The Rare Oriental White Stork at Hyogo Park! This video, titled "Hyogo Park of the Oriental White Stork," released by "ibukivideo," shows rare footage of the Oriental Stork. Japan was once home to wild Oriental storks; however, they disappeared from the skies of Japan in 1971... The last habitat of the Oriental stork in Japan is Hyogo Prefecture's Hyogo Park of the Oriental White Stork, which can be seen at 0:44 in the video. Here, the public and private sectors work together on stork research projects. The Oriental stork is also designated as the prefectural bird of Hyogo Prefecture. In this article, we''ll take a look at Hyogo Prefecture's efforts to breed the Oriental stork. Hyogo Park of the Oriental White Stork Source :YouTube screenshot Hyogo Park of the Oriental White Stork is a research facility for storks located in Shounji, Toyooka, Hyogo prefecture in the Kansai region of Japan. You can learn about the research on Oriental storks at the Kounotori Stork Sanctuary which is attached to Hyogo Park of the Oriental White Stork and can be seen at 1:11 in the video. Be sure to stop by the nature observation and learning zone where you can observe the ecology of storks, and "Kounotori Honpo," a Toyooka City Community Exchange Center where you can purchase stork related merchandise. In addition, there are also research facilities that breed storks, such as the Nature Acclimation Zone, the Stork Conservation and Propagation Center, and the Nature Zone. About the Oriental Stork - Ecology and Feeding Habits Photo：An oriental stork eating fish The Oriental stork is an endangered species of bird in the family Ciconiidae, order Ciconiiformes, and genus Ciconia and is an internationally valuable bird. They are distributed throughout Asia, measuring 110 cm in length, weighing between 3 and 5 kg, and are characterized by their appearance similar to that of a crane. There are many folklore stories about storks bringing babies into the world. In Japan, the storks once lived in the rice paddies and rivers of the mountains and woodlands. As you can see at 2:35 in the video, their nests are approximately 1 metre wide. Their diet consists of fish and insects. Adult storks do not have a well-developed vocal system, so they cannot be heard except when they are chicks. During the Meiji period (1868-1912), the number of storks in Japan was drastically reduced due to over-hunting, and besides a few protected individuals in the Tajima area of Hyogo Prefecture and the Wakasa area of Fukui Prefecture, they were hunted to extinction. In 1908, a ban on hunting the Oriental stork was put in place, and its habitat was designated as a national natural monument in 1921. The lifespan of the stork is said to be over 30 years; however, it is not yet known how long they live for in the wild. Summary of the Oriental White Stork Photo：The Oriental White Stork At Hyogo Park of the Oriental White Stork, a project is underway to help storks return to the skies of Japan. In 2005, a test release of storks was carried out in order to reintroduce them into the wild, and in 2007, they succeeded in breeding wild storks in the field. Now roughly 80 storks have returned to the skies. In addition to the storks bred at Hyogo Park of Oriental White Stork, Osaka Tennoji Zoo and the Toyohashi Zoo and Botanical Park in Aichi have also succeeded in breeding storks. If this article has piqued your interest in the Oriental stork, be sure to visit Hyogo Park of Oriental White Stork to learn all about the beautiful bird! ◆Hyogo Park of the Oriental White Stork Facility Overview ◆ 【Address】128 Nigatani, Shounji, Toyooka, Hyogo Prefecture 668-0814 【Access】A 40 minute walk from the Kyoto Tanetsu Railway "Konotori no Sato" Station 【Hours】9:00～17:00 【Admission Fee】None 【Parking】Free parking available 【Telephone】0796-23-5666 【Official Website】Hyogo Park of the Oriental White Stork http://www.stork.u-hyogo.ac.jp/ 【Tripadvisor】Hyogo Park of the Oriental White Stork https://www.tripadvisor.com/Attraction_Review-g1022822-d1384701-Reviews-Hyogo_Park_of_the_Oriental_White_Stork-Toyooka_Hyogo_Prefecture_Kinki.html

iPS Cells: The World's Leading Regenerative Medicine This is a video released in 2018 by the "Hitachi Brand Channel" that introduces the efforts of Japanese company Hitachi Kobe Lab, in Regenerative Medicine using iPS cells. Speaking of regenerative medicine, the 3D iPS cell culture method invented by Professor Shinya Yamanaka of Kyoto University's Institute for iPS Cell Research and Development won the Nobel Prize in 2012, and it has become a hot topic of conversation. So what is this regenerative medicine? We'll give you a rundown. Photo：Research Regenerative Medicine is a technique that reanimates cells in areas damaged (or lost) by illness or injury. This has made it possible to treat incurable diseases that are difficult to treat with current medicine. Professor Yamanaka had been studying regenerative medicine for some time, but in contrast to the conventional method which required the use of fertilized eggs, human iPS cells, which can be cultured from a sterile egg, solved the ethical issues and attracted attention as a new dawn in medical technology. However, iPS cells have weaknesses. It is difficult to stabilize the quality of iPS cells and to mass-produce them. Maintaining the sterility of the lab was a critical challenge for culturing stable, quality iPS cells, especially since they are less resistant to bacteria. The Future of Hitachi's Regenerative Medicine, Opened up by Open Innovation Source :YouTube screenshot Due to the difficulty of culturing iPS cells, Hitachi began development of Automated Cell Culture Equipment for iPS cells through joint research with Dainippon Sumitomo Pharma. Currently, Hitachi, Ltd. and Hitachi Chemical are also participating in the research and have been successful in producing reputable induced pluripotent stem cells (iPS). The greatest benefit of open innovation is that, rather than a single company monopolizing research, specialists in each field, with their own specialties, can come together to conduct research and development without being bound by interests. The services and products, created through the combined strength of the Hitachi Group's technology and Japan's top minds, will continue to lead the world's medical infrastructure in the future. The Automated Cell Culture Equipment for iPS cells is one such development. The Regenerative Medicine that Hitachi is currently working on is said to be second-generation, but if it can incorporate AI technology and achieve more stable iPS cell culturing, it's possible to break through to third-generation regenerative medicine technology and raise hopes in the future, as it could be applied to the treatment of other incurable diseases. Summary of Hitachi Kobe Lab's Regenerative Medicine Research

Shutdown of the Supercomputer "K" This video titled "The Curtain Has Come Down on the Supercomputer 'K' and Fugaku Will Serve as Its Successor,（スパコン「京」幕下ろす 後継・富岳、運用へ）, released by "KyodoNews," is a video on the shutdown ceremony of supercomputer "K"- the former fastest computer in the world. The supercomputer “K” was used in various fields after achieving first for two consecutive years in the category of fastest calculation speed of a supercomputer, in 2011 during the test run. In the video of K's shutdown ceremony "Fugaku”, the successor to “K” , is also reported. You can find out how powerful the Japanese computer is. The video features the supercomputer "K" and its successor. What Is "K"? Source :YouTube screenshot The supercomputer "K" was jointly developed by the Riken Center for Computational Science and Fujitsu. NEC and Hitachi were also involved in its development at the beginning, but withdrew. This supercomputer, completed in 2012, contributed to the development of various fields including life science, healthcare, disaster defense, and space technology. It was also referred to as a "Next Generation Supercomputer," "General Purpose Hyper Speed Calculator" or "Kyosoku." This supercomputer achieved the fastest calculation speed in the world at the beginning of it development and has been used for about 7 years. According to the latest world ranking, it has currently dropped all the way to 20th . It was finally decided to put an end to the 7 year history and to make room for its successor "Fugaku," the next generation, most advanced supercomputer. In the video you can see that about 860 units of the supercomputer “K “ were shut down in turn during this ceremony. Hiroshi Matsumoto, President of the Riken Center talked about the expectations for the next generation supercomputer in this video (1:11). It is expected that Fugaku's calculation speed is more than 100 times faster than "K," and it will be used as AI (Artificial Intelligence). K's Specs Photo：CPU Next, we will show you what kind of specs "K" has. First, its high-end CPU capable of performing highly advanced arithmetic processing was developed by Fujitsu. 88,128 pieces are connected in parallel to calculate 10 petabytes worth of information per second. There is some concern about error because of the scale that the supercomputer has. However, they built a unique system that could avoid errors and continue high-speed arithmetic processing. Also, high-performance memory is used. This supercomputer consumes powers equivalent to the amount used by about 30 thousand households. Therefore it costs about 1.2 million yen to operate the whole system of "K" per hour, Running the supercomputer "K" full for a day costs about 28 million yen (~$260,000 USD), so the electricity bill can get a little high. “Fugaku," the Next Generation Supercomputer Source :YouTube screenshot “Fugaku," successor to "K," had a development costs of about 112 billion yen (~$1.38b USD). The development of Fugaku started in 2014, and it is scheduled to used starting in 2021. Its calculation speed is more than 100 times faster than that of "K." It is aiming to achieve the worlds top level utility. 150 thousand units of CPU are connected to improve its computing power. According to the world supercomputer ranking as of November, 2019, "Summit" developed by the Oak Ridge National Laboratory is top the list, followed by "Sierra" developed by the Lawrence Livermore National Laboratory and "Sunway TaihuLight" (神威・太湖之光). Summary of the Supercomputer "K" The video, titled "The Curtain Has Come Down on the Supercomputer 'K' and Fugaku Will Serve as Its Successor," released by "KyodoNews" is a video on the shutdown ceremony of supercomputer 'K' that was used for 7 years. These computer technologies that have been developing day to day may change our futures. 【Official Website】K Computer | Riken Center for Computational Science (R-CCS) https://www.r-ccs.riken.jp/en/k-computer/about/ 【Official Website】The supercomputer "FUGAKU"｜Riken Center for Computational Science (R-CCS) https://www.r-ccs.riken.jp/en/postk/project

Ozeki, a Major Sake Brewery. Learn About Its History and Sake Brewing! This video introduces the history of sake brewing, the origin of the company name, and the brewing of sake at Ozeki, one of the leading sake brewers in Japan. In the first year of Shotoku (1711), Ozeki's sake was brewed under the name of "Manryo." In those days, the famous Manryo sake was transported to Edo (now Tokyo) by ship, and the brewing industry in Osaka grew. In 1884, the name was changed from Manryo to Ozeki. The company name "Ozeki" represents the spirit of pioneering. It originates from the sumo world when "Ozeki" was the grand champion. In this video, you can learn more about sake brewing, from how to make rice to the techniques used by artisans, so be sure to check it out! 【Official Homepage】Ozeki https://www.ozeki.co.jp/english/

Beer, shochu, wine, sake, whiskey, cocktails... conquer the spirits of Japan! In this video, Jack Maxwell of the Discovery Channel introduces the alcohol of Japan, touching on the history and the people of the region. From 00:13, they're at Hakone Kowakien Yunessun, enjoying not wine or sake, but rather, a bath. From 02:32 they take a visit to the Tomozuna stable. From 03:44 they enjoy sake at Chanko Nabe Kai with the wrestlers of the Tomozuna Stable. From 06:25 they observe ice making at the warehouse of Chuoreito Industries. From 07:04 they enjoy cocktails made with ice from Chuoreito Industries at Bar High Five, run by the same company. At 12:39, Jack Maxwell, who has moved to the Kansai region, gets his portrait painted at a portrait shop. From 13:39 he experiences a Japanese drinking party with his friend Mark, toasting with shochu and beer. From 18:43 he visits the Konishi Sake Brewery. His first time experiencing hirezake. From 27:00 he experiences a traditional Japanese festival at Sumiyoshi Taisha in Osaka. At 33:49 he visits the Suntory Yamazaki Distillery and tries different whiskeys. In the video, there were many different types of alcohol, not only to drink, but also to enjoy taking a bath with, for use in Shinto ceremonies, as sacred wine, and enjoying fillet wine made from pufferfish fillet, which is poisonous. Be sure to check out the video to see all the different types of alcohol and interactions with the locals of Japan!