This course seeks to examine the fundamental relationship between landform and the dynamic landscape processes it supports and engenders through in-depth study of the methods in which these processes are understood, conveyed, and graphically communicated. As a continuation of Landscape Representation I and II, the course is centered on leading representational models, both past and present, that position landscape architecture as an expanded field involving science, art, architecture, urban design, and philosophy. To accompany precedent study, the course engages in advanced exploration of digital media, with an emphasis on responsive, performative, and indexical methodologies as well as fluid transitions between documentation and speculation, 2D and 3D, static and dynamic, and digital and analog media.
Course topics are organized thematically and range from mapping ecological systems to illustrating time-based processes, from manipulating and extracting topographical datasets to generating intelligent terrain models, from synthesizing geological, ecological, and hydrological processes to depicting the flows, flux, and ephemera of floral and faunal communities. Through simulation, conjecture, and graphic extraction, these physical and temporal landscape processes will be examined at multiple scales, with particular attention paid to the complexities of large-scale sites.
Weekly lectures and lab exercises will provide the foundation for the group\'s collective exploration, research, and discussion. Through a series of working labs, students will learn digital and analog techniques for analyzing and expressing landform and process as a means of advancing both technical and conceptual ability. This format aims to establish fluency in conceptual, organizational, and formal expression as well as to provide a point of departure for an in-depth awareness of landscape precedents and representational techniques.