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Retracted articles by Indian scholars have received significant attention in recent times. However, no comprehensive study has been conducted to analyse the citations of retracted papers authored by Indian researchers. This study aimed to assess the citations to retracted works published between 2001 and 2020 pre‐ and post‐retraction. The study found that there was an increase in retractions over time, with empirical data suggesting that the number of retractions has increased significantly, from 72 papers between 2001 and 2010 to 365 papers between 2011 and 2020. Duplication (n = 128) and plagiarism (n = 119) were the primary reasons for retraction. Notably, 90% of the retracted articles continued to receive citations after retraction. Among the retracted papers, eight received more than 50 post‐retraction citations, 39 received 20 to 50 citations, 347 received one to 19 citations, and 43 were not cited at all post‐retraction. There was an overall 8% decrease in citations after retraction. Retractions were observed across journals of varying impact factor, with a higher number of retractions observed in journals with an impact factor of less than 5 (n = 286; 65%). Furthermore, smaller research teams of two to five authors accounted for 72% of the total retractions. [ABSTRACT FROM AUTHOR]

Both diabetes mellitus (DM) and tuberculosis (TB) are prevalent all across in India. TB‐DM comorbidity has emerged as a syndemic and needs more attention in India considering gaps in screening, clinical care, and research. This paper is intended to review published literature on TB and DM in India to understand the burden of the dual epidemic and its trajectory and to obtain perspectives on the gaps, constraints, and challenges in care and treatment of this dual epidemic. A literature search was carried out on PubMed, Scopus, and Google Scholar, using the key words 'Tuberculosis' OR 'TB' AND 'Diabetes' OR 'Diabetes Mellitus' AND 'India', focusing on the research published between the year 2000 to 2022. The prevalence of DM is high in patients with TB. Quantitative data on the epidemiological situation of TB/DM in India such as incidence, prevalence, mortality, and management are lacking. During the last 2 years convergence of TB‐DM syndemic with the COVID‐19 pandemic has increased cases with uncontrolled DM but also made coordinated control of TB‐DM operationally difficult and of low effectiveness. Research regarding TB‐DM comorbidity is required in the context of epidemiology and management. Detection and bidirectional screening are aggressively warranted. Management of DM in those with TB‐DM comorbidity needs more efforts, including training and supervision of frontline workers. [ABSTRACT FROM AUTHOR]

Environmental education has the potential to help reduce negative human–wildlife interactions by increasing positive attitudes toward wildlife and providing participants with knowledge and skills that can help mitigate conflict situations and promote safety. To promote positive human–wildlife relationships, effective programs could be implemented widely in areas near remote wildlife reserves and protected areas. We created and evaluated a new environmental education program for 10‐ to 13‐year‐old students in rural schools in India where human–wildlife conflicts with large mammals frequently occur. Between July 2019 and March 2020, we tested the program at 129 schools, reaching 4331 students. The program, which was iteratively designed to fit the local context, is both cost‐effective and scalable. We found that participation in the program resulted in a significant positive increase in local environmental knowledge, in knowledge of safe behaviors, and in some measures of environmental attitudes. This paper reports on the lessons learned while creating this program that may help other organizations interested in using environmental education in regions where negative human–wildlife interactions frequently occur. [ABSTRACT FROM AUTHOR]

India's primary science funding agencies, the Department of Science & Technology, and the Department of Biotechnology (DST & DBT) together formulated an open access (OA) policy in 2014. This policy mandates immediate self‐archival of research articles generated from publicly funded research across all the institutions in suitable repositories. But with inadequate infrastructure and awareness, the OA mandate did not flourish as expected. This paper aims to understand whether journal policies impede the prospect of DST‐DBT OA policy and the possible routes to achieve policy compliance. The analysis presented in this paper tracks down the journal self‐archiving policies of the top 50 popular journals (among Indian authors) from each of the six STEM fields—Biology, Chemistry, Clinical‐Medicine, Engineering, Materials science, and Physics. The results show that most journals have an embargo of 12–24 months on self‐archiving of the post‐print (final author version after peer‐review), which contradicts the DST‐DBT OA mandate. The study also reveals that hybrid journals dominate, and article processing charges craft a new form of inequity for Indian STEM researchers. We expect that these findings will be helpful for the funding agencies to restructure their policies, and negotiate with journal publishers to resolve the contradictions. [ABSTRACT FROM AUTHOR]

This introductory article makes a critical estimation of the impact of pandemics on the Global South consumer's well‐being. Our paper moves beyond the concerns of the other papers of this Special Issue. Instead, we focus on the issues of the vulnerable, marginal, and subaltern consumers of the Global South—experiences and anxieties, distinct from those of more "modern," capitalized, industrialized, democratized, and economically liberated Global North consumers. We offer the North–South comparisons across national lines or from block to block that bring in a series of promising directions and new currents in the critical, interdisciplinary studies of consumer affairs. Primary perspectives and associated topics for future agenda impacting TCR highlighted are (i) socio‐economic inequalities and injustices, (ii) environmental injustice and sustainable future. We finally suggest an innovative research paradigm, "altruistic‐activist consumer research," to address the concerns and impact the well‐being of marginal consumers from the Global South. [ABSTRACT FROM AUTHOR]

Objectives: Indoor residual spraying (IRS) with insecticides is the main vector control intervention for the elimination of visceral leishmaniasis in India. After a change in IRS policy in 2015 due to widespread resistance of Phlebotomus argentipes to DDT, IRS with DDT was replaced with alpha‐cypermethrin IRS in 2016. The objective of the present study was to evaluate the susceptibility of P. argentipes to DDT and its alternatives, namely malathion and pirimiphos‐methyl (organophosphates); alpha‐cypermethrin, deltamethrin, lambda‐cyhalothrin and permethrin (pyrethroids), and bendiocarb and propoxur (carbamates), in support of visceral leishmaniasis elimination in India. Methods: Phlebotomus argentipes sandflies were collected from the visceral‐leishmaniasis endemic states of Bihar, Jharkhand and West Bengal. In the WHO tube tests, the phenotypic susceptibility of F1, 2‐day old, non‐blood fed females were determined against filter papers impregnated with DDT 4%, malathion 5%, pirimiphos‐methyl 0.25%, alpha‐cypermethrin 0.05%, deltamethrin 0.05%, lambda‐cyhalothrin 0.05%, permethrin 0.75%, bendiocarb 0.1% and propoxur 0.1%, which were sourced from Universiti Sains Malaysia. The knockdown of sandflies after 1‐h exposure and mortality at 24 h after the 1‐h exposure period were scored. Results: Mean mortality of P. argentipes 24 h after exposure in tube tests was 22.6% for DDT and ≥ 98% for other insecticide‐impregnated papers tested. Conclusion: Phlebotomus argentipes continues to be highly resistant to DDT with no reversal of resistance after DDT's withdrawal from IRS. P. argentipes was fully susceptible to pyrethroid, organophosphate and carbamate insecticides tested. Regular monitoring is warranted for insecticide resistance management in sandfly vectors. [ABSTRACT FROM AUTHOR]

A paleogeographic affinity of the south China craton (SCC) with India in the Neoproterozoic has long been advocated based on lines of geological evidence. However, the lack of coeval paleomagnetic data renders the putative connection ambiguous. Here we report new paleomagnetic results obtained from seven ca. 770 Ma mafic sills in SCC that provide new critical constraints on the issue. The data quality is assured by a positive regional tilt test, a reversal test, and by adequately averaging‐out paleosecular variation. Our data, together with coeval poles from the global paleomagnetic database, support a reconstruction in which the SCC was connected with India at ca. 770 Ma via linkages with smaller continental blocks. The SCC‐India landmass was located at high‐to‐mid latitudes and far from Laurentia and Australia, which were located at low latitudes at ca. 770 Ma. Plain Language Summary: Multiple lines of geological evidence may suggest a close paleogeographic relationship between the south China craton (SCC) and India. Their specific connection, including the alignment of tectonic features, if had ever existed in any way, can be tested and determined through the use of coeval high‐quality paleomagnetic data from the two cratons. In this paper, we report a new paleomagnetic pole obtained from seven ca. 770 Ma mafic sills in the SCC, which is coeval to the pole obtained from the Malani igneous suite in India. The data quality of both poles is assured by robust paleomagnetic field tests. Our reconstruction based on the updated paleomagnetic database and geological data demonstrates that the SCC was connected with India at ca. 770 Ma via linkages with other smaller Asian blocks. Furthermore, the SCC‐India landmass was located at high‐to‐mid latitudes and far from the core of Rodinia, for example, Laurentia and Australia, which were located at low latitudes at ca. 770 Ma. Key Points: A new paleomagnetic pole (25.6°N, 116.8°E, A95 = 9.9°) was obtained from ca. 770 Ma mafic sills in South ChinaSouth China was connected to India via Indochina and small Asian blocks at ca. 770 MaThe South China‐India landmass was located at high‐to‐mid latitudes and far away from the core of Rodinia at ca. 770 Ma [ABSTRACT FROM AUTHOR]