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Matching locations of monitoring stations of NiD/SoE/WFD for SW and GW

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Presentation on theme: "Matching locations of monitoring stations of NiD/SoE/WFD for SW and GW"— Presentation transcript:

1 Matching locations of monitoring stations of NiD/SoE/WFD for SW and GW
ETC-W, Lenka Jirásková WG D meeting, September 2009

2 Work focus Comparison of monitoring stations of groundwater, rivers, lakes and TCM waters using GIS analyses NiD, SoE, WFD Art.8 data

3 Preparing of analyses Data transformation to database
Creation of point layers per countries Selection of interest stations Splitting SW layers to R, L, TCM

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7 Coordinates Country Layer [0;0] Total [%] AT AT_SoE_GW 13 566 2.3 BE
BE_SoE_GW 24 165 14.5 CZ CZ_SoE_GW 2 463 0.4 DE DE_SoE_GW 57 856 6.7 DK DK_SoE_GW 65 100.0 DK_NiD_GW 4 1479 0.3 ES ES_SoE_GW 7 251 2.8 FR FR_SoE_GW 1675 0.1 FR_NiD_SW 5 1769 GR GR_SoE_GW 303 GR_SoE_R 94 5.3 IT IT_SoE_GW 3 2741 IT_SoE_L 17 369 4.6 IT_SoE_R 1403 IT_NiD_GW 26 2572 1.0 IT_NiD_SW 29 5397 0.5 NL NL_SoE_L 6 46.2 SE SE_WFD_GW 115 25.2 SK SK_SoE_GW 14 466 3.0 UK GB_SoE_GW GB_SoE_L 1 228

8 Process of analyses Buffer 500 m at each layer
Choosing stations in buffer –> new layers Converse analyses 500 m

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