Call for Chapters

Computational Modeling Applications for Climate Crisis

Edited by Utku Kose, Deepak Gupta, Jose Antonio Marmolejo Saucedo

to be published by Elsevier

Climate is a vital factor for the existence of all living organisms over the earth. It affects the general well-being of generations and sustainability in terms of natural resources. Along the human history, the state of the climate has been in a changing nature in terms of temperature levels as well as the weather patterns. However, with the 19^th century, human activities started to be major factor on the changes in the climate. With even intense industrial revolutions and technological developments around the 20^th century, effects of human activities over the climate have been more effective as especially greenhouse gas emissions (because of fossil fuels) caused more increases in temperature values. Eventually, the changes in the climate raised the climate crisis, which is the most critical existential issue that the humanity should solve immediately nowadays.

The 21^st century so far already showed the side-effects of the climate crisis with intense storms, heat waves, melted glaciers and even rises in sea levels. All these events threat the existence of not only humans but also animals as well as the habitat, which are all vital components of the sustainable life. So, there is a red alert against the climate crisis and there has been a world-wide intense effort to find appropriate solutions for lowering the effects of high technology and the human activities. Briefly, the climate crisis is an issue, which needs focus from all fields of the modern life. Among these efforts, there is still hope to build effective research applications, which are targeting optimized activities and use of natural resources to keep the climate change at the stable level for the next time period. In terms of academic and scientific platform, it is important to keep the audience informed about the latest developments and solutions.

The main goal of this proposed edited book: ‘Computational Modeling Against Climate Crisis’ is to provide a recent collection of the most critical and innovative research in terms of modeling perspectives against the climate change. The book has the motivation about employing mathematical aspects to model effective solutions against different perspectives of climate change.

As the life itself is a mixture of mathematical occurrences, it is important to work with specific parameters, which are critical for controlling the dynamics of the earth, natural resources, technological factors and human-side activities. In this context, the book aims to inform the target audience about the latest results regarding a wide variety of mathematical models, simulations, computer-based visualizations, predictive applications against the climate crisis.

Submission Guidelines

All submissions should be done by email to: utkukose@gmail.com and / or deepakgupta@mait.ac.in

All papers must be original and not simultaneously submitted to another book project, journal or conference. The following important dates will be considered for the submissions:

• Abstract - Proposal Submission (Updated): 30 September 2023 (Only chapters with Abstract submission to this deadline will be considered for full paper submission)
• Full Paper Submission (Updated): 30 November 2023 
• Chapters should be prepared according to the guideliness here: https://booksite.elsevier.com/brochures/authors/Text/type.htm
• The reference style is numbered reference style: like [a], [a, d, h], [a-c].
• You may contact utkukose@gmail.com for any queries regarding chapter / proposal preparation.

List of Topics (as not limited to)

As considering Computational Modeling and Climate Change / Crisis;

•  
• Computational models for tracking parameters of the climate factors,
• Computational modeling of human activities,
• Simulations for climate change,
• Visualizations for better interpretability of climate parameters,
• Data fusion for advanced numerical applications against climate crisis,
• Predictive applications for climate crisis,
• Decision support applications for climate crisis,
• Modeling of technological solutions for climate change,
• Modeling of greenhouse emissions for predictive purposes,
• Tracking of climate factors for sustainability,
• Modeling of earth resources for predictive climate change management,
• Nation-based outcomes for numerical analysis of climate change,
• Big Data and computational modeling against climate crisis,
• Artificial Intelligence and computational modeling against climate crisis,
• Modeling for responsible use of technological components,
• Optimization-based solutions to deal with climate change.
• ...etc.

Editors

• Utku Kose, PhD. (Suleyman Demirel University, Turkey / University of North Dakota, USA)
• Deepak Gupta, PhD. (Maharaja Agrasen Institute of Technology, India)
• Jose Antonio Marmolejo Saucedo, PhD. (National Autonomous University of Mexico, Mexico)

Publication

'Computational Modeling Applications for Climate Crisis' will be published by Elsevier.

Contact

All questions about submissions should be emailed to: utkukose@gmail.com