Search Results (28)

This study examines rural walking tourism as a sustainable strategy for revitalizing regional economies and preserving natural environments, focusing on the DMZ Punch Bowl in South Korea. Although rural walking tourism has been widely promoted for sustainability, little is known about its operation in geopolitically sensitive and militarized ecological zones, such as the Korean DMZ. Adopting the qualitative case study method, we explored three essential conditions for sustainable rural walking tourism: environmental friendliness, experiential immersion and sense of place, and local economic revitalization through stakeholder cooperation. We employed a hybrid thematic analysis using inductive and deductive coding to analyze the triangulated data collected from interviews, field observations, and policy documents. In-depth interviews with ten walking tourism experts revealed that storytelling that emphasizes local history, ecological conservation, and unique cultural identity enhances tourists’ emotional attachment and sense of place immersion. The DMZ Punch Bowl case was selected due to its effective integration of these elements, achieved through a collaborative governance structure involving government agencies, military units, and local communities. The findings highlight that coordinated management and stakeholder cooperation are crucial for balancing land use policies, ecological preservation, and tourism safety. Additionally, walking tourism significantly contributes to local economic growth through direct spending, job creation, increased resident incomes, the sale of local specialties, and participation in experiential activities. This study provides valuable insights and a replicable model for sustainably developing walking tourism in similarly sensitive or ecologically significant rural areas. Full article

Firework-related injuries remain a serious public health issue in Germany, especially during New Year’s Eve. While many injuries are minor, the misuse of illegal or homemade fireworks can cause severe trauma resembling military combat injuries and can heavily burden emergency services. Notably, injury rates declined during the COVID-19 firework bans, underscoring the impact of preventive measures. We report two cases of young males with severe injuries from illicit fireworks. The first is a case of a 16-year-old that detonated an illegal Polish firework ball bomb, sustaining 9% total body surface area (TBSA) burns (second- to third-degree), hand fractures, compartment syndrome of the hand, and soft-tissue trauma. He underwent multiple surgeries, including fasciotomy, osteosynthesis, and skin grafting. The other case presented is a 19-year-old man who was injured by a homemade device made of bundled firecrackers, suffering deep facial and bilateral hand burns. He required prolonged ventilation, surgical debridement, and treatment with Kerecis^® fish skin and Epicite^® dressings. Both required intensive ICU care, interdisciplinary management, and lengthy rehabilitation. Total hospital costs amounted to €58,459.52 and €94,230.23, respectively, as calculated according to the standardized German DRG. These cases illustrate the devastating impact of illegal fireworks. The devastating consequences of explosive trauma are often difficult to treat and may lead to long-term functional and psychological impairments. Prevention through public education, stricter regulations, and preparedness is essential. Pandemic-era injury reductions support sustained policy efforts. Full article

Russia’s conflict with Ukraine, which escalated into full-scale military confrontation in February 2022, originated in 2014 with the annexation of Crimea and the backing of pro-Russian separatists in Donetsk and Luhansk. However, this war extends beyond bilateral hostilities, reflecting a broader geopolitical confrontation with the West that aligns with Vladimir Putin’s strategic vision, as signalled in his 2007 Munich Security Conference speech. Russian security doctrines have consistently framed the West as an existential threat, a perception reinforced by state-controlled media. This study examines the role of Russian state media in shaping public perceptions of the West between 2014 and 2022. It explores how Russian media, particularly RIA Novosti, constructed adversarial narratives about Latvia, Poland, and Serbia within the framework of Russian security policy. Through qualitative content analysis, the research investigates the alignment of media narratives with official strategic objectives, the portrayal of Western nations as threats, and the intended audience of these narratives. The findings underscore the integral role of state-controlled media in Russia’s security strategy, highlighting an increasing consolidation of media control to sustain domestic legitimacy and justify external aggression. As Russia faces growing challenges, media restrictions are expected to intensify, reinforcing state-driven narratives and information isolation. Full article

Climate change, accompanied by anomalously high temperatures and a decrease in precipitation during the warm season, can have serious consequences for the ecosystems and sustainability of the Ukrainian Polissia. In particular, there are increased risks of forest and peat fires, as well as an overall deterioration of the region’s ecological condition. Between 1990 and 2021, the Ukrainian Polissia region recorded an average temperature increase of 0.60 °C per decade, along with a 3–5% decrease in annual precipitation. An analysis of the spatial distribution of wildfire incident density based on satellite data (FIRMS) in the regions of the Ukrainian Polissia from 2001 to 2023 highlighted several periods of sharp increases in fires: 2002, 2007–2009, 2014–2015, and 2019–2020. The Spring Fire Season and the Late Summer–Autumn Fire Season coincide with periods of reduced precipitation, which in some years reached 40–60% below the climatic norm. Although the climatic conditions of spring 2022 were not as warm and dry as those in 2020, significant parts of Kyiv Polissia and Chernihiv Polissia suffered from large-scale wildfires due to ongoing military actions. The spatial distribution of fire frequency in 2020 and 2022 highlights different contributing factors: in 2020, weather anomalies were the primary cause, while in 2022, armed hostilities played a key role. Military conflicts not only increase the risk of fires but also complicate firefighting efforts, making the region even more vulnerable to large-scale forest fires, and thereby threatening its sustainability. These findings underscore the urgent need for integrated fire management strategies that take into account climate change, land-use policies, and geopolitical factors to mitigate the escalating wildfire threat in the region and ensure long-term sustainability. Full article

The air quality in Mosul was adversely affected both directly and indirectly during and after the conflict phase, spanning from the occupation to the liberation of the city from ISIS (2014–2017). Direct impacts included the ignition of oil fields and sulphur deposits, as well as the use of military weapons and their propellants. Indirectly, the air quality was also compromised by various other factors negatively affecting the quality due to excessive emission levels of air pollutants, such as particulate matter (PM), sulphur dioxide (SO₂), nitrogen dioxide (NO₂) and other toxic gases. Six important locations in the city of Mosul were selected, and the concentrations of the parameters PM2.5, PM10, formaldehyde (HCHO), total volatile organic compounds (TVOC), NO₂ and SO₂ were determined at monthly intervals during the year 2022. The sites were selected both according to their proximity and their specific distance from the direct conflict zone. The aim was to assess the present pollutant levels based on WHO guidelines and to compare the results with previous pre-war studies to understand the long-term war impact on air quality. The results showed that the annual average values of PM2.5, PM10 and NO₂ were above the WHO limits at all locations throughout the year. In contrast, the annual average values of TVOC, HCHO and SO₂ were within the limits in the hot months but exceeded them in the cold months (December to March), which can be attributed to the use of heating material in winter. Two sites revealed higher pollution levels than the others, which can be attributed to their proximity to the devastated areas (conflict zones), high traffic density and a high density of power generators. These factors were further exacerbated by post-war migration from the destroyed and unsafe areas. Thus, in addition to the short-term effects of burning oil fields and sulphur deposits, as well as airborne weapon emissions, the increase in traffic, the use of decentralized power generators, and the higher demand for heating oil, progressive desertification due to deforestation and the destruction of extensive green areas, as well as increasing and unaddressed environmental violations in general, can be held responsible for declining air quality in the urban area. This work should be considered as preliminary work to emphasise the urgent need for conventional air quality monitoring to consolidate air quality data and monitor the effectiveness of different approaches to mitigate war-related air quality deterioration. Possible approaches include the implementation of air purification technologies, the preservation of existing ecosystems, the replacement of fossil energy sources with renewable energy options, proactive and sustainable urban planning and enforcing strict air quality regulations and policies to control and reduce pollution levels. Full article

In the face of modern global challenges and the growing impacts of anthropogenic activity, the issue of agricultural pollution of natural resources has become a critical issue, especially in countries experiencing ecological and social crises. Ukraine, as one of Europe’s largest agricultural producers, faces unique challenges stemming from the legacy of radiation contamination following the Chornobyl nuclear disaster, intensive land use, and the environmental consequences of military conflict. Our study focuses on analyzing the sources of agricultural pollution, including chemical runoff, pesticides, herbicides, heavy metals, and nutrient leaching, as well as their impacts on the sustainability of agroecosystems, food security, and human well-being. The methodology is based on a systematic analysis of scientific research, agrochemical surveys, monitoring reports, and documents from governmental and non-governmental organizations. The assessment of natural resources was conducted using an integrated approach combining quantitative and qualitative pollution indicators. The results reveal an increasing threat to natural resources in Ukraine due to outdated technologies, radiation contamination, and military activities. Special attention is given to the need for a transition to agroecological farming methods and bioremediation for restoring contaminated lands and water resources. The study contributes to the development of sustainable approaches to managing natural resources and strategic measures to minimize agricultural pollution. The Ukrainian context underscores the relevance of research in countries with transitional economies and unique environmental challenges, making the findings significant for international scientific agendas and environmental policy. Future research perspectives include developing innovative technologies to prevent pollution and enhance the sustainability of agroecosystems to ecological challenges, as well as creating international resource management models based on Ukraine’s experience. Full article

This paper explores the replanning, reconstruction, and rebranding of Austro-Hungarian military buildings, encompassing common military administrative, healthcare, and housing facilities as well as railways that were under military jurisdiction, and their profound influence on the development of Banja Luka, Bosnia and Herzegovina. These structures, originally built for military and logistic purposes during the Austro-Hungarian period (1878–1918), played a pivotal role in shaping the city’s urban and architectural landscape. The study employs historical analysis of archival documents, maps, and photographs, combined with contemporary field observations that assess the current state and adaptive reuse of these buildings. This approach allows for a comprehensive understanding of the buildings’ transformation over time, from symbols of military authority to cultural and social landmarks within the city. The key periods of transformation—between 1945–1991 and post-1995—were largely driven by changes in national politics, military ownership, and local urban development policies that promoted the urbanization of unused military zones. The findings reveal a dynamic process of adaptive reuse, wherein the rebranding of these historical edifices has repurposed them into cultural, educational, and public spaces. These adaptive transformations not only preserved the architectural integrity of the buildings but also revitalized their roles in the community. The study concludes that Banja Luka’s experience serves as a model for sustainable heritage management, demonstrating the balance between historical preservation and modern urban development. The results highlight how the city successfully merged its rich architectural past with contemporary needs, contributing to its cultural identity and urban growth. Full article

Amidst the backdrop of growing great power competition, heightened United States presence via military bases has manifested in the Arctic. However, the then design and implementation have hampered the resilience of these bases in a region warming at nearly four times the rate of the rest of the globe. Two-thirds of the United States’ 79 military bases in the Arctic remain underprepared against permafrost thaw and rising sea levels despite rampant calls for sustainable strategies. Damages emanating from climate-related failures will continue to cost the U.S. billions of dollars and render crucial infrastructure unusable. The objective of this study is to present a comprehensive literature review of the extent of Arctic warming and its significance for U.S. bases, the negative implications of military infrastructure deterioration, and methods to adapt both existing and forthcoming bases to a rapidly warming atmosphere. Eighty published papers that directly or indirectly referenced U.S. military bases or climate-oriented engineering in the aforementioned contexts were identified and analyzed over a 20-year period from 2004 to 2024. The literature review concludes that warming concerns were often not taken into much account by civil engineers during initial base construction, an oversight that now jeopardizes runways, docks, and highways. Other nations that have a sizeable footprint in the Arctic Circle, such as Canada and Russia, have demonstrated progress by utilizing pile-driven substructures, thawing permafrost before construction, and ventilated crawlspaces. Alternative solutions, such as cooling permafrost via thermosiphons or refrigeration systems, employing spatially oriented foundations composed of specific materials, and preventative measures such as floodwalls and revetments, have also shown considerable promise in simulations and practice. A table illustrating a holistic literature summary of sustainable strategies to current conditions and climate change at U.S. Military Bases in the Arctic region is also developed. Modeling successful engineering concepts and incorporating existing innovations into military infrastructure should be at the forefront of the United States’ sustainable policy. Full article

We studied the relationship between sustainable investment indexes and examine whether this relationship varies in bullish, bearish, and stable financial markets. To understand this issue more deeply, we analyzed the connectedness between three indexes—the Sustainable Impact investments, Paris-aligned stocks, and green bonds indexes—using the daily closing prices from 1 June 2017 to 15 April 2024, encompassing 1793 observations. We used a quantile vector autoregressive (QVAR) model to understand the dynamic relationship among the considered indices. The findings indicate that sustainable investments are strongly interconnected in both high and low quantiles, but this connection weakens significantly during periods of market stability. The Sustainable Impact investments and Paris-aligned stocks indexes are net transmitters of impacts to other sustainable alternatives, while the green bonds index is a net receiver. We also observed an increase in interconnectedness across all quantiles during the pandemic, the Russia–Ukraine military conflict, and changes in the European Union and the United States’ monetary policies. Full article

This comprehensive review examines the role of sustainable aviation fuels (SAFs) in promoting a more environmentally responsible aviation industry. This study explores various types of biofuels, including hydroprocessed esters and fatty acids (HEFAs), Fischer–Tropsch (FT) fuels, alcohol-to-jet (ATJ) fuels, and oil derived from algae. Technological advancements in production and processing have enabled SAF to offer significant reductions in greenhouse gas emissions and other pollutants, contributing to a cleaner environment and better air quality. The review addresses the environmental, economic, and technical benefits of SAF, as well as the challenges associated with their adoption. Lifecycle analyses are used to assess the net environmental benefits of SAF, with a focus on feedstock sustainability, energy efficiency, and potential impacts on biodiversity and land use. Challenges such as economic viability, scalability, and regulatory compliance are discussed, with emphasis on the need for supportive policies and international collaboration to ensure the long-term sustainability of SAF. This study also explores current applications of SAF in commercial airlines and military settings, highlighting successful case studies and regional differences driven by policy frameworks and government incentives. By promoting technological innovation and addressing regulatory and economic barriers, SAF has the potential to play a crucial role in the aviation industry’s transition toward sustainability. Full article

A circular economy is defined as a socially responsible, policy-driven model of business or enterprise operations that contributes to more sustainable society for both current and future generations. Although the implementation of circularity principles in the economy is a long process, the impact it creates on sustainability is long-term, and its benefits will be felt by all future generations. Therefore, the development of circularity in the European Union’s economy must progress, and more and more organizations should implement it as a good practice. The object of the article is the cooperation of civil sector outsourced services and the country’s military forces in the field of reverse logistics. Using a qualitative research methodology, the article demonstrates the potential for the country’s military forces to support the European Union’s circular economy initiative in the context of sustainability. This includes reducing the consumption of natural resources by increasing the value of the closed-loop supply chain and keeping products suitable for consumption as long as possible. Considering the fact that there is limited information dissemination within the military sector, this research presents one of the few opportunities to examine the integration of civilian and military sector efforts for sustainable development from a practical and scientific perspective. The conducted research demonstrates that the closed-loop supply chain and the military’s reverse logistics processes take place but are not fully integrated into one whole. They lack a unified whole directed towards a common goal when reverse logistics activities are correlated to closed-loop supply chain and national circular economy goals, as well as ensuring sustainability. Outsourced services are available and used in the military, in many cases even for reverse logistics activities (repair, storage, transportation, modernization, etc.). This research made it possible to prepare a conceptual model for the organization of the military’s reverse logistics using outsourced services, thereby ensuring the creation of a sustainable supply chain. Full article

Maritime security is currently a buzzword in international relations. The popularity of the term reflects an emerging consensus across the international community recognizing increasing challenges to world oceans and helps to rally support for serious efforts to cope with these challenges. However, the term is highly contested with regard to its conceptual meaning and empirical implications. The discipline of security studies provides a critical perspective revealing the state-centered ontology embedded in many of the discussions of maritime security. The complicated and intertwining nature of maritime threats in today’s world oceans demands a systematic analytical framework to comprehend and address them, a framework that moves beyond statist ontology, military means, and zero-sum mentality to a people-centered, diversified toolkit and positive-sum mentality and opens space for a common, cooperative, and comprehensive security agenda. The evolving discourse on human security and sustainable development sheds light on a possible path to approach such an agenda in an effective and sustainable manner. It has also enlightened the mandates of major international institutions and a lot of states practices in the pursuit of maritime security. Against this background, this article aims to explore the conception of maritime security and provide an analytical framework for analyzing and guiding maritime security practices and explores a feasible path towards realizing sustainable maritime security that can meet the diversified challenges emerging in global maritime space today. To this end, the article draws on the discipline of security studies over the past few decades so as to structure a rigorous analytical tool for engaging maritime security as a theoretical concept and a set of policy objectives. Applying this framework to state practices, this article discusses the case of China, examining, on the one hand, China’s understanding of maritime security and related policy practices and, on the other hand, exploring the value of the proposed policy framework as serving the foundation for bridging disagreements, forging consensus, and coordinating policy actions in the pursuit of sustained security and development in the maritime domain. Full article

The rise of globalization and industrialization has driven the demand for rare earth metals (REMs). These metals are widely used in various sectors of the global economy with various applications in medicine, renewable energy, electronics, agriculture, and the military. REMs are likely to remain an important part of our global future, and, as production increases, areas contaminated by REMs are expected to expand over the coming decades. Thus, triggering significant adverse environmental, animal, and human health impacts. Despite increased attention on REMs outside China in recent years, there are limited studies exploring REM production, deposits, and associated health impacts in the African context. Proper mine management, adequate safety protocols, sustainable processing methods, and waste handling systems have been identified and proposed globally; however, the nature and scale of implementing these management protocols on the African continent have been less clear. Therefore, planetary health-centered solutions are urgently needed to be undertaken by researchers, policy makers, and non-governmental actors in Africa and across the globe. This is with the overarching aim of ensuring eco-friendly alternatives and public health consciousness on REM exploitations and hazards for future generations to come. Full article

Cultural heritage often mirrors the evolution of the social and economic dynamics of territories. In Taranto, a city in Apulia in southern Italy, cultural heritage represents the synthesis of the profound environmental and economic crisis that has characterised the city over the last century. Its loss is the order of the day following repeated collapses and static instability. Probably, this is the result of the strong conditioning that large industrial groups and military institutions have been exercising over the city’s environment and economy since the end of the 19th century. This paper focuses on the analysis of aspects related to the management and enhancement of the cultural heritage in the area, in the broader scenario of territorial heritage management. Using the DPSIR (Driver-Pressure-State-Impact-Response) spiral logic scheme, the aim of the research is to highlight causal links between the impoverishment of Taranto’s cultural heritage and the management and socio-economic drivers present there. In this perspective, the study aims to contribute to the implementation of the scientific literature on the topic of the application of the spiral DPSIR model to the theme of built cultural heritage and not only to the management of the naturalistic factors of the territories. Furthermore, it aims to stimulate policy makers to initiate specific analyses of the risks threatening cultural heritage in order to implement protective measures before irreversible damage occurs. The results of the analysis promote the need for a subversion of the area’s development dynamics with a view to a ‘culture of sustainability’. Full article

Decreasing the use of concrete in construction projects is an important factor in sustainability awareness and green planning. In the past, the military installed and managed concrete block-shaped obstacles called “rock drops” on major roads in order to hinder enemy movement. As the cities surrounding Seoul are developing, traffic volumes are increasing, and traffic networks are expanding, such types of obstacles are becoming obsolete and need to be replaced by a new eco-friendly, urban-friendly alternative. This study proposes a new sustainable anti-tank obstacle and demonstrates its performance through a finite element analysis. In addition, this study analyzes the effect of the proposed obstacle as a civil–military cooperation policy with respect to sustainability by comparing the CO₂ emissions between the original and the proposed ones. Once one rock drop obstacle made of massive concrete blocks is replaced, CO₂ emissions can be reduced by as much as 99.2%. If 100 rock drop obstacles distributed in the surrounding areas of Seoul are replaced, then 347,581 tons of CO₂ emissions would be reduced. This corresponds to total cost savings of USD 17,379,050 based on the Korean carbon transaction price of USD 50/ton-CO₂. Full article