Greer Muldowney

Boston photographer, Greer Muldowney, has been navigating the photographic waters for some time, studying with Stephen DiRado at Clark University, assisting Henry Horenstien, working at the Panopticon Gallery, and ultimately settling down into the MFA program at the Savannah College of Art and Design. Last fall, Greer was selected by the SCAD faculty to work on a documentary project in the Sham Shui Po district of Hong Kong. The result is her thesis exhibition, 6,426 per km2, that I am featuring below. Greer has exhibited world wide, and curated exhibits in China and in the U.S.

While there I realized that my previous understanding of urban policy, or at least my education in the American system, clearly did not apply to the Hong Kong system of public housing, infrastructure, or any ramifications of sustainability (not that the states have truly awakened to sustainability, either). I decided that while I was not working on the documentary, I would build my thesis around making imagery that was an allegory for western perception on this urban landscape; making imagery as beautiful as possible, mostly in response to the media fatigue I felt in regards to Chinese-American international policy.

Statement for 6,426 per km2: At 6,426 people per km2, Hong Kong boasts the most densely populated urban center in the world. The reality of sustainable practices, depletion of resources and a shifting global power paradigm pervade media involving China, and its Western syndicate territory, Hong Kong. By making imagery in this unique region(both socially and politically), I ask viewers to contemplate these issues, but to also see these places as homes; not statistics. As the living cities and infrastructure that address cultural standards and progressive technologies. These photographs do not propose a reality so different from the spin of contemporary media, but asks an audience on the other side of the world, the Western world, to reflect on whether these images provide a surrogate for wonderment or trepidation for a changing global climate and future.

Images from 6,426 per km2