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July 31, 20260 citationsOpen Access

River Des Peres and Flynn Park

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RGRui Guo

Key Points

  • The studio aims to develop a critical discourse on public art and its relationship with landscape architecture.
  • Students based work on the classical elements of earth, air, fire, and water.
  • Interventions included repositioning concrete panels along the River des Peres and engraving trenches in Flynn Park.
  • GIS processing was used to understand landscape conditions and inform design outcomes.
  • Repositioning panels changed water flow, causing differential erosion and creating new ecological conditions.
  • Engraving trenches influenced earthworm distribution based on seasonal temperatures, altering site ecology.
  • The studio critiqued conventional notions of public spaces providing amenity, instead focusing on social discourse.

Abstract

This studio draws attention to the political and social contexts within which public art is commissioned and encountered. It suggests that landscape architects should participate in the development of a critical language for the discussion of topics that the idea of public art involves. By implication, it asks also how site-specific art in public places connects with landscape architecture in the public realm. To regulate student work, the four classical elements of earth, air, fire and water (the “classical tetrad”) were invoked, and students were required to base their work in one of these elements, as a way to enter the world of phenomena (rather than through, say, ecological, horticultural or infrastructural frameworks). Additionally, students were asked to consider a site as an assemblage - a dynamic interactive set of physical and non-physical systems, in which they should intervene on the basis of their interpretation of the classical element assigned to them. Finally, the studio used the generative capacity of landscape operations to develop designs for the sites that they discovered through GIS processing. When students use operations to develop design outcomes, they are not designing toward specific or even general objectives. They simply explore the range of landscape conditions that are made possible by manipulating topographies, hydrologies and ecologies through, for instance, the operations of excavation, or dispersal, or aeration. They do what the process suggests that they do, but with careful attention to the articulation of the novel conditions it provokes. This means that design outcomes may be quite surprising, even challenging; often outside the realm of civic administrators’ expectations of landscape architectural intervention. The studio critiqued the assumption that urban public space should always provide amenity, especially if it is drawing attention to problematic conditions of social existence. Perhaps the real objective of the studio was to demonstrate that public space can be the site both of social discourse (where community issues are played out rather than civic ideals are enacted) and of considered landscape-driven urban provocations. The first set of interventions occurred on a small piece of open space on the corner of Vernon Ave and Pennsylvania Ave. Concrete panels lining the sides of the River des Peres were repositioned. This changed the flow of water through the channel causing differential erosion along the riverbank. A weir was then inserted under the road bridge that severely restricted the water flow, and the resulting inundation of the surrounding area catalyzed the development of rich ecological conditions. Flynn Park was the site of the second intervention that took the form of engraving the surface of the earth (ie digging long shallow trenches) in a pattern derived from an examination of the muscular contractions of an earthworm’s body (peristalsis). A study of earthworm distribution over the site guided the engraving process which occurred outside the drip-lines of existing trees. The operation had the effect of re-distributing the earthworm population in a way that changed with the seasonal temperatures. Over time the trenches would either disappear or become deeper, depending on their gradient and the water directed through them.

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Cite This Study

Rui Guo (2026) studied this question.

synapsesocial.com/papers/6a6c4691747664a1aa73b889https://doi.org/10.7936/82es-0987
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