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This project outlines the establishment of a new meteomarine station on the Albanian coast across the Otranto Channel, located at Zverneci, near the Narta Lagoon. It aims to collect and archive vital meteorological and oceanographic data, including sea level, atmospheric pressure, wind variables, and water temperature. The data will be integrated into the APAT network for broader dissemination. The project addresses both routine and extraordinary maintenance protocols, enhancing the capability for environmental monitoring in the region.
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NEW SEA LEVEL STATION IN SOUTHERN ADRIATIC SEAM. SANXHAKU, K. BICAKU, V. MUSTAQI (HMI, TIRANA)ROME, NOVEMBER 2006 ADRICOSM-EXTension Project
The objectives • Implementation of a meteo-marine station on the Albania coast across the Otranto Channel • Acquisition and collection of meteo-marine data in an electronic data archive • Definition of the administrative programs for ordinary and extraordinary maintenance of the meteo-marine station • Integration of the new station in the APAT meteo-marine network and dissemination of the data
Zverneci Hydromet Station • The geographical position of this station is in front of the Sazan island, near by the Narta lagoon, in 10 km from Vlora City. • Narta Lagoon is the second biggest lagoon in Albania (area 5913 Ha). • The geographical coordinates : Φ=40 30’ 52” N; λ= 19 23’ 36”.
Hydrometeorological elementsSea level; Atmospheric pressure; Wind (direction and speed); Air temperature; Air humidity; Water temperature
Data Acquisition • Data Acquisition Unit (OLM4-PS Olimpo rack 19”), Zvernec Station • Kit GSM (E139 MGPRS) • HW and SW Central data Acquisition (GTS office in Tirana)
Configuration of the meteo-marine stationSea level every 10 min (average), min/max values for every 1 hAtmospheric pressure every 1 hour (average)Wind direction every 10 minutes Wind speed every 10 minutes, maximum values every 1 hAir temperature average, minimum and maximum values every 1 hAir humidity average, minimum and maximum values every 1 hWater temp. average, minimum and maximum values every 1 h