Foley Desmond H, Wilkerson Richard C, Rueda Leopoldo M
Division of Entomology, Walter Reed Army Institute of Research, 503 Robert Grant Ave., Silver Spring, MD 20910, USA.
J Med Entomol. 2009 Jul;46(4):717-22. doi: 10.1603/033.046.0401.
There is increasing need to apply established standards for recording data on mosquito collection events, because of the diversity of potential data providers, and the growth and interoperability of online databases designed to host these collection records. In particular, adequate taxonomic and georeference data are needed for geodatabases such as Mosquitomap (http://www. mosquitomap.org/) that map and compare these collection points with other spatial information in a geographical information system (GIS) setting. Accurately georeferenced collection data are crucial for understanding mosquito biogeography, ecology, and the impact of environmental changes, as well as for species distribution modeling, planning mosquito surveys, and for determining disease risk. We sampled representative published reports of new mosquito species records from 1980 in North America to the present to ascertain the quality of georeference information. Our results show that authors have increased the frequency of reporting georeferences but that they vary in the precision of the georeference, and some information, such as the source, date, and datum of the georeference, are usually not given. We discuss recently established standards for recording collection events, some relevant online resources available to researchers to assist them in their georeferencing, and the data input schema developed for the Mosquitomap database. We propose that the mosquito research community adopt data standards for recording and reporting the results of mosquito collection events to increase the value of these data. In particular, we recommend authors lodge voucher specimens and use a GPS set to the WGS84 datum.
由于潜在数据提供者的多样性,以及旨在存储这些采集记录的在线数据库的发展和互操作性,应用既定标准来记录蚊虫采集事件的数据变得越来越必要。特别是,诸如Mosquitomap(http://www.mosquitomap.org/)这样的地理数据库,需要足够的分类学和地理参考数据,以便在地理信息系统(GIS)环境中绘制这些采集点并与其他空间信息进行比较。准确的地理参考采集数据对于理解蚊虫生物地理学、生态学以及环境变化的影响至关重要,对于物种分布建模、规划蚊虫调查以及确定疾病风险也很关键。我们对1980年至今北美地区新蚊虫物种记录的代表性已发表报告进行了抽样,以确定地理参考信息的质量。我们的结果表明,作者报告地理参考的频率有所增加,但地理参考的精度各不相同,而且一些信息,如地理参考的来源、日期和基准,通常并未给出。我们讨论了最近制定的记录采集事件的标准、研究人员可用于协助地理参考的一些相关在线资源,以及为Mosquitomap数据库开发的数据输入模式。我们建议蚊虫研究界采用数据标准来记录和报告蚊虫采集事件的结果,以提高这些数据的价值。特别是,我们建议作者存放凭证标本,并使用设置为WGS84基准的GPS。