It lies on a large river delta, formed by the confluence of the Schelde and Meuse rivers and consists of a complex system of islands, peninsulas and waterways, mostly below sea level and interconnected by the dams and bridges of the Delta Works. The area featured at the bottom of the image is part of the province of Zeeland. Volkerak dam, also part of the plan, is visible in the image at the eastern end of Haringvliet. The dam was constructed as part of the ‘Delta Plan’ – a number of dams, sluices, dikes and barriers to reinforce the coastline. Haringvliet dam is visible as a white and green bridge closing the mouth of the river. The large body of water south of Rotterdam is Haringvliet. Moving north along the coast lies the town of Noordwijk, which is home to ESTEC, ESA’s technical centre, where new missions are designed, their industrial development is managed and, in some cases, the spacecraft and instruments are tested. Other cities pictured include Utrecht northwest of Rotterdam and The Hague northeast of Rotterdam. Rotterdam is Europe’s largest port and the gateway to some 450 million customers. Rotterdam, the country’s second largest city after Amsterdam, can be seen as a grey area near the centre of the image, straddling the New Meuse River, visible as a black line. The white dots on the left are offshore wind farms. Gracias a las nuevas tecnologas e Internet, ahora podemos disfrutar de muchas experiencias inmersivas sin movernos de casa, slo necesitamos un navegador. Watch near real-time weather images, rainfall radar maps, and animated wind. Zoom Earth es una pgina desde la que podemos acceder a una vista de satlite en vivo de nuestro planeta. Their colours indicate when they were captured by the satellite, as noted above. Zoom Earth shows global live weather satellite images in a fast, zoomable map. The coloured dots in the black of the North Sea are ships. Water surfaces usually appear dark or black. Parts that appear grey or white depict little or no change. For example, the green means that the vegetation was particularly lush when the January image was acquired. Once launched, you will see a beautiful 3-D rendition of our world. The combined images, with their different colours, help identify changes that have occurred between the acquisitions. Open the Google Earth program installed on your computer. This multitemporal picture is a combination of three radar images, each assigned to a colour channel: red for the image acquired in August 2022, green for the second image taken in January 2023, and blue for the last image from June 2023. Zoom in to explore this image at its full resolution or click on the circles to learn more. Explore the whole world from above with satellite imagery, 3D terrain of the entire globe, and 3D buildings in hundreds of cities around the world. Watch it live here courtesy of the Virtual Telescope Project or on the project's YouTube channel.Rotterdam and part of the Zeeland province in southwest Netherlands are featured in this radar image acquired by Copernicus Sentinel-1. The Virtual Telescope Project, hosted by Rome-based astronomer Gianluca Masi, will be streaming the flyby of asteroid 2023 MU2 at 7 p.m. While these types of asteroids can be fairly hard to spot on your own, luckily you can watch the approach live thanks to a free telescope livestream. If we zoom in on India (click on links to focus the map), we can see the. 2023 MU2 will make its closest approach on June 25 at 7:19 p.m. for International Earth Science Information Network at Columbia University. According to the NASA/JPL Center for Near Earth Object Studies (CNEOS), the asteroid is estimated to be between 13 and 29 feet (3.9 and 8.8 meters) in diameter, roughly the size of a house or three-story building. Hurricanes, weather, wildfires, and observations of the Earth from satellite. While this flyby is fairly close in astronomical terms, the space rock isn't likely to pose any threat to Earth or spacecraft in its orbit. Tonight (June 25), the near-Earth asteroid 2023 MU2 will pass within 134,000 miles (215,000 kilometers) of Earth, or just about 60% of the average distance from our planet to the moon.
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