RT @MethaneNet: Dissolved carbon, greenhouse gases, and δ13C dynamics in four estuaries across a land use gradient https://t.co/f8wLFntYVS
RT @MethaneNet: Dissolved carbon, greenhouse gases, and δ13C dynamics in four estuaries across a land use gradient https://t.co/f8wLFntYVS
Dissolved carbon, greenhouse gases, and δ13C dynamics in four estuaries across a land use gradient https://t.co/f8wLFntYVS
RT @Barefoot_Lab: How land use drives carbon cycling and #greenhouse gases in estuaries? Check out Arun Looman’s second PhD paper includi…
RT @Barefoot_Lab: How land use drives carbon cycling and #greenhouse gases in estuaries? Check out Arun Looman’s second PhD paper includi…
RT @Barefoot_Lab: How land use drives carbon cycling and #greenhouse gases in estuaries? Check out Arun Looman’s second PhD paper includi…
RT @Barefoot_Lab: How land use drives carbon cycling and #greenhouse gases in estuaries? Check out Arun Looman’s second PhD paper includi…
RT @Barefoot_Lab: How land use drives carbon cycling and #greenhouse gases in estuaries? Check out Arun Looman’s second PhD paper includi…
RT @Barefoot_Lab: How land use drives carbon cycling and #greenhouse gases in estuaries? Check out Arun Looman’s second PhD paper includi…
How land use drives carbon cycling and #greenhouse gases in estuaries? Check out Arun Looman’s second PhD paper including #CH4 and #CO2 emissions and stable isotopes. https://t.co/q5eWDfAmaJ @SCUonline @JackieRWebb @Dr_Damo77 https://t.co/H5O8F8Cab3
Dissolved carbon, greenhouse gases, and δ 13 C dynamics in four estuaries across a land use gradient https://t.co/rEEBVqCALn https://t.co/QFBoKniKrD
https://t.co/01hUkrMQPZ Dissolved carbon, greenhouse gases, and δ 13 C dynamics in four estuaries across a land use gradient Abstract Land use is a well known driver of nutrient dynamics in estuaries, however less is known about how land use may influenc