Skyscraper watch online

Continue Our friend joergermeister runs Windows 10 in this desktop, but as always, he's set up to look and work the way he wants, and the end result looks great. If you like to watch - or even just some of the look-here to get it for yourself. First of all, since it's a Windows desktop, Rainmeter is the order of the day and this top guide will help you get through the basics. It's a bit dated, but enough to get you started with the skins and tools below. Rainmeter is a powerful tool that allows you to create a beautiful, information-rich one-on-one display... Read moreOnce you have the basics down, here's what you need: All together, it's a beautiful picture. I especially like the visual style and taskbar and transparency of the start menu, this is something I could grab even if I didn't customize the rest of my desktop to the same extent, but it's still great together. If you have questions about how it's all done, or want to know how this skin looks exactly the way it does, hit the Flickr link below to head the joergermeister page and ask. Do you have a nice, functional desktop yourself to show off? Share it with us! Post it on your personal Kinja blog using the DesktopShowcase tag or add it to our Lifehacker Desktop Show and tell Flickr Pool. Screenshots should be at least 1280x720 and please include information about what you have used, links to wallpapers, skins and themes, and any other relevant details. If your amazing desktop catches your eye, you can get featured! Pimp My Desktop Part 70 Flickr Are Killing Our . Just like cookies, while one or two are fine, if you have too much, everything is thrown out of balance. The problem is that these huge buildings stand apart and don't belong to their surroundings, instead after an almost cookie cutter design and creating a semblance of the skyline of every large (and not so large) . This is the argument of the writer Eric Reguli. Taking London as an example, he cites the tall behemoths who dwarf existing buildings in London's financial district. The square mile is known to be full of beautiful, historic (and short) buildings, but the entrance of tall status symbols quickly undermines the character of the city. The architecture of our great cities becomes homogeneous as the choice of shops on our streets in the city center, and in our shopping malls. Skyscrapers are also environmental disasters. You can't open the windows, so you need for the whole summer, and no matter how big a multi glazed window might be on insulation, it doesn't beat a good foot or two stone walls to regulate the temperature. In summer, they keep warm and act as a heater for storage in winter. Too hot? Air a bit Open the window. These vertical islands are not only sucking out resources and surrounding streets in shadow, but they are disposable structures. Bank towers with huge open trading floors connected to the fastest communication networks cannot be easily converted into housing, factories or shops, says Reguli. In contrast, the old low-rise building can be remodeled, over and over again. Factories are becoming loft apartment buildings, like old red brick British schools. One of London's most famous art galleries, Tate Modern, is located in a former power station near the Thames, and its vast ground floor space of Turbine Hall has done much to bring art to the public, which usually won't bother. Skyscrapers, on the other hand, have more to do with the quick fashion clothes you find in the NSM than they do with the old wool coat you can pass on to your grandchildren. For the most part, Reguli writes, skyscrapers should be demolished when they have outlived their usefulness. And the more attention-grabbing Renaissance cod is, the more wasteful it is to demolish them. In the past, we have reported (with typical enthusiasm) about several proposals that include trees in projects, including a farmscraper proposal for China and Milan Bosco Verticale back in 2011, which is now nearing completion. But an article on the architecture blog Beyond the Square Mile by Tim De Chant (who was reposted on the slate), argues that for technical reasons, we might not really ever see the kind of thriving vertical forest these drawings describe. De Chant kindly asks architects to please stop drawing trees on top of skyscrapers. From your post: Want a skyscraper to look fashionable and sustainable? Put a tree on it. Or better yet, dozens. Many of the skyscrapers with a high concept are decorated with trees. On the roof, on the terraces, in the nooks and crannies, on absurdly large balconies. Mostly anywhere horizontal and high off the ground. Now, I have to say, architects are drawing dozens because I still haven't seen one of these green skyscrapers in real life. [...] If- and it's the biggest if any of these buildings ever get built, chances are they'll be stripped of foliage faster than the developer can say return on investment. It's just unreal. I understand why architects paint them on their buildings. Really, I do. But can we stop? According to De Shant, who has studied plant physiology, there are many reasons why trees won't thrive on top of high-rise buildings, including fierce winds, extreme heat and cold, higher rainfall rates, and logistical problems like watering, fertilizer, and pruning trees. Trees just weren't made for such conditions, he writes, adding: 'It might all seem a bit funny coming from someone like me, a supporter of more trees in the city It probably comes from the fact that seen too much green vertical oasis, but too few of them are actually built. His post is an interesting reality check for idealistic, tree-loving townspeople and architects who fuel their fantasies. But the Milan Tower would be a good way to prove your theory right or wrong. Mike KempGetty images in many ways, skyscrapers came to define the . Rising from the skeletons of steel, iron and glass, they showed the world a new landscape and ecosystem. Cities are becoming incomplete without their own, and some like Hong Kong or have gone full on buildings 150 feet or higher, with 355 and 280, respectively. But as climate change defines the 21st century, skyscrapers are among the first targets that an urban developer would like to customize. It's easy to see why: they take a huge amount of resources. With modern technology, the tower will always be more energy-intensive, Philip Honnorat, head of construction services at the UK-headquartered firm WSP, said in 2013. If you are going to wash or shower on the 80th floor, you should bring water there. When you take a purchase up to your apartment in an elevator that will consume more energy than if you lived on the ground floor. The problem, Vonnrat said at the time, is that while -to-one comparison to a skyscraper is dirtier than a smaller building, a city filled with them can have an advantage. In , most people don't even own cars, while Los Angeles has many low-rise, low-energy buildings that can only be reached by car, and require extensive energy and water infrastructure. Based on construction after construction, it's not the headpiece that towers use more energy. Here are some buildings, some iconic and some brand new, pointing the way to a more sustainable future. They earned their green status through the Leadership in Energy and Environmental Design (LEED) accreditation program, which is overseen by the nonprofit U.S. Green Building Council (USGBC). Advertising - Continue reading below 1 Building, New York One of the most famous LEED certified buildings in the world, the Empire State Building originally finished construction in 1931 and was the tallest building in the world for 40 years. Featured in countless films, building the right to LEED Gold certification in 2011. That same year, it saved $2.4 million on energy. In 2012, the building saved $2.3 million. These savings have allowed the classical building to gain modern relevance with higher occupancy rates. Energy efficiency has been a huge part of our success in repositioning the building, said Anthony Malkin, president of Malkin Properties, which building, in 2013. 2 Two International Financial Centers, Hong Kong, China International Financial Center in Hong Kong is divided into two towers, 1IFC and 2IFC. 1,352 feet tall, the 84-something building has elevators and was completed in 2003. It is the 27th tallest building in the world and the second tallest in Hong Kong. He received a LEED gold certificate with his efforts to maximize natural light by minimizing increased solar heat, and reduced noise intrusion. 3 , Shanghai, China Certified at LEED Gold level in 2013, Jin Mao Tower 1,380 feet high with 61 elevators. Built in 1999, the tower is the 24th tallest building in the world and the 12th tallest building in China. This building that shows going green can integrate historical styles with its traditional Chinese architectural style. According to World Architecture News, the best strategies for maintaining the tower included re-recycling or recycling 70% of all durable goods and leaking 70% of the waste accumulated from the facility's modification and add-on. 4 Manitoba Hydro Place, Winnipeg, Canada At 377 feet, it may not be as high as other buildings on this list. Completed in 2008, this building earned hard to achieve LEED Platinum status by incorporating a drastic reduction in energy consumption, over 70%. The secret sauce includes glass that maximizes natural daylight for employees, and solar panels including the famous ventilation tower known as the solar chimney. The future of sustainable architecture is open to experimentation, communication and collaboration at every stage of the process, which is an integral part of green building, said Bruce Kuwabara, design architect for KPMB Architects, at the time of his platinum status in 2012, in a press statement. Manitoba Hydro Place demonstrates that one building can simultaneously create a synthesis of design excellence, integrated high performance sustainability, air quality, a healthy work environment and urban revitalization. The leed Platinum achievement proves that this is the way forward for low-carbon and climate-intensive design. 5 Torre Reforma, Mexico City, Mexico Completed in 2016, the tallest building in Mexico City, and the second tallest in all of Mexico stands at 807 feet tall. When it was completed, the Council on High-Rise Buildings and Urban Habitat called it a dramatic departure from Mexico City's existing high-rise architecture. With what LEED called universal, free space speakers, Torre Reform has managed to make a big impact on reducing energy consumption by moving from the entire glass facade to generation. In terms of design, it brings to mind pre-Hispanic and colonial Mexican architecture, where solid materials were predominant. Despite his best efforts, he was granted LEED Platinum status. 6 KK100, Shenzhen, China Standing at 1,449 feet tall, the KK100 is the second tallest building in the booming tech epicenter of Shenzhen. Completed in 2011, its signature curved shape is designed to fountain of water, representative of the massive growth of the city in recent years. Teh Teh she was supposed to set an example for Shenzhen in the field of sustainable development. This includes a drastic reduction in water use, according to LEED. The building has seen a 50% reduction in wastewater, a 40% reduction in basic indoor water use, generation and an incredible 100% reduction in drinking landscaping, making for a green environment. As a pace-setter for City, he received a LEED gold notice. 7 , Taipei, Taiwain Standing at 1,671 feet and holding a LEED platinum certificate, TAIPEI 101 is the tallest green building in the world. With a two-pan green glass curtain wall, the building is able to reduce the solar heat to get by 50 percent. It also includes energy efficient fixtures, custom lighting controls, low-flow light fixtures, and an intelligent energy control and control system. When a building is as tall as TAIPEI, it faces unique challenges from the wind. That's why it also contains a giant steel pendulum that acts like a 728-ton tuned mass damper, keeping the building in place. Although the building was awarded certification in 2011, it continues to innovate. It is rare to see an obligation to upgrade an existing building to this level of environmental performance. Extensive documentation on energy modernization and sustainability speaks for itself; TAIPEI 101 has been the subject of a relentless and exhaustive effort to become one of the most sustainable high-rise buildings in the world, and it has been successful in this mission, said Bill Browning, a juror who helped award the TAIPEI Best Performance Award from CTBUH in 2016. The building is filled with symbolism, starting with 101 is intended for presentation on January 1. It has become a reserve celebration of Taiwan's New Year, and a look at how the buildings will look deep into the 21st century. This content is created and supported by a third party and is imported to this page to help users provide their email addresses. 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