Environmental and Climate Technologies
Scope & Guideline
Bridging Science and Sustainability for Global Impact.
Introduction
Aims and Scopes
- Sustainable Energy Systems:
Research related to renewable energy sources, energy efficiency, and innovative technologies for energy production, such as solar, wind, and bioenergy systems. - Climate Change Mitigation:
Studies targeting the assessment and reduction of greenhouse gas emissions, including carbon capture, utilization, and storage technologies. - Waste Management and Circular Economy:
Exploration of waste recycling, resource recovery, and sustainable management practices to promote a circular economy. - Environmental Impact Assessment:
Evaluations of the environmental impacts of various technologies and practices, including life cycle assessments and sustainability evaluations. - Biotechnology and Bioeconomy:
Research focusing on the use of biological processes and materials in sustainable practices, including bioproduct development and biowaste utilization. - Urban Sustainability and Resilience:
Investigations into sustainable urban development, including energy-efficient buildings, smart city technologies, and urban infrastructure resilience. - Policy and Governance:
Analysis of environmental policies, regulations, and governance frameworks that influence sustainability practices and technologies.
Trending and Emerging
- Climate Resilience Technologies:
An increasing focus on technologies that enhance climate resilience, including adaptive infrastructure and systems designed to withstand climate impacts. - Decarbonization Strategies:
Research on strategies for reducing carbon footprints across various sectors, particularly in energy systems, transportation, and industrial processes. - Smart and Sustainable Urban Solutions:
Emerging studies on smart city technologies, including energy management systems, urban planning, and sustainable transportation solutions. - Bioproducts and Biowaste Utilization:
Growing interest in the development of bioproducts from waste materials and the application of biotechnology in environmental sustainability. - Integrated Energy Systems:
Research on hybrid and integrated energy systems that combine multiple renewable energy sources and innovative storage solutions for enhanced efficiency. - Policy Innovation and Governance:
An uptick in studies exploring innovative policy frameworks and governance models that facilitate sustainable practices and climate action. - Life Cycle Assessment and Circular Economy:
A trend towards comprehensive life cycle assessments that support circular economy initiatives, reflecting a holistic view of sustainability.
Declining or Waning
- Traditional Fossil Fuel Technologies:
Research related to fossil fuel extraction and utilization has decreased, reflecting a broader global shift towards renewable energy and sustainable alternatives. - Conventional Waste Management Practices:
Studies focusing on traditional waste disposal methods are less frequent, as there is a growing emphasis on innovative recycling and resource recovery approaches. - Single-Sector Analyses:
There is a noticeable decline in papers that focus solely on one sector's environmental impact, as interdisciplinary approaches and integrated analyses gain preference. - Basic Environmental Monitoring:
Basic studies on environmental monitoring without technological or innovative solutions are becoming less common as more applied research is favored. - Agricultural Practices without Sustainability Focus:
Research on traditional agricultural practices not linked to sustainability or climate resilience is decreasing, with more emphasis on sustainable agriculture initiatives.
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