🌎 ESPAÑOL // ENGLISH
Heuristic Ecologies (2023)
Artists:
Diana Sofia Lozano & Françoise Bagot
In anticipation of springtime, PROXYCO is proud to present Heuristic Ecologies, featuring the work of artists Diana Sofia Lozano (b.1992, Cali, Colombia) and Françoise Bagot (b.1940, Cabris, France). Heuristic Ecologies is curated by Paulina Ascencio Fuentes.
Drawing from methods of natural science representation –scientific illustration for Bagot and larger-than-life botanical models in the case of Lozano–each artist has developed wondrous ecosystems of their own. In Heuristic Ecologies, their work engages in an intergenerational conversation that renders visible the speculative potential of scientific depictions, envisioning biological specimens –erotic plants, mutant flowers, and intricate plant/animal hybrids– cohabitating (im)possible ecologies.
The organisms depicted in Heuristic Ecologies have found forms of resistance through hybridization. A concept widely explored in both postcolonial theory and horticulture, hybridization is the process of confrontation, exchange, and mutation that creates new forms of life and living. Occurring within contact zones –places of colonial encounters–the logic of resistance through cross-pollination implies adaptability and transformation not only to survive but to give life to stronger, thriving alliances.
Françoise Bagot arrived in Mexico in the 1960s to work as a scientific illustrator, developing an extensive catalog of archaeological, botanical, and zoological representations compiled in science books and stored in the cabinets of natural history museums. Broadening her prolific practice of technical drawing, Bagot created a series of works in the 1970s that entangle the natural realm with a spiritual, dreamy, –and even psychedelic– imagination. In this sense, Bagot’s creatures resist being subsumed by the taxonomic anxieties of Western science: they are not plants, animals, or minerals but speculative, surreal, disruptive living entities. A contemporary reading of these works allows us to envision the expectations of a future ecology centered on interspecies relationships –a world organized through friendships, affinities, and cooperation.
Diana Sofia Lozano has built an original inventory of large-scale compounded horticultural specimens through sculpture, installation, and drawing. The artist works with braided steel, colored resin clay, hand-dyed wool, and fabric to create other-worldly plants that leave traces of spores and mirrored spoors. The enlarged petals, roots, stems, pistils, thorns, and leaves are reminiscent of the detailed botanical models on display in natural science museums. Still, their deviant forms appeal further to lusus naturae than scientific accuracy. Inspired by nature’s mechanisms of adaptability and survival, Lozano’s flora has mutated into complex organisms that overcome extinction by becoming antic hybrids. In particular, the specimens installed in the first space of the gallery are inspired by Boliviana Negra (also known as “La Millonaria”), an enhanced, hard-to-destroy mutant species of coca resisting forms of chemical annihilation by U.S. military forces in South America. Lozano’s creatures camouflage by appealing to geospatial mapping patterns created by detection and surveillance technologies utilized by U.S. intervention projects. These patterns cover several surfaces of the works, functioning as a form of mimicry that would allow them to be indetectable to their predators.
The pairing of these artists is yet another form of encounter and exchange –one that arises from the clash of their practices and backgrounds. Bagot’s work bends and expands the constraints of scientific knowledge production, despite the colonial roots of her previously studied frameworks. Lozano, in contrast, works against these structures and explicitly problematizes their long geopolitical and social histories. Under these conditions of contention, a heuristic approach harvests a dialogue of resistance from a landscape of colonial extraction and regulation. In nature, nothing exists alone…