Online Collection Research Articles

A Pavement Crack Detection and Evaluation Framework for a UAV Inspection System Based on Deep Learning

Existing studies often lack a systematic solution for an Unmanned Aerial Vehicles (UAV) inspection system, which hinders their widespread application in crack detection. To enhance its substantial practicality, this study proposes a formal and systematic framework for UAV inspection systems, specifically designed for automatic crack detection and pavement distress evaluation. The framework integrates UAV data acquisition, deep-learning-based crack identification, and road damage assessment in a comprehensive and orderly manner. Firstly, a flight control strategy is presented, and road crack data are collected using DJI Mini 2 UAV imagery, establishing high-quality UAV crack image datasets with ground truth information. Secondly, a validation and comparison study is conducted to enhance the automatic crack detection capability and provide an appropriate deployment scheme for UAV inspection systems. This study develops automatic crack detection models based on mainstream deep learning algorithms (namely, Faster-RCNN, YOLOv5s, YOLOv7-tiny, and YOLOv8s) in urban road scenarios. The results demonstrate that the Faster-RCNN algorithm achieves the highest accuracy and is suitable for the online data collection of UAV and offline inspection at work stations. Meanwhile, the YOLO models, while slightly lower in accuracy, are the fastest algorithms and are suitable for the lightweight deployment of UAV with online collection and real-time inspection. Quantitative measurement methods for road cracks are presented to assess road damage, which will enhance the application of UAV inspection systems and provide factual evidence for the maintenance decisions made by road authorities.

Multispectral remote sensing approach of predicting the potential distribution and evaluating the current spread of water hyacinth (Eichhornia crassipes)

The water hyacinth is categorized among the world’s top ten worst invasive plant species of aquatic ecosystems. This study assessed changes in the spatiotemporal distributions of the water hyacinth in Lake Koka and Ziway of the Upper Awash River basin during the peak growth season of the plant. Household questionnaires and key informant interviews along with Landsat images for 2013, 2017, and 2021 were collected to identify the past, present, and future potential distributions of the invasive plant in the two lakes. Household surveys and key informant interviews were prepared using the Kobo Toolbox which monitors data collection online. A total number of 413 households were sampled and the data were analyzed through descriptive statistics. For Landsat images, a supervised classification technique was applied to classify the land use classes using the maximum likelihood algorithm. The survey results showed increased water hyacinth expansion in the area since the year 2011. The water hyacinth expansion affected 285 households’ livelihoods by invading 69.0% of their farmlands which caused 97.6% food scarcity in the study districts. The results of the Landsat image indicated that the water hyacinth invasion in Lake Koka occupied 1.48% in 2013, and this increased to 7.13% in 2021, while the water body decreased from 75.94 to 69.90%, respectively. However, the area of the other vegetation is nearly identical between the years 2013–2021. Likewise, water hyacinth covered 4.66% of Lake Ziway in 2013, and this was raised to 8.42% in 2021. At Lake Ziway water hyacinth invasion affected the area of other vegetation coverage as it decreased from 16.19 to 10.67% but the area of the water body remained almost the same during the years. Between 2013 and 2025, the amount of water hyacinths increased in both Lake Koka and Lake Ziway. According to LULC data, the water hyacinth's rate of spread was 0.56% in Lake Koka and 0.95% in Lake Ziway. The results of this study revealed the signals of LULC change due to water hyacinth invasion in the Upper Awash Basin which is considered an important aspect for future water resources planning and management.

Bridging knowledge gaps: a bibliometric analysis of non-invasive ventilation in palliative care studies

BackgroundDespite being a useful strategy for providing respiratory support to patients with advanced or terminal illnesses, non-invasive ventilation (NIV) requires in-depth investigation in several key aspects.ObjectivesThis bibliometric analysis seeks to comprehensively examine the existing research on the subject. Its goal is to uncover valuable insights that can inform the prediction trajectory of studies, guide the implementation of corrective measures, and contribute to the improvement of research networks.MethodsA comprehensive review of literature on NIV in the context of palliative care was conducted using the Web of Science core collection online database. The search utilized the key terms “non-invasive ventilation” and “palliative care” to identify the most relevant articles. All data were gathered on November 7, 2023. Relevant information from documents meeting the specified criteria was extracted, and Journal Citation Reports™ 2022 (Clarivate Analytics) served as the data source. The analysis employed literature analysis and knowledge visualization tools, specifically CiteScope (version 6.2.R4) and VOSviewer (version 1.6.20).ResultsA dataset with bibliometric findings from 192 items was analyzed. We found a consistent upward of the scientific output trend over time. Guidelines on amyotrophic lateral sclerosis management received the highest number of citations. Most documents were published in top-ranked journals. Less than one-third of the documents pertain to clinical studies, especially retrospective analyses (25%). Key topics such as “decision making”, and “communication” were less addressed.ConclusionsGiven the substantial clinical implications, further high-quality studies on this subject are recommended. Encouraging international collaborations is needed. Despite the growing volume of documents in the field, this bibliometric analysis indicates a decline in collaborative networks.

Medical library systems and services: Bangladesh scenario.

This study highlights the present status of medical libraries in Bangladesh. It mainly focuses on the four key areas of medical libraries: Medical Library Services, Research4Life from Bangladesh perspective, Institutional Repository (IR), and Library Automation status. The research study also explores the various key challenges faced by the medical libraries in Bangladesh and finally provides necessary recommendations like a sufficient library budget, implementation of an Integrated Library System (ILS), skilled manpower, more participation in information networking and resource sharing, sound ICT environment, online collection development for the overall development of medical libraries in Bangladesh.

Analysis of Water Resources Waste and Strategies for Saving

70% of the Earth is water, and the proportion of freshwater is only 2.53%. Therefore, it is necessary to strengthen the management of water resources, which is beneficial for both humans and the environment. However, people are gradually ignoring this point. If people manage water resources well and make use of them, the author believes that shortly, the proportion of freshwater will not only be 2.53%, but even more water resources can be utilized. This article will collect and organize research on the utilization of water resources in modern society through the collection of online and modern paper materials and integrate data from the literature to express this information. In addition, the author will combine modern data and some information from the past to briefly discuss or forecast future trends in water resource management and utilization, including the conclusions of research on solutions. At the end, there will be an explanation. Here, The paper will only briefly summarize: human intervention in the special nature of local areas; and the rectification of companies and enterprises.

Sexting: Sexual Harassment on Instagram During Covid-19 Pandemic

The Covid-19 pandemic has brought changes to various aspects of human life. To prevent and stem the spread of the Coronavirus, the government took a series of measures aimed at limiting people’s mobility and interaction. One of them is the workfrom- home policy which eventually caused many activities to shift from face-to-face to online, including everything to be done remotely. With the increased use of social media, online violence, including sexting, also increased dramatically. While some existing publications discuss sexting between couples, this article focuses on sexting between people who are not dating, either do not know each other or only know each other but do not communicate intensely often. The research was conducted using a qualitative approach on the social network Instagram. As a combined data collection method, in-depth interviews and online observations were conducted. The study involved 10 women who experienced sexual harassment through messaging or in this study referred to as sexting. They differed in age and profession. This research shows that sexting can affect both men and women, however, the most likely victims are women. Forms of sexting are the perpetrator showing his genitals, inviting for intercourse by sending messages via Instagram, inviting to watch the perpetrator masturbate, and inviting the victim to exchange photos via messages on Instagram or via videocall. The more the victim ignores the person during sexting, the more the perpetrator feels challenged. Victims of harassment in the case of sexting on Instagram often experience mixed feelings of fear, shame, confusion, and shock. As a result, they are afraid to open social media, feel inferior, and even traumatized when meeting new people on Instagram.
 Keywords: sexual harassment, sexting, covid-19 pandemic, Instagram

For the people: How we make online LAM collections more democratized

The article discusses how digitization in libraries, museums, and archives (LAM) can become more democratic. Digitization within LAM scholarship has been seen historically as a democratic act because it provides universal access to cultural heritage content, breaks down authoritative narratives, and enables participation from users. The article critiques the misconception that online collections democratize artifact information for public consumption and explores the ways in which LAM institutions fall short of living up to their democratic ideals when it comes to digital collections projects. Inspired by others with similar critiques, the authors discuss how LAM institutions can better fulfill the ideal of accessible and equitable access to their collections. The article emphasizes the importance of five areas of digital collections projects: system design, metadata practices, digitization selection and prioritization, labor, and user participation and engagement. The widespread misconception that digitization and digital collections are democratizing is a result of institutional biases that have masked undemocratic processes and systems which the authors strive to expose.

Qualidade de vida e metamemória em estudantes do nível superior durante a pandemia da COVID-19

ABSTRACT Purpose: to analyze the quality of life and metamemory and verify their predictors in students during the COVID-19 pandemic. Methods: a cross-sectional survey carried out through online collection with the application of an initial questionnaire to characterize the sample, the WHOQOL-brief to investigate the quality of life, and the Metamemory Questionnaire in Adults (short version) - MIAr to evaluate metamemory in a group of undergraduate and postgraduate students. Data were analyzed using descriptive and inferential statistics. Multiple linear regression was performed to verify the predictor variables. A significance level of 5% (p ≤ 0.05) was considered. Results: 977 university students participated in the study, the majority (70.73%) of whom were females and with an income range below three minimum wages (63.56%). For quality of life, income range, being in the risk group for COVID-19, and age were predictors for both the undergraduate and postgraduate groups. In contrast, on an excellent metamemory, the predictors were male gender and age. Conclusion: for students, during the COVID-19 pandemic, the main predictor of quality of life was having a higher income bracket, and the main predictor of metamemory was being a male.

Fresh: Guest Editors' Introduction and Guide to the Hybrid Print and Online collection

Fresh: Guest Editors' Introduction and Guide to the Hybrid Print and Online collection

Optimization of opportunistic utilization of the ATLAS high-level trigger farm for LHC Run 3

Optimization of opportunistic utilization of the ATLAS high-level trigger farm for LHC Run 3

CSP in 40 years of scientific publications

In 2024, Cadernos de Saúde Pública (CSP) celebrates 40 years of uninterrupted publications. This article analyzes the trajectory of the journal and projects its future considering contemporary challenges in scientific publishing in the field of Public Health. This study was based on the analysis of main editorial policy milestones and the identification of the most popular topics. Three periods were recognized. In the "beginning" (1985 to 1990), the journal had restricted circulation, with a quarterly frequency. The word "epidemiology", used in a descriptive context, is highlighted. Then, in the period of "consolidation" (1991 to October 2012), CSP was indexed in the Index Medicus-MEDLINE database and had its online collection published by the Scientific Electronic Library Online (SciELO), expanding the reach of articles. In this period, the words that characterize the field of policy, planning, and management were clearly seen, and terms related to the epidemiological method emerged. The period of "diversity" (November 2012 to November 2023) introduced the requirement of an external editor to the Oswaldo Cruz Foundation's staff among the three co-editors-in-chief, aiming to ensure editorial independence. New activities and a similar frequency among the five most common terms highlight such "diversity". Several issues are observed in scientific publishing in 2024: non-commercial Open Science, artificial intelligence, appreciation of science, scientific dissemination, among others. Addressing new challenges in an ethical and transparent manner will allow future advances, maintaining CSP's credibility among authors and readers and its commitment to improvements in the living and health conditions of populations.

ИНФОРМАЦИОННЫЕ РЕСУРСЫ ДЛЯ МЕТОДОЛОГИЧЕСКОЙ И ИНСТРУМЕНТАЛЬНОЙ ПОДДЕРЖКИ ИССЛЕДОВАНИЙ, ПОСВЯЩЕННЫХ ОЦЕНКЕ ЭКОНОМИЧЕСКОЙ ЭФФЕКТИВНОСТИ ПРОЕКТОВ ЗДРАВООХРАНЕНИЯ

Experts predict global health spending to reach $16.9 trillion by 2050. However, 20% to 40% of all resources invested could be lost due to various forms of project inefficiency. An analysis of the content of three key information resources offering methodological and instrumental support for research aimed at the assessment of the cost-effectiveness of projects implemented in national health care systems was carried out. The resources analyzed were the following: World Health Organization's Choosing Interventions that are Cost-Effective (WHO CHOICE), Guide to economic analysis and research (GEAR) and Disease control priorities (DCP). Each of the information resources provides unique, non-duplicate content that provides decisions making support based on data from assessment of the cost-effectiveness of projects and activities in the healthcare system. WHO-CHOICE uses a “generalized” approach to cost-effectiveness analysis, a standardized methodology that helps measuring the impact of health interventions and identifying priorities for further development. An interactive tool OneHealth, developed based on WHO-CHOICE, provides the ability to simulate a wide range of scenarios, strategies and their combinations. GEAR provides methodological support for cost-effectiveness assessment algorithms, including smart maps for decision-making, a database of practical guidelines and the opportunity to get an expert advice. The DCP provides access to an organized online collection of publications and generates a periodic review of the most relevant evidence on cost-effective interventions to address the burden of disease in the setting of scarce resources. It is concluded that the reviewed information resources effectively summarize international practices in analyzing the costeffectiveness of healthcare projects while still having a number of limitations for use in domestic research. The need to create our own accessible and regularly updated interactive tools for the economic assessment of medical interventions is substantiated, taking into account the national and regional characteristics of the functioning of the Russian Federation healthcare system.

The development and validation of a digital biomarker for remote assessment of Alzheimer's diseases risk.

Digital cognitive assessment is becoming increasingly widespread in ageing research and care, especially since the COVID-19 pandemic. Remote online collection provides opportunities for ageing and dementia professionals to collect larger datasets, increase the diversity of research participants and patients and offer cost-effective screening and monitoring methods for clinical practice and trials. However, the reliability of self-administered at-home tests compared to their lab-based counterparts often goes unexamined, compromising the validity of adopting such measures. Our aim is to validate a self-administered web-based version of the visual short-term memory binding task (VSTMBT), a potential digital biomarker sensitive to Alzheimer's disease processes, suitable for use on personal devices. A final cross-sectional sample of 37 older-adult (51-77 years) participants without dementia completed our novel self-administered version of the VSTMBT, both at home on a personal device and in the lab, under researcher-controlled conditions. ANOVA and Bayesian t-test found no significant differences between the task when it was remotely self-administered by participants at home compared to when it was taken under controlled lab conditions. These results indicate the VSTMBT can provide reliable data when self-administered at-home using an online version of the task and on a personal device. This finding has important implications for remote screening and monitoring practices of older adults, as well as supporting clinical practices serving diverse patient communities. Future work will assess remote administration in older adults with cognitive impairment and diverse socio-economic and ethno-cultural backgrounds as well as a bench-to-bedside application.

Traditional uses, Phytochemistry and Pharmacology of Asparagus adscendens Roxb.: A Review

Background: Musali (Asparagus adscendens Roxb.) is a traditionally important medicinal plant of the family Asparagaceae. It is used worldwide to treat several ailments due to the presence of various bioactive constituents, mainly concentrated in the tubers of plants. It has been used since time immemorial as a popular drug for treating chronic leucorrhea, spermatorrhea, general weakness, diarrhea, dysentery, and pharmacological purposes like rejuvenation, aphrodisiac, etc. This review aimed to gather information on the traditional uses, phytochemistry, and pharmacology of Asparagus adscendens Roxb. Materials and methods: Primarily, classical literatures of Ayurveda, including Brihat-trayi (greater triad), Laghu-trayi (lesser triad), and Nighantus (lexicons), were reviewed for the terms “Musali” and “Shweta Musali.". Establishing an overview, library resources, and online collections of books and original research articles, other online databases such as Pubmed Central, Scopus, Embase, Web of Science, ERIC, IEEE Xplore, ScienceDirect, DOAJ, JSTOR, Henari, Google Scholar, and NepJoL were explored with search words like “Musali”, “Safed Musali”, “Shweta Musali” “Asparagus adscendens”, botanical characteristics, traditional and contemporary uses, pharmacognosy, phytochemical constituents, pharmacology, agriculture, and miscellaneous aspects. Ethnobotanical reports, wet laboratory experiments, pharmacognostic characteristics, phytoconstituents, and pharmacology (experimental works and clinical trials) are selected to include in this review. Evidence-based papers from indexed sources were also considered. Results and discussion: Asparagus adscendens has been used for the treatment of chronic leucorrhea, spermatorrhea, general weakness, diarrhea, dysentery, rejuvenation, and aphrodisiacs in Ayurveda by its various names and formulations since 1000 BC, the period of Agnivesa. This plant has great pharmacological actions such as antifertility, antioxidant, anthelminthic, antidiabetic, etc. Conclusion: Musali has been a unique gift of nature to mankind since time immemorial. It is a major ingredient in many Ayurvedic formulations. It has several uses, including as a strong "Rasayana" (rejuvenator), a tonic and vitalizer that promotes health, a therapeutic remedy for prenatal and postnatal problems, a restorative agent that boosts immunity, and a strong aphrodisiac. It will take a number of scientific endeavors to investigate the pharmacological actions that are hidden and described in the classics. To assess the pharmacotherapeutics of Asparagus adscendens and provide a solid, evidence-based treatment, more clinical studies may be carried out.

Traditional and Contemporary uses, Phytochemistry and Pharmacology of Psoralea corylifolia Linn.

Background: Bakuchi (Psoralea corylifolia Linn.) is an endangered and traditionally important medicinal plant of the family Fabaceae. It is used worldwide for the treatment of several ailments due to the presence of various bioactive constituents that are mainly concentrated in the seeds and fruits of plants. It has been used since time immemorial as a popular drug for shvitra (leukoderma), kustha (skin diseases), osteopathy, rejuvenation, aphrodisiac, etc. Materials and Methods: Primarily, classical texts of Ayurveda including Brihat trayi (The greater triad), Laghu trayi (The lesser triad), and Nighantu (Lexicons) were reviewed. Establishing an overview, library resources, and online collections of books and other online databases such as Pubmed Central, Scopus, Embase, Web of Science, ERIC, IEEE Xplore, ScienceDirect, DOAJ, JSTOR, Henari, Google Scholar, NepJoL were explored with search words like “Bakuchi”, “Psoralea corylifolia” for its botanical characteristics, traditional and contemporary uses, pharmacognosy, phytochemical constituents, pharmacology, toxicology, and agricultural and miscellaneous aspects. Results and Discussion: It was found that Psoralea corylifolia has been used since the Vedic period for the treatment of various skin diseases like psoriasis, and vitiligo in Ayurveda and several metabolic and systemic diseases in Traditional Chinese Medicine, by its various names and formulations. Furthermore, under appropriate dosages no any toxic effect of the plant was reported in an animal experiment conducted by Uthirapathy and Ahamad. Conclusion: The seed of P. corilifolia Linn is commonly used in skin diseases such as Switra (leukoderma), Vicharchika (psoriasis) whereas anti-oxidant, anti-diabetic, anti-lipogenic, anti-tuberculous, anti-carcinogenic, memory enhancing, anti-venom and aphrodisiac has also been reported as its major pharmacological activities. Clinical trials can be further conducted to evaluate the pharmacotherapeutics of P. corylifolia to develop the well-established evidence-based therapy

"Éden Fluminense:" from a reforestation area on the Tijuca massif to a Europeanized public space in Rio de Janeiro in the latter half of the nineteenth century.

This article reflects on the resignification of the Tijuca massif during the latter half of the nineteenth century after the planting of the Tijuca Forest, based on notions of the social uses of forests which were in line with Eurocentric imagery prizing nature. We utilized primary sources from the Brazilian Arquivo Nacional and Biblioteca Nacional, especially the Hemeroteca Digital online collection. The perception of these green areas shifted, with planted forests evolving from solely spaces for future forestry use to also serve as forest parks for recreation and contemplating nature, while still permitting appreciation of fine wood and landscapes and evoking the idea of nationalism and modernity.

Collecting language assessment data in the age of pandemic: a preliminary case study of Chinese EFL learners

Abstract This study reports a preliminary exploration of the online collection of language assessment data in the author’s PhD project under the influence of the COVID-19 pandemic. It describes the challenges the author met, details the adaptations she made, and delineates its implications. Specifically, the data collection in this project involved remotely delivering three vocabulary tests and one speaking task to EFL learners in mainland China and collecting the results of these tests. In this process, the author trialed, pilot-tested, and compared three test-administering modes: first an asynchronous mode (Wenjuanwang), then a synchronous mode (Tencent Meeting), and finally a return to an asynchronous mode (Super Star Learning). It is hoped that this exploratory investigation into these technology-enhanced online methods will add a different perspective and present a multifaceted view for data collection of language assessment research during and after this pandemic.

Capitalism and the return on capital employed. Some further evidence

Return on capital employed is recognised both as a symbol of capitalism and as a calculation designed to help achieve the more effective deployment of available resources. Dating the emergence of this ‘accounting signature’ has been the subject of vigorous debate. Rob Bryer believes that calculation of the return on capital employed played a meaningful role in business life from the eighteenth century onwards whereas Steven Toms (2006, p. 206) finds scant evidence of the existence of this emblem of a capitalist mentality until ‘much later’. This paper seeks to contribute to this debate based on the contents of the Spencer Stanhope archive, Eighteenth Century Collections Online and UK Parliamentary Papers.

RHDP: An Aspect Sharing-Enhanced Hierarchical Topic Model for Multi-Domain Corpus

Learning topic hierarchies from a multi-domain corpus is crucial in topic modeling as it reveals valuable structural information embedded within documents. Despite the extensive literature on hierarchical topic models, effectively discovering inter-topic correlations and differences among subtopics at the same level in the topic hierarchy, obtained from multiple domains, remains an unresolved challenge. This article proposes an enhanced nested Chinese restaurant process (nCRP), nCRP+, by introducing an additional mechanism based on Chinese restaurant franchise (CRF) for aspect-sharing pattern extraction in the original nCRP. Subsequently, by employing the distribution extracted from nCRP+ as the prior distribution for topic hierarchy in the hierarchical Dirichlet processes (HDP), we develop a hierarchical topic model for multi-domain corpus, named rHDP. We describe the model with the analogy of Chinese restaurant franchise based on the central kitchen and propose a hierarchical Gibbs sampling scheme to infer the model. Our method effectively constructs well-established topic hierarchies, accurately reflecting diverse parent-child topic relationships, explicit topic aspect sharing correlations for inter-topics, and differences between these shared topics. To validate the efficacy of our approach, we conduct experiments using a renowned public dataset and an online collection of Chinese financial documents. The experimental results confirm the superiority of our method over the state-of-the-art techniques in identifying multi-domain topic hierarchies, according to multiple evaluation metrics.

Electrolyte Engineering for Improved Selectivity of Electrochemical CO2 Reduction

Electrochemical CO2 reduction reaction (eCO2RR) offers a promising solution to produce valuable chemical building blocks especially when coupled with renewable energy sources. However, its practical application faces significant challenges including low production selectivity due to competing hydrogen evolution reactions (HER). As both reactions are highly sensitive to the chemical environment formulated around active sites within electrochemical double layer (EDL), a comprehensive understanding is required on the role of electrolyte components, such as cation, anion, local pH, and water molecules, in tailoring chemical environment and thereby determining selectivity between eCO2RR and HER kinetics on the same catalyst surface.In this context, recent studies have shown that electrolyte engineering can largely control eCO2RR/HER selectivity.[2,3] For instance, different alkali cations have been shown to largely determine CO2 conversion kinetics due to their different hydrated structure within EDL structures.[4] Moreover, an increased cation population within EDL can promote effective eCO2RR over HER even under highly acidic conditions through charge screening effect.[5] Nevertheless, a lack of dynamic information from conventional experimental approaches (e.g. gas chromatography-mass spectrometry) is largely limiting our efforts to comprehensively understand electrolyte engineering effects. To advance our knowledge in electrolyte engineering for high eCO2RR selectivity, it is essential to investigate the functional correlation between electrolyte properties and eCO2RR/HER competition occurring at the electrochemical interface in operando manner.[6,7] In this work, we utilized in situ Differential Electrochemical Mass Spectrometry (DEMS) to monitor the effects of various electrolyte engineering on eCO2RR/HER selectivity in a dynamic manner. Based on the online collection of product molecules and CO2 from Au catalyst surface, in situ DEMS can provide detailed information on both reaction competition between eCO2RR and HER and local CO2 concentration on catalyst surface on electrified catalyst surface. Based on the strength of in situ DEMS analysis, the critical role of electrolyte components will be addressed in terms of eCO2RR/HER kinetics and the local chemical environment. Overall, this work will highlight importance of understanding specific role of electrolyte engineering toward designing efficient eCO2RR systems for carbon-neutral energy technology.[1] A. Wagner, C. D. Sahm, and E. Reisner, Nat. Catal. 2020, 3, 775–786.[2] J. C. Bui, C. Kim, A. J. King, O. Romiluyi, A. Kusoglu, A. Z. Weber, and A. T. Bell, Acc. Chem. Res. 2022, 55, 484-494.[3] G. Marcandalli, M. C. O. Monteiro, A. Goyal, and M. T. M. Koper, Acc. Chem. Res. 2022, 55,1900-1911.[4] M. C. O. Monteiro, F. Dattila, B. Hagedoorn, R. Garcia-Muelas, N. Lopez, and M. T. M. Koper, Nat. Catal. 2021, 4, 654-662.[5] J. Gu, S. Liu, W. Ni, W. Ren, S. Haussener, and X. Hu, Nat. Catal. 2022, 5, 268-276.[6] A. Goyal, G. Marcandalli, V. A. Mints, and M. T. M. Koper, J. Am. Chem. Soc. 2020, 142, 4154-4161[7] E. L. Clark and A. T. Bell, J. Am. Chem. Soc. 2018, 140, 7012-7020.