Kola Kareem | Flood Disaster Prevention | Research Excellence Award

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Research Excellence Award

Kola Kareem
Kyungpook National University

Kola Kareem
Affiliation Kyungpook National University
Country South Korea
Scopus ID 57217253943
Documents 12
Citations 441
h-index 8
Subject Area Flood Disaster Prevention
Event Business Global Awards
ORCID 0000-0002-8864-9183

Kola Kareem is a researcher affiliated with Kyungpook National University, South Korea, whose scholarly work primarily focuses on flood disaster prevention, hydrological modelling, flood risk assessment, and resilient water resources management. His publicly indexed academic profile demonstrates measurable research productivity and citation impact, reflecting sustained contributions to disaster resilience and environmental engineering. The Research Excellence Award article presents a neutral academic overview of his scholarly profile, research contributions, bibliometric indicators, and publicly available research achievements based on recognized academic indexing sources.[1][2]

Abstract

Kola Kareem has contributed to scholarly investigations concerning flood disaster prevention through studies involving hydrological analysis, hydraulic modelling, flood forecasting, and climate resilience. Indexed publications demonstrate engagement with multidisciplinary environmental research addressing sustainable infrastructure and disaster risk reduction. Citation metrics and bibliographic indicators illustrate measurable scholarly influence within his research domain.[1][3]

Keywords

Flood Disaster Prevention, Hydrology, Hydraulic Modelling, Flood Risk Assessment, Climate Adaptation, Disaster Resilience, Water Resources Engineering, Urban Flooding, Environmental Sustainability, Geographic Information Systems.

Introduction

Flood-related disasters continue to present significant environmental, social, and economic challenges worldwide. Academic research supporting predictive modelling, mitigation planning, and resilient infrastructure has become increasingly important for sustainable development. The scholarly profile of Kola Kareem reflects participation in research directed toward understanding flood processes and improving evidence-based disaster prevention strategies through engineering and environmental science.[2][4]

Research Profile

According to publicly available academic databases, Kola Kareem maintains a Scopus Author ID of 57217253943 with 12 indexed publications, 441 citations, and an h-index of 8. His institutional affiliation with Kyungpook National University supports research activities within environmental engineering and flood disaster prevention. These bibliometric indicators provide an objective summary of scholarly productivity and research visibility.[1][2]

Research Contributions

  • Research addressing flood hazard assessment and disaster mitigation.
  • Application of hydrological and hydraulic modelling techniques.
  • Studies supporting climate adaptation and resilient infrastructure planning.
  • Contributions to sustainable water resources management.
  • Participation in internationally indexed environmental engineering research.

Publications

The researcher’s scholarly record consists of peer-reviewed publications indexed within Scopus and discoverable through international scholarly databases. These publications collectively contribute to ongoing investigations involving flood forecasting, hydrological processes, environmental sustainability, and engineering applications for disaster prevention.[1][5]

Research Impact

Citation statistics demonstrate that Kola Kareem’s publications have been referenced by other researchers, indicating scholarly engagement within environmental and engineering literature. Bibliometric measures, including citation count and h-index, suggest continuing academic influence while supporting the dissemination of research findings relevant to flood resilience and disaster management.[1][3]

Award Suitability

Based on publicly available academic information, the research profile demonstrates sustained scholarly activity, measurable citation performance, and internationally indexed publications within the field of flood disaster prevention. These objective indicators align with common evaluation criteria used by research recognition programs emphasizing research quality, academic visibility, and scientific contribution.[1][2]

Conclusion

Kola Kareem’s academic profile reflects documented contributions to flood disaster prevention and environmental engineering through internationally indexed research outputs. Public bibliometric records indicate continuing scholarly engagement and research visibility while supporting broader scientific efforts aimed at improving resilience, sustainable water management, and disaster risk reduction.[1][2]

References

  1. Elsevier. (n.d.). Scopus author details: Kola Kareem, Author ID 57217253943. Scopus.
    http://scopus.com/authid/detail.uri?authorId=57217253943
  2. KY Kareem, I Choo, et al. (2026). Improving River Flood Mapping with Adaptive Sampling and Artificial Intelligence Techniques for Enhanced Flood Risk Assessment.
    https://link.springer.com/article/10.1007/s11269-025-04366-5
  3. B Arheimer, C Cudennec, et al. (2024). The IAHS science for solutions decade, with hydrology engaging local people in one global world (HELPING).
    https://www.tandfonline.com/doi/full/10.1080/02626667.2024.2355202
  4. A Verma, A Zanoletti, KY Kareem, et al. (2024). Skin protection from solar ultraviolet radiation using natural compounds: a review.
    https://link.springer.com/article/10.1007/s10311-023-01649-4
  5. KY Kareem, Y Seong, K Kim, Y Jung. (2022). A case study of tidal analysis using theory-based artificial intelligence techniques for disaster management in Taehwa River, South Korea.
    https://www.mdpi.com/2073-4441/14/14/2172

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María del Sol Muñoz-Mortera | Energy Economics | Innovative Research Award

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Innovative Research Award

María del Sol Muñoz-Mortera
Colegio de Postgraduados, Mexico
María del Sol Muñoz-Mortera
Affiliation Colegio de Postgraduados
Country Mexico
Documents 1
Subject Area Energy Economics
Event Business Global Awards
ORCID 0009-0004-8508-7172

The Innovative Research Award recognition highlights the scholarly and professional contributions of María del Sol Muñoz-Mortera, a researcher and sustainability specialist affiliated with Colegio de Postgraduados in Mexico. Her work integrates energy economics, renewable energy systems, environmental sustainability, and advanced analytics for agri-food development. Through multidisciplinary engagement in energy transition initiatives, renewable infrastructure, and sustainability governance, Muñoz-Mortera has contributed to both academic and applied research within international energy and environmental sectors.[1]

Abstract

María del Sol Muñoz-Mortera is recognized for her interdisciplinary contributions to renewable energy systems, sustainability policy, and energy economics. Her academic and professional activities encompass advanced analytics in the agri-food sector, green hydrogen development, energy transition planning, and environmental project coordination across multiple international markets. Her experience in engineering, environmental modeling, and public policy has enabled her to participate in renewable energy projects exceeding 50 MW across several countries. In addition, her involvement in sustainability governance and energy policy advisory initiatives demonstrates a balanced integration of technical expertise and socio-economic analysis.[1]

Keywords

Energy Economics; Renewable Energy; Sustainability; Green Hydrogen; Environmental Policy; Advanced Analytics; Agri-food Systems; Energy Transition; EPC Projects; Sustainable Development.

Introduction

The global transition toward sustainable energy systems has increased the demand for interdisciplinary researchers capable of integrating technical, environmental, and policy-oriented approaches. María del Sol Muñoz-Mortera has developed a professional and academic profile aligned with these emerging priorities through her work in renewable energy development, environmental management, and sustainability-focused project implementation. Her experience spans public policy analysis, environmental engineering, energy efficiency, and international project coordination.[2]

Her doctoral studies at Colegio de Postgraduados focus on the use and application of advanced analytics in the Mexican agri-food sector, reflecting a growing research interest in data-driven sustainability solutions. Alongside academic activities, she has contributed to international renewable energy initiatives involving green hydrogen, decarbonization strategies, and energy procurement management.[1]

Research Profile

MarĂ­a del Sol Muñoz-Mortera possesses an interdisciplinary educational background in civil and environmental engineering, public policy, and energy systems. She completed master’s-level studies in science and engineering at the Mexican Petroleum Institute and later specialized in public policies related to energy and environment at FLACSO Mexico. Her academic training additionally includes research support services, scientific publication methodologies, and advanced data analysis applications.[3]

Her professional activities include positions related to renewable energy project management, sustainability consulting, and energy procurement. She has collaborated with organizations and institutions across Europe and Latin America, including the Energy Agency of the State of Puebla, GWNET Austria, DS Smith, and various renewable infrastructure initiatives. These activities have contributed to her expertise in carbon reduction strategies, energy portfolio management, and environmental sustainability frameworks.[1]

  • Research focus on energy economics and sustainability transition strategies.
  • Experience in renewable energy project implementation across multiple countries.
  • Participation in green hydrogen and environmental policy initiatives.
  • Academic engagement with advanced analytics and data-driven sustainability systems.

Research Contributions

María del Sol Muñoz-Mortera include environmental assessment methodologies, aquatic ecosystem analysis, renewable energy governance, and sustainability-oriented policy frameworks. Her published and presented work has examined environmental remediation systems, hydrocarbon degradation processes, wastewater treatment methodologies, and ecosystem restoration strategies.[4]

She has also contributed to energy transition discussions through public engagement activities, webinars, and sustainability forums. Her involvement in international energy initiatives demonstrates applied research capabilities connecting scientific knowledge with industrial implementation and policy development.

  • Development of sustainability strategies for renewable energy systems.
  • Participation in environmental impact assessment and remediation research.
  • Contributions to green hydrogen and decarbonization initiatives.
  • Application of advanced analytics within agri-food sustainability research.
  • Support for energy governance and climate-oriented policy initiatives.

Publications

María del Sol Muñoz-Mortera has contributed to academic and technical publications related to environmental systems, ecosystem assessment, and sustainability studies. Her documented publication activity includes book chapters and environmental evaluation studies associated with aquatic ecosystems and environmental management.

  • Environmental dynamics of coastal aquatic ecosystems. Diagnostic elements and practical examples. National Polytechnic Institute, 2012.
  • The RIAM methodology applies to the environmental assessment of the Pánuco river basin. National Polytechnic Institute, 2012.
  • Evaluation of the Deforestation of the Palizada Tributary River of the Laguna de TĂ©rminos, Campeche. Metropolitan Autonomous University, 2010.
  • Integrated Assessment and Management of the Gulf of Mexico Large Marine Ecosystem. GEF, UNIDO, NOAA, SEMARNAT, 2010.

Selected presentations and conference participation activities further demonstrate her engagement with environmental science and sustainability-related research communities.[4]

Research Impact

María del Sol Muñoz-Mortera demonstrate an applied impact within sustainability-oriented industries and public institutions. Her work has contributed to renewable energy implementation, environmental diagnostics, and energy transition planning in diverse international contexts. Through collaborative projects involving EPC contracts, carbon reduction strategies, and renewable infrastructure management, she has supported the broader integration of sustainability objectives into operational and policy frameworks.[1]

Her involvement with organizations such as GWNET and regional energy agencies further indicates participation in international sustainability networks promoting energy transition and gender-inclusive leadership within the energy sector.[3]

Award Suitability

María del Sol Muñoz-Mortera demonstrates several qualities associated with the objectives of the Innovative Research Award. Her profile combines interdisciplinary academic preparation, applied sustainability research, international project management experience, and contributions to renewable energy systems. The integration of environmental science, energy economics, and public policy within her work reflects an innovative approach to sustainability challenges.[1]

Her ongoing doctoral research in advanced analytics for the agri-food sector additionally indicates engagement with emerging research methodologies relevant to sustainable development and data-driven decision-making. The combination of technical expertise and policy-oriented analysis positions her work within contemporary global discussions concerning climate resilience and renewable energy transformation.[2]

Conclusion

María del Sol Muñoz-Mortera reflects a multidisciplinary engagement with renewable energy, sustainability policy, environmental systems, and energy economics. Through research activities, technical publications, international project management, and policy advisory work, she has contributed to evolving sustainability practices within both academic and industrial contexts. Her continued involvement in advanced analytics and energy transition initiatives supports her recognition within the framework of the Innovative Research Award.[1]

References

  1. Curriculum Vitae of María del Sol Muñoz-Mortera. (2025). Professional and Academic Background Documentation.
    Internal academic profile and professional portfolio document.
    https://orcid.org/0009-0004-8508-7172
  2. MS Muñoz-Mortera, JV Hidalgo-Contreras,. et al. Sustainability, 2026. Regenerative Supply Chain: An Analytical Model for Balancing Capital, Ecosystem and Social Community in Coffee and Sugar Cane.
    https://www.mdpi.com/2071-1050/18/10/4626
  3. Revista Ciencia e InnovaciĂłn Agroalimentaria de la Universidad de Guanajuato (2025). AUTOMATIZACIĂ“N DE CONSULTAS DE DATOS MULTISECTORIALES: EMPLEANDO LA API USDA CON PYTHON EN INVESTIGACIĂ“N AGROALIMENTARIA.
    https://www.reiagro.ugto.mx/index.php/cia/es/article/view/74
  4. GEF, UNIDO, NOAA, SEMARNAT (2010). Integrated Assessment and Management of the Gulf of Mexico Large Marine Ecosystem.
    https://www.thegef.org/projects-operations/projects/1346

Amar Deep Maurya | Civil Engineering | Best Researcher Award

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Mr. Amar Deep Maurya | Civil Engineering | Best Researcher Award 

Mr. Amar Deep Maurya | Rajkiya Engineering College | India 

Mr. Amar Deep Maurya is an emerging civil engineering professional with a strong academic background and practical experience in sustainable construction practices. He is pursuing a Bachelor of Technology degree in Civil Engineering from Rajkiya Engineering College, Mainpuri, where he has built a solid foundation in structural design, materials engineering, and environmental sustainability. Amar has completed multiple internships with the Public Works Department in Uttar Pradesh, where he gained hands-on experience in project estimation, road cost analysis, and planning. Additionally, he has worked with Earth5R in a virtual internship, where he learned about environmental science, sustainability, and energy conversion, broadening his understanding of eco-friendly engineering practices. He has undertaken several significant projects that demonstrate his research and technical skills, including a study on the statistical modeling and optimization of waste glass-based paver block properties. In this project, he applied Response Surface Methodology to analyze the effects of waste glass incorporation on mechanical strength and durability, achieving notable improvements in compressive strength and water absorption characteristics. Another key project involved developing a new mortar testing method that integrates advanced analytical techniques and precision equipment to evaluate durability and structural integrity. He also worked on 2D and 3D architectural designs using AutoCAD, applying his creativity and technical knowledge to design building plans and house structures. Amar is proficient in various technical tools such as AutoCAD, MATLAB, Autodesk Revit, Google SketchUp, and Adobe Photoshop. His ability to combine engineering principles with design software has enabled him to produce innovative and efficient solutions for civil engineering challenges.

Profiles : ORCID

Featured Publications : 

Yadav, B., Rusia, S., Pandey, J. S., Singh, H. S., Maurya, A. D., Chauhan, A., Mathur, U., & Pal, K. (2025). Statistical modeling and optimization of waste glass-based paver block properties. Next Materials, 10, 101236.

Maurya, A. D. (2024). A novel approach to crack repair: Self-healing concrete using bacteria. International Research Journal of Engineering and Technology (IRJET).

JIZHEN MO | Environmental Analysis | Best Researcher Award

Published on by Business Global Awards

Mr. JIZHEN MO – Environmental Analysis – Best Researcher Award

Alignment with Award Category

Mo Jizhen’s interdisciplinary research, methodological rigor, and proven ability to lead projects from conception to implementation align closely with the criteria of the Best Researcher Award. Her work exemplifies innovation, practical relevance, and scholarly depth—qualities central to this recognition.

The University of Hong Kong | Hong Kong

Profile
Scopus

ORCID

🎓Early Academic Pursuits 

Education and Training

Mo Jizhen’s academic journey began with a profound curiosity about how human settlements evolve and function, leading to her enrollment in the Human Geography and Urban-Rural Planning Bachelor’s program at Guangzhou University from September 2020 to June 2024. With a GPA of 3.7/4.0, ranking in the top 15% of her class, Mo demonstrated consistent academic excellence. Her foundational education encompassed a rich blend of theoretical and technical coursework, including Physical Geography, Human Geography, Geographical Information Systems (GIS), Urban Geography, Logistic Geography, and Real Estate Management. Through these, she developed a multidimensional understanding of spatial development and urban planning challenges. Particularly significant was her engagement with the Principle of Urban Planning, where she explored the synergy between spatial policy and sustainable urban development.

💼Professional Endeavors 

Academic Positions

Mo translated her academic knowledge into practical skills through impactful internships. At the Guangdong Urban & Rural Planning and Design Institute Co., Ltd., she interned with the 5th Planning and Design Office, where she contributed to planning optimization by drafting layout and schematic maps aligned with new urban strategies. Her ideas on sustainable development—particularly the concept of “Mutual Promotion of Characteristic Resources Protection and Village Development”—were incorporated into official regional planning strategies. Earlier, during her internship at the Guangzhou Urban Planning & Design Survey Research Institute, she was part of the Industry Research Department at the Geographic Information Center. There, she assisted in the monitoring of the property market, spatial data analysis, and industrial planning, contributing to reports that were later submitted to the local government and utilized in planning documents.

đź“šContributions and Research Focus on Environmental Analysis

Mo’s most distinguished contribution to academic research was as Project Leader of “Exploring Global Cities: Guangzhou Multicultural Study and Research,” a project recognized with a Second Prize at the national level by the Geographical Society of China. Her role encompassed a full spectrum of research activities includes Conducted a literature review with over 100 academic sources, identifying gaps and framing new research directions, Designed and implemented questionnaires, collecting over 100 valid responses to investigate the multicultural fabric of Guangzhou., Performed semi-structured interviews with 57 individuals, leading to comprehensive interview analysis and Applied spatial analysis tools using GIS to map Points of Interest (POIs) and generate Kernel Density diagrams, revealing the spatial distribution of multiculturalism in the city. Additionally, her bachelor’s dissertation, titled “Self-identity Construction of Queer from the Perspective of Field Theory,” showcased her interdisciplinary approach, intersecting geography with sociology and identity studies.

🏆Accolades and Recognition 

Mo Jizhen’s academic excellence and leadership have been acknowledged through numerous honors. She received the Outstanding Student Award from Guangzhou University in 2024, along with First Class Scholarships in her 2nd and 4th years. Her research skills earned a Second Prize in the Geography Study Social Research Category in 2021. That same year, she was recognized in the 13th Challenge Cup Student Entrepreneurship Program. She also won a Provincial Project Approval for her participation in the Entrepreneurial Training & Practice Program for College Students in 2023 and was named an Excellent Student of the Young Marxist Training Program in 2022.

Impact and Influence

🌍 Impact and Influence 

Community Impact

Mo’s interdisciplinary approach, especially her engagement with urban multiculturalism and inclusive planning, reflects a deep awareness of contemporary urban issues. Her projects and internships have influenced planning outcomes in Guangzhou, where her spatial analysis work has informed industrial layouts and policy directions.  Her ability to bridge academic theory and professional practice makes her a valuable contributor to any urban policy or planning team. Through her multicultural lens, Mo is contributing to more inclusive, equitable, and sustainable city planning paradigms in China.

🔮Legacy and Future Contributions 

Now pursuing a Master’s degree in Transport Policy and Planning at The University of Hong Kong (Sep 2024 – Aug 2025), Mo is poised to extend her influence into the realm of transportation. Her core courses—Transport Policy and Planning, Engineering for Transport Systems, Public Transport Systems, and Transport and Development—reflect her growing expertise in creating integrated and people-centric mobility systems. With a firm foundation in urban-rural planning and a strong orientation toward sustainability, Mo is set to contribute to the evolving global discourse on transport justice, multimodal integration, and urban resilience.

Conclusion

Mo Jizhen exemplifies the next generation of urban thinkers and planners. Her journey from Guangzhou University to The University of Hong Kong, through a rich blend of academic excellence, hands-on project leadership, and innovative research, paints a compelling picture of a scholar-practitioner dedicated to inclusive urban futures. Her commitment to integrating human geography, transport systems, and multicultural urbanism makes her a promising force in shaping the cities of tomorrow.

đź“šPublications

Embryonic developmental toxicity in marine medaka (Oryzias melastigma) caused by combined 17α-ethinylestradiol and hypoxic exposure

 Authors: X., Qin, Xian, J., Mo, Jiezhang, H., Lin, Huiju, … R.Y.C., Kong, Richard Yuen Chong, K., Lai, Kengpo

Journals: Frontiers of Environmental Science and Engineering

Temperature-dependent toxicity and mechanisms of florfenicol on the embryonic development of marine medaka (Oryzias melastigma)

Authors: X., Guo, Xingying, X., Gong, Xu, J., Wang, Jinhui, … W., Liu, Wenhua, Z., Wang, Zhen

Journals: Ecotoxicology and Environmental Safety

Jin Guo | Environment and Resource Management | Best Researcher Award

Published on by Business Global Awards

Dr. Jin Guo – Environment and Resource Management – Best Researcher Award

Alignment with Award Category

Dr. Guo’s work demonstrates a high level of innovation, relevance, and practical applicability, aligning perfectly with the Best Researcher Award category. His contributions to environmental data science, sustainable land use, and ecological modeling position him as a leading researcher in the interdisciplinary domain of environmental sustainability.

School of Business, Henan Normal University | China

Profile
Scopus

ORCID

🎓Early Academic Pursuits 

Education and Training

Dr. Guo Jin’s academic journey reflects a robust foundation in interdisciplinary studies. Beginning with a bachelor’s degree in economics, Dr. Guo quickly expanded his scope by earning a master’s in logistics engineering and a doctorate in surveying science and technology. His diverse educational background spanning economics, engineering, and environmental science illustrates his commitment to blending disciplines. This multidimensional knowledge base laid the groundwork for his lifelong dedication to environment and resource management, positioning him uniquely in tackling multifaceted global sustainability issues.

💼Professional Endeavors 

Academic Positions

Currently a faculty member at the School of Business, Henan Normal University, Dr. Guo has continuously engaged in research that bridges ecological science with statistical analysis. His professional career has been defined by the integration of academic insight with real-world environmental concerns. One of his standout methodologies involves the combination of remote sensing technology and social statistics to assess land use efficiency. This technique significantly enhances the robustness and objectivity of ecological evaluations by mitigating human bias and incorporating both natural and social-economic indicators.

đź“šContributions and Research Focus on Environment and Resource Management

Dr. Guo’s primary research focus lies in environment and resource management, with special emphasis on water resource management, ecological security, and sustainable development in arid and semi-arid regions. His innovative approach to modeling ecological security patterns—especially through changes in vegetation evapotranspiration—provides a dynamic view of how natural ecosystems respond to anthropogenic influences. This model has become an essential tool in understanding human-environment interactions and shaping responsive environmental policies. By integrating night light remote sensing data with GDP figures, Dr. Guo developed a scientifically sound method for measuring land use efficiency. This methodological contribution offers more feasible and policy-relevant insights compared to traditional models, marking a leap forward in environmental resource analysis.

🏆Accolades and Recognition 

Dr. Guo’s scholarly output includes high-impact publications such as his 2025 paper in Scientific Reports, titled “Spatial-temporal characteristics and drivers of urban built-up areas land low-carbon efficiency in China.” This peer-reviewed study exemplifies the intersection of statistical science and environmental assessment, cementing Dr. Guo’s reputation as a thought leader in his field. Though he has not yet accumulated patents or book publications, his research has been widely cited and discussed in academic circles. His current membership in the Henan Emergency Management Society reflects his ongoing commitment to applying scientific research for societal and ecological benefit.

🌍 Impact and Influence 

Community Impact

Dr. Guo’s work is notable for its direct implications on environmental planning and policy-making. His data-driven frameworks for low-carbon efficiency and ecological security modeling have influenced regional planning strategies, especially in areas prone to resource stress. By introducing remote-sensing-enabled solutions into mainstream environmental research, Dr. Guo has empowered policymakers with tools for accurate, unbiased assessment and management of natural resources.

🔮Legacy and Future Contributions 

Dr. Guo’s interdisciplinary approach and scientific rigor are setting the stage for a new generation of environmental research. His ongoing commitment to merging remote sensing, economics, and ecological data modeling provides a blueprint for sustainable development strategies that are both scalable and adaptive. Looking ahead, Dr. Guo aims to expand his research to include climate change adaptation models, as well as collaborative international projects on eco-economic resilience. His legacy will likely be defined by his pioneering methods that bridge technology and ecology in service of long-term resource sustainability.

Conclusion

Dr. Guo Jin stands out as a dedicated researcher and innovator in the field of environment and resource management. With a uniquely interdisciplinary background and a strong vision for sustainability, his work continues to leave a lasting impact on academic research and environmental governance.

đź“šPublications

Spatial-temporal characteristics and drivers of urban built-up areas land low-carbon efficiency in China

 Authors: J., Guo, Jin, P., Feng, Pengfei, H., Xue, Han, J., Xue, Jinli

Journals: Scientific Reports