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Þekja (layer) j100v_austurland_gigar_1utg_fl: Flákar sem sýna gjallgíga í jarðlagastafla Austurlands. [Polygon data of scoria cones in Eastern Iceland.}
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Þekja (layer) j100v_austurland_gigar_1utg_li: Útlínur öskjurima útkulnaðra megineldsstöðva. [Outlines of calderas of extinct volcanos.] Útlínur miða við höggun, dreifingu þursabergs og móbergsmyndana. [The lines are based on local tectonics, distribution of agglomerates and hyaloclastites.]
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Íslenskum skipum eru bannaðar veiðar með botnvörpu, flotvörpu og dragnót í fiskveiðilandhelgi Íslands nema á þeim veiðisvæðum og veiðitímum sem tilgreind eru í 5. grein laga nr. 79 um veiðar í fiskveiðilandhelgi Íslands. Viðmiðunarlínan er dregin umhverfis landið á milli punkta sem eru taldir upp í lagagreininni. Vinsamlega hafið samband við Landhelgisgæslu Íslands vegna nánari upplýsinga.
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Þekja [layer] j100v_vesturgosbelti_jardgrunnur_1utg_li: Jarðgrunnsgögn af Vesturgosbelti Íslands, línulag. [Surface deposits of the Western Volcanic Zone of Iceland, line data.] Kortlagðar eru setmyndanir á yfirborði, s.s. jökulgarðar og jökulset. Nýr kóði fyrir fitjueigindina 'Jarðmyndun og landmótun lausra jarðefna' (jardmLandmJardefna): jm08 = ummerki jökuljaðars. [Mapped surface deposits of moraines and glacial sediments. New code for feature attribute 'Jarðmyndun og landmótun lausra jarðefna' (jardmLandmJardefna): jm08 = traces of ice margin.]
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EN: River waterbodies in Iceland as reported to WISE on 22.12.2018. "River" means a body of inland water flowing for the most part on the surface of the land but which may flow underground for part of its course.For further description of dataset fields and field values see GML schema here: http://dd.eionet.europa.eu/schemas/WFD2016/GML_SurfaceWaterBodyLine_2016.xsd IS: Straumvatnshlot á Íslandi miðað við skil inn í WISE upplýsingakerfið þann 22.12.2018. Straumvatn er vatnsfall sem flæðir eftir og á yfirborði lands að mestu en getur að hluta til flætt neðanjarðar. Nánari lýsing á eigindum og gildum gagnasettsins má finna í GML skema hér: http://dd.eionet.europa.eu/schemas/WFD2016/GML_SurfaceWaterBodyLine_2016.xsd
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Fráveituvatn er í eðli sínu notað vatn. Vatn sem við höfum nýtt til að baða okkur, elda mat, sturta niður í klósettin, þvo bíla, föt og ýmislegt annað. Notkunin veldur því að allskonar efni s.s. úrgangur frá fólki, matarleifar, olíur, sápur, hreinsiefni, málmar og jafnvel hættuleg efni blandast í annars hreint vatn. - Fráveituvatn getur verið mengunarvaldur en góð hreinsun getur dregið verulega úr neikvæðum áhrifum þess: - Úrgangur frá fólki er saurmengaður lífrænn úrgangur sem inniheldur bæði áburðarefni og mikið magn örvera og sýkla. - Í fráveituna berst ýmis úrgangur t.d. af yfirborði gatna og rusl (blautklútar, tannþráður o.fl.) sem er hent í í salerni. - Ýmis hættuleg efni s.s. úr hreinsiefnum, eldtefjandi efni og skordýraeitur geta fundist í fráveituvatni. - Mikið magn af næringarefnum (fosfór og köfnunarefni) í skólpi getur valdið ofauðgun eða aukinni framleiðslu þörunga (þörungablóma) sem getur leitt til skorts á súrefni í vatninu. Slíkt hefur neikvæð áhrif á staðbundið vatnalíf og getur valdið dauða ýmissa lífvera. - Fráveituvatn mengað af lyfjaleifum getur haft neikvæð áhrif á dýr, eins og fjölgun og hegðun þeirra. Losun sýklalyfja í skólpi eykur þróun lyfjaónæmis hjá bakteríum í umhverfinu. Best er að draga eins og hægt er úr allri efnanotkun og sturta ekki efnum í klósett og niðurföll heldur fara með þau til móttökuaðila slíks úrgangs.
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Vinsamlega hafið samband við Umhverfisstofnun vegna nánari upplýsinga.
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Íslenskur texti er í vinnslu. This raster dataset is a visibility analysis of several wind turbine projects across Iceland which are a part of the fifth phase of the master plan (Rammaáætlun http://www.ramma.is/). The area analysed is a 45 km buffer zone around each wind turbine project. The cutout areas in the 45 km buffer have no visibility due to visual obstruction. The red colour represents high visibility, fading into yellow, with the green colour representing low visibility of the wind turbines. Zones of theoretical visibility have been classified as near (0-2km), intermediate (2-15km) and remote zone (>15km) which are represented in the colour grading. It should be considered that atmospheric conditions, lighting, shading and more affect visibility and detectability. The perception of the wind projects in the green zone will be more fading in the landscape without direct detection, while in the red coloured zone the wind turbine is a prominent element in the landscape. For further information consider reading the respective chapter in the project report or check out further tools like the Ramma 3D map. As a digital elevation model the 10x10 m resolution ÍslandsDEM is used which sets the dataset pixel resolution to 10x10 m. An average viewer height of 1.75 m is assumed, while the wind turbine heights vary between 150 m and 200 m depending on project sites. The maximal height of the wind turbine is considered, meaning to the upper blade tip. See more information in the table on the side. The curvature of the earth is considered in the simulation and a default atmospheric refraction of 0.13 is assumed.
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Copernicus is the Earth observation component of the European Union’s Space programme, looking at our planet and its environment to benefit all European citizens. It offers information services that draw from satellite Earth Observation and in-situ (non-space) data. The European Commission manages the Programme. It is implemented in partnership with the Member States, the European Space Agency (ESA), the European Organisation for the Exploitation of Meteorological Satellites (EUMETSAT), the European Centre for Medium-Range Weather Forecasts (ECMWF), EU Agencies and Mercator Océan. Vast amounts of global data from satellites and ground-based, airborne, and seaborne measurement systems provide information to help service providers, public authorities, and other international organisations improve European citizens' quality of life and beyond. The information services provided are free and openly accessible to users. But why is it called Copernicus you may ask? By choosing Copernicus's name, we are paying homage to a great European scientist and observer: Nicolaus Copernicus. Copernicus' theory of the heliocentric universe made a pioneering contribution to modern science. Copernicus opened man to an infinite universe, previously limited by the rotation of the planets and the sun around the Earth, and created an understanding of a world without borders. Humanity was able to benefit from his insight. This set in motion a spirit of discovery through scientific research, which allowed us to understand better the world we live in. These value-adding activities are streamlined through six thematic streams of Copernicus services: - Atmosphere CAMS - Marine CMEMS - Land CLMS - Climate Change C3S - Security - Emergency EMS
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Skoðunarþjónustur LBHÍ.