Enrico Bertuzzo
@enricobertuzzo.bsky.social
Professor of Hydrology,
University of Venice Ca' Foscari.
enrico.bertuzzo@unive.it
Interests: Ecohydrology and Epidemiology of water related diseases
University of Venice Ca' Foscari.
enrico.bertuzzo@unive.it
Interests: Ecohydrology and Epidemiology of water related diseases
I guess, of all, you did not expect to get experimental setup tips from me 😅
Everything is fine here,thank you, hope you as well. I see you changed institution.
Everything is fine here,thank you, hope you as well. I see you changed institution.
April 12, 2025 at 9:43 AM
I guess, of all, you did not expect to get experimental setup tips from me 😅
Everything is fine here,thank you, hope you as well. I see you changed institution.
Everything is fine here,thank you, hope you as well. I see you changed institution.
Hi Amber!
I do have one MX water level plus conductivity logger (the one with the non-submergible logger). So far I have use it only as a portable probe (I have not deployed it in the field yet) and it worked smoothly. Also on the pros list, you can replace batteries by yourself.
I do have one MX water level plus conductivity logger (the one with the non-submergible logger). So far I have use it only as a portable probe (I have not deployed it in the field yet) and it worked smoothly. Also on the pros list, you can replace batteries by yourself.
April 11, 2025 at 8:33 PM
Hi Amber!
I do have one MX water level plus conductivity logger (the one with the non-submergible logger). So far I have use it only as a portable probe (I have not deployed it in the field yet) and it worked smoothly. Also on the pros list, you can replace batteries by yourself.
I do have one MX water level plus conductivity logger (the one with the non-submergible logger). So far I have use it only as a portable probe (I have not deployed it in the field yet) and it worked smoothly. Also on the pros list, you can replace batteries by yourself.
In addition to the classical estimates of stream metabolism (GPP and ER), the model infers also the metabolic O-C stoichiometry and the lateral fluxes of DIC, thus partitioning the sources of CO2 outgassing between internal and external.
April 11, 2025 at 8:42 AM
In addition to the classical estimates of stream metabolism (GPP and ER), the model infers also the metabolic O-C stoichiometry and the lateral fluxes of DIC, thus partitioning the sources of CO2 outgassing between internal and external.