AI 中文总结
该研究借助公民科学，利用激波激发发射线致红波段亮度增加，通过光学宽带巡天搜索致密发射线星云，借助公共数据库识别相关源，多数为年轻恒星天体，为天文学研究提供了有价值的成果。
AI 中文摘要
近年来，公民科学成为天文学不可或缺的一部分。众多项目通过吸引大量群体参与，为重要研究做出贡献，虽备受关注，但个人努力也很有价值。本文报告了对致密光学发射线星云的搜索结果，这类星云是年轻和演化恒星的标志。利用激波激发发射线贡献导致的红色光度波段亮度增加作为追踪器，检查光学宽带巡天。借助公共数据库，尽可能识别并表征相关源，其中多数是年轻恒星天体。
英文摘要
In recent years, citizen science became an integral part of astronomy. Numerous projects contribute to important studies by involving large communities. While these are getting quite some attention, there are also individual efforts, which are nevertheless very valuable. Here, we report on results of a search for compact optical emission line nebulae, which are signposts of both young and evolved stars. The increased brightness in red photometric bands due to the contribution of shock-excited emission lines has been used as a tracer when examining optical broadband surveys. With the help of public databases, we identified and characterized associated sources if possible. Most of them are young stellar objects (YSOs).
Comments14 pages, 22 figures, Appendix 1 table, accepted by Astronomische Nachrichten
