Springer Nature (Scopus Book): Call for Chapters: Data-Driven Sustainability: Harnessing Technology for A Greener future and Environmental Resilience

Springer Nature (Scopus Book): Call for Chapters: Data-Driven Sustainability: Harnessing Technology for A Greener future and Environmental Resilience

Submission Deadline: [30, September, 2025], Publisher: [Springer Nature_ Scopus Indexed Book Series]

Call for Quality Papers/Chapters for a New Book: "Data-Driven Sustainability: Harnessing Technology for A Greener future and Environmental Resilience”

Description: As the world grapples with the accelerating effects of climate change, environmental degradation, and resource scarcity, the role of data and emerging technologies in driving sustainability has never been more critical. The Book Data-Driven Sustainability: Harnessing Technology for a Greener Future and Environmental Resilience explores how digital technologies—AI, IoT, big data, and analytics—are revolutionizing environmental sustainability. It presents innovative solutions for climate action, smart cities, sustainable supply chains, and green energy. Through real-world case studies and forward-looking strategies, the book offers valuable insights for researchers, policymakers, and practitioners striving to balance development with ecological responsibility. A vital resource for building a resilient, tech-enabled, and sustainable future.

We are excited to announce an open Call for Chapters for our forthcoming edited book, “Data-Driven Sustainability: Harnessing Technology for a Greener Future and Environmental Resilience.” This interdisciplinary volume aims to explore how data, digital innovation, and emerging technologies can be leveraged to support environmental sustainability and build resilience across various sectors.

🔎 We invite original, high-quality contributions from researchers, academics, practitioners, policymakers, technologists, and sustainability experts. If your work intersects data, AI, IoT, blockchain, GIS, smart systems, or machine learning with climate resilience, circular economy, carbon management, environmental monitoring, energy transition, or sustainable development.

🔧 Suggested Themes (not limited to):

1.     Sustainability Crisis and digital perspectives on consumption and climate disruption

2.     Smart Cities in Action: Integrating IoT, AI, and cloud infrastructure for urban living

3.     Digital Infrastructure for Resilient Cities Planning adaptive

4.     Ethics of Digital Sustainability, Enhancing Privacy, transparency

5.     Waste Intelligence and Analytics for Real-time insights into waste generation

6.     Blockchain for Clean Energy and Data-driven management of renewable energy

7.     IoT and Energy Efficiency, Climate Intelligent devices for demand forecasting

8.     Blockchain in Resource Recovery for Securing traceability in circular systems

9.     Responsible AI and Environmental Justice for Balancing innovation

10.  Climate Adaptation Through Data: Resilience planning with environmental intelligence

11.  Sustainable Supply Chains and Logistics for Leveraging analytics to carbon emissions

12.  Human Capital Performance assessment for IOT driven zero carbon future

13.  AI and Smart Mobility Solutions for reducing emissions for transport systems

14.  Digital Circular Economy Models for Enhancing reuse, recycling through technology

15.  Global Best Practices in Tech-Driven Sustainability: Smart CE and smart cities

16.  Water Sustainability and Smart Monitoring: IoT and AI for water use

17.  Big data for Carbon Mapping and Material Flow Analysis to track resource

18.  Predictive Sustainability Models for anticipating environmental risks

19.  Next-Gen Environmental Technologies: Integrating Blockchain, digital twins

20.  Data-Driven Green Future for Building integrated, intelligent, digital sustainability

Other themes are also welcome based on book theme and scope

How to participate: submission of abstracts:

Researchers may submit any complete, original, and unpublished research papers, either conceptual or empirical. The Turnitin similarity index must be below 15%.   We kindly request interested colleagues to submit an abstract of 200 to 250 words, along with the authors' names and full contact details, as soon as possible, and before 25th, August, 2025.

Full papers are due by 30th, September, 2025. Abstracts should be submitted to:

Email:  dr.rubeerajput.delhi@gmail.com

Book Editors:

Dr. Rubee Singh, GLA University, India

Prof. Walter Leal, Hamburg University of Applied Sciences, Germany

Prof. Vikas Kumar University of Portsmouth, U.K

Submission of abstracts is strongly encouraged, as the deadline should be seen as the last possible day for submission—not the expected date of receipt.

Guidelines: Publisher: Springer Nature (no publication charges) | Indexed: Scopus (Book Series) | Chapter Length: 6–7k words + abstract (max 200 words) | Reference Style: APA 7th (with DOI) | Font: Times New Roman, size 12 | Similarity: Below 10% (Turnitin only) | AI Use: Must show 0% AI report on Turnitin before submission.

Abstract Submission Deadline: 25th, August, 2025.


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