Urban metabolism (UM) studies have evolved in recent years by adopting an interdisciplinary and multiscale approach to urban systems and paying increasing attention to socioeconomic contexts, relations of power among stakeholders, and the study of the ecology of entire urban areas. Localizing and quantifying urban flows and stocks could be of great value for identifying infrastructure deficiencies and unequal access to resources for vulnerable population groups. However, only a few studies provide spatial-explicit accounting of UM flows which can contribute to more resource-sensitive urban planning. The aim of the research is to understand how can landscape infrastructure design (based on topographic and other ecological analysis) contribute to the efficiency and accessibility of urban resources and public space.