Abstract submissions
APBC 2025 welcomes submissions for Oral and Poster presentations covering plant
breeding practices across a wide range of sectors, including but not limited to
grain production, horticulture, viticulture, pomology, olericulture,
floriculture and horticulture.
We encourage you to submit an Abstract and share these details with your colleagues.
Abstract submissions close on 1 March 2025.
Program Themes
The theme for APBC 2025 is 'Celebrating Impact:
Past Success and Future Prospects', and will be organised under the following key themes.
1. Genomics and Advanced Breeding Techniques
2. Breeding for Climate Change and Stress Resilience
3. Breeding for Food/Feed Quality and Sustainable Practice
Do you have some research relevant to one of these themes? Submit an abstract by 1 March 2025
Below you will find a brief overview on the objective of each theme to assist with your submission.
1. Genomics and Advanced Breeding Techniques
The plant breeding landscape has been transformed by genomic tools and advanced technologies. At APBC 2025, we're exploring how these innovations are accelerating crop improvement like never before.Modern plant breeders are using DNA sequencing, artificial intelligence, and precision breeding tools to develop better varieties in record time. These advanced techniques help us understand exactly what makes crops drought-tolerant, disease-resistant, or more nutritious.
From predicting plant performance using genetic markers to utilising speed breeding to fast-track variety development, these technologies are revolutionising how we develop tomorrow's crops.
2. Breeding for Climate Change and Stress Resilience
As our climate changes, plant breeders are the architects of agricultural adaptation. Their work in developing climate-resilient crops is more crucial than ever.
Today's breeders are developing varieties that can thrive in challenging conditions - from extreme heat to prolonged drought. These climate-smart crops are helping farmers adapt to unpredictable weather patterns while maintaining productive harvests.
By combining traditional breeding wisdom with modern science, we're creating varieties that can withstand tomorrow's challenges. Join us at APBC 2025 to explore the future of climate-resilient agriculture.
3. Breeding for Food/Feed Quality and Sustainable Practice
Plant breeding isn't just about growing more - it's about growing better. Modern breeding programmes are focusing on enhancing both nutritional value and environmental sustainability.
Breeders are developing varieties that not only yield well but also provide better nutrition, require fewer inputs, and support sustainable farming practices. This work is crucial for feeding a growing population while protecting our environment.
From grains with enhanced protein content to crops that flourish with less water, plant breeding is at the heart of sustainable agriculture.
Submitting Your Abstract
To submit an Abstract go to the Abstract Submission portal and create an account for your submission and follow the instructions. Please be sure to review the 'Instructions to Authors' before preparing your Abstract. Abstracts must meet the style guidelines as per 'Abstract Template' to be considered for presentation.
Abstract submissions will close on 1st March 2025. We encourage submission prior to this date as it will assist the reviewing process.
Your Abstract is not successfully submitted until you receive a confirmation email after clicking the final Submit button.
If you do not receive a confirmation email, please double check your spam folder or contact hello@apbconference.net
Below you will find Instructions To Authors and the Abstract Template.
Key Dates
| 31 October 2024: | Website Open for Abstract Submission |
| 1 March 2025: | Abstract Submissions CLOSE. No abstracts will be accepted after this date. |
| 1 April 2025: | All reviews completed, and outcomes notified to submitters. |
| 23 April 2025: | Scientific Program completed, and presenters notified of date/time of their presentations. |
| 4 June 2025: | APBC 2025 commences |