Taiwan combines spraying services and precision observation across rice, tea and orchards. Mixture preparation, neighboring-field drift, insurance assessment and aviation plus pesticide governance are important. This is a curated collection, not a verified national readership top 30.
The record spans integrated remote sensing in 2010, spraying and banana-insurance trials in 2018–2019, service-linked subsidies in 2022, and biocontrol plus regulatory updates in 2026.
30 sources
CAA guidance separates corporate capability approval, flight applications and G2 pilot qualifications for agricultural spraying.
A targeted pilot simplifies spraying coordination near Chiayi and Hengchun airports for participating operators, not unrestricted airport access.
Article 6-1 specifies wind, aircraft-specific canopy heights and reporting flight tracks within three days. Body identification marking begins January 1, 2027.
Research compares RGB classification, vegetation indices and surface models for 2017 rice lodging, retaining field verification.
A 2019 report links Tainan rice trials with training and subsidy proposals. Product-specific trial effects are not universal savings.
The 2018 report identifies concentration, mixture precipitation, efficacy and phytotoxicity as practical barriers beyond flight automation.
Search metadata describes pest-location-aware spraying in sloping orchards; the full page could not be retrieved.
Examples combine pineapple detection and chlorophyll assessment with tea drought monitoring, connecting sensors to cultivation advice.
A 2010 rice-area survey proposal combines aerial photography, satellites, UAVs and field observation, showing the longer data-system history.
A watershed-restoration case links aerial seeding to multispectral follow-up, including ecological and seed-pellet germination constraints.
Buckwheat sowing before rice harvest uses chopped straw cover and protects crop-calendar timing beyond the flight itself.
Iron-coated rice seed addresses floating seedlings and bird damage alongside irrigation, weed control and optional drone seeding.
Technical guidance covers reflectance calibration and field-data-based fertilizer modeling; its international examples are not Taiwan-wide profit evidence.
The 2019 banana-insurance pilot used aerial damage assessment; disagreement over local sampling led to revised sampling coverage in 2020.
Rice research combines spectral disease signatures and red-edge information; linking risk maps to variable spraying remains a development direction.
A tea study compares imagery with field observations to classify drought damage; site-specific NDVI thresholds need validation elsewhere.
A 2019 tea comparison includes mixture preparation and power changes in work rates. Its historical prices are not current quotations.
The 2018 tea guidance identifies battery endurance and lifecycle, wind resistance and obstacle avoidance as constraints on continuous operations.
Tea-canopy trials compare centrifugal and pressure nozzles, highlighting the tradeoff between penetration and drift.
Rural logistics includes goods and produce in both directions, distinguishing technical proof, sustained service and business-model validation.
The 2027 call targets monitoring, spraying, disaster response and logistics, subject to budget conditions rather than reporting completed awards.
The 2025 guide covers sensitive-area mapping, buffers, nozzle calibration and weather logs. Numeric limits must be checked against amended law.
Search excerpts describe multispectral rice-yield modeling and flight-height evaluation in the 2024 report; full PDF retrieval failed.
The 2022 subsidy links credentials and insurance with GPS reporting and service-platform participation; it is a historical program.
Search excerpts connect an agricultural RTK network to harvester tracks, yield maps and drone positioning; the full publication was unavailable.
CAA guidance distinguishes flight restrictions, exemptions, extended visual line of sight and beyond-visual operations.
The 2025 manual covers preflight aircraft, battery and nozzle checks, flow calibration and weather monitoring. Its regulatory sections require current-law checks.
A parasitoid-release system combines GPS placement with protective capsules designed for emergence and protection from rain and ants.
A university technology profile combines image-quality checks, standardized tasks, parallel processing and local pilot matching; deployment claims require separate evidence.
Articles 25–26 require manufacturer-based maintenance, sound control links and energy reserves accounting for weather and delays. Some other amendments remain pending.
No sources match these filters.