David L. White, R. Pargas, A. Chow, J. Chong, Michelle Cook, Irfan Tak
{"title":"消失的萤火虫项目:利用移动技术和实时报告框架吸引公民科学家","authors":"David L. White, R. Pargas, A. Chow, J. Chong, Michelle Cook, Irfan Tak","doi":"10.1145/2676552.2676563","DOIUrl":null,"url":null,"abstract":"Fireflies are a unique part of the natural landscape at a global scale. Urban development and changes in the landscape can negatively affect firefly distribution and abundance. Assessment of firefly abundance through counts of bioluminescence flashes provides an environmental quality indicator that can be easily observed and quantified by citizen scientists. Researchers at Clemson University, collaborating with resources managers, educators and teachers initiated the Vanishing Firefly Project to engage citizen scientists with the following goals: (1) Science Inquiry-Engage citizens in scientific practices to understand the impacts of urbanization on environmental quality; (2) Service Learning-Increase the skill of citizens in making critical, scientific and informed decisions through community and service activities; (3) Sustainability-Protect natural habitats through effective land and resource management practices and (4) Stewardship-Provide opportunities for citizens to participate in environmental and sustainability studies and activities. The project began in 2010, and was initially a Field Day located in Georgetown, South Carolina, USA. Since then, the project has grown from a single day event, to a statewide field survey, and now a global event in 2014. The 2010 efforts were local and to realize our goals would require increasing citizen science participation from one location in South Carolina to a regional scale. Several issues were to be addressed that varied from technology development, data quality and management, citizen scientist training and motivation for volunteers. Our initial technology framework consisted of a single Google Docs webform that allowed users to submit their firefly counts, but we had no ability to engage volunteers during and after the initial submission. The technology framework at this time (2014) now consists of an iOS app, Android app and a webform that submit firefly counts, firefly behavior, ambient light measurements (iOS and Android app only) and habitat type to a real-time reporting and geospatial data management system. Our efforts have leveraged social media platforms including Facebook, Twitter and YouTube to support training, education and engagement. This paper describes project activities focusing on how our technology framework has developed and matured to increase the scope, reach and capability of citizen scientists participating in the Vanishing Firefly Project.","PeriodicalId":272840,"journal":{"name":"Proceedings of the 5th ACM SIGSPATIAL International Workshop on GeoStreaming","volume":"41 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2014-11-04","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"4","resultStr":"{\"title\":\"The vanishing firefly project: engaging citizen scientists with a mobile technology and real-time reporting framework\",\"authors\":\"David L. White, R. Pargas, A. Chow, J. Chong, Michelle Cook, Irfan Tak\",\"doi\":\"10.1145/2676552.2676563\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"Fireflies are a unique part of the natural landscape at a global scale. Urban development and changes in the landscape can negatively affect firefly distribution and abundance. Assessment of firefly abundance through counts of bioluminescence flashes provides an environmental quality indicator that can be easily observed and quantified by citizen scientists. Researchers at Clemson University, collaborating with resources managers, educators and teachers initiated the Vanishing Firefly Project to engage citizen scientists with the following goals: (1) Science Inquiry-Engage citizens in scientific practices to understand the impacts of urbanization on environmental quality; (2) Service Learning-Increase the skill of citizens in making critical, scientific and informed decisions through community and service activities; (3) Sustainability-Protect natural habitats through effective land and resource management practices and (4) Stewardship-Provide opportunities for citizens to participate in environmental and sustainability studies and activities. The project began in 2010, and was initially a Field Day located in Georgetown, South Carolina, USA. Since then, the project has grown from a single day event, to a statewide field survey, and now a global event in 2014. The 2010 efforts were local and to realize our goals would require increasing citizen science participation from one location in South Carolina to a regional scale. Several issues were to be addressed that varied from technology development, data quality and management, citizen scientist training and motivation for volunteers. Our initial technology framework consisted of a single Google Docs webform that allowed users to submit their firefly counts, but we had no ability to engage volunteers during and after the initial submission. The technology framework at this time (2014) now consists of an iOS app, Android app and a webform that submit firefly counts, firefly behavior, ambient light measurements (iOS and Android app only) and habitat type to a real-time reporting and geospatial data management system. Our efforts have leveraged social media platforms including Facebook, Twitter and YouTube to support training, education and engagement. 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The vanishing firefly project: engaging citizen scientists with a mobile technology and real-time reporting framework
Fireflies are a unique part of the natural landscape at a global scale. Urban development and changes in the landscape can negatively affect firefly distribution and abundance. Assessment of firefly abundance through counts of bioluminescence flashes provides an environmental quality indicator that can be easily observed and quantified by citizen scientists. Researchers at Clemson University, collaborating with resources managers, educators and teachers initiated the Vanishing Firefly Project to engage citizen scientists with the following goals: (1) Science Inquiry-Engage citizens in scientific practices to understand the impacts of urbanization on environmental quality; (2) Service Learning-Increase the skill of citizens in making critical, scientific and informed decisions through community and service activities; (3) Sustainability-Protect natural habitats through effective land and resource management practices and (4) Stewardship-Provide opportunities for citizens to participate in environmental and sustainability studies and activities. The project began in 2010, and was initially a Field Day located in Georgetown, South Carolina, USA. Since then, the project has grown from a single day event, to a statewide field survey, and now a global event in 2014. The 2010 efforts were local and to realize our goals would require increasing citizen science participation from one location in South Carolina to a regional scale. Several issues were to be addressed that varied from technology development, data quality and management, citizen scientist training and motivation for volunteers. Our initial technology framework consisted of a single Google Docs webform that allowed users to submit their firefly counts, but we had no ability to engage volunteers during and after the initial submission. The technology framework at this time (2014) now consists of an iOS app, Android app and a webform that submit firefly counts, firefly behavior, ambient light measurements (iOS and Android app only) and habitat type to a real-time reporting and geospatial data management system. Our efforts have leveraged social media platforms including Facebook, Twitter and YouTube to support training, education and engagement. This paper describes project activities focusing on how our technology framework has developed and matured to increase the scope, reach and capability of citizen scientists participating in the Vanishing Firefly Project.