He is best known for his theory of continental drift. This slideshow explains Wegener’s theory. Visit for ALFRED WEGENER T-SHIRTS and all of your other Amoeba People needsThe Amoeba People present THE TECTONIC CHRONICLES P. Alfred Wegener, (1880-1930), is perhaps the paradigm example of such a scientist for the 20th century. ![]() It was not until the 1960s that evidence of convection currents within the mantle was discovered to support the theory fully. One of the reasons was that it was difficult to work out how whole continents could move. Major Geological findings such as paleomagnetism had revived Wegeners Theory and was now supported by most countries in respect. It took more than 50 years for Wegener’s theory to be accepted. For example, the Himalayas formed when India came into contact with Asia. Wegener suggested that mountains formed when the edge of a drifting continent collided with another, causing it to crumple and fold. If this was the case, then mountains would be spread evenly over the Earth’s surface. This process formed wrinkles, or mountains, on the Earth’s crust. īefore Wegener developed his theory, it was thought that mountains formed because the Earth was cooling down, and, as it cooled down, it contracted. In 1910, Wegener was working as a professor in meteorology and astronomy at the little University of Marberg when he stumbled across a collection of books and articles on land bridges in the. Last but not least, the Alfred Wegener Institute is continually engaged in the education and training of young researchers, students, pupils or trainees.The theory of continental drift was proposed at the beginning of the last century by German scientist Alfred Wegener. Strangely, Alfred Wegener’s inspiration for plate tectonics came from the land bridge idea, which he subsequently rejected with such vehemence. Pursuing research in the Polar Regions and oceans also goes hand-in-hand with the development of technological innovations. The theory of continental drift is most associated with the scientist Alfred Wegener. by participating in the preparation of the latest climate reports from the Intergovernmental Panel on Climate Change (IPCC). Research for Society – Among the institute´s tasks is serving as an advisory function for political decision-makers and society at large, e.g. Research vessel Heincke, operates in the North Sea and in the North Atlantic. Several portals have been developed as a tool for data sharing, such as the Expedition – a framework for discovery and re-use of various types of georeferenced expedition-related content (reports, publications, track lines, stations, datasets, and data products) associated with AWI research platforms, here in particular the research vessels Polarstern and Heincke. It provides research vessels, such as the internationally known "Polarstern", scientific, aircraft as well as annually and seasonally staffed research stations in both Polar Regions. High-Performance Infrastructure – Because polar and marine research always constitutes a logistical challenge, the AWI also maintains an excellent infrastructure, allowing it to make resources available for the national and international research communities. Various observatories gather data over long timeframes. ![]() Field research under extreme conditions is just as much a part of the Institute’s day-to-day work as are analyses using cutting-edge laboratory equipment and high-performance supercomputers. 1 One hundred years ago last January, a rising young German meteorologist presented a startling new vision of crustal history at a meeting of the recently. They research the atmosphere, ice, oceans and coasts, explore the deep seas, glaciers and permafrost soils, or analyse data from climate archives like sediment and ice core samples. Experts from the bio-, geo- and climate sciences work closely together. Above all, the goal to understand the driving forces and the fluctuations in climate processes has increasingly become the major focus of research.Įxcellent Research – With an overall staff of more than 1,000 people, and a wide range of natural science disciplines, the Alfred Wegener Institute explores nearly all components of the Earth System. However, it also conducts research in the North Sea and adjacent coastal regions in Germany. The institute coordinates German polar research and is one of the very few scientific institutions in the world that are equally active in the Arctic and Antarctic. The organisation works together with numerous national and international partners, and is actively involved in unravelling the complex processes at work in the World’s “Earth System”. The team, led by the University of Southampton with British Antarctic Survey, University of East Anglia and the Alfred Wegener Institute in Germany.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |