02228nas a2200265   4500000000100000000000100001000000100002008004100003653002900044653002400073653003300097653001800130653002800148653003500176653001200211653001300223653001900236100001600255245007500271856014300346300000900489490000600498520143800504022002001942       2018                            d10aHistoric urban landscape10aCultural landscapes10aIntangible cultural heritage10anatureculture10anature–culture divide10areconnecting nature– culture10asatoumi10asatoyama10aSustainability1 aM. Ishizawa00aCultural Landscapes Link to Nature: Learning from Satoyama and Satoumi  uhttps://www.scopus.com/inward/record.uri?eid=2-s2.0-85083771325&doi=10.1186%2fBF03545680&partnerID=40&md5=6bfcc01554e915c6f84b83d9e4476935  a7-190 v23 aThe nature–culture divide is an artificial separation consolidated by Western modern science. It is a social construction that disseminated globally, but does not exist in some non-Western societies. Abandoning this framework to embrace an integrated system for sustainability is challenging. The concept of the Historic Urban Landscape (HUL) already attempts to integrate natural and cultural heritage into urban planning by focusing on a landscape approach. However, this approach consumes rural and nature into the urban. To uncover nature and return it to the forefront of urban conservation, this paper explores cultural landscapes as examples where natural and cultural values are inextricably related. Four case studies are presented of satoyama and satoumi, cultural landscapes of Japan where Shinto beliefs and traditional agricultural practices knit together nature and culture, rendering the divide unseen. This paper suggests connecting the HUL approach, with this inclusive understanding, by turning the focus to mapping seasonal relationships following a transdisciplinary approach in which indigenous and local knowledge are integrated, as well as a temporal dimension. In this way, one can find satoyama and satoumi in the urban environment: by looking beyond the attributes, the interrelationships with the natural substratum needed to support the development of quality and resilient environments can be revealed.  a20963041 (ISSN)