Zetline Publishers provides a world-class platform for researchers, academics, students, and institutions to publish, discover, and share impactful scholarly work across a global network.
Journals
Peer-reviewed journals across emerging & established fields.
Research Fields
Areas of scholarly research represented across disciplines.
Global Reach
Countries and academic communities actively connected.
Published Articles
Scholarly contributions published and indexed globally.
Publishing with us to make your research visible to the widest possible audience.
Serving as an editorial member for a scholarly journal is a key step in career progression.
Engaging as a reviewer allows you to contribute significantly to the academic community.
Find out everything you need to know about organizing a successful event.
Find detailed workflows, policies, and resources tailored to your role.
Explore a curated collection of peer-reviewed journals organized by scientific disciplines. All listed journals support open-access initiatives for worldwide academic dissemination.
Explore the latest peer-reviewed research and articles published in the Zetline Journal of Gynaecology, Surgery and Paediatrics.
Explore the latest peer-reviewed research and articles published in the Zetline Journal of Multidisciplinary Research.
Explore the latest peer-reviewed research and articles published in the Zetline Journal of Cardiometabolic and Population Medicine.
Explore the latest peer-reviewed research and articles published in the Zetline Journal of Public Health & Scientific Research.
Zetline Academic Events is an academic event planning platform initiated by Zetline Publishers. Zetline Academic Events aims to foster collaboration and facilitate the dissemination of innovative ideas. This platform provides comprehensive publishing services for global conference organizers, research institutions, and academic communities.
Conference abstract book will contain abstracts of all the presented articles, poster presentations, oral communication, etc.
Conference organizers are invited to publish their abstract as a book with the following features:
As global freshwater scarcity intensifies, reclaiming alternative water sources like highly saline oilfield produced water has become an ecological imperative; however, its inherent toxicity traditionally induces acute phytotoxicity in terrestrial vegetation. This preliminary study investigates a non-chemical, mechanically driven alternative by evaluating the physiological and phenotypic effects of irrigating diverse plant species with hydrodynamic cavitated produced water compared to standard local well water.
