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全球蚊子栖息地测绘公民科学数据2017 - 2020年

GLOBE Mosquito Habitat Mapper Citizen Science Data 2017-2020.

作者信息

Low Russanne, Boger Rebecca, Nelson Peder, Kimura Matteo

机构信息

Institute for Global Environmental Strategies Arlington VA USA.

Brooklyn College Earth and Environmental Sciences Brooklyn NY USA.

出版信息

Geohealth. 2021 Oct 1;5(10):e2021GH000436. doi: 10.1029/2021GH000436. eCollection 2021 Oct.

Abstract

The GLOBE Program's GLOBE Observer application is a free citizen science mobile data collection and visualization tool compatible with iOS and Android operating systems. Citizen scientists armed with the app can report the mosquito larval habitats they identify using the GLOBE Mosquito Habitat Mapper tool. This data can complement the climate, weather, and land cover data obtained from satellite measurements by scientists who develop risk models for mosquito-borne diseases. Public participation in mosquito surveillance research provides the opportunity to obtain the volume, velocity and variety of data needed to fight the threat of vector-borne diseases, especially in under-resourced communities with minimal to no municipal surveillance and mitigation services. GLOBE Mosquito Habitat Mappers document and describe potential and active mosquito larval habitats in and around their homes and communities. An easy-to-use pictorial interface enables users to geolocate and describe oviposition sites encountered, count and identify mosquito larvae, and when appropriate, eliminate the larval habitats. During Mosquito Habitat Mapper's first 3 years of use, over 24,000 data observations have been reported throughout the world. This technical report summarizes GLOBE Mosquito Habitat Mapper data reported by GLOBE citizen scientists from three regions: Africa, Asia and the Pacific Islands, and Latin America and the Caribbean. Localized mosquito larvae distribution patterns were examined by comparing data collected in three cities in Senegal-Dakar, Touba, and Thilmakha. The Senegal data show habitat and genera differences among mosquitoes identified by citizen scientists in the cities and illustrates the potential of the app for community-based surveillance and research.

摘要

全球学习与观测到的气候及环境变化(GLOBE)项目的GLOBE观测者应用程序是一款免费的公民科学移动数据收集与可视化工具,与iOS和安卓操作系统兼容。配备该应用程序的公民科学家可以报告他们使用GLOBE蚊虫栖息地绘图工具识别出的蚊虫幼虫栖息地。这些数据可以补充科学家从卫星测量中获取的气候、天气和土地覆盖数据,这些科学家会为蚊媒疾病开发风险模型。公众参与蚊虫监测研究为获取应对病媒传播疾病威胁所需的数据量、速度和种类提供了机会,特别是在资源匮乏、几乎没有或完全没有市政监测和缓解服务的社区。GLOBE蚊虫栖息地绘图者记录并描述他们家庭和社区内外潜在的和活跃的蚊虫幼虫栖息地。一个易于使用的图像界面使用户能够对遇到的产卵地点进行地理定位和描述,对蚊虫幼虫进行计数和识别,并在适当的时候消除幼虫栖息地。在蚊虫栖息地绘图工具使用的最初三年里,全球各地已报告了超过24000条数据观测结果。本技术报告总结了来自非洲、亚洲及太平洋岛屿、拉丁美洲和加勒比地区这三个区域的GLOBE公民科学家报告的GLOBE蚊虫栖息地绘图工具数据。通过比较在塞内加尔的三个城市——达喀尔、图巴和蒂尔马卡收集的数据,研究了局部蚊虫幼虫的分布模式。塞内加尔的数据显示了公民科学家在这些城市中识别出的蚊虫在栖息地和种类上的差异,并说明了该应用程序在基于社区的监测和研究中的潜力。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/8037/8527845/d5bd84786ea8/GH2-5-e2021GH000436-g004.jpg

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