Climate Change Phenomenon Research Articles

Coastal Ecosystem Assessment with an Integrated Approach to Land and Seascape Coastal Ecosystems for Conservation: A Case Study of the Pulo Doro Coast, Malang Regency

This research starts from the phenomenon of climate change and increasing land subsidence in the coastal areas. Disasters that often occur due to climate change and subsidence result in the destruction of coastal communities' property, loss of life, agricultural land cannot produce optimally, and tsunamis, tidal floods, and liquefaction are increasingly common. If the incident is not addressed, it will lead to a more severe disaster, and the lives of coastal communities will be threatened. This research aims to assess the condition of coastal ecosystems, both coastal ecosystems, landscapes and seascapes, which are then assessed for the level of usage (economic), conservation (ecology), and the value of local wisdom (social). The method used includes three models: geographic information system (GIS), partial least square (PLS), and total economic value (TEV). GIS is used to assess the presence of landscapes and seascapes. PLS is used to assess public opinion and assessment of the existence of coastal ecosystems. TEV is used to assess the economy. The results of the study show that there are still many Pulo Doro beaches that have not been intervened by anthropogenic processes. The condition of the coastal ecosystem is still intact, although natural processes have begun stressing the coastal area due to the increasing wave height. The results of the PLS show that the community values the landscape as 0.753, the seascape assessment as 0.666, the assessment of the relationship between the landscape and the seascape as 0.841, the assessment of the condition of the Pulo Doro Coastal as 0.693, and efforts to develop a Pulo Doro coastal ecosystem management strategy 0.766. The results of the TEV calculation show that both the landscape and seascape show that the economic value is still not exploited much. The results of this study found a model for managing the coast based on landscape and seascape approaches.

Spatial Correlation between Urban Planning Patterns and Vulnerability to Flooding Risk: A Case Study in Murcia (Spain)

Cities in the Spanish Mediterranean regions have undergone an extensive process of urban growth in recent decades. This urban transformation has often failed to consider the variable of flooding in its planning. Such a situation, combined with the current meteorological changes derived from climate change phenomena that increasingly cause less frequent but more extreme rainfall events in this part of the planet, has caused a sharp increase in the vulnerability of many urban areas against flooding. This research aims to analyze, from a spatiotemporal approach, in the case study of Murcia, a Mediterranean city in southeastern Spain, the existing spatial statistical correlation between urban planning patterns of growth of the city and the increase in risk due to its current vulnerability to flooding. Using GIS-based multivariate indicators and geostatistical analysis, the behavior patterns of said correlation will be numerically evaluated, and possible future trends and scenarios for this problem will be raised.

Jus Pro Homine, Natura et Animalis: Dignifying the Right to Life of Arctic Indigenous Peoples

Indigenous theorists have developed the multi-spatio-temporal accounts of relationality among humans, natures, and animals. In the context of the Arctic, a holistic approach that integrates the indigenous peoples, frozen water, and polar animals is advocated to ensure identity, spirituality, and hydrosocial or cryosocial relations. Such an ontological approach gains importance as the life-threatening phenomenon of climate change is increasingly affecting every aspect of the relationality, happening faster in the Arctic than anywhere on the planet. The adverse effects of climate change on the lives of Arctic indigenous peoples living together with natures and animals pressure us to reconceptualize the meaning of life in constitutional and international law. This paper examines the recent trend to extend the right to life from physical existence to decent existence of indigenous peoples, natures, and animals. It particularly analyses the climate litigations filed by Arctic indigenous peoples, in which they tailor their legal arguments in line with the concept of a dignified life. The author argues that the ontological right to life with dignity not only remedies the vulnerable positions of Arctic indigenous peoples but also corroborates the resilience of their hydrosocial or cryosocial relations with natures and animals.

Regenerative Design of Archaeological Sites: A Pedagogical Approach to Boost Environmental Sustainability and Social Engagement

Sustainable pedagogical approaches and practices have changed during the years, generating a set of philosophical, theoretical, and scientific concepts. Inside them, regenerative design is a proactive method based on systemic frameworks and developmental processes for maintaining the integrity of natural ecosystems, also enhancing human life, environmental awareness, social equity, and economic sustainability through the support of codesign techniques. This approach is widely used in architectural design, both for existing and heritage buildings, to address negative impacts of global warming, climate change, urban sprawl, touristic pressure, and other contemporary challenging phenomena. Specific workflows for archaeological sites have been never proposed, despite the fact that these sites face problems and risks completely different from other cultural heritage settings (e.g., physical development, pollution, tourism pressure, vandalism, looting, inappropriate excavations or interventions, lack of maintenance, funding, and legislation). This study presents a multicriteria decision analysis workflow for preserving and regenerating archaeological sites in a sustainable way through a deep understanding of current problems, values, features, and risks at urban and building levels. This method is tested with a pedagogical experiment at the UNESCO Site of Casterseprio (Italy), to investigate the interaction between heritage, environmental, social, and economic dynamics as well as to define its feasibility, applicability, limitations, and opportunities for further developments. The didactic process is supported by a participatory program among the key players of the site (owners, heritage and public authorities, and local associations), to create strong public support and a shared vision of the sustainable regeneration of the area. Differences between traditional and regenerative design processes, key design principles, shared criteria, replicability, novelty, and limitations of the pedagogic approach are also identified. Key findings of the present study are: (i) students need clear and shared design workflows for supporting their design projects; (ii) “regenerative design” involves multilevel dynamic training methodologies that motivate and involve the student while also improving their consciousness; (iii) the cooperation and the involvement of the stakeholders is important to favor a human-centered approach based also on social and economic interactions; (iv) digital technologies are fundamental for quantifying the key performance indicators in each design stage; (v) “regenerative design” boosts long-term planning and financial self-sustainability of the intervention; and (vi) multicultural design teams producing more innovative design ideas.

Determinants of climate change adaptation strategies in South India: Empirical evidence

The phenomena of climate change pose multifaceted challenges to crop and livestock farming, with severe implications on smallholder farmers' income and livelihoods. Climate change has profound implications (economic, environmental, and social) predominantly on rainfed regions in developing countries like India, where agriculture constitutes the backbone of the economy. In this context, the current study analyzes how farmers perceive climate change in the rainfed ecosystem in India, farmers' adaptation strategies, and their major determinants in addressing climate change. Data were collected from 400 sample farmers in South India. Discriminant and multinomial logit models were employed to identify the adaptation strategies of the farmers. It was evident that the factors such as off-farm income, farm income, and farming experience significantly influenced the adaptation strategies for tackling climate change. Furthermore, access to climate change information and literacy level are vital determinants in different climate change adaptation strategies, including crop diversification, integrated farming system, contingency plans for farm operations, and adoption of soil and water conservation techniques. However, the study highlights the increasing role of institutions (government and private) in future to safeguard the interests of farmers by offering a wide range of policy, research, and technology interventions. In a nutshell, R&D focus on climate-resilient agriculture, application of ICTs in agro-advisory services, and creation off-farm employment opportunities for the farmers is crucial to sustaining their livelihoods as these serve as potential mitigation strategies to impart resilience to climate-sensitive sectors like agriculture in rainfed ecosystems in India or any other countries.

Designing and Manufacturing a Robot for Dry-Cleaning PV Solar Panels

Solar energy is one of the most important solutions to reduce the concerns of the severe climate change phenomenon. Granted, the main manner to harness solar energy to generate power electricity is implemented through arrays made up of PV solar panels. However, the accumulation of dust on PV surfaces nevertheless remains a serious issue that considerably reduces the efficient conversion of PV panels. Therefore, this research is aimed at automating both monitoring and cleaning of the PV panel’s surfaces through the design, manufacture, and operation and evaluating a dry-cleaning robot based on a color monitoring system. The preliminary results demonstrate that the color analysis of the PV panels can distinguish between the density of dust accumulated, where the total color differences between the clean PV panels and both the PV panels with simple, moderate, and intense dust were 43.69, 61.19, and 75.23. This raised the efficiency of the power produced for simple dust panels from 88.03 to 98.91% (one cleaning round), moderate dust panels from 70.72 to 92.96%, and intense dust panels from 39.05 to 62.11% (two cleaning rounds). These preliminary finds illustrate the possibility of using this approach to automatic monitoring the PV panel color and operate the cleaning robot.

Urban Heat Island’s Vulnerability Assessment by Integrating Urban Planning Policies: A Case Study of Montpellier Méditerranée Metropolitan Area, France

The energy balance differences between urban and rural areas give rise to a representative phenomenon of urban climate change called the urban heat island (UHI). The UHI phenomenon, which is exacerbated by global warming effects and urban expansion, exposes urban areas and populations to thermal stress and overheating. Therefore, measuring the intensity of UHI vulnerability is needed to mitigate its effects on health, comfort, energy consumption and infrastructure. Additionally, urban decision makers are looking for methodologies to identify the most vulnerable areas in urban planning. This research aims to investigate areas prone to urban overheating in Montpellier Mediterranean metropolitan area as a representative case study of the French urban planning context. The objective is to develop a methodology for assessing UHI vulnerability based on the interaction of exposure and sensitivity to urban planning policies. Accordingly, a set of fifteen indicators is developed to visualize urban planning policies, exposure and sensitivity to urban overheating. A statistical-based method is applied to determine the individual weights based on the indicators’ variance, which is calculated using principal component analysis (PCA). The spatial and urban planning distribution of vulnerability is then analyzed. The results indicate that the areas with the highest urban planning challenges are most vulnerable to UHI. In fact, the results reveal that these areas have urban planning characteristics likely to aggravate urban overheating. Therefore, this research proposes a methodology for integrating mitigation solutions into urban planning: increase in permeable and green areas; improvement of urban ventilation and heat exchange and decrease in anthropogenic heat generation. It demonstrates that combining urban planning policies with exposure and sensitivity is a new perspective for vulnerability studies. The findings of this study can be utilized by decision makers to better visualize areas susceptible to UHI and plan appropriate mitigation strategies.

Understanding the Distributions of Benthic Foraminifera in the Adriatic Sea with Gradient Forest and Structural Equation Models

In the last three decades, benthic foraminiferal ecology has been intensively investigated to improve the potential application of these marine organisms as proxies of the effects of climate change and other global change phenomena. It is still challenging to define the most important factors affecting foraminiferal communities and derived faunistic parameters. In this study, we examined the abiotic-biotic relationships of foraminiferal communities in the central-southern area of the Adriatic Sea using modern machine learning techniques. We combined gradient forest (Gf) and structural equation modeling (SEM) to test hypotheses about determinants of benthic foraminiferal assemblages. These approaches helped determine the relative effect of sizes of different environmental variables responsible for shaping living foraminiferal distributions. Four major faunal turnovers (at 13–28 m, 29–58 m, 59–215 m, and >215 m) were identified along a large bathymetric gradient (13–703 m water depth) that reflected the classical bathymetric distribution of benthic communities. Sand and organic matter (OM) contents were identified as the most relevant factors influencing the distribution of foraminifera either along the entire depth gradient or at selected bathymetric ranges. The SEM supported causal hypotheses that focused the factors that shaped assemblages at each bathymetric range, and the most notable causal relationships were direct effects of depth and indirect effects of the Gf-identified environmental parameters (i.e., sand, pollution load Index–PLI, organic matter–OM and total nitrogen–N) on foraminifera infauna and diversity. These results are relevant to understanding the basic ecology and conservation of foraminiferal communities.

Examining the Impact of Disaster Experience with Winter Storm Uri and Climate Change Risk Perceptions on Support for Mitigation Policy

In February 2021, Winter Storm Uri swept across the central and eastern United States bringing extreme cold, widespread power outages, and rolling blackouts throughout Texas. This storm prompted climate change to emerge as a major topic of controversy and conversation with scientists and the public alike, and many began to think about the impacts of climate change. Risk communication experts have suggested prior disaster experience is a key mechanism of understanding how risk perceptions are shaped, and ultimately, on how individuals arrive at a judgment, evaluation, or attitude toward information and situations. Drawing from risk communication scholars, we examined the role of prior disaster experience, risk perceptions of climate change, and individual characteristics on its relationship with support for climate change mitigation policy. To do so, we sourced a Qualtrics public opinion panel of residents who lived in Texas during Winter Storm Uri (n = 486) to answer a series of questions related to prior disaster experience, their climate change risk perceptions, and their support of climate change mitigation policy. We conducted two hierarchical regression models to examine how prior disaster experience and climate change risk perceptions predicted support for policy. We found the inclusion of prior disaster experience provided a significant change in the respondents support for climate change mitigation policy. Although academic conversations in agricultural communications have started to explore the varying opinions of climate change, there is much more research needed in this area to fully explore the dynamic and complex phenomena of climate change.

A Study of Strategic Plans of Sustainable Urban Development for Alexandria, Egypt to Mitigate the Climate Change Phenomena

Existing cities are difficult to reconfigure due to their population density and congested highways, which have a detrimental effect on the environment and human health. Sustainable urban development essentially improves people’s quality of life, preserves human health, and mitigates the global consequences of the climate change phenomena. As a result, there is a demand for sustainable cities, which are metropolitan areas powered by cutting-edge technology. This study looks at the subject of sustainable urban planning and how to apply all of the latest innovative solutions to Alexandria’s public transit systems. It focuses on the development of Alexandria as a platform for a high quality of life through a strategic urban plan that gives a future vision for reducing traffic congestion and pollution. This study offers a feasible solution to the city’s traffic problems through the use of smart infrastructure and innovative mobility solutions. The suggested sustainable design is based on the city’s green belt and new axes to establish new traffic channels that will alleviate congestion and solve the city’s traffic concerns. This plan is regarded as an important approach to a strategic urban plan for Alexandria’s transformation into a sustainable metropolis.

Sustainable Strategy for Rice Crop Management in Pinrang Regency, South Sulawesi, Indonesia

Climate change is one of the trending topics to be discussed at both the practical and political levels. Climate change has a significant effect on rice plants because rice cultivation is dependent on climate elements, especially rainfall, and temperature, the phenomenon of climate change has triggered an increase in the intensity of extreme events such as floods and droughts, causing crop failure, crop failure and even cause puso. Pinrang Regency is one of the regions in Indonesia that feels the impact of climate change on the agricultural sector. The research aims to develop appropriate adaptation strategies to climate change for rice crop management. The technique of collecting data is through in-depth interviews with respondents, namely rice farmers in Pinrang Regency using a purposive sampling technique. Data analysis uses SWOT analysis (strengths, weaknesses, opportunities, and threats), by determining internal factors and external factors and formulating climate change adaptation strategies for rice crop management in Pinrang Regency using an analytical tool, namely the SWOT matrix. The results showed that the strategies that could be implemented for the management of rice plants in Pinrang Regency were cultivating farmers by applying irrigation technology, developing water management technology, optimizing the performance of farmer groups, providing intensive climate information, and cultivating environmentally friendly technologies.

Experimental evaluation of concrete shrinkage deformation under the influence of foehn wind in vietnam

Foehn wind or foehn effect is a hot dry wind type blowing down from the mountains. It appears in the middle of Vietnam from early April to mid-September every year. The foehn effect has characteristic humidity drops deeply while the temperature rises. This has affected the concrete shrinkage deformation in the work construction. This paper presented an experimental study to evaluate the concrete shrinkage deformation under the influence of the Foehn wind in Vietnam. The experiment was performed in a simulated environment with temperatures high and humidity down, which is intended to simulate the phenomenon of foehn wind and climate change in the middle of Vietnam. The datasets obtained from this experiment were tested with previous results, it was highly accurate and reliable. The research obtained results have reflected that the concrete shrinkage deformation in foehn wind conditions has a significant effect compared to normal conditions in both the value and speed. In addition, this test also shows that the concrete shrinkage deformation with Ca(OH)2 added to in the mixture is smaller than concrete without Ca(OH)2.

The Influence of student understanding and concern for the environment on sustainable campus in the UI GreenMetric Ranking

Development that ignores the concept of sustainability can result in losses and negative impacts on environmental sustainability as well as acceleration of the phenomena of climate change and global warming. Therefore, it is important to minimize environmental damage by implementing the concept of sustainable development in various aspects to meet the needs of future generations. This research aims to provide information and determine the influence of students’ understanding and concern for the environment in achieving a sustainable campus. The research method uses a correlational approach with a survey type via questionnaire. The data analysis technique uses regression testing with SPSS software version 26.00. The results of this research show that there is a significant positive influence if students’ understanding and concern for the environment increases, this will have an impact on campus sustainability. The highest influence on a sustainable campus is environmental awareness, followed by students’ understanding of the environment.

Prioritizing climate adaptation at the local level in Ghana

<abstract> <p>The increasing intensity and frequency of climate impacts exacerbate pressures on front-line local communities. This calls for location-specific adaptation strategies. Alignment of strategies with respective National Climate Change Strategy is key for the overall sustainability of initiatives and local communities. The work presented in this paper examines the adoption and prioritization of climate adaptation policies at the local level based on a case study of the Adansi North District (AND) in Ghana. An assessment of the extent to which climate adaptation policies are captured and budgeted for was done via a review of the district’s medium-term development and key political actors were interviewed to assess the level of priority they place on climate adaptation. Findings from the study reveal that 41% of the locally adopted policies directly align with stipulated national level policies. We attribute the adoption of climate policies in AND to local political actors having higher education which has afforded them good understanding of the climate change phenomenon, being experienced professionals and having to work within institutional rubrics that make climate policy formulation a requirement. However, little priority is given to these policies for implementation, mainly through the non-allocation of funds. We account for this with the weak environmental advocacy in the district and exchange between actors on adaptation. Furthermore, partisan actors who already wield veto powers and can promote policies that may not necessarily support adaptation measures, often do so, since their interest is to become popular among electorates who also prefer infrastructure over environmental policies. We conclude that although climate adaptation policies are fairly adopted and budgeted for in AND, they have not received commensurate priority for implementation. Recommendations are proposed for addressing this.</p> </abstract>

Use of Spatial Technology for Land Cover Change Assessment in Protected Area Management

Land cover assessment and monitoring of land cover dynamics are important to understand social and ecological processes in protected areas and it is helpful in monitoring, modeling and detection of environmental changes. Land cover is the characteristics of the physical material on the ground surface. Change in land cover is among the most important human alteration affecting the surface of earth that directly impacts on biological diversity. Such changes affect and increase the vulnerability of population, environment and ecosystem to global phenomena of climate change. This study has assessed the changes in land cover in Shivapuri Nagarjun National Park (SNNP) along with its Buffer Zone during twenty-seven years. The main objective of this study is to identify the changed scenario on land cover condition of the study area based on available topographic maps (1994), Google Earth images (2021) and Key Informant Interview (KII). The study has adopted Remote Sensing (RS), Geographic Information System (GIS) and Global Positioning System (GPS) approach supported by secondary data and focus group discussion for classification and mapping of land cover. Among the different land cover classes, forest land, sandy area, water bodies and others land particularly built up area have been increased whereas, the bush/shrub land, cultivated land and grass land have been found decreased in the park area. On the other hand, the cultivated land, grass land and water bodies have been found decreased, while the bush/ shrub land, forest land, sandy area and others land particularly built up areas have been found significantly increased during 1994 to 2021 in the BZ area. It will provide a baseline for planners and policy makers to make proper plans to sustainably manage the protected area’s land cover.

A Systematic Review on the Climate and Ecosystem Change Associated With the COVID-19 Epidemic: Global Challenges

The most serious current challenge in the world is COVID-19 disease incidence. With the spread of COVID-19, in addition to widespread human and economic damages, concerns have increased about the world’s climate and ecosystem change. This change alters the genetic structure of viruses, leading to newer strains. This study addressed global challenges regarding the COVID-19 epidemic effects and possible two-way changes in climate and ecosystems. Studies conducted from 2019 to 2022 were reviewed in this systematic review. Articles on climate and ecosystem change related to the COVID-19 epidemic were searched in the Scopus, Web of Science, and PubMed databases in accordance with the MeSH search strategy using keywords such as "Climate Change" and "Ecosystem" or "COVID-19". In this research, the coding method based on the PRISMA chart was used, and 13 related articles were included in the study after qualitative evaluation. The COVID-19 epidemic is likely to have significant implications for progress in climate and ecosystem change. The phenomenon of climate change and its interaction with the COVID-19 epidemic is not limited to natural issues. One of the most important consequences is its impact on the social and economic issues of human societies, the most important of which are air pollution and environmental degradation. An increase in normal and special wastes, water consumption and wastewater production, air pollution after the start of the global economy, damage to forests and animals, and tendencies to use fossil fuels are only a part of the direct and indirect negative effects of COVID-19 on climate and ecosystem change. Epidemics directly threaten people and the health system, while climate and ecosystem change more broadly weakens natural and human systems. The COVID-19 crisis requires solutions within weeks and months, whereas responses to the climate and ecosystem change crisis seem less acute. However, the effects of climate and ecosystem change worsen with further procrastination. Thus, such crises with overlapping conditions and interactions require more attention and immediate public mobilization. Thus, the necessary planning should be implemented to moderate and reduce its effects.

Field Research on Global Climate Change in Social Reality

This study focuses on revealing the relationship between global climate change (GCC) and the discipline of social policy on the axis of social reality. The focus of the study is qualitative research carried out within the framework of nature-based work (those who make their living from nature) in the Mediterranean climate of Turkey to make the dimensions of the GCC in social reality comprehensible. Within the scope of the study, in-depth interviews were conducted with those who have been making a living directly from nature for long enough to assess climatic changes. In line with the Interpretive Approach adopted in the research, the Constructivist Design Theory was preferred to understand the interaction between the GCC and human beings within the scope of social policy, in the ordinary course of life and in-depth. The findings show that GCC increases production costs in works directly dependent on nature. Due to the increases in production costs, GCC threatens the potential of works directly dependent on nature as a livelihood. On the one hand, this impoverishes those who work directly depending on nature. On the other hand, it interrupts the handover of this work to future generations. According to this research, which aims to explore the relationship between the phenomenon of GCC and the discipline of social policy, the impoverishing cycle caused by GCC makes it necessary for GCC to be a ‘new’ topic in the field of social policy. This cycle also makes effective social policy practices necessary in dealing with GCC. 

Human Rights Aspect in the Indonesian Energy Transition: The Challenges of Promoting the Right to a Clean, Healthy and Sustainable Environment

Indonesia's Constitution has recognised and guaranteed the right to a clean and healthy environment. Recognition of the right is even more relevant after the United Nations adopted the resolution to recognise it as a part of human rights in 2022. This paper will discuss the recognition and guarantee of human rights in the Indonesian legal framework on energy transition. As one of the responses to the climate change phenomenon, the energy transition should mainstream the human rights aspects. Doctrinal legal research methods are adopted in this study with a statute and conceptual approach. This study aims to map the problems of Indonesia's energy transition legal framework from a human rights perspective. The analysis results show at least three problems raised in recognising the right to a clean, healthy and sustainable environment in the Indonesian legal framework on energy transition: sectoral egos, incompatible legal instruments, and dependence on fossil energy.

Modeling and predicting trends of heat stress based on climate change phenomenon: A case study in a semi-arid climate

Background: Climate change is one of the most complex human challenges in the future. One of the consequences of climate change is the exposure of people to heat stress, especially in the outdoor environments. The aim of this study was to model the changes in the trend of exposure to heat stress in outdoor environments in the coming decades in the context of climate change and global warming. Methods: The Wet Bulb Globe Temperature (WBGT) index, Canadian Earth System Model (CanESM2), and the Statistical Down Scaling Model (SDSM) were used in a semi-arid climate. In this study, Arak station was considered as a representative of Iran’s semi-arid climate. In this research, the daily data of the minimum and maximum temperatures, humidity, and WBGT index were used from 2011 to 2099. Results: The minimum and maximum air temperatures in the study station show an increasing trend in three time periods. Also, based on the three studied scenarios, air temperature and WBGT index have an upward and positive trend and relative humidity has a downward and negative trend in the coming decades. Conclusion: In general, increasing the exposure of people to heat stress at the study station in the coming decades and based on the simulations of atmospheric general circulation models (GCMs), will not be unexpected.

Literature Review of Climate Change and Indonesia's SDGs Strategic Issues in a Multidisciplinary Perspective

Today, we often hear or even discuss about climate change or in a universal language known as “Climate Change”. Climate change cannot be underestimated because although it is a physical change, it can damage the development results of various sectors that have been achieved and hinder the achievement of Indonesia’s SDGs. Solving the issue of climate change also cannot be solved by just one scientific discipline but requires multidisciplinary collaboration. This literature research reviews climate change in the midst of Indonesia’s SDGs- based development from various multidisciplinary perspectives while at the same time looking for opportunities for adoption and mitigation in the midst of a mud puddleof climate change threat. The results of this research suggest that scientific perspectives and the interests of Agribusiness, Higher Education, Public Health and Socio-culture are considered factors in implementing the SDGs program especially climate change, including adaptation and mitigation. Because if only focus on one perspective, it will be very difficult to accommodate the sustainable development of the SDGs in a pluralistic society. The role of a multidisciplinary perspective in this research is very influential in the adaptation and mitigationof climate change phenomena in the process of implementing the SDGs sustainable development. The solutions offered by each perspective can go hand in hand and support the resilience of the Indonesian nation and the world in the SDGs sustainable development process, including dealing with the phenomenon of Climate Change.