This track focuses on the physiological mechanisms that trees employ to cope with environmental stressors such as drought and freezing temperatures. It aims to explore the adaptive strategies that enhance tree resilience and survival in changing climates.

This session will delve into the role of genetics in tree breeding, emphasizing molecular techniques and quantitative genetics. Discussions will include the implications of genetic diversity for forest management and conservation.

This track addresses the impact of forest diseases on tree health and ecosystem stability. It will cover recent advancements in disease detection, management strategies, and the role of pathogens in forest dynamics.

This session will explore the interactions between forest insects and their host trees, focusing on both beneficial and detrimental effects. Topics will include insect population dynamics, pest management, and the ecological roles of insects in forest health.

This track examines the complex interactions within forest communities and their ecosystems. It will highlight research on species interactions, biodiversity, and the ecological functions that contribute to forest resilience.

This session will investigate the role of fire as a natural disturbance in forest ecosystems. Discussions will include fire behavior, ecological responses, and management practices aimed at maintaining healthy forest landscapes.

This track focuses on the distribution of forest species and ecosystems in relation to climatic factors. It will address the implications of climate change on forest biogeography and species migration patterns.

This session aims to explore the molecular mechanisms underlying genetic transmission in forest species. Topics will include population structure, gene flow, and the implications for conservation genetics.

This track will focus on the application of quantitative genetics in the management and improvement of forest species. It will cover methodologies for assessing heritability and genetic gain in tree populations.

This session will examine the role of landscape genomics in understanding forest adaptation to environmental changes. It will highlight case studies that integrate genomic data with ecological and evolutionary principles.

This track will investigate the various factors leading to tree mortality, including biotic and abiotic stressors. Discussions will focus on the ecological and economic implications of tree loss in forest ecosystems.