【摘要】 【目的】以园艺学中的苹果为例，对中国学者在SCI期刊发文情况进行分析，为中文期刊吸引优质稿源和组约稿探索方法和路径。【方法】借助CiteSpace可视化应用软件对WebofScience中以Apple和Malus为关键词的SCI期刊发文/高被引论文量、作者分布、机构分布、研究热点、高被引和共被引文献等进行分析。【结果】通过分析发现，中国学者在苹果研究领域的SCI论文发文量快速增长，2013—2023年高被引论文数量总体呈现增长的趋势，发文量大的作者中心性较强，权威科研机构学术比较优势明显，研究热点从宏观转向微观且近些年研究热点突变性较强，高被引论文与高频共被引论文重合度低。研究结果对期刊精准化组约稿起到十分重要的参考作用，有利于准确把握相关领域的研究方向，有助于期刊编辑确定选题方向、把握优秀科研团队和精准确定约稿对象。【结论】为提升中文科技期刊的稿源质量，期刊编辑可充分利用相关的分析软件，有针对性地寻找优质稿源，为期刊组约稿和高质量发展提供参考依据。更多还原

【Abstract】 [Purposes]To explore the methods and approaches to paper solicitation in Chinese journals, this paper analyzes SCI papers written by Chinese scholars in the field of apple research. [Methods] Aided by the visualization application CiteSpace, the number of SCI papers/highly cited papers with the keywords Apple and Malus from Web of Science, authors, affiliations, and research focus in apple research field were analyzed, as well as the highly cited and highly co-cited papers. [Findings] It is found that the number of SCI papers on apple written by Chinese scholars shows rapid growth, with an increase in the overall number of highly cited papers from 2013 to 2023. Authors with large publication show strong centrality and authoritative research institutions enjoy high academic comparative advantages. Besides, the research focus has shifted from macro to micro, with comparatively high mutagenicity, and the overlap between highly cited and highly co-cited papers is low. The research results work as a vital reference for paper solicitation,which helps journal editors grasp the current research status accurately, thus contributing to identifying the selection of topic, the overall control of the excellent research team, as well as the choice of the optimal candidate for paper solicitation. [Conclusions] To optimize the source of manuscripts for Chinese scientific journals, journal editors should make full use of related analysis software to pertinently search for high-quality manuscripts, aiming to provide reference bias for paper solicitation and its high-quality development.更多还原