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Tropical cyclones (TCs) cause devastating losses of lives and properties every year across the globe. This paper makes use of detailed geographic data on historical TCs and socio-economic conditions for both coastal and inland regions to assess the TC risk in China. Specifically, the mitigation capacity is integrated into the 'Hazard-Exposure-Vulnerability' (HEV) framework, and the TC risks are calculated by using the multiplicative/divisive and additive/subtractive formulae based on indicators of hazards, exposure, vulnerability and mitigation. The estimated TC risks are furthermore validated by using the data of direct economic losses and casualties. The results show that coastal areas in China are generally dominated by high TC risks and that inland areas also suffer considerably due to TC-induced secondary disasters. The TC risks calculated by the additive/subtractive formula can better capture the density of direct economic losses and casualties compared with those calculated by the multiplicative/divisive formula. TC hazard plays an important role in determining TC risks in South China, whereas exposure and mitigation play a critical part in determining TC risks in North China. Overall, the consideration of mitigation capacity makes the calculated TC risks more consistent with the magnitude of direct economic losses and casualties. [ABSTRACT FROM AUTHOR]

A pneumonia outbreak was primarily reported in the fall of 2019 in Wuhan, Hubei province, China, with the identity SARS-CoV-2, a novel coronavirus. It quickly grew from a local epidemic to a global pandemic and was declared a public health emergency by the WHO. A total of three prominent waves were identified across the globe, with a slight temporal variability as per the geographical locations, and has impacted several sectors which connect the world. By March 2022, the coronavirus had infected 444.12 million people and claimed 6.01 million human lives worldwide, and these numbers have not yet stabilized. Our paper enlightens readers on the seven strains of human coronaviruses, with special emphasis on the three severe deadliest outbreaks (SARS-2002, MERS-2012, and COVID-19). This work attempts a comprehensive understanding of the coronavirus and its impact on the possible sectors that link the world through the economic chain, climate conditions, SDGs, recycling of the event, and mitigations. There are many points that are raised by the authors in the possible sectors, which are emerging or are as yet unnoticed and thus have not been taken into consideration. This comprehension will leave sets of new challenges and opportunities for the researchers in various streams, especially in earth sciences. Science-integrated research may help to prevent upcoming disasters as a by-product of (existing) epidemics in the form of coronavirus. [ABSTRACT FROM AUTHOR]

The ambitious goals to limit global warming can only be reached with a broad acceptance and participation of the general public. This paper relies on surveys among citizens in China, Germany and the U.S. and investigates the determinants of the acceptance of national and international adaptation and mitigation efforts. The empirical findings indicate that specific beliefs and environmental awareness are important drivers in all three countries, while political attitudes and socio-economic characteristics are the main sources of cross-country heterogeneity. The study thereby points at important starting points and target groups for raising the acceptance of national and international climate policy. [ABSTRACT FROM AUTHOR]

Recommended management practices (RMPs, e.g., manuring, no-tillage, crop residue return) can increase soil organic carbon (SOC), reduce greenhouse gas emissions, and maintain soil health in croplands. However, there is no consensus on how RMPs affect the SOC storage potential of cropland soils for climate change mitigation. Here, based on 2301 comparisons from 158 peer-reviewed papers, a meta-analysis was conducted to explore management-induced SOC stock changes and their variations under different conditions. The results show that SOC stocks in the 0–20 cm layer were increased by 31.8% when chemical fertilization combined with manure application was compared with no fertilizer; 9.98% when no-tillage was compared with plow tillage; and 10.84% when straw return was compared with removal. The RMPs favorably increased SOC stock in arid areas, and in alkaline and fine-textured soils. Initial SOC, carbon-nitrogen ratio, and experimental duration could also affect SOC storage. Compared with the initial SOC stock, RMPs increased the SOC sequestration potential by 2.6–4.5% in the 0–20 cm soil depth, indicating that these practices can help China achieve targets to increase SOC by 4.0‰. Hence, it is essential to implement RMPs for climate change mitigation and soil fertility improvement. • RMPs can increase SOC stock and mitigate climate change. • RMPs-induced SOC changes depend on local environmental conditions. • The SOC storage potentials were decreased with the increase of soil depth. • RMPs can achieve targets to increase SOC by 4.0‰ in Chinese croplands. [ABSTRACT FROM AUTHOR]

This paper has established the computable general equilibrium (CGE) model to analyze the effect of carbon tax policy on energy consumption and CO2emission in China. The analysis shows that with the increase of CO2mitigation, the level of carbon tax will gradually increase; meanwhile the ad valorem tax rates of coal, petroleum, and natural gas go up as well, and the coal tax rate is the highest among them. In addition, with the increase of CO2emission reductions, the demand for coal, petroleum, natural gas, and thermal power will totally decrease. The demand for coal will drop significantly. The main factor responsible for China’s CO2mitigation is coal. Moreover, the sectors of coal, heavy industries, thermal power, light industries, natural gas, and transportation contribute more to CO2emission reductions, while the other sectors contribute less. [ABSTRACT FROM PUBLISHER]

Along with China's modern industrialization, challenges on smog crisis are raising dramatically in the past decade. The sources of municipal smog are multiple and complex, one of which is construction dust emission due to the rapid urbanization. In literature, there are studies focusing on the end-pipe treatment of construction dust; however, very little research has been conducted from the perspective of dust mitigation in developing countries. To fill in this research gap, this paper investigates the current situation of construction dust prevention and control in China, with the aim of providing insights for mitigating dust pollution caused by the construction industry. Through a combination of the content analysis, on-site observation, questionnaire survey and interviews with experienced professionals, a total of 11 related regulations are thoroughly reviewed, and the main sources of construction dust production are identified. A case study is further presented to demonstrate the prevailing dust control measures on site. Recommendations are proposed in order to increase the awareness of related stakeholders, including formulation of targeted regulations, establishment of an appropriate charging scheme, development of a feasible monitoring system, and enhancement of training and dissemination. [ABSTRACT FROM AUTHOR]

Cities are facing considerable challenges resulting from imminent climate change impacts. Urban planning to minimise adverse impacts of climate change at the city level can establish a climate-resilient city. Mitigation strategies to reduce CO2 emissions would lead to a climate-friendly city. Integrating climate change adaptation and mitigation into sustainable city planning should not be merely added as a single level of sustainable city planning, but requires a wide range of multi-level cooperation. Lijiang City has experienced climatic change during the last half century, and its CO2 emissions have increased faster than the GDP growth. Nearby glaciers on Yulong Snow Mountain have been retreating and losing mass since the early twentieth century. In this paper, we identify economic sectors that are vulnerable to climate change, including tourism, agriculture and water supply, and propose mitigation and adaptation strategies to cope with climate change in this tourism city. As energy use is the largest source of greenhouse gas (GHG) emissions, renewable energy has enormous CO2 reduction potential. Land use practices, a sectoral approach and public participation are all considered adaptive in climate planning. The proposals outlined are valuable as they provide an understanding of how to implement integrated climate planning and integrate climate change mitigation and adaptation into sustainable city planning. [ABSTRACT FROM AUTHOR]

The challenge of food waste in the foodservice sector of China is under-examined. This paper advances knowledge by exploring the food waste management practices adopted in a sample of Shanghai full-service restaurants. Through 22 in-depth semi-structured interviews with senior managers it establishes the significance of the food waste challenge and identifies Chinese food consumption habits as a major cause. Despite the pronounced role of consumers in food waste generation, restaurateurs largely fail to engage them in mitigation. To mitigate food waste occurring on customer plates, changes to the Chinese dining culture should be facilitated via nation-wide campaigns aiming to raise public awareness of food waste when eating out. The government of China should lead on the design of such campaigns, ideally involving celebrities for better consumer appeal and academics for the assessment of their effectiveness. The national government should also provide free-to-attend specialist training to restaurant managers and staff on how to mitigate food waste occurring in kitchens. • Explores food waste management in a sample of full-service restaurants in Shanghai. • Establishes the significant magnitude of food waste generation. • Pinpoints the Chinese dining culture as a major cause. • Highlights the mostly passive nature of existing mitigation approaches. • Elaborates on the interventions required for more effective mitigation. [ABSTRACT FROM AUTHOR]

This paper looks at the current state of multilateral development banks (MDBs) for climate change measures and the funding status of those invested in mitigation technology in order to briefly review the current outcome of the technology transfer and financial support. In other words, the aim of this study is to collect and analyze information about the current status of total investment in the field of technology for mitigating GHGs (Greenhouse Gases) from MDBs and identify implications of the status. In this study, a screening technique has been used three times to make a database for project information in the field of mitigation of climate change. So far, based on the finalized DB (Database), mitigation technology projects supported by MDBs have been investigated; based on the result, a connected analysis has been conducted between MDBs, mitigation technology, and countries. According to the derived current status, project support in renewable energy and energy demand areas turned out to be the highest at 75% of the entire mitigation technology. Rather than the renewable energy and energy demand areas where climate technology projects have frequently been performed throughout the world, it was confirmed that long-term climate technology projects for GHG fixation were being performed. According to the results of comparison and analysis of countries with high GHG emissions and their centrality, centrality turned out to be high in the field of GHG fixation in China, the country with the highest GHG emissions. This seems to indicate that countries emitting a substantial amount of GHGs will invest more on projects in the field of GHG fixation as well as on projects on renewable energy. Thus, this study is expected to contribute to understanding the trends of climate technology projects for coping with climate change and using them in establishing future policies on climate technology. In addition, it is expected to be used as a reference for countries with insufficient investment in climate technology despite the high Climate Risk Index (CRI). [ABSTRACT FROM AUTHOR]