Manufacturing scale, contracted services, data infrastructure and standardization develop together. Application quality and traceable records matter alongside coverage.
Milestones span 2017 subsidy pilots, the 2024 flight-management framework and 2025 agricultural-operator training provisions. Research extends from navigation to canopy and droplet analysis.
30 sources
National plan connects agricultural data infrastructure, sharing rules and farmer applications.
Policy calls for integrated satellite, aerial and ground monitoring and connected machinery decisions.
Maps smart-agriculture standards, distinguishing aircraft, work-quality and application-safety requirements.
Lists support ceilings and equipment conditions; ceilings are not market prices or operating profits.
2020 demonstration integrates aerial and ground monitoring with machinery across vegetable production.
Defines routine agricultural operations and conditional provisions; weight, airspace and purpose boundaries matter.
Records the 2017 pilot combining subsidies with monitoring, training, insurance and operation records.
Manufacturer report candidate; search summary available but readable page retrieval failed, leaving estimates unverified.
Consultation draft covers rice-image acquisition and quality checks; it is not treated as an enacted standard.
Official metadata for the national plant-protection drone standard; confirms publication status, not a full compliance review.
Official work-quality standard metadata distinguishes airworthiness from satisfactory agricultural application.
Separates theory, basic control and field work, including chemical handling, batteries and quality assessment.
Research output combines navigation, terrain following, low-volume application and obstacle avoidance, with interchangeable spreading components.
Candidate RTK and flow-based work evaluation system; only search summary retrieved after timeout.
Standard announcement addresses trial layout, weather, deposition and efficacy for reproducible assessment.
Research links apple-canopy recognition, localization and segmentation with targeted variable spraying.
Technology integrates planning, autonomous flight and application to reduce missed or overlapping treatment.
Candidate vegetable-transport demonstration; search information found but full-page retrieval timed out.
An institutional account of 2011–2017 research combines cluster operations, application decisions, quality evaluation and remote supervision; it is not proof of all-aircraft swarm interoperability.
Research combines pesticide formulation, agronomy and machinery, including granule placement using crop structure and downwash.
Describes mountain-plum transport in Zhejiang; terrain and freshness matter, while total costs are not established.
Official crop- and operation-level mechanization statistics provide context for drone adoption.
Regional guidance links boundaries, wires, crop stage, weather and swath; quantitative settings are not universal.
Winter-wheat experiment compares nozzles and spray volume, distinguishing density, coverage and uniformity.
Provincial scheme includes registration, insurance, training, management and work-record conditions.
Describes spraying and spreading in a large-scale farming region; treatment-area totals differ from unique land area.
Historical research links GPS, variable application and route visualization, illustrating the shift from manual guidance.
Design study separates mixing, precision spraying and monitoring, extending analysis beyond flight.
Presents dual-UAV droplet-motion measurement; static deposition cards and dynamic trajectories answer different questions.
Manufacturer announcement of rice direct seeding with a granule spreader in China; page retrieval failed.
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