OpenMind Journal of Multidisciplinary Innovation & Development

Abstract
The global real estate sector faces unprecedented exposure to climate-related stranded asset risks, yet the mechanisms through which environmental policy transitions translate into systemic financial instability remain inadequately theorized. Existing research has documented the potential magnitude of asset stranding in real estate, with estimates suggesting $16 trillion in residential and $5 trillion in commercial assets at risk, but limited attention has been given to how these risks propagate through financialized global capital markets. This conceptual paper addresses this gap by developing a comprehensive framework for understanding climate-related stranded assets in real estate as a source of systemic financial risk. The study employs a conceptual research methodology based on systematic review and theoretical synthesis, integrating path dependence theory, financialization research, and socio-technical system studies. The analysis reveals that traditional real estate valuation methodologies are locked into regressive practices that systematically ignore climate risks, while energy performance regulations have the potential to hardwire valuation risk into global capital markets. The financialization of real estate over recent decades has created deep integration between property markets and global financial systems, meaning that climate-related devaluation could trigger cascade effects through credit markets, insurance systems, and broader financial networks. The conceptual framework identifies transmission channels including credit rationing, insurance premium escalation, collateral devaluation, and fire sales that could amplify localized stranding into systemic crises (Bauer & Rudebusch, 2023). The study concludes that addressing stranded asset risk requires fundamental reforms to valuation methodologies, enhanced regulatory frameworks, and coordinated supervision across energy and financial sectors. This paper contributes to emerging scholarship on climate finance and systemic risk by providing theoretical foundations for understanding how climate inaction in real estate markets threatens global financial stability.

Keywords: Stranded assets; real estate; financialization; systemic risk; climate transition; property valuation; energy policy; financial stability; climate risk; asset stranding

Abstract

Abstract Climate change poses unprecedented risks to urban real estate markets, yet the mechanisms through which environmental hazards translate into social and economic inequality remain inadequately theorized. Existing research has documented the physical impacts of climate change on property values and investment behavior, but limited attention has been given to the distributional consequences of these dynamics and their role in driving gentrification and displacement. This conceptual paper addresses this gap by developing a comprehensive framework for understanding the "climate-gentrification" mechanism as a distinct pathway through which climate change exacerbates urban inequality and reshapes demographic patterns in cities globally. The study employs a conceptual research methodology, drawing on a systematic review and synthesis of theoretical and empirical literature from real estate economics, urban geography, environmental studies, and finance. The analysis reveals that climate risks are transmitted through four interconnected stages: climate hazards, market responses, policy interventions, and demographic outcomes, with feedback loops that create self-reinforcing cycles of inequality. The findings demonstrate that financial mechanisms, including property value adjustments, insurance premium increases, and credit restrictions, interact with policy responses such as adaptation investments and regulatory changes to produce uneven outcomes across urban populations. The conceptual framework identifies adaptation investments as potentially double-edged, capable of both protecting communities and accelerating gentrification depending on their design and implementation. The study concludes that addressing climate gentrification requires integrated policy approaches that coordinate climate adaptation with housing and anti-displacement strategies, alongside financial regulations that explicitly consider distributional consequences. This paper contributes to emerging scholarship on climate justice and urban resilience by providing a theoretical foundation for empirical investigation and practical guidance for policymakers seeking to promote equitable outcomes in an era of accelerating environmental change

Keywords: Climate gentrification; Climate change; Real estate markets; Urban inequality; Demographic shifts, Property values; Climate risk; Green finance; Urban resilience.

Abstract

Abstract Climate adaptation investments in commercial real estate face a fundamental valuation challenge, as the financial benefits of resilience measures remain difficult to quantify and incorporate into property pricing models. Existing real estate valuation approaches inadequately capture the risk reduction benefits and long-term value creation potential of climate adaptation strategies, creating barriers to investment and potentially mispricing climate-exposed assets. This conceptual paper addresses this gap by developing a comprehensive framework for pricing climate resilience in commercial real estate markets, integrating insights from real estate economics, climate finance, and risk management. The study employs a conceptual research methodology based on systematic literature review and theoretical synthesis across multiple disciplines. The framework identifies four value drivers of resilience investments: risk reduction benefits, insurance cost savings, tenant preference premiums, and long-term asset value preservation. The findings reveal that resilience pricing requires integrating physical climate risk assessment, financial modeling of avoided losses, and market-based valuation of adaptation features. The study concludes that developing standardized metrics, disclosure requirements, and market benchmarks is essential for enabling effective pricing of climate resilience in commercial real estate markets. This paper contributes to emerging scholarship on climate finance and real estate by providing a theoretical foundation for valuing adaptation investments and practical guidance for investors, appraisers, and policymakers seeking to promote climate-resilient commercial real estate development.

Keywords: Climate resilience; Real estate valuation; Adaptation pricing; Commercial real estate; Climate risk; Property valuation; Green building; Risk management; Financial modeling; Climate adaptation

Abstract

Gumboro Disease, scientifically known as Infectious Bursal Disease (IBD), is a highly contagious viral infection affecting young poultry worldwide, particularly broiler chickens aged 2 to 6 weeks. The disease is characterized by severe immunosuppression targeting the bursa of Fabricius (the primary lymphoid organ for B-lymphocyte development), high mortality rates ranging from 20 to 80 percent depending on viral strain virulence, and substantial economic losses in the poultry industry. This comprehensive research project examines the etiology, epidemiology, pathogenesis, clinical manifestations, diagnostic methods, prevention strategies, and management approaches of Gumboro Disease. The infectious bursal disease virus (IBDV), a non-enveloped, double-stranded RNA virus belonging to the genus Avibirnavirus within the family Birnaviridae, specifically targets developing B-lymphocytes, creating profound and often persistent immunosuppression. Understanding the molecular characteristics, genetic evolution, and transmission dynamics of IBDV is crucial for developing effective prevention and control strategies to mitigate its impact on global poultry production and food security. This research project emphasizes the critical importance of integrated biosecurity measures, evidence-based vaccination programs, and robust surveillance systems in controlling this economically significant disease. The emergence of very virulent strains (vvIBDV) in the 1990s and their continued spread to nearly all poultry-producing regions has created significant challenges for disease control, requiring adaptive management strategies and continuous monitoring of viral evolution. Economic analyses demonstrate that investment in preventive measures yields positive returns compared to outbreak costs, with benefit-to-cost ratios ranging from 2:1 to 10:1 depending on regional disease epidemiology. Annual economic losses from IBD in affected countries are estimated to exceed several billion dollars globally. The paper integrates recent research findings, epidemiological data, molecular diagnostic advances, and practical management approaches to provide veterinary professionals, poultry producers, and policymakers with current evidence-based strategies for disease prevention and control. Key findings from this comprehensive review reveal that successful IBD control requires multi-factorial approaches combining strict biosecurity protocols with appropriate vaccination timing and strategy selection based on flock-specific serological conditions. Maternal antibody interference represents a critical barrier to vaccination efficacy in young chicks, necessitating careful calculation of vaccination timing based on serological monitoring of breeder flocks and understanding maternal antibody decay rates. The immunosuppression induced by IBDV extends far beyond the acute infection period (typically 7-14 days), with surviving birds demonstrating reduced capacity for antibody production for weeks to months, impaired T-cell mediated immunity, and significantly increased susceptibility to secondary bacterial and viral infections. Advanced molecular diagnostic techniques, particularly reverse transcription polymerase chain reaction (RT-PCR), quantitative RT-PCR, and next-generation sequencing technologies, enable rapid and accurate strain identification, virulence determination, and real-time surveillance of viral evolution and emergence of new variants.

Keywords: Gumboro Disease; Infectious Bursal Disease (IBD); Infectious Bursal Disease Virus (IBDV); Poultry Health; Immunosuppression; Vaccination; Biosecurity; Molecular Diagnostics; Epidemiology; Disease Control

Abstract

Reproductive efficiency is a major determinant of productivity and sustainability in small ruminant production systems. In goats, reproductive performance is strongly influenced by physiological factors, with nutritional status playing a critical role in regulating hormonal activities associated with puberty, estrous expression, ovulation, pregnancy establishment, and overall fertility outcomes. This study aims to evaluate the relationship between nutritional status, reproductive hormonal profiles, and fertility performance in goats. The research will assess selected nutritional indicators and their association with reproductive hormones, including progesterone, estrogen, luteinizing hormone (LH), and follicle-stimulating hormone (FSH). Furthermore, reproductive performance parameters such as estrous cycle characteristics, conception rate, kidding outcomes, and fertility status will be evaluated. Understanding the interaction between nutrition and endocrine regulation will provide valuable insights into improving reproductive management practices, particularly in regions were inadequate feeding and seasonal nutritional variations limit livestock productivity. The findings from this study may contribute to the development of practical nutritional and reproductive management strategies aimed at enhancing fertility efficiency and supporting sustainable goat production.

Keywords: Nutritional status; Reproductive Hormones; Fertility performance; Goats; Progesterone; Estrogen; Luteinizing hormone; Follicle-stimulating hormone; Reproductive physiology; Livestock productivity.