We are very pleased to inform you that this year we will be hosting the 8°International Symposium on the Environmental Physiology of Ectotherms and Plants, ISEPEP8. The meeting will take place in Buenos Aires City, Argentina from July 29th to August 2nd 2019.
For those who have not attended previous meetings,ISEPEP is a small, single-session meeting. This format allows rich open and active interaction, gathering participants from 20+ countries. Past meetings originated numerous international collaborations and PhD and post doc opportunities for young scientists.
Previous ISEPEP meetings have been held in Roskilde (Denmark), Dunedin (New Zealand), Tsukuba (Japan), Rennes (France), London (Ontario, Canada), Aarhus (Denmark) and Tartu (Estonia). This is the first time that the meeting will move to South America, specifically to Argentina.
Traditionally the meeting focuses on invertebrate environmental physiology; plant and vertebrate ectotherm environmental physiologists are also very welcome. Topics covered will include (but are not restricted to) thermal biology, water balance and anhydrobiosis, metabolism, climate change, and applied ecological physiology.
Previous ISEPEP meetings have been held in Roskilde (Denmark), Dunedin (New Zealand), Tsukuba (Japan), Rennes (France), London (Ontario, Canada), Aarhus (Denmark) and Tartu (Estonia). This is the first time that the meeting will move to South America, specifically to Argentina.
Traditionally the meeting focuses on invertebrate environmental physiology; plant and vertebrate ectotherm environmental physiologists are also very welcome. Topics covered will include (but are not restricted to) thermal biology, water balance and anhydrobiosis, metabolism, climate change, and applied ecological physiology.
Please pass this information to anyone who you think might be a potential attendees. For more information please contact 8isepep@gmail.com. We look forward to seeing you next austral winter!
Topics
Cold tolerance / Heat tolerance / Ion & Water Balance / Anhydrobiosis / Phenotypic plasticity / Evolutionary physiology / Metabolism & Energetics / Gas exchange / Diapause