20250207 11242000 1.0 TRUE 20000000 500000 ISO19139 Deklination - Map Image Layer 2025-02-14T00:00:00 Die Karte zeigt den Winkelunterschied zwischen der am Magnetkompass angezeigten Nordrichtung und der geographischen Nordrichtung fuer das oesterreichische Bundesgebiet. Die Karte wird jaehrlich neu berechnet und erstellt. <div style='text-align:Left;'><p><font size='4'><b>Geomagnetic Survey</b></font></p><p>The geomagnetic survey focuses on recording slow spatial and temporal variations in the Earth's magnetic field, which are generated by geodynamic processes in the Earth's interior.<br /></p><p>The spatial dependence reflects the distribution of magnetic field sources: in the Earth's core, in the Earth's crust, and in the higher layers of the atmosphere. A distinction is made between slowly varying sources, which are responsible for the so-called secular variation, and rapidly varying sources. The latter originate from the interaction between the Earth's magnetic field and the solar wind. The survey focuses on local differences in the slowly varying components of the Earth's magnetic field.<br /></p><p>Since the mid-19th century, measurement campaigns with over 300 measuring points have been conducted in Austria at intervals of approximately 30 years. In addition, measurements are conducted annually at a few locations evenly distributed throughout Austria to update the survey. Together with continuous recordings of the Earth's magnetic field at the Conrad Observatory, these measurements provide precise information about the direction and strength of the Earth's magnetic field at any point and time in Austria, as well as a forecast of expected changes for the coming year. The data obtained form the basis for geomagnetic maps and provide an important reference for navigation. Together with similar data obtained worldwide, they represent an important basis for geophysical studies and for understanding dynamic processes in the Earth's core that are responsible for generating the Earth's magnetic field.<br /></p><p><b><font size='4'>Description of the map layers</font></b><br /></p><p><b>Isolines of magnetic declination in degrees/minutes 2025 and 2026<br /></b><span style='font-size:medium;'>The map shows isogons, i.e., lines with the same magnetic declination deviations, defined as the difference between the orientation of the compass needle and true north. Local magnetic declination changes slowly over time and must be taken into account in magnetic navigation systems. GeoSphere Austria conducts annual measurements in Austria to record the direction and strength of the Earth's magnetic field with the highest precision.</span></p><p><b>Secular Measurement Points<br /></b><span style='font-size:medium;'>Secular points are carefully selected locations, far from local sources of disturbance, where the direction and intensity of the Earth's magnetic field are precisely recorded. There are currently 14 secular points in Austria that are measured annually. The measured values ​​are reduced to a common point in time using continuous recordings at the Conrad Observatory and combined with another 300 points from the most recent national magnetic survey to geographically represent the parameters of the Earth's magnetic field. This provides information about the local structure of secular variations. Recording the spatial and temporal changes in the Earth's magnetic field is one of the main tasks of the GeoSphere Austria Magnetic Service.</span></p><p><font size='3'>Magnetic secular point surveys are important for recording and understanding the constant changes in the Earth's magnetic field. The Earth's magnetic field is subject to natural fluctuations and changes that can affect navigation systems, communications systems, and other technological applications over time.</font></p><p>By regularly measuring the Earth's magnetic field at various time and space scales, scientists can create models of the dynamic processes responsible for maintaining a magnetic field in the Earth's core. The Earth's magnetic field plays an important role in the long-term protection of the atmosphere and life against the solar wind. This also applies to infrastructure such as power distribution grids, satellites, and radio communications.<br /></p><p>Measurement Procedure<br /><span style='font-size:medium;'>The measurements are carried out according to international guidelines of the </span><a href='https://iaga-aiga.org/' target='_blank'>IAGA (International Association of Geomagnetism and Aeronomy)</a><span style='font-size:medium;'>. The following steps are planned:</span></p><p></p><ul><li><font size='3'>Initial determination of true north using a gyrocompass to determine the geodetic azimuth values ​​required to determine the magnetic declination and inclination of the Earth's magnetic field. The total intensity of the Earth's magnetic field at the measurement point is also measured as a further parameter.</font></li><li><font size='3'>Annual monitoring of the measurement points and measurement of the Earth's magnetic field components using an Overhauser magnetometer and a DI fluxgate magnetometer mounted on a non-ferrous theodolite.</font></li><li><font size='3'>Reduction of measurements to a selectable epoch using reference measurements at the Conrad Observatory.</font></li></ul><div><img alt='Gyrocompass' src='https://gis.geosphere.at/portal/sharing/rest/content/items/1b6a0e50ec164020a3cdef60cb4534d9/data' /><font size='3'><br /></font></div><div><i><font size='2'>Gyrocompass for determining the geographic north direction</font></i><br /></div><div><b><br /></b></div><div><b>Magnetic declination 2025 and 2026 in minutes</b><br /></div><div><div><font size='3'>Here is the color gradient of the calculated grid file over Austria in 2025 and 2026, shown in minutes.</font></div><div><font size='3'><br /></font></div><div><font size='3'><b>Measurement points of the last national survey 1995-1998</b></font></div><div><font size='3'>The last geomagnetic national survey campaign took three years to complete and collected 304 measurement points. Measurement points must be carefully selected.</font></div><div><font size='3'><br /></font></div><div><font size='3'>They should be located as far as possible from human sources of disturbance (densely populated areas, railway lines, etc.), as well as from natural anomalies caused by strongly magnetic rocks.</font></div><div><font size='3'><br /></font></div><div><b><font size='4'>History of the National Survey</font></b></div><div><font size='3'><br /></font></div><div><font size='3'>The first national survey of the monarchy was carried out by Karl Kreil, the first director of the &quot;Imperial and Royal Central Institute for Meteorology and Geomagnetism,&quot; between 1843 and 1858. A key motivation for this impressive project was the determination of magnetic declination, which indicates the compass deviation between magnetic and geographic north. At that time, this was approximately 15° to the west and was very important for shipping and the military, as compass navigation was used.</font></div><div><font size='3'><br /></font></div><div><font size='3'>For the first national survey, the Earth's magnetic field was carefully measured at 241 selected points, including those outside the Austrian Empire. The measurements were carried out even under difficult conditions, e.g., under the influence of wind and ice. B. during the revolutionary year of 1848. This resulted in the first magnetic declination map of Austria (see below).</font></div><div><font size='3'><br /></font></div><div><font size='3'>Since the first national survey in 1850, the magnetic declination has changed by approximately 20°. Over the same period, the dipole moment of the Earth's magnetic field has decreased by 10%. Such long-term changes in the Earth's magnetic field are referred to as secular variation.</font></div></div><div><font size='3'><br /></font></div><div><i><img alt='Isogonen 1850' src='https://gis.geosphere.at/portal/sharing/rest/content/items/9d5d69c8a9bb48218ecb45aa16cb7d86/data' /><font size='3'><br /></font></i></div><div><i><font size='2'>Historical map by Karl Kreil: Isogons in the Austrian Empire in 1850</font></i></div><p><font size='5'><br /></font></p><p><font size='5'>Beschreibung</font></p><p><b><font size='4'>Geomagnetische Landesaufnahme</font></b><br /></p><p>Die geomagnetische Landesaufnahme befasst sich mit der Erfassung von langsamen örtlichen und zeitlichen Variationen des Erdmagnetfeldes, die durch geodynamische Prozesse im Erdinneren erzeugt werden.</p><p>Die Ortsabhängigkeit spiegelt die Verteilung der Magnetfeldquellen wieder: im Erdkern, in der Erdkruste sowie in höheren Schichten der Atmosphäre. Dabei unterscheidet man zwischen langsam veränderlichen Quellen, die für die so genannte Säkularvariation verantwortlich sind, und schnell veränderlichen Quellen. Letztere stammen aus der Wechselwirkung zwischen Erdmagnetfeld und Sonnenwind. Die Landesaufnahme befasst sich mit örtlichen Unterschieden der langsam variierenden Komponenten des Erdmagnetfeldes.</p><p>Seit Mitte des 19. Jahrhundert werden in Österreich in Zeitabständen von etwa 30 Jahren Messkampagnen mit über 300 Messpunkten durchgeführt. Darüber hinaus werden jährlich Messungen an wenigen über ganz Österreich gleichmäßig verteilten Standorten durchgeführt, um die Landesaufnahme zu aktualisieren. Zusammen mit kontinuierlichen Registrierungen des Erdmagnetfelds am Conrad Observatorium ergeben diese Messungen genaue Informationen über die Richtung und Stärke des Erdmagnetfeldes an beliebigen Punkten und Zeiten in Österreich, so wie eine Prognose der zu erwartenden Änderungen für das kommende Jahr. Die gewonnenen Daten sind die Grundlage für geomagnetische Karten und bieten eine wichtige Referenz für die Navigation. Zusammen mit ähnlich gewonnenen Daten weltweit stellen sie eine wichtige Grundlage für geophysikalische Studien und für das Verständnis dynamischer Prozesse im Erdkern dar, die für die Erzeugung des Erdmagnetfeldes verantwortlich sind.</p><p><font size='4'><b>Beschreibung der Layer der Karte</b></font></p><p><b>Isolinien der Deklination in Grad/Minuten 2025 und 2026</b><br />Die Karte zeigt Isogonen, d.h. Linien mit denselben magnetischen Deklinationsabweichungen, definiert als die Differenz der Ausrichtung der Kompassnadel zu geographisch Nord. Die lokale magnetische Deklination verändert sich langsam mit der Zeit und muss bei magnetischen Navigationssysteme berücksichtigt werden. Die GeoSphere Austria führt jährliche Messungen in Österreich durch, um Richtung und Stärke des Erdmagnetfeldes höchstgenau zu erfassen.<br /></p><b>Säkularmesspunkte</b><br />Säkularpunkte sind sorgfältig ausgewählte Standorte, weit entfernt von lokalen Störquellen, wo Richtung und Intensität des Erdmagnetfeldes genau erfasst werden. Es gibt in Österreich derzeit 14 Säkularpunkte, welche jährlich gemessen werden. Die Messwerte werden anhand von kontinuierlichen Aufzeichnungen am Conrad Observatorium auf einem gemeinsamen Zeitpunkt reduziert, und mit weiteren ~300 Punkten der letzten magnetischen Landesaufnahme kombiniert, um die Parameter des Erdmagnetfeldes geographisch darzustellen. Damit erhält man Informationen über die örtliche Struktur der Säkularvariationen. Die Erfassung der örtlichen und zeitlichen Änderungen des Erdmagnetfeldes ist eine der Hauptaufgaben des Magnetischen Dienstes der GeoSphere Austria.<p></p><p>Die magnetische Säkularpunkt-Vermessung ist wichtig, um die ständigen Veränderungen im Erdmagnetfeld zu erfassen und zu verstehen. Das Erdmagnetfeld unterliegt natürlichen Schwankungen und Veränderungen, die sich im Laufe der Zeit auf die Navigationssysteme, Kommunikationssysteme und andere technologische Anwendungen auswirken können.</p><p>Durch die regelmäßigen Messungen des Erdmagnetfeldes auf verschiedenen Zeit- und Raumskalen können Wissenschaftler Modelle über die dynamischen Prozessen erstellen, die im Erdkern für die Aufrechterhaltung eines Magnetfeldes verantwortlich sind. Das Erdmagnetfeld spielt eine wichtige Rolle beim langfristigem Schutz der Atmosphäre und des Lebens gegen den Sonnenwind. Das betrifft auch Infrastrukturen wie Stromverteilungsnetze, Satelliten, und Radiokommunikationen. </p><p>Messvorgang<br />Die Messungen werden gemäß internationalen Richtlinien der <a href='https://www.iaga-aiga.org/' target='_blank'>IAGA (International Association of Geomagnetism and Aeronomy)</a> durchgeführt. Folgende Schritte sind vorgesehen:</p><ul><li>Erstmalige Bestimmung von geographisch Nord mittels Kreiselkompass, zur Ermittlung der geodätischen Azimut Werte, welche für die Bestimmung der Deklination und Inklination des Erdmagnetfeldes erforderlich sind. Als weiterer Parameter wird noch die Totalintensität des Erdmagnetfeldes am Messpunkt gemessen.</li><li>Jährliche Kontrolle der Messpunkte und Vermessung der Erdmagnetfeldkomponenten mittels Overhauser Magnetometer und eines auf einen eisenfreien Theodolit montiertes DI-Fluxgate Magnetometer.</li><li>Reduktion der Messungen auf eine wählbare Epoche mittels Referenz-Messungen am Conrad Observatorium.</li></ul><div style='text-align:left;'><img alt='Kreiselkompass' src='https://gis.geosphere.at/portal/sharing/rest/content/items/1b6a0e50ec164020a3cdef60cb4534d9/data' /><br /></div><div style='text-align:left;'><i><font size='2'>Kreiselkompass zur Bestimmung der geographischen Nordrichtung</font></i></div><div style='text-align:left;'><b><br /></b></div><div style='text-align:left;'><b>Deklination 2025 und 2026 in Minuten</b></div><div>Hier ist der farbliche Verlauf des errechneten Gitter Files über Österreich 2025 und 2026, in Minuten dargestellt.<br /></div><div><br /></div><div><b>Messpunkte der letzten Landesaufnahme 1995-1998</b><br />Die letzte Kampagne der geomagnetischen Landesaufnahme hat drei Jahre für 304 Messpunkte im Anspruch genommen. Messstellen müssen sorgfältig ausgewählt werden, sie sollen möglichst weit weg von menschlichen Störquellen (dicht bewohnten Gebieten, Eisenbahnlinien, etc.) gelegen sein, sowie auch von natürlichen Anomalien, die durch stark magnetische Gesteine erzeugt werden.<br /></div><div><div><font size='4'><b><br /></b></font></div><div><font size='4'><b>Geschichte der Landesaufnahme</b></font></div><div><font size='4'><b><br /></b></font></div><div>Die erste Landesaufnahme der Monarchie wurde von Karl Kreil, dem ersten Direktor der „k.k. Central - Anstalt für Meteorologie und Erdmagnetismus“, in den Jahren 1843 -1858 durchgeführt. Eine wichtige Motivation für dieses imposante Projekt war die Bestimmung der magnetischen Deklination, welche die Kompassabweichung zwischen der magnetischen und der geographischen Nordrichtung angibt. Diese betrug damals etwa 15° nach Westen, sie war für Schifffahrt und für das Militärwesen sehr wichtig, da mit Kompass navigiert wurde.<br /></div><div><br /></div><div>Für die erste Landesaufnahme wurde das Erdmagnetfeld an 241 ausgewählten Punkten, auch außerhalb des österreichischen Kaiserstaates, sorgfältig gemessen. Die Messungen erfolgten selbst unter erschwerten Bedingungen, z. B. während des Revolutionsjahres 1848. Daraus entstand die erste magnetische Deklinationskarte Österreichs (siehe unten).</div><div><br /></div><div>Seit der ersten Landesaufnahme von 1850 hat sich die magnetische Deklination um etwa 20° verändert. Über die gleiche Zeitspanne hat das Dipolmoment des Erdmagnetfeldes um 10% abgenommen. Solche langfristigen Änderungen des Erdmagnetfeldes bezeichnet man als Säkularvariation.</div></div><div><br /></div><div><img alt='Isogonen 1850' src='https://gis.geosphere.at/portal/sharing/rest/content/items/9d5d69c8a9bb48218ecb45aa16cb7d86/data' /><br /></div><div><i><font size='2'>Historische Karte von Karl Kreil: <span style='font-family:&quot;Avenir Next W01&quot;, &quot;Avenir Next W00&quot;, &quot;Avenir Next&quot;, Avenir, &quot;Helvetica Neue&quot;, sans-serif;'>Isogonen im österreichischen Kaiserstaate im Jahre 1850</span></font></i></div><div><i><font size='2'><span style='font-family:&quot;Avenir Next W01&quot;, &quot;Avenir Next W00&quot;, &quot;Avenir Next&quot;, Avenir, &quot;Helvetica Neue&quot;, sans-serif;'><br /></span></font></i></div><div><p><font size='5'>Data and Links<br /></font><font size='3'>Download data: </font><a href='https://geomag.bgs.ac.uk/data_service/data/surveydata.shtml' target='_blank'>Global Observatory and Survey Data</a><br /><span style='font-size:medium;'>Data from the Austrian geomagnetic survey are also included here.</span></p><p><font size='3'>Station data: </font><a href='https://geomag.bgs.ac.uk/data_service/data/annual_means.shtml' target='_blank'>Worldwide Observatory Annual Means</a><font size='3'> </font><span style='font-size:medium;'>e.g.: &quot;WIC Conrad&quot; for the Conrad Observatory on Trafelberg</span></p></div><div><i><font size='2'><span style='font-family:&quot;Avenir Next W01&quot;, &quot;Avenir Next W00&quot;, &quot;Avenir Next&quot;, Avenir, &quot;Helvetica Neue&quot;, sans-serif;'><br /></span></font></i></div><div><span style='font-family:&quot;Avenir Next W01&quot;, &quot;Avenir Next W00&quot;, &quot;Avenir Next&quot;, Avenir, &quot;Helvetica Neue&quot;, sans-serif;'><font size='5'>Daten und Links</font></span></div><div>Download von Daten: <a href='https://geomag.bgs.ac.uk/data_service/data/surveydata.shtml' target='_blank'>Global Observatory and Survey Data</a></div><div>Hier fließen auch die Daten der österreichischen geomagnetischen Landesaufnahme mit ein.</div><div><br /></div><div>Daten von Stationen: <a href='https://geomag.bgs.ac.uk/data_service/data/annual_means.shtml' target='_blank'>Worldwide Observatory Annual Means</a> z.B: &quot;WIC Conrad&quot; für das Conrad Observatorium am Trafelberg</div></div> GeoSphere Austria Deklination Nadelabweichung Missweisung Geophysik Magnetismus Magnetfeld Österreich Austria magnetism declination 0 AT <p>GeoSphere Austria excludes any liability for the correctness, completeness or accuracy of the maps, images and data and assumes no liability of any kind. 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