There certainly isn't a shortage of urgent ecological questions that humans must find answers to
WE BROADLY STUDY ...
The ‘Evolutionary Fish Ecology’ Lab at the Department of Marine Sciences uses experimental, field, and modeling approaches to address the central question, how coastal marine fish will cope with the simultaneous changes in their environment caused by global and regional human stressors, and how they are already adapted to environmental variability in temperature, oxygen, or pH.
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Previous posts
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UConn Today reports on Hannes’ Chile research
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Hannes starts sabbatical research in Chile
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NSF awards our collaborative sand lance grant!
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Feeling the pulse of Mumford Cove
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ICES JMS publishes sand lance population structure paper!
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Fishing for silversides … in Chile!
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Hannes & Max at the 45th Larval Fish Conference in San Diego
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NCMA2022 experiment update: Phenotyping 1,147 fish
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World Ocean’s Day at 3rd grade Groton Elementary School
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NCMA2022 experiment update: first genetic material sampled
CONNECT
Outreach day in Dichato: talking silversides with elementary school kids, who loved all the tiny fishees. https://befel.marinesciences.uconn.edu/expanding-the-silverside-system/#Blog @UConnMarineSci
We are hiring an Assistant Professor in Nearshore Oceanography! Come and join us at @UConnMarineSci!
For more information on the position and application process: https://buff.ly/3to9kVZ
Please share widely!
It is hatch day in Dichato, Chile, where the new common garden experiment on Odontesthes regia is now in swing. Chile in spring is a great experience. More: https://befel.marinesciences.uconn.edu/expanding-the-silverside-system/
@UConnMarineSci @UConnResearch
Happy 111th birthday to this little one
Continuously NSF-funded since 2008