Desertification trends and prospects for its prevention: research findings with a focus on agricultural seeder technologies.
Received: 2026-09-09
Published: 2026-09-09
Abstract
Desertification and a lack of fertile land are two of today’s most critical challenges,
requiring rapid response. These difficulties provide enormous challenges to global agricultural
productivity, as the quality of conventional pastures deteriorates, emphasizing the vital need to
investigate alternate choices. This study not only looks into the possible benefits of seeders and drills
in agriculture, but also how automation could boost output in arid places. A bibliometric analysis
of research papers on seeding units and drills published in the Web of Science Core Collection
database between 2013 and 2024 was carried out using a variety of analytical tools such as Office
Excel, Mapchart.net, and VOS Viewer. The literature corpus consisted of 981 publications, of which
approximately 90% were peer-reviewed scientific articles. In the current context, it is essential
to prioritize investments in research and development initiatives, with a particular emphasis on
fostering international collaborative partnerships. Global efforts to promote the adoption of seeders
and metering devices are promising strategies for enhancing agricultural productivity and addressing
the challenges posed by drought conditions.
To analyze global research trends, scientific collaboration, and technological developments related to
seeders and seed drills in agriculture, with particular attention to their role in improving agricultural
productivity and supporting sustainable farming in arid and desertification-prone regions.A bibliometric analysis was conducted using publications indexed in the Web of Science Core
Collection database from 2013 to 2024. The study examined 981 publications related to seeding units
and seed drills. Data processing and visualization were performed using Office Excel, MapChart.net,
and VOSviewer to evaluate publication dynamics, geographic distribution, collaboration networks,
and research trends.
The analysis showed a steady increase in scientific interest in seeders and drilling technologies over
the studied period. Approximately 90% of the analyzed publications were peer-reviewed scientific
articles. The results demonstrated growing international collaboration and highlighted the importance
of automation and precision seeding technologies for improving agricultural efficiency, especially
under drought and limited fertile land conditions. Research activity was concentrated in countries
actively investing in agricultural innovation and sustainable land management.
Seeders and metering devices play an important role in enhancing agricultural productivity and
supporting sustainable agriculture in arid regions. The findings emphasize the need for continued
investment in research and development, as well as stronger international scientific cooperation. The
adoption of advanced seeding technologies and automation can contribute to mitigating the negative
effects of desertification and improving global food production systems.
Keywords
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