MISHKA HENNER
Mishka Henner (b.1976) is a visual artist born in Belgium and living in the UK. His varied practice navigates through the digital terrain to focus on key subjects of cultural and geo-political interest. He often produces books, films, photographic, and sculptural works that reflect on cultural and industrial infrastructures in a process involving extensive documentary research combined with the meticulous reconstruction of imagery from materials sourced online.
His work has featured in group shows at the Museum of Modern Art, the Metropolitan Museum of Art, New York, Centre Pompidou, Paris and Centre Pompidou Metz, Victoria & Albert Museum, London, Pinakothek der Moderne, Munich, Hasselblad Foundation, Gothenburg, Ullens Center for Contemporary Art, Beijing, and Turner Contemporary, Margate.
He holds a Masters degree from Goldsmiths College in London and in 2013, was awarded the Infinity Award for Art by the International Center of Photography. He was shortlisted for the Deutsche Börse Photography Prize in the same year and in 2014, was on the shortlist for the Prix Pictet for his large-scale works focusing on landscapes carved by the oil and beef industries of America.
Antelope Valley Solar Ranch 1, Mojave Desert, Southern California, 2018
Inkjet print mounted to Dibond in floating frame with non-reflective glass
140 x 195 cm
3 + 2 A.P.
Evaporation Pond, APS Redhawk Power Plant, 2018
Inkjet print mounted to Dibond in floating frame with non-reflective glass
70 × 66 cm
5 + 2 A.P.
Evaporation Pond #1, SRP Mesquite Generating Station, 2018
Inkjet print mounted to Dibond in floating frame with non-reflective glass
62 × 169 cm
5 + 2 A.P.
Evaporation Pond #2, SRP Mesquite Generating Station, 2018
Inkjet print mounted to Dibond in floating frame with non-reflective glass
134 × 53 cm
5 + 2 A.P.
Landfall, 2018
Custom-built record case containing fifteen 12” vinyl picture disks in individually printed sleeves
3 + 2 A.P.
HAPPINESS, 2019
Two-colour screen print mounted to Dibond in aluminium frame with non-reflective glass
85 × 60 cm
10 + 2 A.P.
US PATENT, 2019
