Scientific Information System Research Articles

Bibliometrics of Brand-related Social Media Content

This study presents bibliometric analysis of brand-related content on social media. By filtering by topic in the WOS database, publications between 2000 and 2021 on two types of social media content, firm-generated content (FGC) and user-generated content (UGC), are examined. For FGC, 47 articles in the database are reviewed, while 3502 articles are included in the analysis for UGC. The research results found that while the FGC studies of the researchers mainly were “Business,” the UGC articles were “Computer Science Information Systems” predominantly. In addition, the journal that gives the most place to studies with the FGC topic is the Journal of Marketing. On the other hand, the journals New Media & Society and Sustainability published 46 articles each for UGC studies. As a result of the co-word network analysis, although there were five themes in the map of the FGC articles, more than ten themes were found in the map of the UGC articles. The research results are expected to shed light on researchers who will work on brand-related social media content in the following years.

Seasonal variations in chlorophyll–a and sea surface temperature in the exclusive economic zone of Sri Lanka

Oceanic phytoplankton plays a crucial role in regulating the biogeochemical cycle in marine ecosystems. Light harvesting pigments such as chlorophyll–a (chl–a) can be used to understand marine primary productivity, especially phytoplankton abundance. Sea surface temperature is closely linked with phytoplankton abundance and climatic changes. The objective of the current study is to determine spatial and temporal variations of chl–a and sea surface temperature and their co-variation, over 12 years using statistical methodologies and Remote Sensing, Geographic Information System (GIS) and Cloud Computing Approach. In this study, the available sea surface temperature and chl–a data acquired from a Moderate Resolution Imaging Spectroradiometer (MODIS) satellite sensor were proceeded through Google Earth Engine and Earth Science Data System. Data visualization was carried out using ArcMap™ software. Results show a weak negative linear relationship (−0.40, P < 0.05) between sea surface temperature and chl–a. Therefore, additional favorable environmental factors such as coastal upwelling, and nutrient discharge through river run-off can control the primary productivity of phytoplankton. We also illustrated spatial and temporal maps for chl–a and sea surface temperature distribution in the exclusive economic zone of Sri Lanka. Chlorophyll–a concentration is enhanced during the southwest monsoon, and the lowest concentration is observed during the first inter-monsoon period. Next, the highest sea surface temperature is recorded during the first inter-monsoon period, and the lowest sea surface temperature is observed during the northeast monsoon. Seasonal behavior of chl–a concentration and sea surface temperature are changed as chl–a (SWM) > chl–a (NEM) > chl–a (SIM) > chl–a (FIM) and SST (FIM) > SST (SIM) > SST (SWM) > SST (NEM), respectively. In addition, both trend lines for each variable show a positive gradient, which may be attributed to global warming. Finally, we observed the alteration of chl–a and sea surface temperature that linked to changes in ocean chemistry during the global COVID–19 pandemic.

Sentiment Analysis: a Comparative Study of Online Booking Platforms Used for Spa Tourism in Northern Oltenia, Romania

Abstract: Purchasing a tourist package for a specific tourist destination has become extremely easy and transparent through the diversity and continuously upgraded online booking platforms. Their content provides information through the reviews among tourists and hospitality managers, being, at the same time, opened Big Data for researchers or policymakers. Mining the reviews of two global platforms (Booking and TripAdvisor) and a national one (Turistinfo) the study aims to an-alyze the tourists’ sentiments and emotions experienced in a balneary destination such as Northern Oltenia, Romania. The research addresses the overarching question of whether positive sentiments dominate in destinations led by spa tourism, and consequently, which emotions are definers? For this purpose, 10,945 online reviews, from 2018 to 2020 for 248 accommodation units of the studied area were collected and processed in Statistical Package for the Social Sciences (SPSS 17.0) and Geographical Information System (GIS). The key findings indicate that most travelers are satisfied with tourist destinations, sustained by the dominance of positive sentiments (82%) asso-ciated with a high rating score (8.9) and ‘joy’ and ‘trust’ emotions. Mostly positive sentiments are linked to the quality of five- and four-star accommodation units, but also to the intimacy of the small family’s business, the spatial framing in the landscape, and the friendship of the hosts. At the same time, the repulsive aspects draw attention to some problems of the state of the indoor or outdoor environment and the price-quality ratio. The research demonstrates the effectiveness of leveraging electronic word of mouth as a valuable resource for stakeholders in the tourism in-dustry. This approach enables a swift and sustainable assessment of tourist satisfaction, providing valuable insights for accommodation service providers to make informed decisions.

Development of a mobile app to optimize organization and assessment for clinical teaching in dentistry

The aim of the current study was to develop an application for mobile devices that can improve the organization and documentation of clinical teaching in dental schools. The app should include a calendar to organize treatments, an overview of all treatments including the treatment stages, a digital waiting-list for the teacher’s assessment, and a standardized recording of all assessment results. Students and members of a Medical Faculty and a Faculty of Computer Science and Business Information Systems jointly developed the app. Twenty-three students tested the usability after 4 weeks. Next, the new app was tried and tested by n = 79 forth-year students who used it for 2 months during their clinical course. Fifth-year students of the same clinical course who did not use the app constituted the control group. Afterwards, the app was standard implemented in both integrated clinical courses and evaluated after 1 year by the same students both in winter and summer semester. After usability test, the majority of students (81%, n = 18) said they would recommend the app and gave it a mean overall score of 2.0 ± 0.6. Next, course organization and assessment was evaluated by n = 75 fourth-year students (95%) who used the app and by n = 40 control students (74%) who did not use the app. Students who used the app reported significantly better organization of treatment ( p = .002), documentation of treatment ( p = .001), waiting for the teacher’s assessment ( p = .038), overview of treatment sessions ( p = .040), and transparency of grading and assessment ( p = .012). After 12 months, the now fifth-year students still gave very good ratings for the organization of the treatment and the transparency of the grading in both evaluations, so that no significant changes were detectable (organization p = .959 and the rating p = .751). The newly created app improves the organization and evaluation of clinical education and even after 1 year of service, the students still perceive the consistently high advantages of digitization.

The Creation of a National System of Scientific and Engineering Information in the Context of Increasing Digitalization and the New Sociopolitical Landscape

The Creation of a National System of Scientific and Engineering Information in the Context of Increasing Digitalization and the New Sociopolitical Landscape

Digital ecosystem for enhancing research and innovation activities of master's students

Introduction. The dynamic development of modern digital technologies emphasizes the need for the development of new tools to activate the research and innovation activities of master's students. A digital ecosystem holds significant pedagogical potential not only in the academic activities of students but also in research and innovation. However, its creation is complicated by a lack of understanding of the essence, structure, and emergent properties of the system. The purpose of the study is to identify the features, mechanisms, and functionality of the digital educational ecosystem to enhance the research and innovation activities of undergraduates. Materials and methods. Bibliographic databases such as Scopus, Web of Science, Lens, and other international information systems of peer-reviewed scientific literature were used for the analysis of publications. System analysis and analysis of internet resources were employed to address the research objectives. The results of the study. The functional capabilities of the digital educational ecosystem for activating the research and innovation activities of master's students were identified, including access to information systems and databases of scientific information, automation of research management, creation and administration of electronic surveys, access to tools for processing and analyzing large volumes of data, access to data visualization tools, collaboration systems for working on research projects, automation of planning, tracking, and organizing research or educational projects, access to electronic systems for applying for research grants and scholarships, access to specialized plagiarism detection systems, electronic portfolios, access to publication management systems, automation of the creation and formatting of scientific articles and presentations, automation of publication formatting, access to virtual laboratories and modeling environments. Conclusion. The presented analysis allowed for the identification and justification of the pedagogical potential of the digital ecosystem for the core research and project activities of master's students, specifically: providing research with information resources; improving data collection and analysis; optimizing collaborative and network interactions; automating project management; digitally supporting the research process; digital technologies for stimulating creativity; digital support for publication preparation; expanding research boundaries; self-development; supporting distance learning; supporting virtual laboratories and modeling environments; ensuring data visualization; instrumental support for research quality analysis.

Implementasi Sistem Informasi Laman Sinta Dalam Meningkatkan Manajemen Publikasi Ilmiah

This research provides a theoretical examination of the implementation of the Science and Technology Index (SINTA) Information System to enhance the management of scholarly publications at the Research and Community Service Institute (LPPM) of Sebelas Maret University (UNS). SINTA, serving as a platform indexing and presenting information on scholarly publications, is the focal point of this study with the aim of improving the efficiency and effectiveness of scholarly publication management within the academic environment of LPPM UNS.The study commences by offering a theoretical overview of SINTA, encompassing its roles and primary functions in providing information on scholarly publications. Subsequently, the fundamental concepts of scholarly publication management are analyzed in detail, involving processes such as article submission, metadata management, and researcher performance monitoring at the institutional level.The significance of implementing SINTA in enhancing research visibility, real-time monitoring of researcher performance, and facilitating easy information access becomes a primary focus in identifying the benefits of this implementation. Additionally, case studies and examples of successful implementations at LPPM UNS will provide a concrete illustration of how SINTA can be effectively applied in the context of scholarly publication management.However, the study also includes an analysis of challenges and obstacles that may be encountered during the implementation process, including data security, accurate information availability, and integration with other existing information systems within the institution.Through this study, specific recommendations are expected to be generated for LPPM UNS to enhance the implementation of SINTA as a primary tool in scholarly publication management. The conclusions drawn from this study aim to provide deeper insights into the role of the Science and Technology Index Information System in improving the effectiveness and quality of scholarly publications at LPPM UNS.

The Problems of Lexicography of Arabic, Persian Words with New Meanings

It is known that semantic changes occur in the lexical layer of any language over time. Some lexical units become obsolete and fall out of common use, while some lexical units acquire a new meaning and enrich the vocabulary. In connection with the transition to the new Latin alphabet, changes and additions are being made to the base of the Kazakh literary language, including the borrowed Arabic and Persian words due to the expansion and narrowing of its semantic field. Because nowadays, due to the development of various branches of science (economy, Information System, culture and art, religion, pedagogy and psychology, natural science, law, radio communication, chemistry, biology, etc.), some Arabic and Persian words have undergone semantic changes and are being revived. In these areas, they have acquired a new terminological meaning. It is easy to see that such words are used by native speakers in the mass media and social networks in a new meaning. In this regard, the mentioned article deals with the issue of lexicography of Arabic and Persian words, which have acquired a new meaning. The composition of Arabic and Persian words included in the vocabulary of the dictionary is analyzed (Arabic, Persian words of national, regional use; old book words; religious words), the problem of inclusion in the dictionary entry, the problem of narrowing, expanding the semantic field, lexical units created by affixation are discussed. At the same time, the experience of the Turkic peoples, who moved to the Latin alphabet earlier than us, is taken into account. When analyzing the meaning of a word, the semantic field of a word, we are guided by comparative, cumulative methods. The lexicographical criteria for inclusion of input Arabic and Persian words in the dictionary are proposed.

Identification of the pedagogical potential of Internet socialization of youth in the international professional community

Introduction. The dynamic development of new forms of socialization of young people actualizes the need of the educational society to realize the pedagogical potential of Internet socialization of students in the international professional community. The realization of this potential will make it possible to rethink the pedagogical significance of professionally-oriented Internet networks and to identify the features of the organization of various types of professional practices on the Internet. The purpose of the study is to analyze the pedagogical potential of Internet socialization of youth in the international professional community in order to clarify the conceptual apparatus of professional pedagogy focused on the use of Internet technologies. Materials and methods. To analyze world-class publications on the research topic, the following bibliographic bases were used: Scopus, Web of Science, Lens and other international information systems of peer-reviewed scientific literature. To solve the research tasks, the following methods were used: system analysis, analysis of Internet information resources, classification, comparative analysis and questionnaires. The results of the study. Digital technologies for the Internet socialization of youth in the international professional community were analyzed. The features of the organization of various types of professional practices using the Internet were identified, which served as the basis for choosing the optimal directions for comparative analysis of internships using Internet technologies. A comparative analysis of the traditional form of internship and practice using Internet technologies was presented, taking into account the following criteria: the purpose of internship in the Internet, the process (stages) of internship, professional and value orientations, new Internet technologies of internship, subjects of the practice and educational process, administrative management. The results of the search and critical rethinking of the pedagogical potential of Internet socialization of students in the international professional community were presented, which made it possible to use theoretical research to clarify the conceptual apparatus of professional pedagogy focused on the use of professionally-oriented Internet technologies during various types of professional practices. Conclusion. The presented analysis made it possible to identify and substantiate the pedagogical potential of Internet socialization of youth in the international professional community, namely: new opportunities for expanding professional ties, access to professionally-oriented resources and information, mechanisms for improving the future professional profile and reputation of students. The potential and possibility of organizing educational and industrial practice on the Internet (freelance, online internships, online practices, etc.) were considered, the possible structure of the pedagogical system of Internet socialization of youth in the international professional community was substantiated.

Merging the gravity fields of the GRACE Follow-On Science Data System project using different weighting approaches

Merging the gravity fields of the GRACE Follow-On Science Data System project using different weighting approaches

Prospective geothermal well and heat catchment locations in Nigeria: Remote sensing interpretations and field validation

Geothermal energy is a renewable energy that is environmentally friendly and will help reduce greenhouse emission resulting from the burning of fossil fuels. Nigeria has numerous geothermal surface manifestations like hot and warm springs in most parts of the country that has not been exploited or explored due to the initial high cost of exploration. Most research conducted on geothermal energy prospects in Nigeria considered specific geographical sections. Due to the geological features of Nigeria, the direct and indirect tectonic activities, there is the need to map the thermal anomalies over Nigeria to determine likely geothermal wells and ground heat catchment in Nigeria. Forty years remote sensing dataset (1980–2019), was obtained from the MERRA-2 for three hundred and two (302) locations across Nigeria. The acquired thermal parameters were processed using known models. The data was also analyzed statistically and spatially using the Statistical Package for Social Sciences (SPSS) and Quantum Geographic Information System (QGIS). The results of show that the Gummel-Kumaganum areas of chad basin, Owode-igbo ora areas of the Dahomey basin, Belli area of the basement complex in Taraba state, potiskum areas of the Upper benue Basin, Ekpoma-kwale, itu areas of the Niger delta basin are middle geothermal wells with the terrestial radiation of &lt; −702 W/m2 while the terrestial radiation &gt;200 W/m2 in the Gummi area of the sokoto basin, Hunkuyi area of the basement complex in the northeast, Gashua area of the chad basin, Ozubulu-idah area of Anambra basin, Atijere area of the Dahomey basin, Agbasa, Omoko, Akamkpa area of Niger delta basin, Shaki area of the southwest basement complex are heat catchment regions. Other heat catchment areas had been identified for standalone energy generation. Also, the thermal anomalies in those areas were significant. The validation of the result was achieved via benchmarking similar geothermal well around the globe and ground truthing at Ijebu-Ode Nigeria. Based on the thermal reversal depth (TRD) concept, Ijebu-Ode may have a deep geothermal well with temperatures pattern similar to geothermal wells in other parts of the globe. It is recommended that ground measurement should be carried out in the basement complex to cater for geothermal systems whose mechanism is based on conduction.

Perbandingan Vulnerability Assesment Menggunakan Owasp Zap dan Acunetix Pada Sistem Informasi Repositori Politeknik Negeri Indramayu

The security of web-based systems is an important thing that an organization needs to pay attention to, considering that currently all organizational business processes rely on the web to store and process their data. POLINDRA is also not left behind, which uses web technology to store and process a list of student work repositories into a web-based information system. This requires simultaneous testing and risk assessment to determine the level of existing risks and vulnerabilities. The results of the vulnerability assessment to determine security gaps carried out in the scientific work repository information system on the sista.polindra.ac.id page using two different tools, namely Owasp Zap and Acunetix, have several different results. On Owasp Zap, there were 22 warnings, while Acunetix found 499 warnings. Even though the number of alerts using Acunetix is greater, the alert type results are not as complete as Owasp Zap, which produces 22 alerts, while Acunetix only produces 10 alerts.

Effect of gaseous pollutant and greenness exposure on mortality during treatment of newly treated tuberculosis patients: a provincial population-based cohort study.

Previous studies addressing the impact of environmental factors on TB prognosis are scarce, with only some studies examining the effect of particulate pollutants on TB mortality. Moreover, few studies have evaluated the effects of multiple gaseous pollutants and greenness exposures on newly treated TB patients on a large population scale. Through the Centers for Disease Control and Prevention, data were collected from January 1, 2015 to December 31, 2020 for newly treated TB patients in Anhui Province, China. Data on gaseous pollutants sulfur dioxide, nitrogen dioxide, carbon monoxide, and ozone were collected through the National Earth System Science Data Center of China. Normalized vegetation index data were obtained through NASA. The Cox proportional risk model was also applied to calculate the hazard ratios of SO2, NO2, CO, O3, and NDVI with 95% confidence intervals for mortality among newly treated TB patients. Multifactorial Cox regression analysis showed that for every 0.10μg/m3 increase in SO2, the risk of death among newly treated TB patients increased by 13.2% (HR = 1.132, 95% CI: 1.045-1.1.225), for every 10μg/m3 increase in NO2, the risk of death among newly treated TB patients increased by 11.4%, and for each 0.1 mg/m3 increase in CO, the risk of death among newly treated TB patients increased by 5.8%. For each 0.1 increase in NDVI 250m-buffer and 500m-buffer, the risk of death among newly treated TB patients decreased by 8.5% and 6.4%, respectively. The effect of gaseous pollutants on mortality decreased progressively with elevated greenness exposure when greenness exposure was grouped from low to high. Gaseous pollutants are a risk factor during the treatment of newly treated TB patients and greenness exposure is a protective factor. Higher greenness exposure reduces the risk of death due to exposure to gaseous pollutants.

Возможна ли информатика как единая общедисциплинарная наука?

The article sets the task of analyzing existing research related to the information support of decision-making processes carried out by different authors in different periods of informatics and other information sciences’ development. The reviewed studies were initiated by various reasons and were carried out almost independently from each other. The authors of the article hope that the combination of these studies in one article will lead to the effect of emergence and will allow to set the task of creating a unified general-disciplinary science of information. The origins of the term “informatics” are considered, which have been arising independently; including F. E. Temnikov’s informatics as a complex science of information elements, information processes and information systems; informatics of A. I. Mikhailov – A. I. Сhernyj – R. S. Gilyarevskij as a science of scientific and technical information; informatics for secondary education of A. P. Ershov and its development into a type of informatics, called computing science in foreign works. It is stated that at present the original term introduced into the scientific literature by F. E. Temnikov has turned into the name of science of technical means and technologies for working with information, and while information is the basis for understanding and predicting the development of all spheres of human life and society, the theory of automated information and control systems and complexes’ design as well as the theory of scientific and technical information have been developing; there are studies focused on the formation of information science as a general discipline (e. g., Informetriya (Informetrics) of V. I. Gor’kova, Systemantics proposed by Yu. I. Shemakin). The conclusion is drawn about the need to rethink the essence and role of informatics, perhaps introducing a new term (for example, “applied informatics” which was preferred by the founder of the journal “Applied Informatics” A. A. Emelyanov). It could also be useful to consider the definition of informatics introduced by F. E. Temnikov, who divided the informatics into three strata “information elements – information processes – information systems”. In such a stratified structure, it will be possible to find a place for various concepts and types of informatics. It is also useful to rethink the concept of F. E. Temnikov that includes “systematics”, “informatics” and “intellectics”; F. E. Temnikov introduced the idea of the informatics’ development as the basis for intellectual processes and systems. The realization of this idea can be facilitated by the information theory of A. A. Denisov. An important contribution to the creation of the foundations for integrated information science was made by A. A. Emelyanov, who was one of the first to connect informatics with systems theory and computer simulation, developed the Actor Pilgrim simulation system, created the journal “Applied Informatics”, which discusses the problems of computing science development. The analysis of different publications allows the authors of this article to make a conclusion that the integral interdisciplinary science of information can be called “applied informatics”.

Collaborative and Open-Source Science Data Systems

Collaborative and Open-Source Science Data Systems

Peluang dan Tantangan Kecerdasan Buatan Bagi Generasi Muda

Artificial Intelligence is the ability of computers to mimic human activities and execute tasks that normally require human intelligence. This service activity is a collaboration between young lecturers in providing understanding that is accommodated by the Strategic Studies Division of the Regional Leadership Council of the Indonesian Christian Youth Movement in South Sulawesi Province (DPD GAMKI SULSEL). The method is by way of Focus Group Discussion (FGD) with young lecturers from five universities in Indonesia. Based on the results of the FGD, the use of Artificial Intelligence for each field of science (Information Systems, Health, Education and Industry) has different roles and contributions. The use of Artificial Intelligence will benefit human resources if it is used according to the context of their knowledge. However, Artificial Intelligence can be dangerous if not used according to proper science. In using Artificial Intelligence, humans must understand their role as learners

Utilization of Communication Information Technology in the Development of Smart Villages

Literature review research related to the use of Communication Information Technology in developing Smart Villages in Indonesia from the perspective of development communication which has never been done before. The aim of this research is to analyze smart village studies in the 2018-2023 timeframe. The research method that has been used is Systematic Literature Review (SLR) with the PRISMA protocol for all research articles indexed in Scopus, Google Scholar, and Garuda. The search strategy is adjusted to the selection criteria and involves several variables related to publication research trends, education levels, journal indexes, research materials, and the type of evidence studied. The data obtained is presented in a quantitative descriptive manner. The results of this SLR research show that there are many studies on the use of Information and Communication Technology in developing Smart Villages. Still, only a few are related to the Development Communication perspective. The Department of Information Systems, Informatics Engineering, and Computer Science carries out most studies. However, there is still a lack of knowledge in the social humanities field.

The capability of SNAP software application to identify landslide using InSAR technique

Landslides are the most common types of geological and environmental conditions, as well as long-term and short-term geological processes. Various extreme events, such as earthquakes, heavy precipitation, flooding, and anthropogenic actions, among others, cause landslides. InSAR is (Interferometric Synthetic Aperture Radar) technique is widely used for detecting and monitoring land surface deformation, including landslides. This technique measures the changes in the surface elevation by analyzing the phase differences of radar signals between two or more satellite images acquired at different times. In this research study, the main aim is to show how effective InSAR is until it can detect landslides using SNAP software. The data used is sentinel-1(S-1), obtained from Earth Science Data Systems (ESDS) Program and the area selected is Hulu Langat district. It processed by SNAP software using S-1 data are free and openly accessible via various sources. Next, the final product from the SNAP software will be Georeferenced in ArcGIS.The InSAR method utilised in the field of study is due to a suitable study area for this technique which is hilly with a mix of urban and rural divided. Most of the landslides in Malaysia, specifically at Hulu Langat, are on a small scale, which is the InSAR technique that can detect it. The coherence image showed that black represents water and vegetation areas while white represents buildings, rocks, and roads. This research showed that InSAR can help detect natural events which are landslides significantly using the SNAP software. The result showed a phase and coherence map.

Distribution pattern in Maranhão: a case for palm tree conservation

The study demonstrated patterns of palm tree diversity on a regional scale in the state of Maranhão. Occurrence points were acquired in February 2021, in online biodiversity banks, using descriptors, "Arecaceae" and "Maranhão". Occurrence records from the Global Information System on Biodiversity-GBIF, Information System that Integrates Primary Data from Scientific Collections-SpeciesLink, Reflora and Information System on Brazilian Biodiversity-SiBBr were used. The data underwent cleaning to remove doubtful information and organize the coordinates and, in the end, totaled 235 records of 41 species and 2 hybrids, belonging to 15 genera for 57 municipalities in the state of Maranhão. The municipalities with the highest numbers of occurrences of palm trees were Codó, Carolina, Balsas, Zé Doca, Bom Jardim, Mirador and Estreito, the other 50 municipalities had between one and five occurrences. The squares with the greatest richness (10 to 14 species) were found in conservation units and indigenous lands, demonstrating a distribution pattern with an aggregation of occurrence points.

The Impact of New Accelerometer Transplant Data (ACH) on GRACE Follow‐On Along‐Orbit Inter‐Satellite Laser Ranging Observations and Monthly Time‐Variable Gravity and Mascon Solutions

AbstractGRACE‐D accelerometer data show significant bias jumps since one month after the launch of the GRACE Follow‐On (GRACE‐FO) satellites in May 2018, making them inapplicable for correcting GRACE‐FO products for non‐gravitational accelerations. The GRACE‐FO Science Data System (SDS) compensated this issue by transplanting the GRACE‐C accelerometer data toward that of GRACE‐D. Recently, GRACE‐FO SDS implemented an updated transplant method, used in the latest release of GRACE‐FO data. Here, we examine the impact of updated accelerometer transplant data (ACH) on GRACE‐FO measurements at all levels: (a) Level‐1B inter‐satellite laser ranging residuals measured along satellite orbit, (b) Level‐2 time‐variable gravity solutions from all SDS centers (JPL, CSR, and GFZ), and (c) Level‐3 mascon solutions. We show that inter‐satellite laser ranging residuals are modified at low frequencies below 1 mHz, affecting the along‐orbit analysis of large‐scale time‐variable gravity signals. When mapped into monthly Level‐2 spherical harmonic coefficients of geopotential, the low‐frequency change in inter‐satellite ranging residuals leads to substantial improvement of coefficients associated with resonant orders (i.e., 15, 30, 45, etc.) and C30. We also present an improved SLR‐derived C30 which significantly improves the agreement with updated GRACE‐FO C30 at seasonal and interannual timescales. Moreover, we demonstrate the noise reduction in mass change estimates from new GRACE‐FO Level‐2 data over oceans, Greenland, and Antarctica for all SDS solutions. GRACE‐FO mascon solutions show a moderate change in the updated release. Our comprehensive analyses demonstrate high‐quality estimates of non‐gravitational accelerations by the updated transplant method, resulting in more accurate GRACE‐FO time‐variable gravity and mass change observations.