Rutika Gandhi

AR3042

Aqua feed center

In recent years, communal farming practices in Khazan lands have declined, with private farming becoming more prevalent. However, many private farms neglect important techniques like crop rotation and integrated fish-rice farming, largely due to difficulties in managing freshwater and saline water levels. This has led to a pattern where paddy is grown only during the monsoon season, leaving the land unused for the rest of the year. To address this, efforts are underway to revive common agriculture, focusing on maintaining a balance of fresh and salty water for farms. This design integrates a meticulous crop cycle with efficient fish farming practices, creating a harmonious agricultural ecosystem. Utilizing crop by-products such as paddy straws or coconut coir, fish are cultivated in designated ponds or poims throughout the year. During the monsoon and winter, fish thrive in paddy fields, aiding in natural fertilization, while crops benefit from fish waste. As seasons change, fish are transferred to reservoirs, ensuring continued growth, and harvested during summer. Excess crops are processed into aquafeed, providing nutrition, while residues become organic fertilizers, optimizing resource efficiency and establishing a closed-loop system that promotes environmental stewardship.


Report Content

existing site condition on the bank of zuari river

site sections showing existing and altered landscape.

landscape alteration on the site.

a year-round crop cycle, optimizing harvests, utilizing crop by-products, and implementing effective water retention practices.

Facility placement on the bund.

section through the facility with landscape.

elevation from the poiem.

processing areas for making fish food, along with fish tanks and reservoirs to optimize fish cultivation and water storage.

section through building courtyard showing fish feed process.

placement of building in landscape context with respect to surroundings and fulfill functions related to fish farming and crop processing.