根据1980年至2021年从WebofScience获得的与极地Polynya相关的1,677种出版物,本研究分析了极地Polynya研究在出版物产出方面的科学表现,科学类别,期刊,有生产力的国家和伙伴关系,共同引用的参考文献,书目文档和关键词的热趋势。自1990年代以来,有关极地polynya的出版物和引用数量每年增加17.28%和11.22%,分别,自2014年以来,南极波利尼亚的数字已经超过了北极波利尼亚。海洋学,多学科地球科学,和环境科学是北极和南极polynya研究领域中排名前三的科学类别。然而,最近,生态学和气象学在北极和南极取得了进展。《地球物理研究-海洋杂志》收录了两个极地地区的大多数出版物,其次是深海研究第二部分-海洋学和极地生物学的专题研究。大陆架研究和海洋建模在北极和南极polynya研究中受到青睐,分别。美国以31.74%/43.60%的北极/南极polynya研究出版物主导了极地polynya研究领域,其次是加拿大(40.23%/4.32%)和德国(17.21%/11.22%)。此外,澳大利亚在南极polynya研究中排名第二。关键词分析得出的结论是,随着时间的推移,产生最大兴趣的polynya主题从模型到北极的气候变化以及南极的海水和冰川都发生了变化。本研究通过文献计量学分析对极地polynya科学领域进行了总结,为今后的研究提供参考。
Based on the polar polynya-related 1,677 publications derived from the Web of Science from 1980 to 2021, this study analyses the scientific performance of polar polynya research with respect to publication outputs, scientific categories, journals, productive countries and partnerships, co-cited references, bibliographic documents and the thermal trends of keywords. The number of publications and citations on polar polynya has increased 17.28 and 11.22% annually since the 1990s, respectively, and those numbers for
Antarctic polynya have surpassed that of the Arctic polynya since 2014. Oceanography, geosciences multidisciplinary, and environmental sciences were the top 3 scientific categories in the Arctic and Antarctic polynya research field. Nevertheless, ecology and meteorology are gaining ground in the Arctic and the
Antarctic recently. The Journal of Geophysical Research-Oceans accommodated most publications for both polar regions, followed by Deep-Sea Research Part II-Topical Studies in Oceanography and Polar Biology. The Continental Shelf Research and Ocean Modeling were favored journals in Arctic and
Antarctic polynya research, respectively. The USA dominated the polar polynya study field with 31.74%/43.60% publications on the Arctic/
Antarctic polynya research, followed by Canada (40.23%/4.32%) and Germany (17.21%/11.22%). Besides, Australia occupied the second most popular position in the
Antarctic polynya research. The keywords analysis concluded that the polynya topics that generated the most interest were altered from model to climate change in the Arctic and ocean water and glacier in the Antarctic over time. This study gives a summary of the polar polynya scientific field through bibliometric analysis which may provide reference for future research.