wfs_poletje eng utf8 Dolinar, Mojca, Ms. National Meteorological Service of Slovenia at the Environmental Agency of RS (EARS). climatolgists (+386)- 1- 478 -4088 (+386)- 1- 478 -4052 Vojkova 1b, 1000 Ljubljana Ljubljana Slovenia, Central Slovenian Region 1000 Slovenia m.dolinar@gov.si http://gis.arso.gov.si/wfs?STORE=ARSOGIS or http://gis.arso.gov.si/arsogrs/arso_wfsclientui.jsp The data are avaliable on URL site: http://gis.arso.gov.si/ (subgeding Vstop v WFS ARSO) trough access point http://gis.arso.gov.si/wfs?STORE=ARSOGIS or Java Aplication - WFEClientUI. resourceProvider 2009-01-21 FGDC Content Standards for Digital Geospatial Metadata FGDC-STD-001-1998 surface 9 EPSG:16205 30-years mean seasonal sunshine duration in summer for Slovenia 1971-2000 2009-01-05 revision Maps were prepared to represent spatial distribution of sunshine duration for winter, spring, summer and autumn. The values on all four maps are 30-years mean seasonal sunshine duration, calculated from measurements on 45 meteorological stations in the reference time-period 1971-2000. The seasonal presentation was chosen due to high interseasonal variability in spatial distribution of sunshine duration, which would not be obvious in spatial distribution of yearly accumulation of sunshine duration. The values on the maps are calculated for mathematical horizon, to avoid the influence of geographical, urban and vegetational obstacles, in order to present the spatial variability of sunshine duration due to weather influence. The spatial distribution of average seasonal sunshine duration was calculated using objective interpolation methods. The interpolation model was a combination of multivariate regression model, residual kriging and simple mathematical models. Geographical variables (altitude, latitude and longitude) were used in models to explain the spatial variability of sunshine duration. For each season, regionalisation was preformed, based on sunshine duration data, geographical data and radiosaunding data. While sunshine duration is very much dependent on cloudiness, for every region and season the average cloud base was estimated out of radiosounding measurements and it was used in the interpolation model. The interpolation models were developed separately for every region and afterwards the calculated layers were merged using GIS techniques. The values of seasonal sunshine duration were calculated in 100 m resolution mash grid in order to consider high spatial variability of terrain variables. In the final step the values were averaged in 1 km resolution grid, which is appropriate resolution considering spatial density of measurements and model output errors. Meteorological geographical features theme INSPIRE_SpatialThemes 2008-12-03 publication Water.Drought prediction water Water droughtPrediction Drought prediction theme SBA_EuroGEOSS 2009-11-01 publication vector slv utf8 climatologyMeteorologyAtmosphere 13.362625 16.613769 45.411495 46.883969 false wfs_poletje wfs_poletje 2010-01-12 publication SHP --- 1.8085975 http://gis.arso.gov.si/wfs?STORE=ARSOGIS or http://gis.arso.gov.si/arsogrs/arso_wfsclientui.jsp The data are avaliable on URL site: http://gis.arso.gov.si/ (subgeding Vstop v WFS ARSO) trough access point http://gis.arso.gov.si/wfs?STORE=ARSOGIS or Java Aplication - WFEClientUI.