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Idea by

Alessia Valenti

ALESSIA VALENTI

https://tierrahumeda.cargo.site/

Carpi (MO), Italy
Junior architect, bachelor degree at Politecnico di Milano and Master in Architecture at PUC Chile. During my studies I worked on European cities urban dynamics issue via a photographical approach. With the Land Repair Laboratory in Politecnico I develop Orientamenti Urbani educational research and publication. Active in XR ecological movement and focusing my interest on studies about global hydric crisis as a wicked problem, I am highly motivated to apply for a Phd position in the same field.

Call for ideas 2021

TIERRA HÚMEDA


LIVING SPECIES COEXISTENCE SCENARIO FOR VULNERABLE BASINS

TIERRA HÚMEDA


LIVING SPECIES COEXISTENCE SCENARIO FOR VULNERABLE BASINS
In the over-exploited agro-mining town of Tierra Amarilla, humans are imagined to coexist within other species through the recovery of mines waste water.
File under
Type of project
  • Site-specific cases

An awareness of the other including non-human living cohabitants is the founding attitude of a trans-scale research on the semi-desert Copiapó river basin, Chile, where overexploitation by agribusiness and mining caused water scarcity. Recognizing the anthropogenic transformation of territories in the current extractive and consumptive model as the principal cause of life loss, a strong necessity emerges for regeneration where more aggressively industrial activity dried aquifers and contaminated soil. In the agro-mining town of Tierra Amarilla possible coexistence scenarios between species depending on phyto-purified water from mines’ tailing dams and shadow generated humidity are explored.


Tihum agro-park in Tierra Amarilla: anaerobic phytodepuration and far surplus water storage artificial wetland.

Tihum agro-park in Tierra Amarilla: transport of phyto-purified water for irrigation.

Tihum agro-park in Tierra Amarilla: shady cultivated spaces.

Tihum agro-park in Tierra Amarilla: aquifer recharge pool.

Tihum agro-park in Tierra Amarilla: spaces for aerobic phyto-purification.

TIERRA HÚMEDA


LIVING SPECIES COEXISTENCE SCENARIO FOR VULNERABLE BASINS

TIERRA HÚMEDA


LIVING SPECIES COEXISTENCE SCENARIO FOR VULNERABLE BASINS
In the over-exploited agro-mining town of Tierra Amarilla, humans are imagined to coexist within other species through the recovery of mines waste water.
File under
Type of project
  • Site-specific cases

An awareness of the other including non-human living cohabitants is the founding attitude of a trans-scale research on the semi-desert Copiapó river basin, Chile, where overexploitation by agribusiness and mining caused water scarcity. Recognizing the anthropogenic transformation of territories in the current extractive and consumptive model as the principal cause of life loss, a strong necessity emerges for regeneration where more aggressively industrial activity dried aquifers and contaminated soil. In the agro-mining town of Tierra Amarilla possible coexistence scenarios between species depending on phyto-purified water from mines’ tailing dams and shadow generated humidity are explored.


Tihum agro-park in Tierra Amarilla: anaerobic phytodepuration and far surplus water storage artificial wetland.

Tihum agro-park in Tierra Amarilla: transport of phyto-purified water for irrigation.

Tihum agro-park in Tierra Amarilla: shady cultivated spaces.

Tihum agro-park in Tierra Amarilla: aquifer recharge pool.

Tihum agro-park in Tierra Amarilla: spaces for aerobic phyto-purification.


Idea by

Alessia Valenti
ALESSIA VALENTI
Carpi (MO)
Italy
Junior architect, bachelor degree at Politecnico di Milano and Master in Architecture at PUC Chile. During my studies I worked on European cities urban dynamics issue via a photographical approach. With the Land Repair Laboratory in Politecnico I develop Orientamenti Urbani educational research and publication. Active in XR ecological movement and focusing my interest on studies about global hydric crisis as a wicked problem, I am highly motivated to apply for a Phd position in the same field.