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Engaged Communication Scholarship For Environmental Justice: A Research Agenda, Chad Raphael
Engaged Communication Scholarship For Environmental Justice: A Research Agenda, Chad Raphael
Communication
As a discipline of crisis and care, environmental communication needs to address questions of environmental justice. This article argues that the most appropriate approach to studying environmental justice communication is engaged scholarship, in which academics collaborate with community partners, advocates, and others to conduct research. The article reviews prior engaged communication scholarship on environmental justice, and proposes four streams of future research, focused on news and information, deliberation and participation, campaigns and movements, and education and literacy.
Engaged Scholarship For Environmental Justice: A Guide, Chad Raphael
Engaged Scholarship For Environmental Justice: A Guide, Chad Raphael
Communication
This guide was written for distribution at the Environmental Justice and the Common Good Conference, hosted by Santa Clara University’s Ignatian Center for Jesuit Education in May 2019. The conference convened representatives from Jesuit and other universities with a broad range of community organizations to strengthen our common understanding and advancement of community-engaged scholarship for environmental justice (EJ). Given its immediate audience, the guide focuses primarily on the U.S. context, although it also discusses the major global causes and impacts of EJ, and how Americans have been inspired by engaged scholars around the world, from whom we have much to …
Contrasting Local And Long-Range-Transported Warm Ice-Nucleating Particles During An Atmospheric River In Coastal California, Usa, Andrew C. Martin, Gavin Cornwell, Charlotte M. Beal, Forest Cannon, Sean Reilly, Bas Schaap, Dolan Lucero, Jessie Creamean, F. Martin Ralph, Hari T. Mix, Kimberly Prather
Contrasting Local And Long-Range-Transported Warm Ice-Nucleating Particles During An Atmospheric River In Coastal California, Usa, Andrew C. Martin, Gavin Cornwell, Charlotte M. Beal, Forest Cannon, Sean Reilly, Bas Schaap, Dolan Lucero, Jessie Creamean, F. Martin Ralph, Hari T. Mix, Kimberly Prather
Environmental Studies and Sciences
Ice-nucleating particles (INPs) have been found to influence the amount, phase and efficiency of precipitation from winter storms, including atmospheric rivers.Warm INPs, those that initiate freezing at temperatures warmer than -10°C, are thought to be particularly impactful because they can create primary ice in mixed-phase clouds, enhancing precipitation efficiency. The dominant sources of warm INPs during atmospheric rivers, the role of meteorology in modulating transport and injection of warm INPs into atmospheric river clouds, and the impact of warm INPs on mixed-phase cloud properties are not well-understood. In this case study, time-resolved precipitation samples were collected during an atmospheric river …
Evaluating The Roles Of Rainout And Post-Condensation Processes In A Landfalling Atmospheric River With Stable Isotopes In Precipitation And Water Vapor, Hari T. Mix, Sean P. Reilly, Andrew Martin, Gavin Cornwell
Evaluating The Roles Of Rainout And Post-Condensation Processes In A Landfalling Atmospheric River With Stable Isotopes In Precipitation And Water Vapor, Hari T. Mix, Sean P. Reilly, Andrew Martin, Gavin Cornwell
Environmental Studies and Sciences
Atmospheric rivers (ARs), and frontal systems more broadly, tend to exhibit prominent “V” shapes in time series of stable isotopes in precipitation. Despite the magnitude and widespread nature of these “V” shapes, debate persists as to whether these shifts are driven by changes in the degree of rainout, which we determine using the Rayleigh distillation of stable isotopes, or by post-condensation processes such as below-cloud evaporation and equilibrium isotope exchange between hydrometeors and surrounding vapor. Here, we present paired precipitation and water vapor isotope time series records from the 5–7 March 2016, AR in Bodega Bay, CA. The stable isotope …