Water lies at the heart of adaptation to climate change and serves as a crucial link between climate systems, human society, and the environment. It is a finite and irreplaceable resource that is fundamental to human well-being. Various necessary adaptation measures that deal with climate change have the potential to create resilience to climate change and enhance water security. Sustainable governance of available surface and groundwater resources is key to solving water problems.

To achieve water sustainability, we must promote the restoration and protection of freshwater ecosystems. This can involve measures such as reducing pollution, implementing sustainable land use practices, and creating protected areas for aquatic species. Additionally, we must adapt to the climate change crisis by improving water efficiency, investing in water infrastructure, and developing new water sources. This can involve measures such as implementing water reuse and recycling programs, upgrading water treatment facilities, and investing in desalination technologies.

Analysis of river basin scale adaptation is also critical for water management, as it involves assessing the impacts of climate change on water resources and developing strategies to manage these impacts. We must take a holistic and integrated approach to water management, including improving water governance, establishing regulations for water use, and providing funding for water infrastructure. By engaging stakeholders from different sectors and levels of government, as well as local communities, we can develop effective water resource policies that promote sustainable water use and ensure that water resources are managed for the benefit of all.

Join us, at the 1st international conference on "Sustainable Water Management and Resource Adaptation: Security and Energy Nexus" to discuss modern research on water adaptation, sustainability, and climate change mitigation. The conference aims to form an interdisciplinary discussion and harbor the latest research in the field, hosting researchers, scientists, geographers, engineers, professionals, and policymakers, all to preserve the most valuable resource of all.

The conference "Sustainable Water Management and Resource Adaptation" is held in collaboration with the Université Paris Cité, France. While attending the conference in Paris, international participants from all over the world have the unique opportunity to not only expand their knowledge and expertise but also enjoy the breathtaking beauty of this beautiful city. Known as the "City of Love," Paris is renowned for its romantic ambiance, rich history, and stunning architecture. Amidst the conference sessions and networking events, attendees can explore the charming streets, visit world-famous landmarks like the Eiffel Tower and Louvre Museum, and stroll along the Seine River, submerging themselves in the enchanting atmosphere that Paris offers. With its picturesque parks, elegant boulevards, and delightful cafes, Paris provides the perfect backdrop to relax, gain inspiration, and appreciate the city's timeless allure while engaging in meaningful discussions about sustainable water management and resource adaptation.

Conference Scope

The conference will provide a platform for sharing knowledge, experiences, and best practices related to water sustainability and adaptation. Participants will have the opportunity to present their research and case studies, engage in interactive discussions and workshops, and network with other professionals in the field. The conference will also feature keynote speeches from leading experts in water management and climate change. The conference discusses topics such as freshwater ecosystem restoration, adaptation methodologies to changing climates, water resource policies, economic benefits of water adaptation, and meteorology and weather warning systems. The conference aims to contribute to the achievement of the UN’s 6^th Sustainable Development Goal, which calls for ensuring access to water and sanitation for all and promoting sustainable water management. By bringing together diverse perspectives and expertise, the conference will seek to identify innovative solutions and actionable strategies for promoting water sustainability and adaptation at local, regional, and global scales.

Statement of Purpose

The purpose of this conference is to promote knowledge exchange and collaboration among academics, practitioners, policymakers, and other stakeholders working to promote water sustainability and adaptation in the face of climate change. The conference aims to foster dialogue and exchange of ideas among participants, to identify innovative solutions and actionable strategies for promoting water sustainability and adaptation at local, regional, and global scales. The conference will provide a platform for presenting research and case studies, engaging in interactive discussions and workshops, and networking with other professionals in the field. The ultimate goal is to create a community of experts that can drive progress toward water sustainability and adaptation in the years to come.

• 1. Water Landscape Systems: Characteristics and Functions

  To ensure ecosystem health, it is important to identify key indicator species. Additionally, evaluating the potential of biodiverse hotspots can contribute to their conservation. Holistic approaches to watershed planning and management are crucial for sustainable water resource management. Monitoring and early detection systems for algal blooms are necessary to mitigate their ecological consequences. Recognizing the aesthetic and recreational values of water landscape systems, and adopting appropriate design and planning principles is essential for the effective management of water landscape systems.

• 2. Water Conservation Techniques in Landscapes and Agriculture

  Discusses water management principles and approaches that are crucial for sustainable water resource management. The integration of soil moisture sensors in precision agriculture allows for efficient water use. Sensor-based irrigation provides economic benefits and helps protect the environment. Implementing polyculture and crop rotation techniques promotes water-efficient farming practices. Agroforestry practices contribute to sustainable agriculture by enhancing water conservation. Finding genetic engineering offers potential solutions for developing drought-tolerant, water-optimized crops.

• 3. Ecosystem Resilience in Changing Water Landscapes

  Discusses the Microbial contributions within aquatic systems, ensuring the availability of essential elements. Adapting co-management approaches to ensure the effectiveness in ecosystem conservation, promoting sustainable practices to enhance biodiversity preservation. Facing the Urban biodiversity conservation challenges, presenting the opportunities for innovative solutions and community engagement. Using Techniques for ecological restoration of damaged aquatic habitats is essential to revive and rehabilitate these ecosystems. Identifying and preserving keystone species in aquatic environments is vital as they have a significant impact on the overall ecological balance and functioning of the ecosystem.

• 4. Technological Innovations for Sustainable Water Resource Management

  Discusses technological and sustainable solutions for freshwater production from seawater, considers the environmental impact assessment, ensures sustainable resource management, and spots the light on blockchain technology to provide a transparent and efficient platform for water quality monitoring and management. It also discusses the robotic systems that have been developed for precise and efficient underground pipeline inspection, minimizing human intervention, and improving maintenance processes. Additionally, it inspects the increasing reliance on AI-driven water infrastructure and presents cybersecurity challenges that need to be addressed to safeguard critical systems and data.

• 5. Resilient Infrastructure for Changing Water Landscapes

  This part Covers diverse topics such as designing floating infrastructure for flood-prone areas, integrating blue-green infrastructure, quantifying the economic benefits of such solutions, crisis-responsive infrastructure planning, floodplain restoration, and green infrastructure approaches. Additionally, it explores infrastructure resilience in indigenous and local communities, addressing their unique challenges and identifying strategies for enhancing resilience and well-being.

• 6. Biodiversity Conservation in Relation to Water Landscapes

  This part covers key topics on the conservation of aquatic biodiversity. It includes corridor conservation strategies for aquatic and terrestrial linkages, climate change impacts on aquatic biodiversity, conservation genetics for endangered species, designing nature-based solutions for aquatic biodiversity, and the conservation of endemic and threatened aquatic species. These discussions aim to highlight effective approaches and strategies for preserving and protecting aquatic ecosystems and species.

• 7. Climate Change and its Implications for Water Landscapes

  This part covers a range of topics related to climate change and its impact on various ecosystems and sectors. It includes ocean acidification and its effects on marine ecosystems, smart practices for climate-resilient agriculture, adaptation strategies for coastal communities, the impact of climate change on biodiversity hotspots, heatwaves and thermal pollution in water bodies, changing precipitation patterns and hydrological impacts, and resilient infrastructure design to address climate-induced water quality challenges. These discussions aim to deepen our understanding of climate change impacts and explore effective strategies for mitigating and adapting to them.

• 8. Protecting Water Quality in Changing Landscapes

  This part covers diverse topics on water quality and pollution mitigation. It includes microplastic pollution sources, pathways, and mitigation strategies. Nature-based solutions for water purification, remote sensing for water quality monitoring, and sustainable water quality practices in urban areas will be discussed. Additionally, community engagement in water quality protection and cost-benefit analysis of such measures will be explored, highlighting the importance of collaborative efforts and economic considerations in preserving water resources.

• 9. Fundamentals of Water- material and Nanomaterials Interface, Fabrication, and its applications

  This part provides a comprehensive exploration of the water-nanomaterials interface. It covers topics such as properties, characteristics, and interactions, as well as the structure and properties of nanoscale materials. it also discusses self-assembly, applications in catalysis and energy conversion, surface charge and energy, water-material interactions, nanomaterials for water treatment and filtration, and nanoparticle dispersion and stability in aqueous environments.

• 10. Nanomaterial Innovations for Sustainable Water Treatment and Conservation

  Covers Sustainable water materials including fixtures, rainwater systems, and smart irrigation tech. Nanoscale water has unique properties. Purification methods involve filtration, disinfection, desalination, and treatment. Membrane technologies like nanofiltration, ultrafiltration, and reverse osmosis are crucial. Carbon-based nanomaterials adsorb pollutants and aid membrane development. Metal-based nanomaterials remove contaminants and have antimicrobial properties. Nanocomposites offer diverse water remediation properties. Bio-inspired materials enable water harvesting. Considers the environmental impact and safety of nanomaterials.

• 11. Nanomaterials in Water: Types, Compositions, Characteristics, Interactions, and Functions

  This part explores the interactions of nanomaterials with water and their diverse applications. It covers topics such as nanocomposites for water filtration and biomedical devices, functionalization of metal nanoparticles and their stability in water, metal oxide nanoparticles for water treatment and environmental remediation, hydrophilic or hydrophobic interactions of carbon-based nanomaterials, modulation of water solubility and stability of quantum dots for biological applications, and the use of nanofibers in water filtration and textiles. it sheds light on the wide-ranging potential of nanomaterials in various water-related fields.

• 12. Applications of Water-Nanomaterials Interface in Various Sectors

  This part explores diverse applications of nanomaterials in water-related fields. It covers biosensors and bioanalytical approaches for water analysis, nanomaterials for agriculture and irrigation, their use in the food and beverage industry, industrial water treatment, personal care products and cosmetics, self- assembly and structured materials for water-nanomaterials systems, nanomaterials for sensing and monitoring water quality, efficient hydrogen production from water, and photocatalytic and solar-driven water splitting. It showcases the broad range of possibilities and advancements in utilizing nanomaterials to address various challenges and opportunities in the realm of water.

• 13. Water – Nanomaterials Related Energy Storage Conversion and Commercialization Perspectives

  This part discusses nanomaterial-based solutions for the water-energy nexus, nanomaterials for water splitting and hydrogen production, nanomaterials for energy storage in water-based systems, water- based electrochemical devices and nanomaterials, techno-economic analysis of nanomaterials-based water technologies, regulatory and policy considerations for nanomaterials in water applications, challenges and opportunities in scaling up nanomaterials-based solutions, future directions and emerging trends in water-nanomaterials interface. Through this part, a comprehensive understanding of the diverse applications of nanomaterials in water-related sectors is provided.

• 14. Nanomaterials for Water Resource Management, Conservation and Challenges

  This part explores diverse applications of nanomaterials in addressing water-related challenges. It covers topics such as rainwater harvesting, greywater treatment, water recycling and reuse, water conservation, addressing water scarcity in arid regions, water pollution mitigation in urban settings, climate change impacts on water resources, and environmental and health considerations. it highlights the potential of nanotechnology in providing innovative solutions for various water-related issues.

• 15. Reviews, important strategies, and technologies

  This part provides an overview of water-splitting technologies and explores their significance and potential. The global energy landscape is examined, considering current trends and prospects. challenges and opportunities in this field are explored, offering insights into potential advancements. The historical development of water-splitting technologies is traced, showcasing their evolution over time. Overall, it provides a comprehensive exploration of water-splitting technologies and their impact on the global energy landscape.

• 16. Fundamentals of Water Splitting

  This Part focuses on its principles, components, and energy efficiency. It explores topics such as voltage over potential, thermodynamics of water splitting, Gibbs free energy, and thermodynamic efficiency limits. Factors influencing thermodynamic efficiency and catalysts for enhancing reaction kinetics are discussed. Additionally, it explores the kinetics of water splitting, activation energy reactions, reaction mechanisms, and rate equations. Overall, it covers various aspects of electrolysis and its associated processes.

• 17. Water Splitting Technologies

  This part covers water electrolysis and encompasses various aspects, including alkaline water electrolysis, proton exchange membrane (PEM) electrolysis, and solid oxide electrolysis cells (SOEC). Key considerations involve electrode materials, catalyst performance optimization, and challenges in cell design. Additionally, ceramic electrolyte materials, operating temperatures, and conditions play a crucial role in system integration and performance improvement. Photoelectrochemical water splitting, semiconductor materials, band gap engineering, light absorption, charge separation, and photoelectrode design are also explored for efficiency enhancement and stability in this field.

• 18. Catalysts and Materials for Water Splitting

  This covers catalysts for the hydrogen evolution reaction (HER) and the oxygen evolution reaction (OER). Catalyst synthesis and characterization, including noble and non-noble metal catalysts. Differentiating between heterogeneous and homogeneous catalysts is also crucial. Molecular catalysts are explored, focusing on testing, evaluation, performance, and durability. Advanced materials are developed to enhance electrode and membrane performance, while electrode and ion-conductive materials are studied. Moreover, materials characterization, compatibility, and stability techniques are employed to assess and ensure the reliability of catalysts and materials.

• 19. Industrial Water Splitting Systems and Applications

  This part explores the field of large-scale water electrolysis plants focusing on industrial-scale electrolyzer technologies, grid integration, and the utilization of renewable energy sources. Economic viability and market analysis are conducted through case studies of such plants. Integration with renewable energy sources. Power-to-gas and power-to-liquid applications are investigated, along with hybrid systems and synergistic approaches. Hydrogen production, reactions, and their industrial applications are examined, including on-site hydrogen generation. Power-to-hydrogen applications encompass ammonia, methanol, syngas, and the production of various chemicals and fuels.

• 20. Techno-Economic Analysis and Sustainability Assessment

  This part focuses on assessing the operation, maintenance, and capital costs associated with these technologies. The levelized cost of hydrogen reduction strategies is evaluated to determine economic feasibility and market outlook. Life cycle assessment is conducted to analyze the environmental impacts of water splitting processes, including goal and scope, life cycle inventory, impact assessment, and sensitivity analysis. Environmental footprint and sustainability metrics are considered, along with water footprint and consumption, energy efficiency, renewability, carbon footprint, and greenhouse gas emissions.

• 21. Water Security and Management

  This part focuses on critical aspects of water management and governance. It covers topics such as drought management and mitigation strategies to address water scarcity and stress. The impacts of climate change on water availability and the importance of water demand forecasting and management are discussed. Transboundary water management, institutional frameworks, water rights, and allocation systems are explored. Moreover, integrated water resources management, including watershed management and protection, water balance, accounting systems, and quality monitoring and assessment are examined to ensure sustainable water management practices.

• 22. Energy Nexus

  This part focuses on the intersection of water and energy in the agricultural sector. It covers topics such as energy-efficient irrigation techniques and materials, and the water footprint in agricultural production. The potential for bioenergy production from water-intensive crops is explored. Renewable energy applications in water treatment, including solar-powered water purification systems and wind energy in desalination, are discussed. Bioenergy-driven wastewater treatment processes are also examined. Furthermore, energy-efficient water distribution systems, including smart water grids and leak detection technologies, and energy optimization in water pumping and distribution through demand-side management for water utilities are addressed.

• 23. Water as an Innovative Materials

  This part explores advanced materials and technologies for water treatment and purification and covers carbon-based adsorbents for contaminant removal and functionalized nanomaterials for water treatment applications, including nanostructured membranes for selective filtration and bio-inspired materials for water filtration. Membrane technologies such as reverse osmosis membranes for desalination and forward osmosis membranes for water reuse are explored. Nanomaterials, including nanofiltration membranes, are examined for heavy metal removal. In addition, the use of nanocatalysts for advanced oxidation processes and water quality monitoring is discussed.

• 24. Water- Energy-Efficient Technology

  This part focuses on innovative approaches in water-energy systems, covers w-energy desalination processes, including capacitive deionization for salt removal, and discusses energy recovery from wastewater treatment through anaerobic digestion for biogas production and microbial fuel cells for electricity generation. Heat recovery from wastewater for energy reuse is explored. Smart water management systems, Internet of Things (IoT) applications in water management, and real-time monitoring and control of water networks are discussed. Also, predictive analytics for water infrastructure optimization are examined to enhance efficiency and sustainability in water-energy systems.

• 25. Sustainable Water Remediation

  This part focuses on natural and nature-based solutions for water harvesting and treatment, including constructed wetlands for wastewater treatment and riparian zone restoration for water quality improvement, covering soil and groundwater remediation through phytoremediation and sustainable groundwater management, including monitoring and modeling. Groundwater pollution prevention measures are explored. Water reuse and recycling, including greywater recycling for non-potable uses, as well as industrial wastewater treatment and reuse, are discussed. Furthermore, direct potable reuse technologies and regulations are examined to promote safe and sustainable water reuse practices.

• 26. Technology and Innovation Adoption

  This part examines technology adoption in water management, addressing barriers like financial challenges. It explores business models, financing mechanisms, and public-private collaborations for commercialization and knowledge sharing. Capacity-building programs and social/behavioral aspects of adoption are discussed. Topics include data-based technologies, software, innovations in monitoring and sensing, resilience in water systems for climate change, risk assessment, infrastructure, and decision support.

A. Physical Attendance

• If multiple abstracts are submitted by the same first author submitted to the conference, a 25% discount is applied to each additional submission.

• Each research paper should have one main author who should pay the full fee (Author fees) regardless of attendance. Co-authors, each, have their own fees to pay to attend the event. This applies to online attendance as well as physical attendance.

• A research paper fee allows only one author, whether main or co-author, to attend the conference and receive only one copy of the conference Abstract book in both hard and soft copies. Extras can be requested for an additional fee.

• Professionals are categorized as participants who are not affiliated with universities such as practitioners, policymakers, entrepreneurs etc.

• Students must provide proof of enrollment in a university by providing an enrollment certificate or a valid university ID (with issue/ expiry date) etc.

• Additionally, you have the option to present your submitted abstract as a presentation without the intention of publishing your work, for information about the fees and additional details, please feel free to get in touch with us at: [email protected].

B. Online Attendance

• A softcopy of the abstracts book and/ or hard copy (excluding shipping)

• IEREK Participation/ Contribution Certificate in softcopy

• Acceptance Letters in softcopy

• Consideration for publishing in the IEREK ASTI series by Springer or IEREK Press

• Access to conference recordings

C. Extra Fees

Payment Methods

 Payment of the registration fee can be made via the following methods (only after online registration):

1. Bank transfer 

Kindly send a request to the conference coordinator/ email and CC [email protected] to receive bank details to complete the payment.

2. Online payment gateway (PayPal)

Participants who would like to complete their payments online must send a request to the conference coordinator/ email and CC [email protected] to receive a customized link to complete their payments.

3. Cash in IEREK branches

Payment in person can be arranged. Please contact the conference coordinator/ Email to receive further information.

Payment Terms and Guidelines:

• Read more on Important Dates. For information on payment dates.

• Authors who have registered and completed payment for virtual attendance CAN request a change to physical attendance. However, a change from physical to virtual is NOT possible.

• After online registration and payment, the registration fee cannot be reimbursed.

• Final Acceptance/ rejection of your full/ extended paper (if submitted) can only be given after the peer review process.

• Inclusion in the conference program, acceptance letters issuance and consideration for publication must be preceded by registration and payment completion.

• Online Payment (only) should only be completed once a proforma invoice is issued with respective instructions for successful payment.

• Contact our Financial Department for inquiries/ requests.

IEREK has an unyielding policy regarding plagiarism. We believe that copying/taking the ideas and work of other Authors without permission and credit is fraudulent. The Reviewing committee and IEREK employees have the authority to reject a paper during its reviewing process, based on the paper being subjected to either minor or major plagiarism.

Authors must refer to, and abide by, the following instructions in submitting their abstracts/ papers:

Step 1: Abstract Submission Process

• The author should prepare and submit an Abstract of at least 150 – 300 words through the website.
• The abstract should be concise and clearly state the proposed research study's purpose, results, and conclusions.
• The author should select the most relevant topic for the paper from the corresponding conference topics.
• The author can use/download an Abstract Writing Template prior to submission
• To submit your abstract, you first need to (1) click on the “Register” button on the conference page, (2) click on “Submit Now” and:
  • Select the Topic in which you are making the submission
  • Insert the title of your study in the "Paper Title" section
  • Insert the full abstract in the "Abstract" section/upload a file in the .pdf, .doc, .docm, or .docx format
  • Add in writing 3 – 5 keywords that define the field, subfield, topic, and research area covered by the article to help other researchers understand and find your work.
  • Provide the names, affiliations, and E-mails of all authors/ co-authors involved
  • Confirm your submission by ticking having read the instructions and “submit Abstract”

Step 2.1: Abstract Acceptance

• After acceptance of your abstract of at least (150 – 300 words), you will receive a proforma invoice and specific instructions to complete the payment online or by bank transfer (See Conference Fees) to confirm your participation,
• Once your abstract has been accepted, please refer to the important dates tab and carefully review the announced dates to avoid late payment, as late payment comes at an extra charge (early bird/regular/late).
• After successfully completing payment, you will be issued upon request with the following:
  • A signed/ stamped abstract acceptance letter
  • Please note that acceptance of participation, abstract submission, and extended abstract/short paper submissions all have different deadlines. To stay up to date and avoid paying extra fees, or delaying your paper, please carefully review the important dates tab.
  • Receipt of Payment/ Payment Invoice
  • Visa Invitation Letter, if needed
• After abstract acceptance, you may be given the option to extend the abstract to publish your work in the conference proceedings in ASTI published by Springer Nature (indexed in Scopus/SCImago) (optional not obligatory).

  This is not a prerequisite for presenting your work at the conference. Meaning, you can present your submitted abstract without intending to publish your work.

Step 2.2: Abstract Extension / Short Paper (Optional)

• Your short paper / extended abstract should be 4 – 6 pages long and submitted before the paper submission deadline, in English, and fit within one of the conference topics.
• The Extended abstract i.e., the short paper should follow the research paper structure as follows: Abstract (+keywords), Introduction, problem statement, and study aim, Review of the Literature, Methodology, results and conclusion/ discussion, References list using the Paper Writing Template.
• The submission (short paper i.e. extended abstract) should be made following the same procedure followed for the abstract or sent to the conference email.
• Here: Authors may need more pages than the allotted maximum of 6 to insert figures, tables, appendixes, etc. In this case, they can submit regular papers (max. 12 pages) with the same fixed fee. For a detailed outline of the fees, please refer to the payment table in the conference fees tab.
• The conference does welcome Arabic submissions (with abstracts written in the english language), which will only be considered for publication in BAHETH by IEREK Press.

Step 3: Rigorous Peer Review Process (double-blind)

This process can only be initiated after payment completion and confirmation:

• If submitted, the extension (short paper) will be preliminarily checked (iThenticate plagiarism/ similarity screening Software, readability, and scope) and it will be peer-reviewed. If similarity issues are detected, the following will apply:
  • % from all sources: 10-15%
  • % from one source: 3-5%
  • Higher than 30% (all sources): Reject completely
  • Lower than 30% (all sources): Ask for revision to decrease the similarities
• IEREK has an unyielding policy regarding plagiarism. We believe that copying/ taking the ideas and work of other Authors without permission and credit is fraudulent. The Reviewing committee and IEREK employees have the authority to reject a paper during its reviewing process, on the basis of the paper being subjected to either minor or major plagiarism.
• Each paper/ chapter is evaluated by a minimum of two reviewers, after which a final decision by the responsible Editor is made. There is no maximum to the number of times a paper can be reviewed, depending on the quality of the submission.
• If your short paper is accepted by the Editors for publishing with comments/ requested modifications, our Editors (publishing department) will contact you once a decision is made and you will be asked to revise and correct it. After resubmission, it will be re-checked. Note: There may be more than one round of peer review and the decision rests with the editors of the title. Missed deadlines may result in complete exclusion/ rejection from the final publication.
• If your short paper is accepted for publishing without edits/ comments, the corresponding author will be contacted to provide the final version of their chapters/ papers following Springer Guidelines and sign the Springer consent-to-publish (CTP) form to authorize publication in the conference proceedings.
• A back-and-forth process: modifications will be sent back to the responsible Editor/ Series Editor and another round of evaluation conducted where needed. Participants/ Authors should regularly check their emails (Junk/ Spam folders).
• If you are not interested in publishing an extended abstract in the proceedings in ASTI by Springer Nature, please inform the conference support ([email protected]).

Step 4: Extended paper 

• After the conference, the authors of the best papers will be invited to submit an extended version of their research, 8 – 12+ pages in length, (optional) of their short papers for publishing in an edited volume to be published by Springer Nature.
• Publishing your short paper (i.e., extended abstract) in the conference proceedings does not prevent the submission of the full version for publishing consideration after the conference if the similarity percentages (SR%) in Step 3 are taken into account.

Registration

To help the organizers plan for inter-disciplinary dialogue, participants are requested to choose from the conference themes/ Topics upon registration.

They must also refer to, and abide by, the following instructions in registering and/ or submitting their contributions:

NOTE: If you are contributing as an Author of a submitted abstract (for publishing consideration and/or presentation), and regardless of attendance, the fee for the registration is the same. See and Conference Fees for more information.

Types of Participation

1. Attend/ Present in-person or Online and Publish in indexed Conference proceedings

The conference offers a Physical attendance option for your convenience. That said, participants will have a chance to present their abstract/research, on campus, and have their work considered for publication in the ASTI Series by Springer as part of the conference proceedings.

See Author Instructions and Conference Fees for more information.

2. Registration to publish in the proceedings without presenting/ attending

If your full paper is accepted, it may be published in the conference proceedings book in the Advances in Science, Technology & Innovation Book Series by Springer (indexed in Scopus) even if you are not attending the conference. In this case, the accepted work will not be included in the final conference program. See Author Instructions and Publishing Opportunities for more information.

3. Non-presenting participant

Non-presenting participants may also wish to attend the conference as Audience Members or Co-authors contributing to an already submitted abstract/ paper. See Conference Fees for more information.

Notes to consider:
* Attendance online and in-person are possible upon confirmation with the conference secretariat/ coordinator at [email protected] and following Conference Fees covered.

* The participation fee is uninform for all options presented above.

* For participants wishing to attend in-person, a visa invitation letter will be provided upon request, for which case a copy of your passport will be required. The invitation letter can only be provided after acceptance and full payment.

* Before planning your trip, be sure to check travel restrictions to the conference’s hosting country. Visit travel information and restrictions, and send in your questions if you have any to the conference coordinator at the email [email protected]

Click here to download the flyer & Poster.

All accepted submissions to the conference, after a rigorous double-blinded peer-review process by the respective and a highly-extinguished Editorial Board, will be published in one of the following:

• Advances in Science, Technology and Innovation (ASTI), an IEREK Interdisciplinary book series published by Springer Nature. (Scopus indexed)  

About ASTI

Advances in Science, Technology & Innovation (ASTI) is a series of peer-reviewed books based on important emerging research that redefines the current disciplinary boundaries in science, technology and innovation (STI) in order to develop integrated concepts for sustainable development. It not only discusses the progress made towards securing more resources, allocating smarter solutions, and rebalancing the relationship between nature and people, but also provides in-depth insights from comprehensive research that addresses the 17 sustainable development goals (SDGs) as set out by the UN for 2030.

The series draws on the best research papers from various IEREK and other international conferences to promote the creation and development of viable solutions for a sustainable future and a positive societal transformation with the help of integrated and innovative science-based approaches. Including interdisciplinary contributions, it presents innovative approaches and highlights how they can best support both economic and sustainable development, through better use of data, more effective institutions, and global, local and individual action, for the welfare of all societies. The series particularly features conceptual and empirical contributions from various interrelated fields of science, technology and innovation, with an emphasis on digital transformation, that focus on providing practical solutions to ensure food, water and energy security to achieve the SDGs. It also presents new case studies offering concrete examples of how to resolve sustainable urbanization and environmental issues in different regions of the world. Read More.

The ASTI series is fully indexed in Scopus and any chapter/ paper published as part of this series will be seen on the Scopus database. Some titles have been successfully indexed or submitted for indexation in Web of Science (ISI).

• Sustainable Landscape Planning and Natural Resources Management (SLNR), an IEREK Interdisciplinary book series published by Springer Nature.

About SLNR

Sustainable Landscape Planning and Natural Resources Management (SLNR) is a peer-reviewed book series that presents groundbreaking research through the intersection of two main areas that of which are ‘Sustainable Landscape Planning’ and ‘Natural Resources Management’. The series initially covers a wide range of academic disciplines in sustainability, including landscape ecology, green urbanism, urban regeneration, land restoration and renaturation, energy management, and nature conservation. Moreover, it also incorporates the latest developments and research in engineering topics that contribute to more sustainable cities, such as Geosciences, infrastructure, civil engineering, geology, mining, water, and natural resources conservation and management.

By showcasing methods for discovering, managing, and employing natural resources, the series aims to provide approaches that enable the responsible use of these resources. Ultimately, the SLNR series is committed to advancing the United Nations' Sustainable Development Goals for 2030. Read More.

• IEREK Press Journals, a multidisciplinary publisher that aims to cultivate and disseminate research.

Environmental Science & Sustainable Development (ESSD)

ESSD is a peer-reviewed, scholarly journal that aims to systematically develop the research-driven curiosity and evidence-based discourse of aspiring scholars that seek to contribute to the academic community. As the world is currently living in an age of information where sources are widely available on the Internet, we at ESSD seek to efficiently utilize the available information to help create robust and evidence-based knowledge. In the process, we offer researchers, in general, and young and aspiring ones in particular a quicker way to get their work published and gain exposure through online open access. We pride ourselves on getting submitted work to be published quickly, through the use of our worldwide pool of subject specialist peer reviewers. Find out more about ESSD International Journal here.

The Academic Research Community Publication (ARChive)

ARChive is an open-access journal that publishes conference proceedings on a wide range of topics relating to social sciences. Consequently, it accepts original research papers on a wide spectrum of subjects. ARChive is a journal published on behalf of researchers that perpetually make an effort to contribute to their fields and provide them with high visibility of research submitted. The series publishes, both, theoretical and experimental high-quality papers of current and perpetual interest. It serves to cultivate, propagate, and essentially archive academic research that has been authored and submitted for academic conferences.

Find out more about ARChive International Journal here.

Proceedings of Science and Technology (Resourceedings)

Resourceedings is an open access journal that publishes conference proceedings. Conference proceedings compromise of different disciplines, ranging from Engineering including built environments, architecture, and sustainability. Disciplines also include Technology and Energy. Resourceedings is a journal that publishes research articles that shed light on different crucial issues in order to provide them with solutions and suggestions. The journal publishes articles submitted by researchers of interest in different fields.

Find out more about Resourceedings International Journal here.

BAHETH International Journal - Arabian Researchers Database (Arabic Papers only)

“BAHETH” in Architecture, Engineering, and Technology, is a peer-reviewed journal that publishes original academic research in the fields of Architecture, Engineering, and Technology. The journal welcomes research in the Arabic Language with an English Abstract. Papers submitted to this journal in Arabic must be presented in the English Language in the conference.

Find out more about BAHETH International Journal here.

Attending a conference dramatically enhances both your professional and personal development. They help you sharpen the saw, meet and converse with industry experts, expand your resources and grow your professional network. IEREK Conference will help you:

1. Open Discussions: We bring together leading academic scientists, from different universities and countries, to exchange and share their experiences and research results.

2. Internationally Accredited Certificate: The participants are granted internationally recognized certificates acknowledged by IEREK, the University, and Partnering Organizations.

3. Publication: Selected high-quality manuscripts will be published, after peer review, in the Advances in Science, Technology & Innovation (ASTI) book series by Springer or in the Sustainable Landscape Planning and Natural Resources Management (SLNR) book series by Springer, or by IEREK Press Journals, both of which are indexed in world-renowned databases.

4. Research Technologies: Conferences can expand your resources by providing a great opportunity to promote gathered information on new technologies related to your research.

5. Networking: You can engage with industry experts to discuss with them the very latest research projects they could be working on and increase your chances of collaboration in future projects.

6. Academic Reputation: Attending many conferences will make you a known figure in academic circles and an active member of the academic community.

7. Conference Abstracts Material: Delegates will receive the conference Abstracts book in both hardcover and digital format on a CD. Shipping fees may apply.

1. Eiffel Tower

The Eiffel Tower, an architectural masterpiece standing at 324 meters, symbolizes the heart of Parisian charm. Completed in 1889 by Gustave Eiffel, it offers unparalleled panoramic views of the city from its observation decks. Illuminated nightly, the tower's graceful lattice design and cultural significance make it a must-visit landmark for millions of tourists annually.

2. Louvre Museum

A cultural treasure trove in the heart of Paris, is renowned for its vast and diverse art collection. Housed in a historic palace, the museum's iconic glass pyramid entrance welcomes millions of visitors each year. Home to masterpieces like the Mona Lisa and the Venus de Milo, the Louvre stands as a testament to the enduring legacy of human creativity and expression.

3. Montmartre and Sacré-Cœur Basilica

The Sacré-Coeur, consecrated in 1919, is one of the most iconic monuments in Paris. At the top of the Butte Montmarte, it has one of the most beautiful panoramic views of the capital, from 130 metres above ground. In a Roman-Byzantine style, the Sacré Coeur is recognizable by its white colour.

4. The Seine River

The Seine River gracefully winds its way through the heart of Paris, serving as a liquid ribbon connecting the city's iconic landmarks. Lined with charming bridges and quays, it offers a serene backdrop to the bustling metropolis.

5. Notre-Dame Cathedral

The Seine River gracefully winds its way through the heart of Paris, serving as a liquid ribbon connecting the city's iconic landmarks. Lined with charming bridges and quays, it offers a serene backdrop to the bustling metropolis.

6. Sainte-Chapelle

Sainte-Chapelle, nestled within the medieval Palais de la Cité on the Île de la Cité in Paris, is a jewel of Gothic architecture. Built in the 13th century by King Louis IX, its exquisite stained glass windows are a breathtaking testament to medieval craftsmanship. The chapel, with its delicate design and stunning colors, creates a luminous space that has captivated visitors for centuries.

7. Musée d'Orsay

The Musée d'Orsay in Paris is a cultural gem specializing in Impressionist and Post-Impressionist masterpieces. With its vast collection spanning the mid-19th to early 20th centuries, the museum showcases work by renowned artists such as Monet, Van Gogh, and Degas. Its grand interior and architectural elegance complement the artistic treasures on display, visiting the Musée d'Orsay a captivating journey through the evolution of art during a transformative period in history.

Paris Cité University is a public research university located in Paris. It covers a wide range of disciplines, with one of the most comprehensive and ambitious educational offerings available in the world.

Visit Université Paris Cité

Airports

Paris Charles de Gaulle Airport (CDG) – Paris's main international airport 

Located 25 km north-east of Paris, Charles de Gaulle is the largest airport in France and welcomes flights from all over the world. The airport can be reached by both train (especially high-speed TGV trains) and by bus.

By Train: 55 min. to the University

By Bus: 1 hr and 11 min. to the University

Paris Orly Airport (ORY) – Paris's second international airport

The second largest airport in France, Paris Orly is located 10 km south of Paris and is also served by international and domestic flights. You can reach the airport easily by bus or RER regional trains. 

By Train: 44 min. to the University

By Bus: 43 min. to the University

Paris Beauvais Tille Airport (BVA) – Paris's third international airport, which is mainly used by low-cost airlines

The furthest away from Paris of the three airports, Beauvais Tille is located 80 km north of the city. Around 4 million passengers a year pass through its doors a year, mainly via budget airlines. TER trains and buses run to and from the airport via Paris.

By Train: 2 hr 34 min. to the University

By Bus: 1 hr 41 min. to the University

- For participants who need Entry Visas to the country where the conference will be held, IEREK will issue the corresponding invitation letter for accepted applicants to facilitate visa issuance.

- Please notice that we will endeavor to assist you in obtaining a visa but the responsibility is yours and the decision rests solely with the appropriate Embassy.

Invitation Letter Issuance Process

1- In case the participant is an author who has submitted a research paper to the conference, it must get accepted by the Scientific Committee

2- Required participation fees must be paid

3- The participant should send the following information to the conference's official email:

* A clear copy of passport

* Passport number

* Full name as written in your passport.

* Date of Issuing and Expiration

* Date of Birth

* Email address of the nearest Embassy/Consulate to you

* Mobile Number including country code

4- Conference coordinator will issue the needful invitation letter and send a copy to the participant's email, in addition to another one to the corresponding email address of embassy/consulate

5- The participant should print out the invitation letter along with all other required documents by the embassy/consulate and apply for VISA

 A.Physical Attendance

ORCID, which stands for Open Researcher and Contributor ID, is a global, not-for-profit organization that aims to provide unique identifiers for authors, researchers, and scholars. ORCiD effectively eliminates duplication and errors regarding author names, affiliations, previous works, and all related academic data.

IEREK is a proud member of ORCiD, and we contribute directly to their initiative of clear and identifiable markers for researchers and scholars. As the first Egyptian partner to ORCiD in the organization’s history, we strongly believe that by utilizing ORCiD’s database and verification services, we become one step closer to achieving an accurate, and identifiable academic landscape.

We encourage our authors to input their ORCiD ID when registering for one of our conferences, submitting an abstract, or a full paper. By doing so, you directly link your research to your identity and affiliation and can showcase your various academic efforts all in one place. By Registering your ORCiD ID, you also increase your works’ visibility and provide easy access to your entire library of research and academic activity.

Click here to learn more about ORCiD, and here to register your ORCiD ID for free.  

The print ISSN number of the International Conference on "Sustainable Water Management, and Resource Adaptation" is 2974-4628

The online ISSN number of SWMRA conference is 2974-4636