Yuzuru Isoda

Reconstruction of Kyoto of the Edo era based on arts and historical documents: 3D urban model based on historical GIS data

This paper explores a method for creating large-scale urban 3D models using Historical GIS data. The method is capable of automatically generating realistic VR models based on GIS data at a low cost. 3D models of houses are created from polygon data, fences from line data, and pedestrians and trees from point data. The method is applied to the Virtual Kyoto Project in which the landscape of the whole city of Kyoto of the early Edo era (ca 17C) is reconstructed.

Virtual Kyoto project: digital diorama of the past, present, and future of the historical city of Kyoto

Using the recently developed 3D GIS (Geographic Information System) and related visualisation technologies, we have created a digital diorama of an entire historical city, which can be used to virtually travel through different realistic landscapes at different times in the history. The digital diorama called Virtual Kyoto is the virtual geographic environment of the past, present, and future of the historical urban spaces in Kyoto City by constructing geotemporal-referenced 3D models of cityscape elements at different eras. In order to promote digital humanities studies on the arts and culture of traditional Kyoto, Virtual Kyoto is used as a digital platform for constructing a web-based digital museum interface with geographic data-linkages to numerous historical and cultural digital contents. We also explore the possibility of using Virtual Kyoto as an information environment to discuss the future of the historical city of Kyoto with the effects of city planning activities such as landscape policies or the possible damage due to disasters on historical landscapes.

Rice ecosystem services in South-east Asia

Josef Settele · Kong Luen Heong · Ingolf Kühn · Stefan Klotz · Joachim H. Spangenberg · Gertrudo Arida · Alexis Beaurepaire · Silke Beck · Erwin Bergmeier · Benjamin Burkhard · Roland Brandl · Jesus Victor Bustamante · Adam Butler · Jimmy Cabbigat · Xuan Canh Le · Josie Lynn A. Catindig · Van Chien Ho · Quoc Cuong Le · Kinh Bac Dang · Monina Escalada · Christophe Dominik · Markus Franzén · Oliver Fried · Christoph Görg · Volker Grescho · Sabine Grossmann · Geoff M. Gurr · Buyung A. R. Hadi · Huu Hai Le · Alexander Harpke · Annika L. Hass · Norbert Hirneisen · Finbarr G. Horgan · Stefan Hotes · Yuzuru Isoda · Reinhold Jahn · Helen Kettle · Anika Klotzbücher · Thimo Klotzbücher · Fanny Langerwisch · Wai‐Hong Loke · Yu‐Pin Lin · Zhongxian Lu · Keng‐Yeang Lum · Damasa B. Magcale‐Macandog · Glenn Marion · Leonardo Marquez · Felix Müller · Hung Manh Nguyen · Quynh Anh Nguyen · Van Sinh Nguyen · Jürgen Ott · Lyubomir Penev · Hong Thai Pham · Nico Radermacher · Beatriz Rodriguez‐Labajos · Christina Sann · Cornelia Sattler · Martin Schädler · Stefan Scheu · Anja Schmidt · Julian Schrader · Oliver Schweiger · Ralf Seppelt · Kukiat Soitong · Pavel Stoev · Susanne Stoll‐Kleemann · Vera Tekken · Kirsten Thonicke · Bianca Tilliger · Kai Tobias · Y. Andi Trisyono · Thanh Truong Dao · Teja Tscharntke · Quang Tuan Le · Manfred Türke · Tomáš Václavík · Doris Vetterlein · Sylvia ’Bong’ Villareal · Kim Chi Vu · Quynh Vu · Wolfgang W. Weisser · Catrin Westphal · Zengrong Zhu · Martin Wiemers

Automatic Modeling of Virtual 3D Streets Based on GIS Data - Application to Generation of Kyoto in the Edo Era

This paper explores a method for creating large-scale urban 3D models from GIS spatial data. It is capable of automatic generation of realistic VR models based on existing GIS data. Parametric 3D models of houses are created from polygon data, fences from line data, and pedestrians and trees from point data. The method is applied to the project ‘Virtual Kyoto Time-Space’ in which the whole city of Kyoto of the Edo era is re-created.

Publishing Three-Dimensional City Models on the Web

In this paper, we propose a method of Web publishing of three-dimensional city models generated from two-dimensional geographical data. In our approach, the city models are assumed to be historical ones. For an example, rows of houses of Kyoto of the Edo era are generated by determining the areas of the houses based on geographical data and by placing and three-dimensional house models correspondingly. We employed Google Earth as the viewer of the city models. The viewer is embedded into a web page which enables users to access the page to overview the city and look into buildings. Some important documents related to the buildings are also embedded. As an alternative use, we apply the method to generation of city models of tsunami-damaged area in Tohoku district, Japan. The model generation is based on the recovery plan and models are generated by taking changes of terrain in the area into account.