The Guangzhou Institute of Geography carried out long-term ecological and environmental studies in Shaoguan and required a greenhouse capable of supporting controlled experiments in a region known for its seasonal temperature swings. Open-field research plots often faced disruptions from rainfall, strong sunlight, and inconsistent environmental conditions, making it difficult to collect stable data. To enhance research precision and ensure year-round experimental continuity, the institute needed a structure with strong environmental control and high durability.
FANGCHENG supplied a modern glass greenhouse designed to meet scientific research standards. The glass covering provides excellent light transmission with minimal distortion, allowing researchers to observe plant behavior and environmental responses more accurately. The reinforced frame ensures high structural stability, especially important for Shaoguan’s periodic heavy rainfall. Ventilation windows and climate-control interfaces were integrated to support specialized equipment required for long-term experiments.
The greenhouse layout was planned to accommodate monitoring devices, sensor systems, and adjustable planting zones used by the research team. This setup allowed the institute to conduct parallel experiments under different conditions while keeping environmental variables consistent and measurable. The strong insulation performance of the glass structure also helped maintain stable interior temperatures, reducing external influences on data collection.
After the greenhouse was put into operation, researchers reported more reliable experimental conditions and improved data accuracy. Weather-related disruptions were significantly reduced, and long-term ecological studies became easier to manage. The glass greenhouse provided a dependable platform that strengthened the institute’s research capabilities and supported continuous scientific observation in Shaoguan.
