RESEARCH ARTICLE INTELLIGENCE
Articles Published 2 July 2025
Agricultural Pesticides Spraying Remote Control Robot
READER ENGAGEMENT
Article metrics
Readership over time
Recorded months within the last 12 months. Each bar shows recorded access events; the current month is partial.
Usage totals reflect processed OJS records and may lag recent visits. Citation sources count independently and are not combined.
Keywords:
Pesticide, Sprayer remote control, Regulator, PotentiometerAbstract
Automatic pesticide sprayers offer several significant advantages in modern agriculture. They enhance efficiency by covering larger areas quickly and reducing labor costs. These machines also improve precision in pesticide application, minimizing wastage and environmental impact. Furthermore, they enhance safety foe farmers by reducing exposure to harmful chemicals. By optimizing resource use and minimizing risks, automatic sprayers contribute to sustainable and productive agricultural practices. In conclusion, agriculture pesticides spraying smart remote-control robots offer a range of benefits, including increased efficiency, improved safety, enhanced accuracy, cost-effectiveness, and environmental benefits. These robots can help farmers optimize pesticide application, reduce waste, and promote healthier crops. As technology continues to evolve, we can expect to see further advancements in this field, leading to more sustainable and productive agriculture practices.
FULL TEXT
Read the article
DOWNLOAD PAPERDownloads
Published
How to Cite
Issue
Section
Follow the research record
Check article metadata and journal source records in their original services.
Web of ScienceESCI till 2024 · historical verification PDF ↗
Google ScholarJournal profile ↗
ISSN 2583-8660Official serial record ↗
SciSpaceJournal record ↗
OpenAlexScholarly source record ↗
ROADISSN directory record ↗
SJIFactorJournal listing ↗
Cresta MetricsJournal profile ↗
OpenAIRE-connected recordZenodo source record ↗
IIFSService reference ↗
