[De]Composition

Growing Ground

Abstract

Soil is a bustling, unseen matrix of life and memory, where every particle and organism contributes to the complex ecological choreography that sustains all life above ground. This paper reimagines soil as a collaborative force within agricultural and architectural contexts, emphasizing its microbial networks, temporal depth, and essential role in supporting multispecies communities. In semi-arid regions like Lubbock County, Texas, where water scarcity and soil degradation threaten long-term sustainability, these qualities of soil reveal untapped potential to foster biodiversity, enhance soil health, and build climate resilience. This study integrates design strategies such as pixel farming, precision agriculture, and microbial urbanism to propose a regenerative agricultural model that more closely aligns with the soils natural pace.

Through site-specific experiments with soil, microbes, plants, and 3D-printed architectural materials, this work visualizes the complex interactions that influence both land use and the built environment. The speculative future farm offers a framework for adaptive reuse, resource localization, and symbiotic design practices, transforming waste into resources and enhancing resilience. By rethinking soil as a repository of memory and ecological knowledge, the study advocates for a new methodology where design, agriculture, and ecology converge to support a sustainable and symbiotic future.