RT @francineaquatic: Our new paper: https://t.co/cPLUngJyZf
RT @ripariman: Stream metabolism over space and time. New paper out. https://t.co/7zGmo4Ns7r @WSUPACCAREnv #wazzuwater #twitsatthetable @W…
Our new paper: https://t.co/cPLUngJyZf
RT @ripariman: Stream metabolism over space and time. New paper out. https://t.co/7zGmo4Ns7r @WSUPACCAREnv #wazzuwater #twitsatthetable @W…
Stream metabolism over space and time. New paper out. https://t.co/7zGmo4Ns7r @WSUPACCAREnv #wazzuwater #twitsatthetable @WSUPACCAREnv @WSUDiscovery @CEREOWSU @WSUEnvironment
Stream metabolism increases with drainage area and peaks asynchronously across a stream network https://t.co/T37uwblVaG https://t.co/QFBoKniKrD
https://t.co/pmBpo2rUXO Stream metabolism increases with drainage area and peaks asynchronously across a stream network Abstract Quantifying the spatial and temporal dynamics of stream metabolism across stream networks is key to understanding carbon cycl