Extensive Travel Research Articles

Pioneering sustainable treatment delivery in childhood leukemia through synchronous telemedicine-A pilot study.

Cancer care places a heavy economic burden on families and health systems, driven by high treatment costs, lengthy hospital stays, and the necessity for extensive travel to specialized facilities. To address this challenge, an integrated health care network (IHCN) was implemented for maintenance treatment in acute leukemia. The IHCN encompassed outpatient services provided by local physicians and synchronous telemedicine consultation with pediatric oncologists. This study included twenty-two pediatric patients (eleven [50.0%] females; twenty [90.9%] with B-ALL and two [9.1%] with AML). The IHCN was offered to all rural patients (n = 17) with a one-way driving distance more than 30 km, while urban patients (n = 5) received regular cancer care. Throughout the study, rural patients had a total of 510 routine clinical visits, with 367 (72%) conducted through the IHCN. Physical examinations revealed similar frequency of new abnormal findings for urban and rural patients (22.4% vs. 17.8%; p = .31). Laboratory tests indicated no significant difference in the frequency of abnormal values for various parameters between both groups. Similarly, there was no discrepancy of drug modifications or interruption in maintenance therapy between the two settings (p = .85). Moreover, patients' health-related quality of life remained within the normative range, and user satisfaction with the IHCN was notably high. The implementation of the IHCN resulted in savings of 70,158 km, 950 h of travel, and 12,277 kg CO2 emissions. This pilot study underscores the efficacy of a telemedicine-based IHCN, ensuring safety, quality of care, cost reduction, and satisfaction for both families and health care providers in pediatric leukemia management.

Private aviation is making a growing contribution to climate change

Commercial aviation’s contribution to climate change is growing, but the global role of private aviation is not well quantified. Here we calculate the sector’s CO2 emissions, using flight tracker data from the ADS-B Exchange platform for the period 2019 to 2023. Flight times for 25,993 private aircraft and 18,655,789 individual flights in 2019-2023 are linked to 72 aircraft models and their average fuel consumption. We find that private aviation contributed at least 15.6 Mt CO2 in direct emissions in 2023, or about 3.6 t CO2 per flight. Almost half of all flights (47.4%) are shorter than 500 km. Private aviation is concentrated in the USA, where 68.7% of the aircraft are registered. Flight pattern analysis confirms extensive travel for leisure purposes, and for cultural and political events. Emissions increased by 46% between 2019-2023, with industry expectations of continued strong growth. Regulation is needed to address the sector’s growing climate impact.

Application of Artificial Intelligence Models to Predict the Onset or Recurrence of Neovascular Age-Related Macular Degeneration

Neovascular age-related macular degeneration (nAMD) is one of the major causes of vision impairment that affect millions of people worldwide. Early detection of nAMD is crucial because, if untreated, it can lead to blindness. Software and algorithms that utilize artificial intelligence (AI) have become valuable tools for early detection, assisting doctors in diagnosing and facilitating differential diagnosis. AI is particularly important for remote or isolated communities, as it allows patients to endure tests and receive rapid initial diagnoses without the necessity of extensive travel and long wait times for medical consultations. Similarly, AI is notable also in big hubs because cutting-edge technologies and networking help and speed processes such as detection, diagnosis, and follow-up times. The automatic detection of retinal changes might be optimized by AI, allowing one to choose the most effective treatment for nAMD. The complex retinal tissue is well-suited for scanning and easily accessible by modern AI-assisted multi-imaging techniques. AI enables us to enhance patient management by effectively evaluating extensive data, facilitating timely diagnosis and long-term prognosis. Novel applications of AI to nAMD have focused on image analysis, specifically for the automated segmentation, extraction, and quantification of imaging-based features included within optical coherence tomography (OCT) pictures. To date, we cannot state that AI could accurately forecast the therapy that would be necessary for a single patient to achieve the best visual outcome. A small number of large datasets with high-quality OCT, lack of data about alternative treatment strategies, and absence of OCT standards are the challenges for the development of AI models for nAMD.

The X-Minute City: Analysing Accessibility to Essential Daily Destinations by Active Mobility in Seville

The concept of the “x-minute city” emphasises connected, mixed-use, and functionally dense urban areas where residents can access most daily necessities within a short walk or bike ride. By promoting proximity to essential destinations and sustainable transport options, this approach reduces the need for extensive travel and minimises environmental impact. This paper analyses the readiness of cities to function as x-minute cities and identifies necessary interventions. Using a reproducible and scalable methodology based on open data and software, the study assesses the accessibility of key urban amenities within specified timeframes. Cumulative accessibility metrics are calculated for different destination categories, considering both walking and cycling. In the case of Seville, accessibility requirements outlined in policy documents are already met for many essential services, particularly public facilities. The study identifies neighbourhoods that excel in accessibility and others that require improvement in adhering to x-minute city principles. The methodology and findings can inform planning and policy decisions in other cities, guiding efforts to enhance amenity provision, test accessibility scenarios, and target intervention areas.

A 2-DOF piezoelectric platform for cross-scale semiconductor inspection

To address the challenge of achieving extensive travel and high precision in semiconductor inspection, this study proposes a novel 2-DOF cross-scale piezoelectric positioning platform. In semiconductor inspection, the platform utilizes elliptical, stick-slip, and direct-push drive modes to meet the motion requirements at millimeter, micrometer, and nanometer scales. By applying defined electrical signals to the piezoelectric units, the platform can achieve high-speed continuous mode (HCM) for the millimeter scale, low-speed stepping mode (LSM) for the micrometer scale, and high-precision positioning mode (HPM) for the nanometer scale. Theoretical analysis and simulations were performed to design the flexible stator of the platform, and its dynamic characteristics were analyzed. A prototype was fabricated, assembled, and experimentally tested to investigate the mechanical performance of the proposed platform. The results show that the prototype successfully realizes cross-scale motion in the three modes: achieving a maximum no-load speed of 62.47 mm/s in HCM, a low-speed stepping motion of 14.62 μm/s in LSM, and high-precision positioning with a resolution of 25 nm within a range of ±21 μm in HPM. Through the flexible switching and cooperation of the three drive modes, the platform can quickly approach the target at millimeter speed, further approach with micrometer step motion, and finally achieve nanometer precision positioning. Finally, the positioning platform was successfully applied to inspect semiconductor devices for defect inspection. This study explores a novel cross-scale driving method for piezoelectric positioning platforms, which provides a new approach for precision manipulation research related to semiconductor component inspection.

Exploring key determinants of COVID-19 vaccine hesitancy among individuals: An exploratory study globally.

SARS-CoV-2 virus gave rise to COVID-19 in late 2019 in Wuhan, China, and it quickly spread over the world to become a pandemic. The virus, which is mostly carried by respiratory droplets, spread at an unprecedented rate, causing a large number of deaths and extensive illness, necessitating lockdowns, travel bans, and social distancing policies by governments across the globe in an attempt to stop the spread, which severely disrupted daily life, the healthcare system, and economies.COVID-19 vaccines are biological materials designed to offer protection against the organism that causes the COVID-19 pandemic, SARS-CoV-2 virus, played a crucial role in stopping the virus's spread and lowering the burden on healthcare systems around the globe. Although Covid-19 vaccines offers benefits which includes the prevention of severe illness and death through the reduction of the chance of COVID-19-related serious illness, hospital stays, and death, it was met with hesitancy by some population on the basis of a complex web of interrelated causes, such as political division, misinformation, socioeconomic inequities, and past mistrust of healthcare systems.Vaccine hesitancy contributed to lower-than-expected vaccination coverage in many regions, preventing the achievement of herd immunity and allowing the virus to continue spreading. Exploring this key determinants of Covid-19 vaccine hesitancy among individuals all over the world and possible solutions, is the focus of this research.

HUMAN PATHOGENS AMONG BATS

Bats are known to inhabit both caves and open space areas. Bulgaria is among the Еuropean countries with the highest number of bat species. The species found in the country are distributed over a wide area. They range from the Pyrenees and the British Isles to the Pacific region and the Far East. Many bat species are carriers of potential human pathogens. Bats play an important role in agriculture and act as a biological pest crop control agent. Bulgarian bat ecosystem comprises temperate climate and a wide range of abiotic factors, including humidity, darkness, sunlight, and temperature variations. The metabolism of bats and their body temperature vary significantly between the period of activity and the hibernation. Fluctuations in body temperature can potentially impact host microbiome biodiversity. Temperature variations may induce a high level of microbial mutagenesis. Additionally,the existence in large, mixed-species colonies, togeteher with a relatively long individual lifespan (4 – 16 years) and extensive travel distances, enhances the likelihood of encountering multiple pathogens in a single host organism. This, in turn, facilitates genetic variations and re-combinations among those microbial pathogens, thereby raising their potential to breach species barriers. In this review, we summarized and analyzed the available scientific information concerning the potential microbial human pathogens associated with bats, alongside with our preliminary data on the biodiversity of bats blood microbiome. Future research should focus on bats as both pathogens carriers and dynamic models for predicting emerging and re-emerging zoonotic diseases.

Assessing Telehealth in Palliative Care: A Systematic Review of the Effectiveness and Challenges in Rural and Underserved Areas.

The integration of telehealth into palliative care has garnered significant attention due to its potential to enhance both access and quality of care, particularly for patients in rural and underserved areas. This interest stems from the need to address geographical and logistical barriers that traditionally hinder palliative care delivery. Despite its potential benefits, the effectiveness of telehealth and the challenges associated with its implementation remain underexplored, necessitating further investigation. This study aims to critically evaluate the effectiveness of telehealth in palliative care by focusing on several key areas: its impact on access to care, symptom management, patient satisfaction, and cost-effectiveness. To achieve this, a systematic review was conducted, synthesizing data from various studies that investigated telehealth interventions within palliative care settings. The review employed a comprehensive search strategy across electronic databases, concentrating on randomized controlled trials (RTCs) published between 2014 and 2024. To ensure the reliability of the findings, low-quality and unrelated studies were excluded, and the remaining studies were meticulously analyzed for bias and methodological quality. The review's findings indicate that telehealth significantly enhances access to palliative care, allowing patients to receive timely and appropriate care without the need for extensive travel. It also improves symptom management and patient satisfaction, aligning to provide patient-centered care. Additionally, telehealth is cost-effective by reducing expenses associated with travel and in-person visits. These benefits highlight telehealth's potential to address some of the critical challenges in palliative care delivery. Despite its advantages, implementing telehealth in palliative care is not without challenges. Technological barriers, such as inadequate infrastructure and device limitations, pose significant hurdles. Integration issues, including the need for seamless incorporation into existing care systems, and varying levels of digital literacy among patients and caregivers, also impact the effectiveness of telehealth. Addressing these challenges is crucial for optimizing telehealth's implementation. Ensuring that telehealth solutions are accessible, user-friendly, and well-integrated into care practices is essential for fully leveraging its potential benefits.

Staring out my window: Reflexivity and relationality in research in a Covid-19 world

In March 2020 I faced a research crisis. Like many PhD students, my project quickly fell apart and I was faced with writing a PhD on migration while stood still in London. In this article I explore the techniques I used to try to write about movement through conscious stasis and what this can tell us about the nature of fieldwork. I explore my attempts to answer these problems through experiments in autoethnography and communal storytelling. Both of these methods were attempts on my behalf to think through what it means to do ethical research in the face of a climate crisis and a pandemic. As such, I explore the ways in which using them changed my thinking not only about my project, but about the nature of research itself. I argue that moments of rupture such as COVID shine a light on the structuring of ‘normality’ in research. I write against a return to that normal. A normal that has justified extensive international travel in the face of a deepening ecological crisis, a normal that celebrated knowledge extraction and created material realities which governed ‘who’ the researcher could be.

The Urological Tribulations of Michel de Montaigne: How the Essayist's Stones Influenced His Writings

ObjectiveTo explore how Michel de Montaigne’s battle with urolithiasis influenced his writings and philosophical outlook during the Renaissance period. Materials and MethodsThe study examines historical texts, Montaigne’s personal essays, and contemporary medical literature from the Renaissance era. A comprehensive review of Montaigne’s extensive travels across Europe, interactions with prominent physicians, and the various treatments he sought for urolithiasis is conducted. The analysis focuses on how these experiences shaped his literary work and philosophical reflections. ResultsMontaigne’s struggle with urolithiasis began at the age of 45, profoundly impacting his life and writings. His journey through France, Germany, Switzerland, Austria, and Italy in search of relief, along with consultations with renowned physicians such as Félix Platter and Girolamo Borro, significantly influenced his philosophical inquiries into human suffering and mortality. Montaigne’s detailed accounts of his condition, describing 19 episodes of renal colic, offered early patient-centered perspectives in medical literature, highlighting the importance of understanding the psychological and emotional dimensions of illness. His therapeutic use of thermal baths and other non-invasive treatments reflected the medical practices of the time. ConclusionMontaigne’s experience with urolithiasis not only shaped his philosophical essays but also underscored the importance of empathetic and holistic patient care. His writings emphasize the need for integrating patient narratives into medical practice, a concept that remains crucial in contemporary healthcare. Montaigne’s legacy continues to inspire a compassionate approach to urological care, emphasizing the interconnected nature of physical and emotional well-being, and advocating for a more patient-centered perspective in medical treatments.

Beyond Rhetoric: The European Parliament as a Workplace for Parents and Current Reform Debates

Doing justice to their families and the political mandate is especially difficult for MEPs. Parents struggle to balance family obligations and work, particularly when the children are young. They undertake extensive journeys between their home constituencies and Brussels or Strasbourg. This taxing routine is further compounded by prolonged working hours, often devoid of leisurely weekends. In combination with the absence of a comprehensive parental leave policy, these challenges disproportionately affect parents of young children, particularly mothers, influencing the diversity and representation within the European Parliament. This study critically examines the existing conditions that shape the working environment of MEPs who are parents. It explores recent endeavors to reform these conditions and the underlying obstacles that hinder the progress of these reformative initiatives. Referring to relevant documents, this study first outlines formal regulations governing parental rights in the European Parliament. We then address informal rules and recent reform proposals using insight from MEP interviews. This examination investigates how parent MEPs assess working conditions and balance competing demands. Despite expectations, the European Parliament falls short of being as family-friendly as anticipated. Nevertheless, recent times have witnessed increased attention to the topic and various reform proposals. The obstacles posed by diverse national legacies and variant conceptions of MEP mandates and statuses for reform are highlighted.

The Impact of Social Media on Tourist Destination Choices: A Quantitative Analysis

In the current travel environment, social media significantly influences how travelers discover and select destinations. Platforms like Instagram and YouTube serve as sources of inspiration, offering visually captivating content that encourages extensive travel. Increasingly, travelers rely on social media for trip planning, seeking reviews and tips from influencers and peers alike. Social proof, in the form of endorsements and user-generated content, reinforces destination choices and builds trust. Drawing on a literature review approach, this study examines existing research on the impact of social media on travel behavior. It synthesizes findings from various studies to explore how platforms shape travel decisions and consumer behavior. Gender-based analysis reveals that women tend to utilize social media more frequently than men for travel-related decisions. Understanding these patterns is crucial for effective destination marketing strategies. Despite inherent limitations in the literature reviewed, this study provides valuable insights for destination marketers and tourism professionals. Future research could delve deeper into additional variables to comprehensively understand the multifaceted effects of social media on travel behavior.

Impact of COVID-19 on agri-food systems: An assessment of actors along the food value chain in Ethiopia, Uganda, Nigeria and Mali

Food security in Africa was impacted as a result of supply chain disruptions and government lockdowns brought on by the Coronavirus Disease of 2019 (COVID-19) pandemic. With participation from important actors in the agricultural value chain, the Sasakawa Africa Association (SAA) assessed the effect of COVID-19 on agri-food system in Ethiopia, Mali, Nigeria, and Uganda. Farmers, agro-processors, private service providers, off-takers and merchants, input dealers, and Ministry of Agriculture Extension service personnel are among the value chain actors that took part in the study. The survey, which was held from April 13 to April 16, 2020, used semi-structured tools and questionnaires aimed at the different stakeholders. The study used a cluster sample technique. The data were analyzed using SPSS software, which included frequency counts, percentages, rank correlation, and categorical regression. Based on the severity of the lockdowns associated to COVID-19, the survey found that the outcomes differed by country. The analysis shows a negative association between e-extension and education during the COVID-19 epidemic, but a high and positive correlation (p < 0.01) between extension services and postharvest services, as well as credit availability. Factors such as transportation, labor availability, price fluctuations, output market activity, loan availability, and food and nutrition security were significantly and positively correlated with COVID-19 awareness. Additionally, the respondents indicated that price changes were favourably correlated with labour availability and transportation, and that farming activities were significantly and positively correlated with food and nutrition security, labour availability, and the output market. According to the perspective data collected in every country during the COVID-19 epidemic, postharvest services, agricultural input activities, and food and nutrition security all heavily relied on extension services, with postharvest services having a negative correlation with extension services. The results of the analysis show that COVID-19 impacted several variables that are associated with extension services across the four countries. For instance, the R2 value of the relationship between value chain variables and extension service delivery across Mali (0.485), Nigeria (0.621), Ethiopia (0.426), Uganda (0.529), and the combined countries (0.511) indicates that the variation of the dependent variables can account for 48.5% of the variation in the values of the independent variable (extension service delivery) in Mali, 62.1% in Nigeria, 42.6% in Ethiopia, 52.9% in Uganda, and 51.1% in the combined countries. Farmers' access to agricultural labour, credit services, inputs for agriculture, and output markets was restricted by the ban on travel and social gatherings. Smallholder farmers should employ digital solutions more to strengthen the agricultural value chain's actors' resilience against potential pandemics or conflicts, according to the study's implications for extension services. This will reduce the requirement for extensive personal touch and travel in the delivery of extension services. The study also highlights how crucial it is for extension services to show tangible outcomes and benefits in order to increase farming communities' and value chain actors' resilience in any difficult circumstances. Key words: COVID-19, food systems, extension services, value chain actors, output markets

BREAST CANCER ASSISTANCE JOURNEY FROM THE PERSPECTIVE OF THE PUBLIC HEALTHCARE SERVICE OF RIO GRANDE DO SUL

Objective: This study aims to characterize the breast cancer (BC) patient journey in Rio Grande do Sul (RS), Brazil, through the perspectives of the High Complexity Oncology Assistance Centers (CACONs) and High Complexity Oncology Assistance Units (UNACONs). Methods: Conducted between March and May 2023 across 17 RS Oncology public healthcare services, the cross-sectional study utilized a 54-question questionnaire administered to healthcare professionals. The survey covered various aspects, including diagnosis, treatment, funding, and multidisciplinary teamwork. Results: Descriptive analysis revealed that BC patients undergo screening tests upon treatment entry (88.2%), with immunohistochemistry commonly performed externally (64.7%) and PCR often requested (82.4%) for adjuvant therapy initiation, taking an average of 90 to 250 days for all procedures. Patients encounter challenges such as lengthy hospital stays, extensive travel to treatment centers, treatment side effects, and high transportation expenses, often leading to treatment discontinuation. The most time-consuming stage is treatment, with subcutaneous infusion proving more time-efficient than intravenous administration. Physical limitations, mobility issues, late diagnosis (90-day average), and limited access to care significantly impact patients' quality of life. Healthcare teams face difficulties with outdated guidelines, lack of intravenous treatment facilities, and extended administration durations. Institutions confront barriers like drug shortages, guideline disparities, and logistical challenges. Conclusion: The study concludes by emphasizing the identified hurdles in BC patients' public healthcare journey, underscoring the need to address delays in screening, resource constraints, and disparities in access to care based on geographical, socioeconomic, and racial/ethnic factors to enhance overall quality of care and equity within the system.

Measuring Travel Time Reliability for Urban Residents’ Commutes via the Integration of Information Entropy and Standard Deviation

Travel Time Reliability (TTR) plays a pivotal role in commuting. Nevertheless, existing measurement methods are not specifically designed for commuting scenarios, and their direct application to assess TTR for commuting may yield results incongruent with actual commuting conditions, as they overly rely on measures like mean and percentiles. Drawing on the cyclical characteristics of commuting, the study has established a TTR measurement model based on information entropy and standard deviation, tailored to individual commuters. By selecting commuting data from extensive travel datasets and applying both this model and conventional measurement methods, the focus is on quantitatively analyzing TTR for metro commuters and car commuters under various feature conditions, with a particular emphasis on commuting to work. The objective is to verify the feasibility and advantages of the proposed model. The research indicates that, compared to typical measurement methods, this model more accurately reflects TTR for commuting purposes. The results underscore a significantly superior TTR for metro commuters over car commuters. Distance and departure time exert a substantial impact on the TTR of car commuters, while distance and transfer times moderately influence the TTR of metro commuters. These findings serve as a crucial foundation for enhancing the quality of commuting experiences.

Are we Concentrating on the Right Issues? A Response to the AIS Taskforce's Plan for the Future of IS Conferences

This short article aims to challenge some fundamental assumptions we hold about conferences and how we organize ourselves as an academic community. It puts forward the environmental impact of extensive traveling and the strain and squandering on the volunteer-based academic system, exacerbated by the growing number of paper reviews to be handled every year and the growing tendency that attending conferences becomes a secondary matter for scholarly exchange and learning. Since there are no alternatives to scientific conferencing in the foreseeable future, the article's attention shifts towards the question of who has access to this scientific exchange. This discourse responds to the AIS taskforce's future plan for IS conferences, discussing some limitations of hybrid models in tackling inequality and diversity issues. The article concludes with the presentation of some obvious, and in some cases radical propositions, for changing the way scientific conferences encompassing a "hybrid" experience could be organized differently.

Theoretical aspects of the impact of geographical factors on the basketball game

Embarking on a scholarly expedition through the intricate intersection of geography and basketball, this article delves into the theoretical aspects of the impact of geographical factors on the game. As we navigate this comprehensive exploration, we will dissect five pivotal dimensions, each contributing to the nuanced relationship between the geographical landscape and basketball's multifaceted dynamics. From the lofty altitudes affecting players' prowess to the climatic nuances shaping their performance, the enduring impact of extensive travels, the geographic analysis of talent emergence, and the transformative role of sports infrastructure – our journey traverses these theoretical realms. Together, let us unravel the intricate threads that bind geography and basketball, fostering a deeper understanding of how these factors weave into the sport's very fabric, shaping its course and influencing the athletes who grace the hardwood. Join us as we embark on an intellectual odyssey, unveiling the theoretical intricacies that underscore the profound interplay between geography and the captivating world of basketball.

Quṭb al-Dīn al-Shīrāzī’s Commentary on Ibn Sīnā’s Qānūn in Historical Context: Edition and Translation of the Preface

Abstract Ibn Sīnā’s al-Qānūn fī l-ṭibb, especially its first book, al-Kulliyyāt, elicited dozens of commentaries from the 6th/12th century through the 8th/14th century. Among them, Quṭb al-Dīn al-Shīrāzī’s commentary, entitled al-Tuḥfa al-saʿdiyya, is distinguished in that in it he analyzed and synthesized almost all commentaries written before his death in 710/1311. This article shows how Shīrāzī bridged some of the political boundaries that divided the Islamic world after the Mongol invasion to gather his predecessors’ commentaries, as well as other sources for composing al-Tuḥfa al-saʿdiyya. Shīrāzī’s extensive travels and proximity to patronage allowed him to acquire, and later disseminate, medical and scientific texts that were otherwise unavailable in Anatolia and the eastern territories of the Islamic world.

Emil Habdank Dunikowski (1855–1924). Rys życia zawodowego i prac naukowych

Emil Habdank Dunikowski (1855–1924) – Career and Research Outline Emil Lucjan Habdank Dunikowski – a graduate of the Lviv (Lwów), Munich and Vienna Universities, belongs to the circle of the Polish most significant scientists who specialized in Earth sciences and pursued their careers in the Lviv of the Austrian era. Sociable, diligent, and curious about the world, he devoted his time to discovering the mysteries of geology, actively developing Polish research in Galicia. While performing his research-related tasks in various parts of the globe (for example in North Africa, North America, Europe, and Russian Primorsky Krai), he satisfied his passion for travelling, delivering accurately made descriptions of broadly defined nature. In biographical contexts, the Lvovian scientist is seldom mentioned. Despite his undisputable scientific achievements and extensive travel experiences, there has yet to be a comprehensive biographical and bibliographical study dedicated to him. This article outlines his scientific profile and presents some unknown facts from Emil Dunikowski’s private life and career, based on the documents obtained from the State Archives of Lviv Oblast in Lviv (Ukraine).

Impact of the Global COVID-19 Pandemic on the Slovak Economy (Tourism and Education)

Aim. The aim of the contribution is to evaluate the effect of the COVID-19 pandemic on the Slovak economy. We analyzed the pertinent data relating to Slovakia's economy, tourism, and education infrastructures, and also the measures introduced during the pandemic which affected them. Methods. The paper is mainly based on descriptive, analytical and statistical methods, and based on global statistics data, studies, and research conducted in this field. Results. In 2020, the Slovak economy decreased by 9.3%. The reason was not only domestic measures against the spread of the coronavirus, but also a slump in foreign demand. The growth of the Slovak economy had already slowed during 2019, even before the onset of the COVID-19 disease. Extensive travel restrictions, especially at the international level, fundamentally affected the total number of visitors, in particular during the period March to August 2021. Almost 1.6 million visitors stayed in hotels, boarding houses, and other accommodation facilities in Slovakia during this period of the pandemic, which represented a decrease of almost 54% when compared to the pre-pandemic year of 2019. Conclusion. The significant deterioration of the economy was the result of a large number of significant restrictive measures taken to stop the spread of the COVID-19 disease. The factor of the COVID-19 pandemic influenced the future of tourism and education, bringing changes to their direction and economic benefits. This pandemic has significantly affected education in Slovakia and worldwide, and we are following its transformation.