Gallery
Please find here the approved applications to the Social Art Award 2021 – New Greening. The open call was closed on 1 May.
The next Open Call for the Social Art Ward will be opened in 2023.
Title:
H2CO3
H2CO3
Author:
Jessica Carvajal
Jessica Carvajal
Description:
This piece reflects the reaction of the natural dissolution of daily CO2 emissions by the oceans, which forms carbonic acid H2CO3, this reaction thus increases the concentration of the hydrogen ion, which is responsible for the decrease in the pH of the ocean. This situation contributes to the warming of the oceans, the dissolution of calcium structures such as coral reefs, and radical changes in the physiology, feeding, and reproduction of marine species.
This piece reflects the reaction of the natural dissolution of daily CO2 emissions by the oceans, which forms carbonic acid H2CO3, this reaction thus increases the concentration of the hydrogen ion, which is responsible for the decrease in the pH of the ocean. This situation contributes to the warming of the oceans, the dissolution of calcium structures such as coral reefs, and radical changes in the physiology, feeding, and reproduction of marine species.
Description:
This piece reflects the reaction of the natural dissolution of daily CO2 emissions by the oceans, which forms carbonic acid H2CO3, this reaction thus increases the concentration of the hydrogen ion, which is responsible for the decrease in the pH of the ocean. This situation contributes to the warming of the oceans, the dissolution of calcium structures such as coral reefs, and radical changes in the physiology, feeding, and reproduction of marine species.
This piece reflects the reaction of the natural dissolution of daily CO2 emissions by the oceans, which forms carbonic acid H2CO3, this reaction thus increases the concentration of the hydrogen ion, which is responsible for the decrease in the pH of the ocean. This situation contributes to the warming of the oceans, the dissolution of calcium structures such as coral reefs, and radical changes in the physiology, feeding, and reproduction of marine species.