Submit Your Abstract
From Oct 1st, we invite interested authors to submit abstracts to be considered for inclusion in the program as selected oral or poster presentations for the different sessions.
Deadline: Dec 18, 2025
Notifications by Jan 30, 2026
General Conditions and Information
Abstract submission must be completed online via the Abstract Submission portal on this website. Abstracts sent by email will not be accepted. Submission of an abstract constitutes a formal commitment by the author(s) to present the work in person at the NPBC 2026 in Bodø if the abstract is accepted. Failure to register for the conference by March 11th, 2026, will result in the abstract being withdrawn from the scientific program.
Changes and Corrections
After the submission deadline, no changes can be made to the abstract content or information, including the list of authors and abstract details. Changes submitted after the deadline will not be considered. If accepted, your abstract will be published in the Abstract Book exactly as submitted. Please check the co-authors and affiliations carefully before submission.
Submission Rules
Each presenting author is allowed to submit a maximum of 1 abstract. The symposium organizers make the final decision on the acceptance or rejection of abstracts. Abstracts submitted for oral presentations will automatically be considered for poster presentations if not selected for oral presentations. The submitting author must also be the presenting author (“the submitting author = the presenting author”). The submitting/presenting author does not have to be the first author.
Method of Submission
All abstracts must be submitted exclusively via the Abstract Submission Portal accessible on this page. All correspondence regarding the abstract will be sent to the submitting author’s e-mail address. Authors will receive a confirmation of their abstract submission immediately after submission. If not received, please contact: npbc2026@marinetics.org
Withdrawal
To withdraw a submitted abstract, notify us as soon as possible at npbc2026@marinetics.org. Include the title and author of the abstract withdrawn. Withdrawals will be accepted even after the submission deadline.
Format
- Max 2000 characters
- Title, authors, affiliations, keywords, funding
- Indicate preferred format: oral or poster
- Session fit (choose one, see info below)
Session info
1. Plant and Algal Immunity, Stress Responses, and Environmental Adaptation
This session explores how plants, macroalgae, and microalgae respond to a range of biotic and abiotic stressors. We welcome studies investigating the molecular and physiological mechanisms underlying stress tolerance, including immune signaling pathways, systemic resistance, antifouling strategies, stress memory, and epigenetic priming. Contributions may also focus on biochemical defense responses or how these mechanisms translate into ecological patterns, especially under changing environmental conditions. Research that employs species distribution modeling (SDMs) to forecast future range shifts in response to climate change is also encouraged. Overall, this session seeks to connect lab-based mechanistic insights with field-based ecological dynamics and their relevance to agriculture, aquaculture, and biodiversity conservation.
Keywords: stress physiology, immune signaling, pathogen resistance, biofouling, epigenetic priming, oxidative stress, climate change, abiotic stress, UV, salinity, temperature, species distribution modeling, SDM, aquaculture resilience, plant defense, algal immunity
2. Signaling, Perception, and Interactions in Plants, Macroalgae, and Microalgae
In this session, we focus on how plants and algae perceive their surroundings and interact with other organisms through intricate signaling networks. We invite studies on hormonal and chemical signaling, microbial communication, and regulatory mechanisms involved in growth, stress responses, and symbiosis. Special emphasis will be placed on plant–microbe and algae–microbe interactions, including their role in nutrient acquisition, biofilm formation, and biofouling control. Presentations may also explore quorum sensing in microalgae and algae–algae interactions relevant to both natural ecosystems and aquaculture systems. By integrating molecular mechanisms with ecological functions, this session highlights the crucial role of communication and perception in shaping plant and algal biology and productivity.
Keywords: hormonal signaling, quorum sensing, symbiosis, plant–microbe interactions, algae–bacteria interactions, chemical ecology, biofilm formation, intercellular communication, perception pathways, allelopathy, microbial regulation, bioreactor microbiomes
3. Biotechnological Innovations and Emerging Technologies in Plant and Algal Research
This session highlights the transformative role of biotechnology and computational tools in advancing plant and algal research. We encourage submissions that demonstrate the use of CRISPR-based gene editing, synthetic biology, and metabolic engineering to enhance traits such as stress resilience, growth rate, and metabolite production. The session will also showcase emerging tools such as AI-assisted phenotyping, machine learning for stress prediction, drone-based ecosystem monitoring, and remote sensing applications in aquaculture. Contributions that bridge fundamental discoveries with applied outcomes—such as biofuel production from microalgae, pharmaceutical compound development, or industrial cultivation of macroalgae—are especially welcome. This session provides a platform for cutting-edge research at the intersection of biology, technology, and sustainability.
Keywords: CRISPR, gene editing, synthetic biology, metabolic engineering, trait improvement, AI-assisted phenotyping, machine learning, drone monitoring, remote sensing, stress detection, biofuels, algal bioproducts, aquaculture technology, pharmaceutical algae
4. Restoration, Biodiversity, and Sustainable Ecosystem Management
This session centers on strategies to restore biodiversity and manage ecosystems sustainably in the face of environmental degradation and climate change. We welcome research on kelp forest rehabilitation, restoration of phytoplankton and microalgal communities, and the use of algae to mitigate eutrophication. Presentations may also cover the role of algae in carbon sequestration, nutrient cycling, and ecological stability, as well as the development of algal bioindicators for environmental monitoring. We especially encourage contributions highlighting collaborative efforts between researchers, local communities, and industry—such as community-driven restoration initiatives, citizen science, and ecosystem management projects that integrate aquaculture or tourism. This session aims to foster dialogue on how science can inform policy and practice for resilient ecosystems.
Keywords: ecosystem restoration, biodiversity conservation, kelp forest rehabilitation, eutrophication mitigation, algal bioindicators, carbon sequestration, nutrient cycling, community-based restoration, citizen science, ecosystem services, nature-based solutions, coastal management
Submission Form
https://nettskjema.no/a/538592