Busch Michelle H, Costigan Katie H, Fritz Ken M, Datry Thibault, Krabbenhoft Corey A, Hammond John C, Zimmer Margaret, Olden Julian D, Burrows Ryan M, Dodds Walter K, Boersma Kate S, Shanafield Margaret, Kampf Stephanie K, Mims Meryl C, Bogan Michael T, Ward Adam S, Rocha Mariana Perez, Godsey Sarah, Allen George H, Blaszczak Joanna R, Jones C Nathan, Allen Daniel C
Department of Biology, University of Oklahoma, Norman, OK 73072, USA.
School of Geosciences, University of Louisiana, Lafayette, LA 70504, USA.
Water (Basel). 2020 Jul 13;12(7):1980.
Rivers that cease to flow are globally prevalent. Although many epithets have been used for these rivers, a consensus on terminology has not yet been reached. Doing so would facilitate a marked increase in interdisciplinary interest as well as critical need for clear regulations. Here we reviewed literature from Web of Science database searches of 12 epithets to learn (Objective 1-O1) if epithet topics are consistent across Web of Science categories using latent Dirichlet allocation topic modeling. We also analyzed publication rates and topics over time to (O2) assess changes in epithet use. We compiled literature definitions to (O3) identify how epithets have been delineated and, lastly, suggest universal terms and definitions. We found a lack of consensus in epithet use between and among various fields. We also found that epithet usage has changed over time, as research focus has shifted from description to modeling. We conclude that multiple epithets are redundant. We offer specific definitions for three epithets (non-perennial, intermittent, and ephemeral) to guide consensus on epithet use. Limiting the number of epithets used in non-perennial river research can facilitate more effective communication among research fields and provide clear guidelines for writing regulatory documents.
断流河流在全球普遍存在。尽管人们对这些河流使用了许多表述,但在术语上尚未达成共识。达成共识将有助于显著增加跨学科兴趣,并满足对明确法规的迫切需求。在此,我们回顾了来自科学网数据库搜索的关于12种表述的文献,以通过潜在狄利克雷分配主题建模来了解(目标1 - O1)这些表述主题在科学网各分类中是否一致。我们还分析了随时间变化的发表率和主题,以(O2)评估表述使用的变化。我们汇编了文献定义,以(O3)确定这些表述是如何界定的,最后,提出通用术语和定义。我们发现不同领域之间在表述使用上缺乏共识。我们还发现,随着研究重点从描述转向建模,表述的使用随时间发生了变化。我们得出结论,多个表述是多余的。我们为三种表述(非常年性、间歇性和临时性)提供了具体定义,以指导在表述使用上达成共识。限制非常年性河流研究中使用的表述数量,有助于研究领域之间更有效的交流,并为撰写监管文件提供明确指导。