Special Feature on Regional Sustainability: analysis in a spatial and regional context with broad perspectives on the risk of global warming, natural disasters, and emerging issues due to the globalized economy

Higano, Yoshiro; Otsuka, Akihiro

doi:10.1007/s41685-022-00227-w

Cited by 5 publications

(3 citation statements)

References 7 publications

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“…Global warming has been serious issue and problem to human civilization nowadays and has to be considerations in environment management [1][2][3]. IPCC (Intergovernmental Panel Climate Change) estimates that earth average temperature will be increasing by 1,5 ˚C in 2030-2050 [4]. One of threats because of global warming is sea average level rise [5] which has effect on demography system in coastal area [6].…”

Section: Introductionmentioning

confidence: 99%

Capacity Assessment Spatialization to Disaster Risk Reduction in Semarang Coastal Area

Utomo

2023

IOP Conf. Ser.: Earth Environ. Sci.

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Global warming be the one of threats to human civilization that has to be main considerations in environmental management. In addition, global warming is one of key driven factor of tidal flooding that affect many aspects in coastal area society. This study proposes to model capacity preparedness index of Semarang Metropolitan Coastal Area. The analysis divided by two substances, physical capacity and economy capacity. The examination and modelling of capacity preparedness level consider public health facilities availability, road network accessibility, and economy activity. The research uses quantitative methods and maximized the utilization of secondary data to capacity assessment. The findings show that capacity preparedness index of urban area is higher than its peri-urban. In total, Semarang Metropolitan Coastal Area have low-capacity preparedness level. There are only two sub-district which has high level capacity, Semarang Tengah and Semarang Utara. Otherwhile, there are three medium level capacity sub-districts and four low level capacity sub-districts. Those findings show that geospatial analysis can help people and government on how to understanding their capacity in dealing with disaster which cannot be predicted precisely.

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Section: Introductionmentioning

confidence: 99%

Capacity Assessment Spatialization to Disaster Risk Reduction in Semarang Coastal Area

Utomo

2023

IOP Conf. Ser.: Earth Environ. Sci.

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“…), loss of biodiversity, food insecurity, societal conflicts or negative impacts on health (pollution-related pathologies, anxiety, access to drinking water, more pathogens, etc.) [1][2][3][4]. As the construction sector is one of the most environmentally impacting [5,6], research into low-impact building materials has been multiplying in recent years.…”

Section: Introductionmentioning

confidence: 99%

Bibliometric Analysis of Bio- and Earth-Based Building Materials: Current and Future Trends

Rosa Latapie,

Abou-Chakra,

Sabathier

2023

Construction Materials

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The energy and environmental transition in the building sector requires the development and use of low-impact materials. Despite the growing interest in bio-based and earth-based building materials, their widespread adoption is still limited due to a lack of hindsight, as their study is relatively recent. This study aims to contribute to the development of these materials by providing an extensive overview of key contributors (authors, countries, journals) in these fields. Then, the keywords of the corresponding publications were analyzed to reveal the main topics covered to date. First, a broad scale is presented, followed by a focus on sub-categories, specifically raw materials for bio-based building materials and implementation techniques for earth-based ones. Finally, a comparative analysis, with the themes covered by composite construction materials as a whole, completes the study. Using statistical analysis coupled with bibliometric network visualization software, this study provides clear, quantifiable, and objective insights into current trends. Furthermore, it facilitates the identification of new, promising research perspectives and highlights the importance of interdisciplinary collaboration. Physics, modeling, durability and microstructure studies emerge as relevant levers for advancing the future development of these eco-friendly building materials.

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“…According to the Climate Bond Initiative (CBI), the global issuance of green bonds was less than USD 50 billion in 2015, but by 2021, it reached more than USD 500 billion (see Figure 1). One of the reasons that green bonds are attracting attention is that natural disasters, such as typhoons, torrential rains, and fires, are occurring more frequently due to rising temperatures, and the need to mitigate and navigate global warming has become an international concern (Higano and Otsuka 2022). Governments, local governments, organizations, and others have become increasingly supportive of issuing green bonds, and regulations, laws, and markets have been established to promote green bonds to raise the funds needed to prevent global warming.…”

Section: Introductionmentioning

confidence: 99%

Institutional Investors’ Willingness to Pay for Green Bonds: A Case for Shanghai

Zenno

Aruga

2022

JRFM

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The issuance of green bonds has been increasing since 2016 in China, and the number of papers covering the topic is growing. In previous studies on greenium, not much has been investigated from the institutional investors’ perspective. The study estimates the institutional investors’ level of greenium by surveying the institutional investors in Shanghai, China, from October 23 to 1 November 2021, using the double-bound dichotomous choice (DBDC) contingent valuation method (CVM). The study also analyzes the effects of variables that are known to be important for the green bond based on previous studies. The study identifies that there is a greenium level of 0.47%. Among the seven variables tested with logit regression models, the credit and currency of the bond had a positive effect on the greenium. The study provides helpful insights for issuers’ strategic planning and could be a stepping stone to increasing issuance not only for the Chinese green bond market but also for the global green bond market.

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Special Feature on Regional Sustainability: analysis in a spatial and regional context with broad perspectives on the risk of global warming, natural disasters, and emerging issues due to the globalized economy

Cited by 5 publications

References 7 publications

Capacity Assessment Spatialization to Disaster Risk Reduction in Semarang Coastal Area

Capacity Assessment Spatialization to Disaster Risk Reduction in Semarang Coastal Area

Bibliometric Analysis of Bio- and Earth-Based Building Materials: Current and Future Trends

Institutional Investors’ Willingness to Pay for Green Bonds: A Case for Shanghai

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