Aim & Scope
Aim :
The journal is an international, peer-reviewed, multidisciplinary platform committed to advancing knowledge at the convergence of life sciences, environmental sciences, engineering, and sustainable development. It serves as a forum for publishing innovative research, critical reviews, and transformative ideas that address pressing global challenges, promote sustainable technologies, and contribute to building a resilient and equitable future.
The journal emphasizes integrated and cross-disciplinary research, fostering connections between natural sciences, engineering, and socio-economic perspectives. Its vision is to accelerate the development and application of knowledge, technologies, and policies that support sustainability, resilience, and global well-being.
Scope :
The journal welcomes original research articles, reviews, perspectives, and case studies across—but not limited to—the following areas:
- Life Sciences : biodiversity and conservation, ecology, microbiology, biotechnology, plant and animal sciences, molecular biology, and health sciences with implications for sustainability.
- Environmental Sciences : climate change adaptation and mitigation, resource management, pollution control, renewable energy, ecosystem services, sustainable water and soil management, and environmental monitoring and modeling.
- Sustainable Development : interdisciplinary studies aligned with the United Nations Sustainable Development Goals (SDGs), sustainable agriculture, food security, urban and rural sustainability, circular economy, green infrastructure, and socio-ecological resilience.
- Engineering for Sustainability :
- Civil & Geotechnical Engineering : resilient infrastructure, sustainable construction materials, ground improvement, and smart cities.
- Mechanical & Manufacturing Engineering : sustainable manufacturing, energy-efficient systems, robotics, and bio-inspired designs.
- Electrical, Electronics & Computer Engineering : renewable energy systems, smart grids, automation, digital technologies, IoT, AI, and big data applications for sustainability.
- Chemical & Materials Engineering : green chemistry, clean energy technologies, sustainable polymers, waste valorization, and advanced materials for sustainability.
- Other Branches : aerospace, agricultural, mining, marine, and interdisciplinary engineering innovations that contribute to sustainability goals.
- Emerging Frontiers : nature-based solutions, bio-inspired and biomimetic technologies, space and planetary sustainability, life cycle assessment, AI-driven modeling, and disruptive innovations redefining sustainable futures.