In my #research, I combine numerous approaches (e.g., #ecoinformatics, #PhylogeneticComparativeMethods, #genomics) to understand how diverse biological systems (from #molecules to #ecosystems) respond to #ClimateChange.
For more info, please visit https://dgkontopoulos.io. 
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Are you interested in quantifying how biological rates of #ectotherms respond to #temperature? Then, we have a #NewPaper in #NatureCommunications, just for you! #ecoinformatics
https://www.nature.com/articles/s41467-024-53046-2
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Hey #informatics, #DataScience , #dataManagement, #dataengineering , #ecoinformatics, and other folk! The Stone Living Lab at
@UMassBoston
@EnvSchool
is looking to hire a data manager! employmentopportunities.umb.edu/boston/en-us... Come join our awesome coastal protection team! #job
I'm used to working on relatively small datasets, so it's refreshing to work on a big one for a change!
For example, this #network shows all systematic associations among variables, as estimated with my model.
With such a big sample size, the problem is not whether an association will be detected but, rather, if the association is strong enough to matter. As you can see, there are only a few thick edges floating within a soup of much thinner ones. :) #ecoinformatics
We have a new publication - Geographic name resolution service: A tool for the standardization and indexing of world political division names, with applications to species distribution modeling #OpenScience #OpenTools #Ecoinformatics #GNRS https://journals.plos.org/plosone/article/file?id=10.1371/journal.pone.0268162&type=printable
#introduction I am a quantitative #biologist, striving to understand how changes in #temperature (and other factors) influence biological systems over various timescales. To this end, I employ a diverse set of approaches, such as #phylogenetic comparative methods, #ecoinformatics, #machinelearning, & comparative #genomics.
My research to date has primarily focused on the #physiological and #molecular levels, but I am planning to soon expand to higher levels (species interactions, #ecosystems).
#introduction I am a quantitative #biologist, striving to understand how changes in #temperature (and other factors) influence biological systems over various timescales. To this end, I employ a diverse set of approaches, such as #phylogenetic comparative methods, #ecoinformatics, #machinelearning, & comparative #genomics.
My research to date has primarily focused on the #physiological and #molecular levels, but I am planning to soon expand to higher levels (species interactions, #ecosystems).
