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Special Issue

Climate Impact Lab: Contamination, Atmosphere & Environmental Change

A JBRES Special Issue dedicated to rigorous, outcome-oriented research on environmental contamination, atmospheric processes, and climate-driven changes—linking pollution dynamics, extreme events, and biosphere interactions to inform mitigation, adaptation, and planetary health.

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JBRES Special Issue • Climate & Environmental Sciences
Special Issue Title

Climate Impact Lab: Contamination, Atmosphere & Environmental Change

This Special Issue of the Journal of Biomedical Research & Environmental Sciences (JBRES) invites high-quality submissions that strengthen the evidence base for understanding contamination, atmospheric chemistry, and environmental shifts under climate change. We welcome work that improves pollution monitoring & modeling, clarifies climate-contaminant interactions, and demonstrates real-world impacts & mitigation effectiveness across diverse ecosystems and human systems.

Contamination & Atmospheric Processes
Aerosols, greenhouse gases, air pollutants, multiphase chemistry, emission sources, long-range transport, deposition.
Climate-Driven Impacts & Change
Extreme weather effects on contaminants, biosphere-atmosphere feedbacks, ocean acidification, planetary boundaries, adaptation strategies.
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About this Special Issue

Environmental research is strongest when it connects atmospheric processes with contamination dynamics and climate outcomes. This Special Issue focuses on climate-impacted contamination and atmospheric change—from pollutant emissions and transformations to extreme event influences, biosphere feedbacks, and policy-relevant evaluation. We especially welcome submissions that report transparent methods, practical endpoints, and insights that can improve air quality, ecosystem resilience, and long-term planetary health.

Preference is given to studies with clear outcomes (air quality metrics, contaminant fate, climate forcing), robust analysis, and a concise “What this changes in practice” statement.

Topics of interest

Submissions may address (but are not limited to):

Atmospheric Chemistry & Aerosols Air Pollution & Climate Interactions Contaminant Fate in Extreme Weather Greenhouse Gas Emissions & Sinks Biosphere-Atmosphere Feedbacks Ocean Acidification & Atmospheric Links Planetary Boundaries & Pollution Long-Range Transport & Deposition Wildfire Emissions & Air Quality Methane & Short-Lived Climate Forcers Urban Air Pollution in Changing Climate Mitigation & Adaptation Strategies

Article types accepted

  • Original Research Articles
  • Clinical Trials & Intervention Studies
  • Observational & Population Studies
  • Review Articles
  • Systematic Reviews & Meta-Analyses
  • Mini-Reviews
  • Short Communications
  • Case Studies (where appropriate)
Tip: Include (1) primary/secondary outcomes, (2) a brief methods transparency note (preregistration/data availability if applicable), and (3) a “Clinical/Community Relevance” paragraph.

Why submit to this Special Issue?

  • Impact-forward visibility: your work is presented alongside leading contamination, atmospheric, and climate change research.
  • Efficient editorial pathway: JBRES targets rapid peer review (7–14 days where applicable).
  • Permanent DOI: accepted articles receive DOI for strong citation continuity.
  • Open access reach: broad discoverability for researchers, policymakers, and environmental teams.
  • Author support: clear guidance through review, proofing, and publication.
Ready to submit?
Submit online, or share an abstract for an editorial scope check (methods + outcomes summary preferred).
Submit Manuscript Email Abstract
Submission Portal Submission Instructions Aims & Scope Archive
Alternative submission emails: [email protected] | [email protected]
License (upon publication): Creative Commons CC BY 4.0
Publish with JBRES — Peer-reviewed, multidisciplinary Open Access with rapid review, DOI, and global visibility.
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