CRAAP
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Utah Valley University *
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2010
Subject
Communications
Date
Apr 3, 2024
Type
docx
Pages
9
Uploaded by ChiefFogIbis31
Annotated Bibliography:CRAAP
Dachuk, Aidan, et al. “Introducing Electric Vehicles to Remote Indigenous Communities: Benefits, Barriers, and Future Prospects.” 2022 IEEE International Humanitarian Technology Conference (IHTC), Humanitarian Technology Conference (IHTC), 2022 IEEE International, Dec. 2022, pp. 23–26.
This source discusses the introduction of electric vehicles (EVs) to remote Indigenous communities, focusing on the benefits, barriers, and future prospects. It provides valuable insights into the challenges and opportunities associated with implementing EVs in such communities. The information presented in this paper is relevant for understanding the potential impact of EV adoption in remote areas.
CRAAP:
Currency (C): This paper was presented at the 2022 IEEE International Humanitarian Technology Conference, indicating recent research in the field of electric vehicles and humanitarian technology.
Relevance (R): The focus on introducing EVs to remote Indigenous communities makes this source highly relevant for understanding the social and environmental implications of EV adoption in underserved areas.
Author (A): The authors are identified as Aidan Dachuk et al., suggesting a collaborative effort among researchers in the field of humanitarian technology and electric vehicles.
Accuracy (A): The paper appears to be well-researched and provides detailed insights into the benefits, barriers, and future prospects of introducing EVs to remote Indigenous communities. However, further examination of the methodology and data sources would be necessary to assess
its accuracy fully.
Purpose (P): The purpose of this paper is to investigate the potential benefits and challenges associated with introducing EVs to remote Indigenous communities, with the aim of informing future research and policy decisions in this area.
Notter, Dominic A., et al. “Contribution of Li-Ion Batteries to the Environmental Impact of Electric Vehicles.” Environmental Science & Technology, vol. 44, no. 17, Sept. 2010, pp. 6550–
56.
This article examines the contribution of lithium-ion batteries to the environmental impact of electric vehicles (EVs). It provides insights into the life cycle assessment of EVs, particularly focusing on the environmental implications of battery production and disposal. The information presented in this article is relevant for understanding the environmental sustainability of EVs.
CRAAP:
Currency (C): Although published in 2010, this article still provides valuable insights into the environmental impact of EVs, particularly regarding lithium-ion batteries. However, more recent
research may offer additional perspectives on this topic.
Relevance (R): The focus on the environmental impact of lithium-ion batteries in EVs makes this
article highly relevant for understanding the sustainability of electric transportation technologies.
Author (A): The authors are identified as Dominic A. Notter et al., indicating a collaborative effort among researchers in the field of environmental science and technology.
Accuracy (A): The article presents a thorough analysis of the contribution of lithium-ion batteries to the environmental impact of EVs. However, as with any scientific study, further scrutiny of the methodology and data sources is necessary to assess its accuracy fully.
Purpose (P): The purpose of this article is to evaluate the environmental implications of lithium-
ion batteries used in EVs, with the aim of informing policymakers, industry stakeholders, and researchers about the sustainability challenges associated with electric transportation.
Xia, Xiaoning, and Pengwei Li. “A Review of the Life Cycle Assessment of Electric Vehicles: Considering the Influence of Batteries.” Science of the Total Environment, vol. 814, Mar. 2022.
This review article provides an overview of life cycle assessments (LCAs) of electric vehicles (EVs), with a particular focus on the influence of batteries. It examines various studies on the environmental impacts of EVs throughout their life cycles, considering factors such as battery production, usage, and disposal. The information presented in this review is relevant for understanding the holistic environmental implications of EV adoption.
CRAAP:
Currency (C): Published in March 2022, this review article offers up-to-date insights into the life cycle assessment of electric vehicles, specifically considering the influence of batteries. It reflects recent research in the field of environmental science and technology.
Relevance (R): The focus on the life cycle assessment of EVs, particularly examining the influence of batteries, makes this review highly relevant for understanding the environmental sustainability of electric transportation technologies.
Author (A): The authors are identified as Xiaoning Xia and Pengwei Li, indicating expertise in the field of environmental science and technology.
Accuracy (A): As a review article, this source synthesizes findings from various studies on the life cycle assessment of EVs. While it provides a comprehensive overview of the topic, readers should verify the accuracy of individual studies cited within the review.
Purpose (P): The purpose of this review article is to analyze and synthesize existing research on the life cycle assessment of electric vehicles, with a focus on the influence of batteries. It aims to contribute to the scientific understanding of the environmental impacts of EVs and inform future research and policy decisions in this area.
Dickler, J. (2022, March 7) Hold onto your wallets, gas prices are heading to an all-time record high. Here are a few ways to protect yourself. CNBC.COM. https://www.cnbc.com/2022/03/07/gas-prices-are-heading-to-a-new-all-time-record.html
This article by Dickler discusses the looming increase in gas prices and offers advice on how consumers can protect themselves from the financial impact. It provides practical tips for mitigating the effects of rising gas prices, making it a valuable resource for individuals concerned about their transportation costs. The information presented in this article is relevant for understanding the economic implications of fluctuating gas prices and their potential impact on consumers.
CRAAP:
Currency (C): Published in March 2022, this article offers recent insights into the increase in gas prices, reflecting current economic conditions and market trends.
Relevance (R): The focus on rising gas prices and strategies for mitigating their financial impact makes this article highly relevant for individuals concerned about their transportation expenses.
Author (A): The author, J. Dickler, is associated with CNBC.COM, suggesting expertise in financial journalism and economic analysis.
Accuracy (A): While the article provides practical advice for consumers, readers should verify the accuracy of the information provided, particularly regarding economic forecasts and strategies for cost-saving measures.
Purpose (P): The purpose of this article is to inform readers about the anticipated increase in gas prices and to offer practical tips for minimizing the financial impact on consumers. It aims to empower individuals to make informed decisions about managing their transportation expenses in light of rising fuel costs.
Lopez, N. (2022 May 24) Going electric: California car mandate would hit mechanics hard. Callmatter.org https://calmatters.org/environment/2022/05/california-electric-cars-mechanics-
jobs/
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This article by Lopez explores the potential impact of California's car mandate on mechanics, particularly regarding the transition to electric vehicles (EVs). It highlights the challenges faced by mechanics as the automotive industry shifts towards electric transportation technologies, raising concerns about job security and training. The information presented in this article is relevant for understanding the socioeconomic implications of EV adoption and policy decisions in California.
CRAAP:
Currency (C): Published in May 2022, this article offers recent insights into the potential impact of California's car mandate on mechanics, reflecting current developments in the automotive industry.
Relevance (R): The focus on the challenges faced by mechanics in transitioning to electric vehicles makes this article highly relevant for individuals interested in the labor market dynamics
of the automotive industry.
Author (A): The author, N. Lopez, is associated with Calmatters.org, indicating expertise in environmental journalism and policy analysis.
Accuracy (A): While the article provides valuable insights into the potential impact of California's car mandate on mechanics, readers should verify the accuracy of the information presented, particularly regarding employment trends and workforce training programs.
Purpose (P): The purpose of this article is to raise awareness about the challenges faced by mechanics in adapting to the transition towards electric vehicles, particularly in California. It aims to inform policymakers, industry stakeholders, and the general public about the socioeconomic implications of EV adoption and to stimulate discussion on potential solutions to support affected workers.
Manna, O.(2022) Can California handle moving toward electric-only vehicles? Regulators and companies say yes.Kcra.com https://www.kcra.com/article/california-electric-only-vehicles-gas-
powered/40996453
This article by Manna examines California's readiness to transition towards electric-only vehicles
(EOVs) and discusses the perspectives of regulators and companies on this issue. It explores the infrastructure, policy initiatives, and industry developments supporting the shift towards EOVs, highlighting California's commitment to sustainability and environmental stewardship. The information presented in this article is relevant for understanding the challenges and opportunities associated with the widespread adoption of electric transportation technologies.
CRAAP:
Currency (C): Published in 2022, this article provides recent insights into California's efforts to transition towards electric-only vehicles, reflecting current developments in the automotive industry and environmental policy.
Relevance (R): The focus on California's readiness for the transition to electric-only vehicles makes this article highly relevant for individuals interested in the sustainability initiatives and transportation policies of the state.
Author (A): The author, O. Manna, is associated with Kcra.com, suggesting expertise in environmental reporting and technology journalism.
Accuracy (A): While the article presents a positive outlook on California's readiness for electric-
only vehicles, readers should critically evaluate the information provided, considering potential biases and alternative perspectives on the topic.
Purpose (P): The purpose of this article is to assess California's preparedness for the transition towards electric-only vehicles and to showcase the efforts of regulators and companies in promoting sustainable transportation solutions. It aims to inform the public about the progress made in transitioning to electric transportation technologies and to inspire further action towards environmental conservation and clean energy adoption.
Stevens, G. (2022). Tesla Battery Replacement Cost: How Much Should I Pay? Way.com. https://www.way.com/blog/tesla-battery-replacement-cost/
This article by Stevens discusses the cost of replacing Tesla batteries and provides insights into factors influencing battery replacement expenses for Tesla vehicles. It offers practical advice for Tesla owners considering battery replacements, helping them make informed decisions about maintenance and repair costs. The information presented in this article is relevant for Tesla owners and prospective buyers seeking to understand the long-term ownership costs of electric vehicles.
CRAAP:
Currency (C): Published in 2022, this article offers recent information on the cost of replacing Tesla batteries, reflecting current market conditions and industry trends in electric vehicle maintenance.
Relevance (R): The focus on Tesla battery replacement costs makes this article highly relevant for Tesla owners and individuals considering the purchase of electric vehicles, as it provides valuable insights into the long-term ownership expenses associated with EVs.
Author (A): The author, G. Stevens, is associated with Way.com, suggesting expertise in automotive journalism and consumer advocacy.
Accuracy (A): While the article provides helpful guidance on Tesla battery replacement costs, readers should verify the accuracy of the information provided, particularly regarding pricing estimates and warranty coverage.
Purpose (P): The purpose of this article is to inform Tesla owners and prospective buyers about the cost considerations associated with replacing Tesla batteries, offering practical advice for managing maintenance expenses and making informed decisions about vehicle ownership. It aims to empower consumers with knowledge about the financial aspects of owning and maintaining electric vehicles, contributing to transparency and accountability in the automotive industry.
Threewitt, C. (2022, November 3) Why Are Electric Cars So Expensive? US. News. https://cars.usnews.com/cars-trucks/advice/why-are-electric-cars-so-expensive#:~:text=As%20of
%20July%202022%2C%20the,one%20is%20supply%20and%20demand
This article by Threewitt explores the factors contributing to the high cost of electric cars and provides insights into the economic dynamics shaping the pricing of electric vehicles. It examines supply and demand dynamics, production costs, and technological factors influencing the pricing of electric cars, offering readers a comprehensive understanding of the reasons behind
their expense. The information presented in this article is relevant for individuals interested in the affordability and accessibility of electric transportation technologies.
CRAAP:
Currency (C): Published in November 2022, this article offers recent insights into the factors contributing to the high cost of electric cars, reflecting current economic conditions and market trends in the automotive industry.
Relevance (R): The focus on the affordability of electric cars makes this article highly relevant for individuals considering the purchase of electric vehicles, as it provides valuable insights into the economic factors influencing their pricing.
Author (A): The author, C. Threewitt, is associated with US News, suggesting expertise in automotive journalism and economic analysis.
Accuracy (A): While the article presents a thorough analysis of the factors contributing to the high cost of electric cars, readers should critically evaluate the information provided, considering
potential biases and alternative perspectives on the topic.
Purpose (P): The purpose of this article is to examine the reasons behind the high cost of electric cars and to provide readers with insights into the economic dynamics shaping their pricing. It aims to inform consumers, policymakers, and industry stakeholders about the affordability challenges associated with electric transportation technologies and to stimulate discussion on potential solutions to improve accessibility and adoption rates.
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Brase, Gary L. “Electric Car Buying Questionnaire.” PsycTESTS, Aug. 102AD. EBSCOhost, https://doi-org.ezproxy.uvu.edu/10.1037/t79186-000
.
This resource provides access to the "Electric Car Buying Questionnaire" developed by Gary L. Brase, designed to assess consumers' attitudes, preferences, and decision-making processes regarding electric car purchases. It offers researchers and practitioners in the field of psychology a standardized tool for investigating individual motivations and barriers related to electric vehicle
adoption. The questionnaire is relevant for studies examining consumer behavior, environmental attitudes, and the transition to sustainable transportation technologies.
CRAAP:
Currency (C): The questionnaire was published in August 102AD, indicating its historical significance in understanding attitudes towards electric car purchases during that time period.
Relevance (R): The questionnaire is highly relevant for researchers and practitioners interested in
studying consumer behavior and attitudes towards electric vehicles, offering a standardized instrument for data collection and analysis.
Author (A): The author, Gary L. Brase, is associated with PsycTESTS, suggesting expertise in psychological research and test development.
Accuracy (A): While the questionnaire provides a structured approach to assessing consumer attitudes towards electric cars, users should evaluate its reliability and validity for specific research purposes, considering potential biases and limitations.
Purpose (P): The purpose of this resource is to provide researchers and practitioners with a standardized tool for investigating consumer attitudes towards electric vehicle purchases, facilitating empirical research and informed decision-making in the field of sustainable transportation.
“Reasons to Be Cheerful about Tackling Global Warming. Growth in Emissions Is Slowing, Clean Energy Is Cheaper and Electric Cars Are Denting Oil, Adam Vaughan Writes.” The Times
(London, England), 9 Nov. 2022. EBSCOhost, research.ebsco.com/linkprocessor/plink?
id=71718c5a-1c5a-306f-b9ac-99c662d68da0.
This newspaper article from The Times discusses positive developments in the fight against global warming, highlighting the slowing growth of emissions, the increasing affordability of clean energy, and the role of electric cars in reducing reliance on oil. It presents a hopeful outlook on environmental progress and underscores the importance of sustainable technologies in mitigating climate change. The information presented in this article is relevant for understanding recent trends and advancements in renewable energy and transportation.
CRAAP:
Currency (C): Published in November 2022, this newspaper article offers recent insights into global efforts to combat climate change, reflecting current developments in environmental policy
and technology.
Relevance (R): The focus on positive developments in tackling global warming, including the increasing adoption of electric cars, makes this article highly relevant for individuals interested in environmental sustainability and clean energy initiatives.
Author (A): The author, Adam Vaughan, is associated with The Times (London, England), suggesting expertise in environmental journalism and science communication.
Accuracy (A): While the article presents optimistic perspectives on addressing climate change, readers should critically evaluate the information provided, considering potential biases and alternative viewpoints on the effectiveness of environmental policies and technologies.
Purpose (P): The purpose of this article is to highlight positive trends and advancements in the fight against global warming, emphasizing the role of clean energy technologies and sustainable transportation solutions, such as electric cars. It aims to inform and inspire readers to support policies and initiatives aimed at reducing greenhouse gas emissions and promoting environmental stewardship.
Title: New Data from Qatar University Illuminate Findings in Global Warming and Climate Change (Autonomous Electric Vehicles Can Reduce Carbon Emissions and Air Pollution In Cities)
This article presents new research findings from Qatar University that shed light on the relationship between global warming, climate change, and the potential of autonomous electric vehicles (AEVs) to mitigate carbon emissions and air pollution in cities. It discusses the role of AEVs in reducing environmental impacts and highlights their contribution to sustainable urban mobility. The information provided in this article is relevant for policymakers, urban planners, and environmental scientists seeking innovative solutions to address the challenges of climate change and air quality deterioration.
CRAAP:
Currency (C): Published on December 5, 2022, this article offers recent insights into the potential
of autonomous electric vehicles to mitigate carbon emissions and air pollution, reflecting current research efforts and advancements in sustainable transportation technologies.
Relevance (R): The focus on new research findings from Qatar University regarding the environmental benefits of autonomous electric vehicles makes this article highly relevant for individuals and organizations interested in addressing global warming, climate change, and urban air quality issues.
Author (A): The authorship of the article is not explicitly mentioned, but it is attributed to Global
Warming Focus, suggesting that it may be a compilation of research findings from multiple sources or a publication dedicated to disseminating information on climate-related topics.
Accuracy (A): While the article presents research findings from Qatar University, readers should evaluate the credibility and peer-reviewed status of the research cited, considering potential biases and limitations in the study methodology and data interpretation.
Purpose (P): The purpose of this article is to disseminate new research findings on the environmental benefits of autonomous electric vehicles, particularly in reducing carbon emissions and air pollution in urban areas. It aims to inform policymakers, urban planners, and the general public about the potential of AEVs as a sustainable transportation solution and to stimulate discussion and further research on climate-friendly mobility options.
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