Water is an essential element for life on Earth. It is not only vital for the survival of everything on Earth, but also for the functions of ecosystems, agriculture, industries, and overall human development. Water also plays a crucial role in maintaining our bodily functions, regulating body temperature, and facilitating the transportation of nutrients. In addition to that, water is an essential component in agriculture, sustaining crop growth and ensuring food security. It is also indispensable in various industrial processes, such as manufacturing, energy production, and waste management. Furthermore, water serves as a habitat for countless species, supporting diverse ecosystems and biodiversity. Recognizing the value of water and implementing sustainable practices is essential to ensure its availability for future generations and to protect the health and well-being of our planet.

Water management plays a crucial and primary role in ensuring the sustainability and availability of resources. It encompasses various practices and strategies aimed at efficiently using, conserving, and protecting water sources. The importance of water management cannot be overstated, as it directly affects various aspects of our lives. Proper management helps meet the growing demand for clean drinking water, supports agricultural activities, and sustains ecosystems. Additionally, it lessens the risks of water scarcity, droughts, and floods, which can have devastating consequences on communities and the environment. By implementing effective water management practices, we can ensure a more secure and resilient future for generations to come. 

Those reasons are why IEREK is continuing the conversation about water in its second edition of the Sustainable Water Management, and Resource Adaptation (SWMRA) conference. To highlight the importance of recognizing the value of water and implementing sustainable practices, and how it is essential to ensure its availability for future generations and to protect the health and well-being of our planet. 

Conference Scope

The conference on "Sustainable Water Management and Resource Adaptation" aims to bring together researchers and professionals from all over the world and from various disciplines to discuss and exchange knowledge on the challenges and solutions related to sustainable water management and resource adaptation. This conference will provide a platform to explore the interdisciplinary approaches and innovative strategies necessary to address the complex issues surrounding water ecosystems, the management of water and resources around it, as well as the application of modern technology, AI, and IoT in water sciences. The conference welcomes research contributions, case studies, and innovative ideas that address the challenges and opportunities in sustainable water management and resource adaptation. It aims to encourage collaboration, knowledge sharing, and networking among attendees to advance sustainable practices and ensure the long-term health and availability of water resources for future generations.

Statement of Purpose

The purpose of the conference on "Sustainable Water Management and Resource Adaptation" is to provide a platform for researchers to come together and address the pressing challenges related to water ecosystems and resources. The ultimate goal of the conference is to promote sustainable practices and innovative solutions for the effective management and adaptation of water resources. Through this conference, IEREK aims to make way for meaningful discussions and explore research on different multidisciplinary topics. By bringing together experts from global backgrounds, the aim is to generate comprehensive insights into the complex interplay between humans, organisms, and the environment in the context of water ecosystems.

Ultimately, the conference on "Sustainable Water Management and Resource Adaptation", and the publication of its selected proceedings aim to contribute to the global efforts in achieving the United Nations' Sustainable Development Goals, particularly Goal 6: Clean Water and Sanitation. By bringing together experts, we seek to inspire and empower individuals and communities to take action toward a more sustainable future, where water resources are managed responsibly, and ecosystems and human health thrive. 

• 1. Freshwater Ecosystem Restoration

  To ensure the restoration of freshwater, this topic discusses the best techniques and practices for restoring the vegetation and ecological functions of the riparian zones, which are the main sources of freshwater. It also discusses the best strategies for conserving and restoring wetland ecosystems and their role in water filtration and biodiversity conservation and approaches for restoring the natural flow patterns and channel morphology in rivers to enhance ecosystem health. In addition to that, it involves case studies on successful restoration projects in urban areas, focusing on transforming degraded waterways into healthy and vibrant ecosystems.

• 2. Biodiversity Conservation in Freshwater Ecosystem

  This part of the conference explores the various ecosystem services, such as water purification, nutrient cycling, and flood mitigation, provided by biodiversity in freshwater ecosystems, it also discusses the best strategies and methods for restoring fish and wildlife habitats in freshwater ecosystems, including the reintroduction of native species. It also examines the relationship between species diversity and the resilience of freshwater ecosystems to environmental disturbances and it includes a discussion on the importance of keystone species and their role in maintaining the balance of freshwater ecosystems through trophic interactions.

• 3. Adaptation Methodologies to Changing Climates

  Discusses techniques and methodologies for assessing the potential impacts of climate change on water resources, ecosystems, and human societies. This topic also explores innovative technologies and practices that promote water efficiency and conservation in the face of climate change. It also discusses strategies for managing and preparing for droughts, floods, and other natural disasters as well as the idea of climate-smart agriculture and adapting agricultural practices to changing climates, such as precision farming, crop diversification, and water-saving irrigation methods. This part of the topic also discusses the idea of Climate-Resilient Infrastructure Design, its principles and technologies for infrastructure that can withstand extreme weather events and changing climate conditions. It also discusses approaches for integrating climate change considerations into water resources management, including multi-sectoral coordination and stakeholder engagement.

• 4. Water Resource Policies

  Discusses fair and equitable water allocation methods, considering multiple stakeholders and uses. Also discusses approaches for integrating various sectors and stakeholders in the management of water resources. In addition to that, this part of the conference examines the legal framework and governance structures for effective water rights allocation and enforcement. It also involves case studies on successful collaboration and agreements for managing water resources across borders. It also discusses the water-energy-food nexus where it analyzes the interconnections between water, energy, and food systems and the need for integrated policies to address their interdependencies.

• 5. Economic Benefits of Water Adaptation

  This part evaluates the economic consequences of not adapting to water-related challenges, including impacts on agriculture, industry, and public health. It also discusses strategies for setting water prices that reflect the true value of water resources and encourage conservation. This part also explores job opportunities and economic benefits associated with the development and implementation of sustainable water management practices. It also discusses the financial mechanisms and investment strategies to support the development of resilient water infrastructure. This part also examines the incentive programs, subsidies, and economic instruments that promote water conservation and sustainable water use.

• 6. Meteorology and Weather Warning Systems

  This part discusses techniques for analyzing historical climate data to identify trends and patterns for water resource planning. It also discusses the use of hydrological models to simulate water flow, availability, and quality under different climate scenarios. The conference also discusses the design and implementation of effective early warning systems to alert communities about impending floods, droughts, and other weather-related risks and the Integration of climate information and forecasts into decision-making processes for water resource management. It also discusses the utilization of satellite imagery and remote sensing technologies to monitor and assess water resources, including precipitation, evapotranspiration, and soil moisture.

• 7. Water Pollution Control and Remediation

  This part discusses techniques for preventing and reducing water pollution, remediation methods for contaminated water bodies, and the best practices for monitoring and managing water quality. This part also gives an overview of different treatments and methods for removing pollutants from wastewater. It also discusses Biological treatment processes such as activated sludge and biofiltration, along with physical and chemical treatment techniques including coagulation, flocculation, and disinfection. This part also discusses wastewater treatment technologies, stormwater management pollution prevention, and contaminant source control Identification and control of pollution sources, such as industrial discharges and agricultural runoff. This part also discusses different methods for water remediation like the application of membrane separation, adsorption, and biological precipitation. 

• 8. Water Quality Monitoring and Assessment

  This part discusses the importance of regular monitoring and assessment of water quality, sampling techniques and analytical methods for detecting and measuring pollutants, the use of remote sensing, and advanced technologies for water quality monitoring. It also provides an overview of national and international regulations for water pollution control along with the role of government agencies and regulatory bodies in enforcing clean water laws. It discusses economic instruments and incentives for promoting pollution control and compliance.

• 9. Emerging Technologies for Water Pollution Control

  This part of the conference discusses the exploration of innovative technologies for advanced water treatment and pollution control along with the application of nanotechnology, photocatalysis, and electrochemical processes in water remediation and the Integration of artificial intelligence and machine learning in water pollution monitoring and control. It also discusses the application of membrane processes for water treatment, such as Nanofiltration and reverse osmosis, advancements in membrane materials and designs for improved pollutant removal, and the Integration of membrane technologies in conventional water treatment plants. This part also explores the use of advanced sensors and monitoring systems for real-time detection of water pollution and leaks in distribution networks and the usage of Internet of Things (IoT) applications for remote monitoring and data collection that could lead to the development of smart algorithms for early warning systems and predictive maintenance. This part also discusses Biological treatment innovations and emerging Nanotechnology applications.

• 10. Artificial Intelligence and Data Analytics

  This part discusses utilizing AI and data analytics for real-time monitoring and assessment of water quality and the Integration of sensor networks, data fusion, and machine learning algorithms for accurate and timely detection of water pollutants. It also discusses the development of predictive models for early warning systems and proactive water quality management. It also explores the application of AI and data analytics in decision-making processes for sustainable water management, the development of decision support tools that leverage big data, machine learning, and optimization algorithms, and the Integration of hydrological models, climate data, and real-time monitoring data for informed decision-making. This part of the conference also discusses utilizing AI algorithms and data analytics to forecast water demand patterns and optimize resource allocation. This part of the conference also handles the idea of the development of predictive models for accurate estimation of water demand in different sectors.

• 11. Smart Water Distribution Systems and Leakage Detection

  This topic highlights various aspects of smart water distribution systems and leakage detection. It covers areas such as the deployment of IoT sensors for real-time monitoring of water distribution networks and communication protocols and network infrastructure for collecting and transmitting sensor data. It also discusses the integration of smart meters, pressure sensors, and flow meters for comprehensive network monitoring, data analytics, and remote monitoring. When it comes to pressure management this part discusses the utilization of smart pressure management systems to reduce leakage and pipe bursts, the development of algorithms for optimizing pressure zones, and controlling pressure levels. In addition to that, this topic discusses the integration of pressure sensors, control valves, and hydraulic models for efficient pressure management. It also explores GIS integration, asset management, predictive analytics, real-time decision support systems, and the integration of AI and machine learning. IoT Sensors and Network Infrastructure. 

• 12. AI-Driven Water-Energy Nexus Management

  This part of the conference explores the potential applications of artificial intelligence and data analytics in managing the water-energy nexus. They cover areas such as optimization of water-energy systems, energy-efficient water treatment, smart water distribution networks, renewable energy integration, demand response, data-driven decision-making, and energy recovery from wastewater. It discusses the integration of AI and data analytics to optimize the water-energy nexus in water treatment and distribution, the development of energy-efficient water treatment processes and real-time energy management systems as well as AI-based optimization of energy consumption in water pumping, desalination, and wastewater treatment.

• 13. Community Engagement in Water Pollution Control

  This part of the conference explores and highlights the importance of community engagement in water pollution control as it discusses the importance of public awareness and education in water pollution control and strategies for educating communities about the sources and impacts of water pollution. As well as the development of educational campaigns and programs to promote responsible water use and pollution prevention. It also covers areas such as public awareness, community-based monitoring, stakeholder collaboration, volunteer cleanup efforts, sustainable water management practices, environmental justice, participatory planning, and community-based policies.

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.