Enhance Climate Resilience Research Articles

Variability in the responses of rice ecotypes to elevated CO2 based on data from FACE studies in China and Japan: Implications for climate change adaptation

Elevated CO2 increases rice yields, and the response level varies across locations and genotypes. Previous analyses of genotypic variations from diverse Free-Air CO2 Enrichment (FACE) studies lacked specificity, limiting their applicability in simulating the responses of crop growth to elevated CO2. Using meta-analysis approach and the ORYZA (v3) model with historical and projected climatic data, this study evaluated the differences in the responses of rice ecotypes to elevated CO2 and identified adaptive measures. Meta-analytical findings indicated that Chinese inbred indica (indicai) and hybrid indica (indicah) rice exhibited comparable yield response rates (28.4% and 31.1%, respectively) to elevated CO2, surpassing those of Chinese japonica rice and Japanese indicai and japonica rice. Achieving higher adaptation to elevated CO2, exemplified by Chinese indicah rice, necessitates the consideration of balanced yield components, with individual contributions to yield responses ranging from 9.8% to 36.2%. This study highlighted the susceptibility of japonica rice to adverse effects of maximum temperatures on yield component responses to elevated CO2 compared to indicai or indicah rice. Strategic adjustments in sowing dates can enhance rice production under climate change, with high-response genotypes benefiting more from optimal sowing periods. Furthermore, for genotypes with less responsiveness to elevated CO2, augmenting nitrogen application in conjunction with sowing date adjustments was beneficial for yield optimization. This research not only advances our understanding of the diverse adaptation strategies of rice genotypes under varying climatic conditions but also enhances the precision of crop growth simulations by accounting for the varied responses to CO2 enrichment. These insights are pivotal for developing targeted breeding and management practices aimed at enhancing climate resilience in rice production.

Sustaining ex-mining lake-converted constructed wetlands as nature-based solutions: A comprehensive assessment of the carbon-water nexus in Paya Indah Wetlands, Malaysia

Water and carbon, essential for Earth's well-being, face imminent threats from human activities that fuel climate change. This study investigates nature-based solutions, focusing on the carbon-water nexus of ex-mining lake-converted constructed wetlands, specifically in Malaysia's Paya Indah Wetlands (PIW). Addressing research gaps, it assesses the ecosystem services of these wetlands, emphasising integrated evaluations for informed land management and employing a top-down conservation approach. Methodologically, spatial assessments, soil and water sampling, carbon quantification, water quality index calculations, land cover classification and stakeholder surveys were conducted. Results underscore the significant carbon sequestration and water quality improvement potential of constructed wetlands, with soil and sediment carbon accumulation reaching 1553.11 Mg C ha−1 (equivalent to 5700 Mg CO2 ha−1), translating to an annual sequestration capacity of 67.5 Mg C ha−1 year−1. Water quality index values ranged from 58 to 81 (Classes II to III). PIW's establishment led to a reduction of over 90% in barren land, with increases in water bodies (36%) and vegetation-covered land (38%), boosting wildlife populations by 30%. Spatial variations in organic carbon density and water quality underscore the complexity of the carbon-water nexus and its impacts on ecosystem health and water security. Despite land use changes, PIW demonstrates resilience, contributing to climate change mitigation. Stakeholder perceptions vary, emphasising the need for adaptive strategies. The study proposes transdisciplinary conservation initiatives and adaptive plans, stressing the pivotal role of ex-mining lake-converted constructed wetlands in enhancing climate resilience.

The Role of Eco-Musicology in Enhancing Climate Resilience in Nigeria

The Role of Eco-Musicology in Enhancing Climate Resilience in Nigeria

Implications of Climate Change Litigation for Environmental Law and Policy in Ghana

Purpose: The aim of the study was to examine implications of climate change litigation for environmental law and policy in Ghana Methodology: This study adopted a desk methodology. A desk study research design is commonly known as secondary data collection. This is basically collecting data from existing resources preferably because of its low cost advantage as compared to a field research. Our current study looked into already published studies and reports as the data was easily accessed through online journals and libraries. Findings: The study found that the implications of climate change litigation for environmental law and policy in Ghana underscore the urgent need for robust legal frameworks and adaptive policy responses to address the multifaceted challenges posed by climate change. While Ghana has made strides in enacting environmental legislation and participating in international climate agreements, the increasing frequency and severity of climate-related impacts necessitate greater legal clarity, enforcement mechanisms, and stakeholder engagement to enhance climate resilience and adaptation efforts. Climate change litigation provides a crucial avenue for affected communities, civil society organizations, and environmental advocates to hold governments and corporations accountable for their contributions to climate change and their obligations to protect the environment and uphold human rights. Unique Contribution to Theory, Practice and Policy: Legal Mobilization Theory, Policy Diffusion Theory & Ecological Modernization Theory may be used to anchor future studies on implications of climate change litigation for environmental law and policy in Ghana. Encourage strategic litigation that targets key actors, industries, and policy arenas to maximize the impact of legal interventions on environmental protection and climate action. This involves identifying leverage points within existing legal frameworks and leveraging innovative legal strategies, such as public trust doctrines and rights-based approaches, to advance environmental objectives. Foster greater integration of climate change litigation outcomes into national and international environmental policy-making processes. Governments and intergovernmental organizations should proactively incorporate legal precedents, court decisions, and settlement agreements into policy development, implementation, and evaluation.

How does the construction of climate adaptive cities enhance climate resilience?

Promoting policies that facilitate urban adaptation to climate extremes is of global concern. Globally, cities have attempted to adjust to climate change in various ways. Using data from a panel of Chinese cities that have engaged in preliminary climate adaptation, this empirical study is based on an analysis of the effectiveness, heterogeneity and mechanisms of urban climate adaptive policy, mainly using the difference-in-difference (DID) method. The findings show that the preliminary policy significantly improves urban climate adaptation and enhanced climate resilience through pathways such as enhanced technological innovation, increased public participation in environmental issues, appropriate penalties for damage to the environment and lenient environmental regulation. The study also provides multiple tests to confirm whether, and at what level, the experimental policy has indeed been effective. The results show that parallel trend tests, counterfactual tests and random experiments all indicate that the climate adaptive urban project has been effective and robust. Further evidence that there are notable differences in the policy’s effects across eastern, central, and western China comes from the heterogeneity test results. The interaction effect based on the economic growth level demonstrates that the impact of policy execution varies significantly with economic development level. The findings provide useful policy insights into ways to leverage the effects of policies in the face of extreme climate events and to enhance global resilience to extreme climate risks across the world.

Climate Change Policies and Global Cooperation: Assessing the Role of International Organizations in Germany

Purpose: The aim of the study was to analyze the climate change policies and global cooperation: assessing the role of international organizations in Germany. Methodology: This study adopted a desk methodology. A desk study research design is commonly known as secondary data collection. This is basically collecting data from existing resources preferably because of its low cost advantage as compared to a field research. Our current study looked into already published studies and reports as the data was easily accessed through online journals and libraries. Findings: International organizations play a vital role in facilitating global cooperation on climate change policies. They serve as platforms for information exchange and coordination of initiatives, setting international standards and targets. Additionally, these organizations provide financial support and technical assistance to enhance climate resilience, particularly in developing countries. Overall, their efforts are essential for driving collective action and combating climate change on a global scale. Unique Contribution to Theory, Practice and Policy: Complex interdependence theory, transnational advocacy networks (TANs) & regime theory may be used to anchor future studies on climate change policies and global cooperation: assessing the role of international organizations. International organizations provide technical expertise, capacity-building support, and financial assistance to enhance the implementation of climate change policies at the national and regional levels. International organizations play a vital role in shaping the global policy agenda on climate change through advocacy, norm promotion, and policy coordination.

Determining the climate adaptive capacity of urban actors: a case study of Mongla port-townin Bangladesh

PurposeIn an urban environment, different types of actors (individuals, households, community groups, institutions, governmental organizations, nongovernmental organizations (NGO), community-based organizations (CBO) and public and private organizations, etc.) play critical roles in enhancing urban resilience to adapt to the impacts of climate change. To identify and prioritize aspects of climate resilience planning, this study aims to examine the potential impacts of climate change on diverse urban systems and evaluate the capacities of various actors to adapt to climatic stress.Design/methodology/approachThis research selects Mongla, a coastal as well as port town in south-western Bangladesh that faces climate risks including frequent cyclones, storm surges and salinity intrusion due to sea-level and temperature rise, as reported in the National Climate Vulnerability Index 2018. This research uses the methodology proposed by ICLEI South Asia’s Climate Resilient Cities Action Plan and accesses different urban actors’ adaptive capacity for contributing to enhancing climate resilience based on three broad characteristics: the capacity to organize and respond, availability of resources and access to information. The cumulative scores of these characteristics aid in determining the climate adaptive capacity of each urban actor.FindingsThe identified 53 actors are grouped into four categories: government (local and national); international/local NGOs, CBOs and associations; community representatives and private sectors and groups and individuals. The group of NGOs, CBOs and associations has a higher overall adaptive potential than all other actor groups, according to the study. When it comes to practicing adaptive capacity, government institutions are in the second-highest position. But, the Khulna development authority, the government agency that is in charge of overseeing all forms of urban development, scored poorly on all fragile urban systems. However, the performance of the fourth group of urban actors is very subpar when it comes to adapting to climatic stress, which emphasizes the need for focused interventions.Research limitations/implicationsVariations in adaptive capacities to climate change across different actors are particularly useful for targeting actors with lower levels of climate adaptive capacities in Mongla town.Originality/valueThis paper particularly addresses the research gap in assessing the adapting capacity of urban actors in Mongla port-town. Policymakers and practitioners can create and carry out targeted interventions that address the particular needs and concerns of vulnerable actors by making use of the insights obtained from this kind of study, thereby assisting in the development of climate resilience in any urban area.

Developing a flood monitoring system by utilizing real-time satellite rainfall estimates and water energy budget-based rainfall-runoff inundation model in West Africa

Abstract. The African regions have been affected by frequent flood-related disasters. To support decision-makers in flood disaster management, a real-time flood monitoring system was established in the Niger and Volta basins under the Water disaster platform to enhance climate resilience in Africa (WADiRE-Africa). To bridge a gap between data unavailability and inaccessibility, the near-real-time satellite rainfall data (GSMaP-NRT) was evaluated and found to have a very low correlation (<0.4) with gauge data at daily scales and a higher correlation (>0.7) at monthly scales. The statistically bias-corrected GSMaP-NRT data was used in the Water and Energy Budget-based Rainfall-Runoff-Inundation (WEB-RRI) model to generate hydrological responses of the basins. As the simulated river discharges were overestimated, an additional correction method was employed for the GSMaP-NRT data to match well with observed discharges. The prototype system provides real-time flood information in both basins.

The Impact of CSR on Supply Chain Management in Enterprises

Corporate social responsibility (csr) adoption is gaining increasing prominence as a strategic imperative for enterprises seeking to drive transparency, collaboration, and sustainability through their supply chains due to its perceived importance. This paper undertakes a qualitative analysis of peer-reviewed academic literature and industry reports to examine the linkages between measurable csr policies. This helps in deducing means for supply managers to control ethical sourcing, supplier codes of conduct, and social audits and resultant performance improvements across interconnected supply chain entities due to followership of acceptable socially conscious activities. Henceforth, the analysis provides a valid view that integrative csr priorities propagate positive transformations. The transformation refers to improved vendor relationships, logistics, and distribution networks. Those are achieved through enhancing climate resilience, reducing risks, and enabling cost efficiencies. The csr actions, however, need to be structured by mechanisms around supplier capability building, compliance enforcement, and monitoring systems, which are uncovered as vital framing elements allowing csr commitments. However, equitable integration frameworks across entities with varying maturity levels require additional investigation.

Unraveling the unknown: Adaptive spatial planning to enhance climate resilience for the endangered Swamp Grass-babbler (Laticilla cinerascens) with habitat connectivity and complexity approach

The endangered and poorly known Swamp Grass-babbler, Laticilla cinerascens (Passeriformes: Pellorneidae), confronts critical threats and vulnerability due to its specific habitat requirements and restricted populations in the northeastern region of the Indian Subcontinent. This study investigates the distribution of the species, habitat quality, geometry and shape complexity of connectivity among the protected areas (PAs), and responses to climate change in Northeast India under different climate change pathways by utilizing ensemble distribution models, and ecological metrics. From the total distribution extent (1,42,000 km2), approximately 9366 km2 (6.59 %) is identified as the suitable habitat for this threatened species. Historically centered around Dibru Saikhowa National Park (DSNP), the species faced a drastic decline due to anthropogenic activities and alteration in land use and lover cover. The study also reveals a significant decline in suitable habitat for L. cinerascens in future climate scenarios, with alarming reductions under SSP126 (>10 % in the timeframe 2041–2060 and > 30 % from 2061 to 2080), SSP245 (>90 % in both time periods), and SSP585 (>90 % in both timeframes) from the present scenario. At present, DSNP has the most suitable habitat within the distribution range but is projected to decline (>90 %) under more severe climate change scenarios, as observed in other PAs. Landscape fragmentation analysis indicates a shift in habitat geometry, highlighting the intricate impact of climate change. It predicts a substantial 343 % increase (in the SSP126) in small habitat patches in the future. Connectivity analysis among PAs shows a significant shift, with a decline exceeding 20 %. The analysis of shape complexity and connectivity geometry reveals a significant increase of over 220 % in the fragmentation of connectivity among PAs between 2061 and 2080 under the SSP585 climate change scenario compared to the present conditions. The study underscores the urgent need for conservation actions, emphasizing the complex interplay of climate change, habitat suitability, and fragmentation. Prioritizing PAs with suitable habitats and assessing their connectivity is crucial. Adaptive management strategies are essential to address ongoing environmental changes and safeguard biodiversity. Future research in critical areas is needed to establish long-term monitoring programs to lead/extend effective conservation strategies.

Agricultural Practices and Climate Resilience: Case Study in Vietnam

Purpose: To aim of the study was to analyze agricultural practices and climate resilience: case study in Vietnam. Methodology: This study adopted a desk methodology. A desk study research design is commonly known as secondary data collection. This is basically collecting data from existing resources preferably because of its low cost advantage as compared to a field research. Our current study looked into already published studies and reports as the data was easily accessed through online journals and libraries. Findings: In Vietnam, agricultural practices significantly enhance climate resilience amidst growing climate variability. Diversified cropping systems and climate-smart techniques like conservation agriculture and agroforestry help mitigate climate-related risks by spreading vulnerabilities and improving soil health and water retention. Promoting resilient crop varieties and livestock breeds further reduces susceptibility to pests, diseases, and extreme weather events. Integrating these strategies into agricultural policies is vital for ensuring food security and sustainability in Vietnam's changing climate. Unique Contribution to Theory, Practice and Policy: Social-Ecological Systems Theory (SES), Adaptive Capacity Theory & Political Ecology Theory may be used to anchor future studies on agricultural practices and climate resilience: case study in Vietnam. Encourage diversification of crops and livestock to increase resilience to climate variability. Promote mixed cropping, agroforestry, and integrated livestock-crop systems, which enhance biodiversity, soil fertility, and pest resilience. Develop and implement policies that support climate-resilient agriculture.

Enhancing Climate Resilience Against Flooding in Housing Design Through Synergistic Strategies in Pakistan

Enhancing Climate Resilience Against Flooding in Housing Design Through Synergistic Strategies in Pakistan

Decentralized Water Infrastructure and Peri-Urban Water Security: Policy Challenges and Opportunities in Rainwater Harvesting Initiatives in Mexico City

Like other megacities worldwide, Mexico City faces significant water security challenges in a context of rapid urbanization and climate change. The impacts of water stress are particularly harsh in the city’s unplanned peri-urban settlements, where reliable centralized municipal water is often unavailable. In response, decentralized solutions such as rainwater harvesting have become an important tool for a variety of stakeholders to improve access to water and sanitation and to enhance climate resilience. However, many details about how best to ensure safe management, safe water quality, and long-term sustainability to these systems remain unresolved. Drawing from our field observations and insights from local practitioners, in this article we demonstrate the varying attitudes, experiences, and perspectives with rainwater harvesting systems. We discuss the opportunities and barriers to the long-term uptake of decentralized water technologies and examine approaches to responsibly integrate water technologies and innovations, community participation, and water rights. We will also discuss the role of various stakeholders in creating an enabling environment for community-based water innovations. This article highlights the importance of a long-term and holistic perspective to decentralized infrastructure initiatives and calls for evidence-based innovation, which integrates citizen participation/ownership, public awareness, and localized risk management.

Evaluation of Yield Advantages, Competitiveness and Economic Benefits of Pigeonpea (Cajanus cajan L.) Based Intercropping Systems Under Different Date of Sowing

The experiment conducted at the Department of Agronomy farm, VNMKV., Parbhani (MH), during the kharif seasons of 2016-2017 and 2017-2018, integrates key agro-environmental factors. The utilization of deep black (vertisol) soil with good drainage replicates prevalent soil conditions in the region, ensuring the relevance and applicability of the findings to tropical environments of Latin America [20,21]. The implementation of a split plot design with two replications, considering four sowing dates and seven cropping systems, enhances the experimental robustness, facilitating a comprehensive evaluation of the interactions between timing and cropping systems [6,22].The study's findings highlight the significance of sowing dates in maximizing pigeonpea equivalent yield and net monetary returns, with sowing within a week period after the regular commencement of the monsoon (D1) demonstrating superior performance. Furthermore, the pigeonpea + soybean intercropping system emerges as the most favorable [50], indicating its potential for enhancing agricultural productivity and economic returns in the region [17,19]. The study's insights into the competitiveness and economic benefits of different intercropping systems provide valuable guidance for agronomic management practices in tropical environments [50]. By identifying the superior performance of certain cropping systems, such as pigeonpea + soybean, and the influence of sowing dates on yield outcomes [51,45], the study informs farmers and agricultural practitioners on optimal strategies for maximizing productivity and profitability in pigeonpea cultivation [29,30].
 The observed behavior of component crops within intercropping systems underscores the complexity of crop interactions and highlights the need for tailored management approaches. The dominance of the niger crop in intercropping systems over the pigeonpea base crop emphasizes the importance of understanding crop dynamics for optimizing yield outcomes [5,18]. Additionally, the study's evaluation of different sowing dates contributes to enhancing climate resilience [14] in agricultural systems by identifying optimal timing strategies for mitigating climate variability effects on crop performance [7,37,13].

LEVERAGING PROJECT MANAGEMENT TOOLS FOR ENERGY EFFICIENCY IN HVAC OPERATIONS: A PATH TO CLIMATE RESILIENCE

Efficient management of heating, ventilation, and air conditioning (HVAC) systems is paramount for mitigating energy consumption and enhancing climate resilience in modern infrastructure. This review explores the significance of leveraging project management tools to optimize energy efficiency within HVAC operations, thus fostering a pathway towards climate resilience. The integration of project management methodologies offers a systematic approach to address challenges associated with energy consumption in HVAC systems, thereby facilitating informed decision-making processes. Firstly, the review delves into the pressing need for energy conservation in HVAC operations amidst escalating concerns over climate change and its adverse impacts. The imperative to minimize energy consumption in buildings, particularly through HVAC systems, is highlighted as a pivotal step towards achieving climate resilience and sustainability goals. Subsequently, the review outlines the role of project management tools in orchestrating effective strategies to enhance energy efficiency within HVAC operations. By employing techniques such as project scheduling, risk management, and resource allocation, project managers can streamline the implementation of energy-efficient measures, thereby optimizing HVAC system performance and reducing carbon emissions. Moreover, the review underscores the importance of data analytics and technological advancements in augmenting the efficacy of project management tools for energy efficiency in HVAC operations. Leveraging real-time data monitoring, predictive analytics, and IoT-enabled devices enables proactive maintenance and continuous optimization of HVAC systems, thereby maximizing energy savings and bolstering climate resilience. Furthermore, the review elucidates the potential benefits and challenges associated with the adoption of project management tools for energy efficiency in HVAC operations. While improved cost-effectiveness, environmental sustainability, and operational performance emerge as primary benefits, challenges such as initial investment costs, technological complexities, and organizational inertia necessitate careful consideration. This review advocates for the integration of project management tools as a viable approach to foster energy efficiency in HVAC operations, thereby paving the way towards enhanced climate resilience and sustainability in built environments. By embracing innovative methodologies and technological solutions, stakeholders can mitigate energy consumption, reduce greenhouse gas emissions, and fortify infrastructure against the impacts of climate change.
 Keywords: HVAC, Climate Resilience, Project Management, Energy, Review.

International climate finance mechanisms: A review with focus on Africa

Climate change poses an unprecedented threat to the global environment, with far-reaching consequences for vulnerable regions, particularly in Africa. This paper provides a comprehensive review of international climate finance mechanisms, shedding light on their effectiveness in addressing climate-related challenges, with a specific focus on the African continent. As climate change continues to exacerbate existing vulnerabilities, understanding and optimizing the mechanisms through which financial support is channeled to affected regions becomes paramount. The paper explores a range of international climate finance mechanisms, including multilateral funds, bilateral agreements, and private sector initiatives. It assesses their strengths and weaknesses in terms of mobilizing resources, promoting sustainable development, and enhancing climate resilience. The analysis also delves into the evolving landscape of climate finance, considering the emerging role of innovative financial instruments and the potential for leveraging private sector investments to complement public funding. Focusing on Africa, the review examines the unique challenges faced by the continent, such as extreme weather events, water scarcity, and agricultural disruptions. It assesses the suitability and impact of existing climate finance mechanisms in addressing these challenges and supporting Africa's adaptation and mitigation efforts. The study also considers the effectiveness of capacity-building initiatives to enhance the ability of African nations to access and utilize climate finance resources efficiently. Furthermore, the paper highlights the need for enhanced transparency, accountability, and governance in the disbursement and utilization of climate finance in Africa. It emphasizes the importance of inclusive and participatory approaches that engage local communities and ensure that climate finance contributes to sustainable development goals while addressing the specific needs of the most vulnerable populations. This review provides a nuanced understanding of international climate finance mechanisms, offering insights into their application and impact in the context of Africa's unique climate challenges. By identifying opportunities for improvement and addressing existing gaps, the paper aims to contribute to the ongoing discourse on optimizing climate finance for a more resilient and sustainable future.

Green policies and financial development in G7 economies: An in‐depth analysis of environmental regulations and green economic growth

AbstractThis comprehensive study explores the nuanced relationship between financial development and its determinants within the G7 nations, spanning the years 1990 to 2020. Motivated by the need to understand long‐term financial trends, we meticulously analyze key variables including total natural resource rent, Environmental Policy Stringency Index, total energy consumption, green gross domestic product (GDP), and foreign direct investment inflow. Employing rigorous diagnostic tests to ensure the robustness of our findings, advanced methodologies such as “Method of Moment Quantile Regression,” along with simulations of “Bootstrap Quantile Regression," “Panel Corrected Standard Errors,” and “Feasible Generalized Least Squares” regressions uncover the statistical significance and practical implications of our results. Our pivotal findings carry substantial implications for both individual G7 member states and the collective group. Highlighting a positive correlation between stringent environmental policies, measured by the Environmental Policy Stringency Index, and financial development, our study emphasizes the imperative for these nations to align economic and environmental policies. Striking a harmonious balance between resource management and sustainable environmental regulations not only fosters financial growth but also addresses global environmental concerns. Furthermore, the adverse impact of total energy consumption on financial development underscores the urgent need for G7 nations to prioritize energy efficiency and transition to sustainable sources, aligning with the global trend towards eco‐friendly practices. In response to these critical findings, we propose actionable policy measures. To align with the growing climate crisis and standardize green finance practices, we advocate for the establishment of a jointly funded Climate Resilience and Adaptation Fund and a unified Green Bond Framework within the G7. These measures not only enhance climate resilience and streamline sustainable investments but also demonstrate the G7's collective commitment to a greener and more prosperous future.

Enhancing climate resilience in buildings using Collective Intelligence: A pilot study on a Norwegian elderly care center

The combined challenge of climate change and population aging requires novel solutions that enhance the resilience of building energy systems and secure indoor comfort for vulnerable occupants in extreme weather conditions. This research investigates the performance of a newly developed Energy Management (EM) system based on Collective Intelligence (CI) and Reinforcement Learning (RL), called CIRLEM, managing the energy performance of an urban complex in Ålesund, Norway, including an elderly care center with decentralized PV generation, EV charging and storage, while connected to a main electricity grid. CIRLEM controls multiple flexibility assets including independent thermal zones (the demand-side agents) and Electric Vehicle (EV) charging stations (the local storage). In a novel approach, CIRLEM coordinates the distributed storage and generation together with the demand side to control energy systems and react collaboratively to environmental variations. Under extreme weather conditions, without applying CIRLEM, the demand can be more than double that of typical weather conditions. The implementation of the double-layer CIRLEM can reduce the total demand by 35 % over a month. Furthermore, the inclusion of photovoltaic (PV) systems allows the system to be independent from the grid for almost 40 % of its operational hours, while adding EV storage can increase it to around 70 %. Finally, the application of CIRLEM reduced overheating hours from 17 h ∙°C to 2 h ∙°C under extreme conditions, while maintaining comfortable conditions even during temperature ramps.

Impact of Climate Mitigation Technology and Natural Resource Management on Climate Change in Afghanistan

‌Even though Climate change is a global issue, its impacts and consequences are felt locally. Afghanistan, marked by unique geographical and socio-economic conditions, faces severe consequences from climate change. This study investigates the effectiveness of climate mitigation technology and natural resource management in mitigating climate change in Afghanistan. The research explores current climate challenges, evaluates relevant technologies and management strategies, and proposes policy recommendations for a sustainable future. Employing a comprehensive methodology, this study contributes to the understanding of Afghanistan's climate resilience. The purpose of this essay is to analyze the impact of climate mitigation technology and natural resource management on addressing climate change in Afghanistan, with a focus on reducing greenhouse gas emissions and enhancing climate resilience.

Modelling the Temperature Inside a Greenhouse Tunnel

Climate-change-induced unpredictable weather patterns are adversely affecting global agricultural productivity, posing a significant threat to sustainability and food security, particularly in developing regions. Wealthier nations can invest substantially in measures to mitigate climate change’s impact on food production, but economically disadvantaged countries face challenges due to limited resources and heightened susceptibility to climate change. To enhance climate resilience in agriculture, technological solutions such as the Internet of Things (IoT) are being explored. This paper introduces a digital twin as a technological solution for monitoring and controlling temperatures in a greenhouse tunnel situated in Stellenbosch, South Africa. The study incorporates an aeroponics trial within the tunnel, analysing temperature variations caused by the fan and wet wall temperature regulatory systems. The research develops an analytical model and employs a support vector regression algorithm as an empirical model, successfully achieving accurate predictions. The analytical model demonstrated a root mean square error (RMSE) of 2.93 °C and an R2 value of 0.8, while the empirical model outperformed it with an RMSE of 1.76 °C and an R2 value of 0.9 for a one-hour-ahead simulation. Potential applications and future work using these modelling techniques are then discussed.