellent to good, satisfactory, or poor classification.

Water Quality

Water quality classification for 2024 is excellent. The water body has good ecological potential and meets good ecological status requirements under Directive 2000/60/EC. Phosphorus and nitrogen levels were not tested. Water transparency was monitored. Blue-green algae, macroalgae, and marine phytoplankton surveys were not conducted.

Risks

Short-term pollution is possible during heavy rainfall events. Surface runoff during storms may affect water quality. Pollution sources include vehicle emissions from the nearby road, general human activity in the area, and potential surface stormwater runoff. No point sources or dispersed pollution sources have been identified in the impact zone. No upstream surface water bodies that could be pollution sources have been identified.