Wanosato Kyoto Musee 276, Kitagomoncho, Kyoto Shi Higashiyama Ku, Kyoto Fu, 605-0815, Japan, 京都, 京都, 京都, 日本, 605-0815 退房日期2月23日, 周日 查看空房和价格 1/1 酒店 👍今天已有1人预订 酒店优势 洁净如新 距离公交设施280米 ...
外部播放此歌曲> Kei Sato - Kyoto 专辑:Lofi Japan - Japanese Beats (The Best Japanese Lofi Beats to Study and Relax To) 歌手:Kei Sato 还没有歌词哦
At Wanosato Kyoto Musee, we understand the importance of convenience during your stay. That's why we offer a range of top-notch facilities to ensure your comfort and satisfaction. Stay connected with our complimentary Wi-Fi in all rooms and public areas, allowing you to easily browse the web...
▶ Wanosato Kyoto Musee 的入住和退房时间? Wanosato Kyoto Musee 的入住时间为 15:00、退房时间为 10:00,请配合入住/退房时间以享受最佳住宿体验。 ▶ 入住 Wanosato Kyoto Musee 有提供哪些优质服务或设施? 入住Wanosato Kyoto Musee 的服务与设施可参考旅宿资讯页下面的「服务与设施」、查看「热门服务与设...
倭乃里京都博物馆(Wanosato Kyoto Musee) 京都府京都东山区Kitagomoncho 276, 605-0815显示地图 倭乃里京都博物馆坐落于京都祗园,距离河原町通和祗园角不到 10 分钟步行路程。 此酒店距离清水寺 0.7 英里(1.2 公里),距离四条通 0.5 英里(0.9 公里)。查看更多 ...
Ohara no Sato is a great choice for a stay in Kyoto. You'll have free perks such as WiFi and self-parking. See more about this property Property amenities Food and drink Restaurant Coffee shop What to do Hot springs Shopping See all property amenities ...
Venture out from Osaka/Kyoto on a scenic countryside tour to Amanohashidate, Ine, Kayabuki no Sato of Kyoto. See centuries-old farmhouses in the charming village of Kayabuki no Sato, and Ine cruising
Kyo-no-sato 京の里 Kyo-no-sato 京の里 银阁寺、南禅寺,京都 其他住宿 概况 地图 返回初始状态 打印 可打印现在屏幕所显示的地图 关于LIVE JAPAN 使用条款 隐私保护 帮助 联系我们 WeChat Weibo © LIVE JAPAN地址 左京区岩倉長谷町1248-2, Kyoto, Kyoto 最近的车站 岩仓...
西陣之郷NISHIJIN NO SATO "Kyoto's Best, 77 installations! 100yrs Off Grid Amazing Smart Townhouse"位于京都,配备带免费WiFi的花园景客房,配有免费自行车、花园和露台。住宿可安排私人停车位,需额外收费。 这家度假屋拥有带卫星频道的平板电视、带冰箱和洗碗机的设施齐全的厨房以及带淋浴设施和吹风机的浴室。这...
佐藤 慎一(Shinichi Sato), 職歴:2009/04/01〜2015/01/31 Institute for Integrated Cell-Material Sciences, Kyoto University Assistant Professor;2015/02/01〜 Institute for Integrated Cell-Material Sciences, Kyoto University Associate Professor.研究テーマ:Protein target identification of bioactive small ...