Dr. Robert A. Leishear, consulting engineer at Leishear Engineering, LLC, has been recognized by Marquis Who’s Who Top Engineers for dedication, achievements, and leadership in nuclear engineering. With 50 years of experience to his credit, Dr. Leishear has excelled as owner, president, and consulting engineer at Leishear Engineering, LLC since 2016. At the Savannah River National Laboratory, part of Savannah River Nuclear Solutions, he held a number of roles since 2007, including research engineer, design engineer, calibration engineer, quality assurance engineer, radioactive packaging engineer, and process piping engineer. He invented a device that was installed on every personal computer and printer for more than 25 years as a design engineer at Westinghouse Defense and Electronics Systems Center from 1982 to 1991. He was active with Savannah River Remediation, LLC as a plant engineer, pump engineer, systems engineer, test engineer, and shift technical engineer after 1991. Before embarking on his professional path, Dr. Leishear pursued an education at Johns Hopkins University, where he earned a Bachelor of Science in mechanical engineering in 1982, and he completed a sheet metal apprenticeship at the same time. He continued his academic efforts at the University of South Carolina, accruing a Master of Science in mechanical engineering in 2001, a PhD in mechanical engineering in 2005, and a Master of Engineering in nuclear engineering in 2023. He holds certifications and qualifications related to his area of expertise from the Association for Materials Protection and Performance and the Technological University of Madrid. Beyond his responsibilities within the field, Dr. Leishear has participated in numerous endeavors outside of his professional circles. He authored two engineering books and published over 180 scholarly works, with two-thirds of these contributions emerging within the last eight years. He served as a peer reviewer for the American Society of Mechanical Engineers’ Journal of Pressure Vessel Technology, the Journal of Fluids Engineering, and the Journal of Solid Mechanics. In light of his impressive undertakings, Dr. Leishear has accrued several accolades throughout his career. He was presented with the American Society of Mechanical Engineers’ Fellow Award and the Copper Black Award for Creative Achievement from Mensa International. He invented and published novel theories aimed at elucidating the causative factors behind, and potential prevention strategies for, incidents such as the Fukushima nuclear accident, prospective nuclear power plant explosions, water main ruptures, offshore oil rig explosions, and gas pipeline explosions. In the immediate future, Dr. Leishear intends to continue with his writing, academic, and scientific endeavors, confident that his current efforts will serve as the final piece of the puzzle in his remarkable body of work. To do so, he has contracted with the American Society of Mechanical Engineers to write “Fluid Transients, The Water Hammer Disaster,” and he is writing “Industrial Murder for Profit”. Together, these planned 2024 books are intended to explain and stop numerous industrial disasters and expose the politics of the coverups that keep us exposed to similar disasters in the future.

Prof. Dai-Yeun Jeong is presently the Director of Asia Climate Change Education Center and an emeritus prof. of environmental sociology at Jeju National University in South Korea. He received BA and MA degree in sociology from Korea University (South Korea), and PhD in environmental sociology from University of Queensland (Australia). He was a prof. of environmental sociology at Jeju National University (South Korea) from 1981 to 2012. His past major professional activities include a teaching professor at University of Sheffield in UK, the president of Asia-Pacific Sociological Association, a delegate of South Korean Government to UNFCCC and OECD environmental meeting, and a member of Presidential Commission on Sustainable Development Republic of Korea, etc. He has published 60 environment-related research papers in domestic and international journals and 13 books including Environmental Sociology. He has conducted 100 unpublished environment-related research projects funded by domestic and international organizations.

Professor. Gordon Huang; Ph.D. (McMaster University, Canada);M.Sc. (Simon Fraser University, Canada);B.Sc. (Peking University, China);P.Eng. (Saskatchewan, Canada);Honorary Doctor of Science (McMaster University, Canada). Fellow (Canadian Academy of Engineering) President (International Society for Environmental Information Sciences) Canada Research Chair Tier 1 (Energy and Environment) Executive Director (Institute for Energy, Environment and Sustainability Communities) Editor-in-Chief (J. of Environmental Informatics)

Sir Ruggero M. Santilli obtained his Ph. D. in theoretical physics at the University of Torino, Italy in 1965; he then emigrated to the U.S.A. in 1967 where he was on the faculty of the University of Miami, Boston University, MIT, and Harvard University under financial support from NASA, UFOSR and DOE. In 1991 he accepted the position of President and Professor at the Institute for Basic Research in Florida. He is the author of 345 papers published in refereed journals and twenty post Ph. D. monographs in mathematics, physics, chemistry and biology; he is the Editor of a number of scientific journals in mathematics and physics and was awarded twelve U. S. patents. He is internationally known for developing new mathematics (known as Lie-admissible, Lie-isotopic and isodual mathematics) for the construction of hadronic mechanics, chemistry and biology, and for the verification of the 1935 Einstein-Podolsky-Rosen argument that "quantum mechanics is not a complete theory." These discoveries lead to the prediction of new technologies, incompatible with quantum mechanics but fully compatible with hadronic mechanics, which he developed as Chief Scientist at various U. S. publicly traded and private companies. For more details, please see the curriculum http://www.i-b-r.org/Ruggero-Maria-Santilli.htm AWARDS AND NOMINATIONS. Ruggero Maria Santilli was knighted with the title of Sir on September 8, 2011, by the Republic of San Marino with the Membership in the Millenary Equestrian Order of Sant’Agata. Additionally, Sir R.M. Santilli has received: the Gold Medal from the Universite' d'Orleans, France, on January 6, 1982; the Nomination among the most illustrious applied mathematicians if all times by the Estonia Academy of Sciences in June 9, 1990; a dedication to his name of a lecture hall by the Australian Science and Research Center on September 9, 1992; the Scientific Prize of the Mediterranean Foundation on January 2, 2009; the award of the U. S. Sons of Italy on June 6, 2010; the Scientific Prize of Kathmandu University, Nepal, on January 7, 2011; the Honorary Membership in the European Society of Computational Methods in Science and Engineering on September 21, 2011; the Molinari Peace Price from the Mediterranean Foundation on July 7, 2015; the Frey International Sustainability Award on November 9, 2016; and the Stella d'Italia (Star of Italy) with the title of "Cavaliere from the Italian President Sergio Mattarella on May 31, 2018. For details, please visit the website http://santilli-foundation.org/santilli-nobel-nominations.html Sir-Santilli-bionotes-05-15-21 (i-b-r.org)

https://misuratau.academia.edu/MohamedElbagerma/CurriculumVitae
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https://civ.chuhai.edu.hk/wp-content/uploads/CV-A.W.Jayawardena-June-8-2021.pdf
Prof. A. W. Jayawardena, currently an Adjunct Professor in the Department of Civil Engineering of the University of Hong Kong, has over four decades of experience in academia, consulting engineers, international organizations, and government. He has been a Professor at the National Graduate Institute for Policy Studies (GRIPS), Japan, a Guest /Visiting Professor at Beijing Normal, Hohai and Tsinghua Universities, China, an Honorary Professor in the Department of Statistics and Actuarial Sciences of the University of Hong Kong, an Adjunct Professor of Vellore Institute of Technology, India and a Visiting Professor at Chu Hai College of Higher Education, Hong Kong. He is a Fellow of the Hong Kong Institution of Engineers, a Life Member of the American Society of Civil Engineers, and a Fellow of the UK Institution of Civil Engineers. His awards include a Visiting International Fellowship of the Environmental and Water Resources Institute (EWRI), American Society of Civil Engineers; International Award, Japan Society of Hydrology and Water Resources, and an invitational Fellowship, Japan Society for the Promotion of Science (JSPS) and UNESCO-IHP Asia Pacific Award. He has authored the books ‘Environmental and Hydrological Systems Modelling’, ‘Fluid Mechanics, Hydraulics, Hydrology and Water Resources for Civil Engineers’, Water for Life: Drinking Water, Health, Food, Energy Nexus and, authored/co-authored over 200 publications.

Prof. Murray Moinester received his Ph.D. from the University of Rochester in 1968, and then joined the faculty at Tel Aviv University. He served as guest professor for extended periods at many leading universities and accelerator laboratories, has extensive experience in experimental and computational methods, carried out many research programs in high energy particle and nuclear physics, published some 200 scientific papers in refereed journals, and made some 75 conference or university presentations. Since his official retirement in 2003, he continues researching in the fields of Hadron Physics (pion polarizability, etc.), Archaeology (Multispectral imaging & RHX dating), environmental radioactivity, & soil science (carbon sequestration).

Prof. Francesco D. Auria, born 1954, received a Master degree in Nuclear Engineering in 1978 and a PHD degree in Nuclear Reactor Safety in 1980, both at the University of Pisa. He was awarded of a research grant from University of Pisa in 1978; then he was awarded the Assistant Professor position in 1981 at University of Pisa (area of nuclear thermal-hydraulics), of the Associate Professor position at University ‘La Sapienza’ in Rome in 1991 (area of radiation applications) and the Chair (Full) Professor position at University of Pisa in 2000 (area of nuclear thermal-hydraulics), the last one being the current position. He was engaged as ‘Adjoin Professor’ at University of Genova in the period 1993–2003 (area of world energy status and planning). He is ANS member since 1981. Since 1980, he has been member in several international working groups at ANS, EC, IAEA and OECD/NEA, including CSNI since 2015 and CSNI Senior Group of experts since 2017. He has been responsible for research projects valued more than 20 Million Euro in the period 2000–2015. He was member and Chair of the Program in several International Conferences and member of the scientific committee for a dozen Journals. He is co-author of more than 1000 publications including around 200Journal papers and 100 reports published by International Institutions like IAEA and OECD. Recipient of various recognitions, e.g. best paper, excellent session organizer, most downloaded paper notification, etc. Key awards and achievements are: Foreign Member of Argentinean Academy of Science in Buenos Aires (Argentina). N.A. Dollenzhal gold medal” by NIKIET in Moscow (Russia) Founder and Editor in Chief (during 5 years) of the Journal Science and Technology of Nuclear Installations (STNI). Enhancing and promoting the best use of computational tools in nuclear reactor safety includes the proposal of methods for validation, uncertainty, scaling, and design of experiments. Integrating fundamental technology and understanding with application in nuclear reactor safety and licensing processes for NPP. General Chair of ANS NURETH-15 Conference in Pisa (Italy) 2013 and of ENS TopSafe Conferences in Dubrovnik (Croatia) 2008, Helsinki (Finland) 2012, and Vienna (Austria) 2017. • Editor and key Author of the Elsevier Book “Thermal Hydraulics of Water Cooled Nuclear Reactors”. • NURETH Fellow in Xi’an (PRC), 2017. Coordinator-promoter-author of four State of Art Reports (SOAR) published by OECD/NEA: Two-Phase Critical Flow (TPCF) in 1980, Thermal-hydraulics of Emergency Core Cooling Systems (TECC) in 1987, Boiling Water Reactor Stability (BWRS) in 1996, and Scaling (S-SOAR) in 2017.

Renata Morbiducci - Professor, Architectural Engineering - Tenured Associate Professor, Architectural Engineering - Ph.D., Structural Engineering - Member of the RINGO No-Gov. Delegation COP-UNFCCC - Scientific Coordinator of International and National Projects - Author of more than 80 Publications - Cofounder of the “Sustainable Design and Construction” Editorial Series, GUP - Member of the Doctoral Research School of Architecture (University of Genoa) - Teacher for PhD, Master and Bachelor for International and National Universities and External Organizations - BuildTech Founder, Spin-off at the University of Genoa, Italy. Research interests: Current Analysis of new and existing constructions for the technological, functional and energy aspects Climate change in construction sector Sustainable design, requalification/refurbishment and optimization Climate change impacts on constructions Innovative materials for constructions Digitalization of the building process Life Cycle Assessment (LCA) Past Materials and structures mechanics Conservation historic construction heritage Inverse problems and parametric identification

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Dr. Prof. Zhongsheng Guo is an ecologist and agriculture expert. He is the director of innovation in China Agriculture, a high quality development service. He put forward the theories of agriculture high quality development: resource use limit by plants (RULP) , vegetation carrying capacity (VCC), the critical period of plant resource relationship regulation, the new theory of soil and water conservation, and the methods of agriculture high quality development.

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Dr. Argaw Ambelu is a Professor of Environmental Health at Jimma University, working at different academic and administrative positions for more than 16 years. He holds a BSc in Environmental Health from Jimma Institute of Health Sciences, Ethiopia, an M.Sc. in Environmental Sanitation, and a Ph.D. in Applied Biological Sciences from Ghent University, Belgium. Argaw’s work includes teaching and research in the fields of WASH, WASH and Enteric Infections, Bioefficacy of Synthetic Chemicals and Natural Products Against Disease Vectors, Environmental Microbiology, Environmental Quality, Aquatic Ecology, and Resilience Research. Argaw is also involved in WASH innovations. He has more than 12 Ph.D. students at Jimma and Addis Ababa Universities. Some of the ongoing Ph.D. projects are: - The investigation of herbal products for snail control, - Ecological resilience of highland streams of Ethiopia, - Cancer Risks among Chlorinated Water Beneficiaries of Addis Ababa Residents, - Lead contamination and associated health risk in Addis Ababa - Infection Determinants of Childhood Diarrhea, - Heavy Metal Contamination and Poinpointing Areas of Intervention in surface water sources

Dr. Anna got a master‘s degree in Environmental Engineering at Politecnico di Milano. She carried out research activities on hydrogeological risk prevention in Switzerland and developed skills in the use of satellite data to support emergency response to natural disasters, working with UNOSAT. She worked in Bolivia supporting local civil protection in strengthening institutional capacities for disaster risk reduction, including preparation and issuance of warnings. She is currently a researcher in the Hydrology and Hydraulics Department at CIMA Research Foundation. For the Foundation in 2019-2020 she has been the local coordinator of activities in Bolivia, working on the implementation of a drought monitoring system and of the situation room of civil protection, in collaboration with the local government and international institutions. Anna deals with early warning systems and the strengthening of technical-institutional capacities for monitoring and forecasting of extreme hydrological events.

https://eg.linkedin.com/in/dr-mahmoud-zedan-729a01145/en
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Dr. Li Qing, born in May 1969, Han nationality, professor, postgraduate education, received a bachelor's degree in science in 1992, a master's degree in applied mathematics from Xinjiang University in 2007, and a doctoral candidate in agricultural and forestry economics and management at Huazhong Agricultural University. Member of the Academic Committee of Tarim University, leader of the discipline of forestry economics and management, director of the Chinese Society of Forestry Economics, executive director of the Corps Statistics Bureau, and director of the Xinjiang Probability and Statistics Society. Currently, he teaches courses such as "Econometrics" (Intermediate), "Special Topics in Natural Resource Management and Environmental Governance", "Special Topics in the Protection and Utilization of Agricultural Resources in Arid Areas", "Economics of Horticulture Industry", "Literature Retrieval and Scientific Paper Writing", and "Economic Research Methods". He has published more than 50 papers, including 30 papers in CSSCI source journals such as "Agricultural Technology and Economics", "Resource Science", "Economic Geography", "Arid Area Resources and Environment", "Northern Horticulture", "Forestry Economy", "Forestry Economic Issues" and other Peking University core journals, 2 papers included in EI, 2 monographs and 2 textbooks. Research fields: Economy and management of characteristic fruit and vegetable industry, resource and environmental economy, forestry economy Research direction: Evaluation and management of characteristic forestry and fruit industry, agricultural resource management and environmental governance in arid areas, targeted poverty alleviation and rural revitalization, forestry economic theory and policy, farmers' economic behaviour, land space distribution and function evaluation

CV: Education (visit) experience: 2013-07-01-2013-09-30 Visiting scholars from the Chinese Academy of Sciences conduct collaborative research with Oklahoma State University, USA 2000/09-2004/07 Northwest Agriculture and Forestry University, College of Resources and Environment, PhD, PhD thesis: Study on soil moisture vegetation carrying capacity in semi-arid loess hilly areas, supervisor, Shao Mingan 1995/05-2000/07, Northwest Agriculture and Forestry University, College of Resources and Environment, Master, Master's thesis: Soil moisture status and temperature effect of soil water potential in artificial Pinus tabulaeformis forests in semi-humid areas of the Loess Plateau, supervisors: Zhang Yiping, Wu Qinxiao 1979/09-1982/07, studied forestry at Shaanxi Agricultural and Forestry School Work Experience: For many years, he has been engaged in innovative research in plant ecology, forest cultivation, forest hydrology, soil and water conservation and sustainable utilization of resources at Northwest Agriculture and Forestry University and the Institute of Soil and Water Conservation of the Chinese Academy of Sciences and the Ministry of Water Resources. Social Positions: He is currently the leader of the " Science and Technology Innovation China - Agricultural High-Quality Production Service Group " , a member of the Expert Advisory Committee of the Three Norths Shelterbelt System Construction Project ( 2020-2025 ), and an expert in scientific and technological achievement review in Shaanxi, Jiangxi, Guangdong and other provinces. Research Direction: Sustainable use of natural resources, high-quality and sustainable development of soil and water conservation and forests and grasslands, and high-quality agricultural production. Scientific research projects undertaken: Since being assigned to the Institute of Soil and Water Conservation after graduation, he has been engaged in research on sustainable utilization of natural resources, high-quality and sustainable development of soil and water conservation and forest and grassland, and high-quality agricultural production. He has presided over or participated in a number of important national scientific research projects, such as the National Fund Project "Research on Soil Moisture Carving Capacity of Artificial Caragana Ellis Forest in Semi-arid Areas of Loess Hills", and innovatively proposed the theoretical basis for high-quality and sustainable development of soil and water conservation, and a new theory of soil and water conservation ; proposed the theoretical basis for high-quality and sustainable development of forest and grassland, the resource utilization limit theory and the vegetation carrying capacity theory, which include the spatial resource utilization limit theory and spatial vegetation carrying capacity theory in areas with sufficient water and fertilizer; the soil water resource utilization limit theory and soil moisture vegetation carrying capacity theory in areas with water shortage, and the soil nutrient resource utilization limit theory and soil nutrient vegetation carrying capacity theory in areas with nutrient shortage ; proposed the concept and determination method of the key period for the regulation of plant resource relationships . As plants grow, plant canopies and root systems develop, the ability of plants to utilize resources increases, while the amount of available resources generally shows a downward trend. When the amount of utilized resources drops to the resource utilization limit, the plant resource relationship enters the critical period of plant resource relationship regulation. The end of the critical period of plant resource relationship regulation is when the plant resource relationship regulation fails. High-quality sustainable management methods for forest grassland and soil and water conservation, and high-quality sustainable management methods for agriculture are proposed. High-quality sustainable management methods for forest grassland are to first select excellent plant species based on site conditions and cultivation goals; adopt appropriate initial density , which is greater than or equal to carrying capacity; when the conservation density during the critical period of plant resource relationship regulation is greater than the vegetation carrying capacity, regulate the plant resource relationship based on the vegetation carrying capacity to obtain maximum yield and benefits. For economic forests, it is also necessary to regulate the leaf volume at the carrying capacity, that is, the appropriate leaf volume and the relationship between leaf volume and high-quality fruit, to meet people's yearning for a better life and the needs of forest grassland. High-quality sustainable management methods for soil and water conservation and high-quality production methods for agriculture are proposed. In 2015 , he was appointed as a member of the Expert Advisory Committee of the Three North Shelterbelt System Construction Project; On December 27 , 2016 , Xinhuanet released a report on "Guo Zhongsheng: Frontier Research on Vegetation Carrying Capacity and Forest Sustainable Development" by a master at the forefront of science and technology; In 2020 , he was again appointed as a member of the Expert Advisory Committee of the Three North Shelterbelt System Construction Project; In June 2022 , he was appointed as the leader of the "Science and Technology Innovation China - Agricultural High-Quality Production Service Group"; He has published more than 80 papers in important domestic and foreign journals, many of which have been included in sci and widely cited by others. Among them, the paper "Soil Aridification and Soil Moisture Vegetation Carrying Capacity of Artificial Forest and Grassland in Semi-arid Regions" (2003, 23 ( 8 ): 1640-1647 ) published in the Acta Ecologica Sinica has been cited more than 330 times by others. His research results have won three national second prizes and more than 10 provincial and ministerial awards. Among them, the National Natural Science Foundation project "Research on Soil Moisture Carrying Capacity of Artificial Caragana Korshinskii Forest in Semi-arid Regions of Loess Hills" presided over by him. In 2015, he won the second prize of Shaanxi Province Science and Technology Award.

My main research interests focus on hydrology, hydraulics, hydrogeology, the potential impacts of climate change and the simulation of hydrological extremes (droughts and flash floods) in arid environments, field and laboratory approach, statistical, geostatistical, spectral analyzes, cartography and use of GIS and hydrological, hydraulic and hydrogeological modeling.

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Dr. Abdeen Mustafa Omer (BSc, MSc, PhD) is an Associate Researcher at Energy Research Institute (ERI). He obtained both his PhD degree in the Built Environment and Master of Philosophy degree in Renewable Energy Technologies from the University of Nottingham. He is qualified Mechanical Engineer with a proven track record within the water industry and renewable energy technologies. He has been graduated from University of El Menoufia, Egypt, BSc in Mechanical Engineering.