International Conference on Environmental DNA Applications in Biodiversity Assessment (ICEDNABA - 26)

This session will explore cutting-edge methodologies in environmental DNA techniques that enhance biodiversity assessment. Participants will discuss the application of these innovations in various ecosystems and their implications for conservation efforts.

Focusing on aquatic environments, this track will delve into the use of molecular monitoring techniques to assess biodiversity. Presentations will highlight case studies demonstrating the effectiveness of eDNA in detecting aquatic species.

This session will address non-invasive monitoring methods for terrestrial biodiversity using environmental DNA. Researchers will share insights on the advantages and challenges of implementing these techniques in various habitats.

This track will focus on the role of genetic barcoding in species identification and its significance in biodiversity assessments. Participants will discuss advancements in barcoding techniques and their applications in conservation genetics.

This session will examine the applications of environmental DNA in conservation genetics, emphasizing its role in species monitoring and population dynamics. Discussions will include the integration of eDNA data into conservation strategies.

Participants in this track will explore methodological advancements in ecological surveys utilizing environmental DNA. The session aims to share best practices and innovative approaches to enhance survey accuracy and efficiency.

This session will focus on the use of eDNA techniques for effective population monitoring of various species. Presenters will discuss case studies that illustrate the potential of eDNA to inform population dynamics and management.

This track will address the challenges associated with eDNA sampling in diverse environments. Participants will share solutions and strategies to overcome these obstacles, ensuring reliable and reproducible results.

This session will explore the integration of environmental DNA into existing environmental monitoring frameworks. Discussions will focus on the benefits and implications of incorporating eDNA into long-term monitoring initiatives.

This track will investigate the intersection of eDNA technology and climate change, focusing on its impact on biodiversity. Researchers will present findings on how eDNA can be used to monitor species responses to changing environmental conditions.

This session will provide a platform for discussing future directions and emerging trends in eDNA research. Participants will explore potential innovations and interdisciplinary collaborations that could shape the future of biodiversity assessment.