Next Generation of Apple Orchard

Climate change is shifting apple cultivation north, challenging production in Gyeongbuk, while high costs and aging farmers limit smart farm adoption and orchard transition. This project proposes a flexible, modular orchard model integrating cultivation, research, and community while respecting traditional open-field practices.
Share on facebook
Facebook
Share on twitter
Twitter
Share on linkedin
LinkedIn

Designer(s) : Shinhyun Lee, Seohee Kim, Yoojin Kim

University : Hanyang University

Tutor(s) : Seyeon Bae

Project Description

Due to climate change, apples, once the most common fruit in South Korea, may become difficult to find by 2030. Apples are culturally and agriculturally significant, especially in Gyeongsangbuk-do, the primary production region. However, rising temperatures and extreme precipitation are eroding the ideal conditions for apple cultivation. This decline is more than an agricultural issue; it threatens the regional ecosystem, farmers’ livelihoods, and the survival of local communities.

The government’s proposed solution of smart farms is challenging to implement due to the aging farming population and high initial costs. This project offers an architectural alternative: a model that combines sustainable production with research. By integrating existing orchards with a research facility, we can study climate-resilient apple varieties and cultivation methods. Data collected on soil and climate is then applied directly to the orchard for experimentation and educational purposes.

This modular design is adaptable to an uncertain future, allowing for potential expansion. The project extends beyond simple apple cultivation, exploring new architectural models for agriculture on a global scale that can effectively respond to climate change.