"Space blueberries" cultivated through aerospace breeding technology have thrived in smart greenhouses in Changle town, Haimen. These seedlings, reshaped by cosmic radiation and microgravity during their space voyage in 2024, now symbolize a fusion of cutting-edge genetics and smart agricultural practices.

Through the collaboration between Dr Yang Shiying's team and the Haimen government, the seedlings are nurtured via intelligent climate control and precision irrigation systems, showcasing a model of tech-driven agricultural innovation.

The greenhouse employs Internet of Things sensors to monitor real-time environmental parameters like temperature and humidity, while an integrated water-fertilization system tailors nutrient delivery to each growth stage.

This integration of aerospace breeding and smart farming has led to breakthroughs such as enabling off-season winter harvests, boosting yield efficiency, and resolving challenges such as pure water dependency and gray mold resistance.

With 200,000 seedlings already cultivated, the project is set to expand across 300-500 mu (20-33.33 hectares), potentially raising annual incomes for local farmers. Its "core demonstration + regional replication" model also offers a blueprint for agricultural modernization.

Dr Yang's team has also secured approval to establish an aerospace biotech R&D base in Haimen, with the aim of applying the technology to more imported fruits such as cherries. The city also aims to focus on trials and applications of bio-organic fertilizers and aerospace breeding technologies, promoting the large-scale application of the team's technology in the region.

An aerial view of the smart greenhouses in Changle town, Haimen. [Photo/WeChat account: haimenfabu]