· With the intensification of global climate change and the upgrade of global food security strategies, modern agricultural research is moving toward precision, intelligence, high throughput and multi-scale integration. Demand for professional research facilities shows four core trends: multi-factor collaborative simulation, intelligent sensing and AI empowerment, high throughput with high efficiency, and independent equipment controllability plus cost optimization. It is applicable to various agricultural research scenarios worldwide and delivers efficient support for scientific research innovation.

· Phytotrons, OTCs (open-top chambers), FACE (Free Air CO₂  Enrichment) systems, phenotyping platforms and germplasm resource banks are the core standard facilities for agricultural research. They run through the entire workflow of germplasm conservation, breeding generation acceleration, stress physiology research, climate change response and precise phenotyping identification, supporting closed-loop innovation from basic research to industrial application.

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