#SNWELA #SpringerNature @SWS_org @SpringerEcology @SpringerPlants
#SNWELA #SpringerNature @SWS_org @SpringerEcology @SpringerPlants
#SNWELA #SpringerNature @SWS_org @SpringerEcology @SpringerPlants
#SNWELA #SpringerNature @SWS_org @SpringerEcology @SpringerPlants
#SNWELA #SpringerNature @SWS_org @SpringerEcology @SpringerPlants
#SNWELA #SpringerNature @SWS_org @SpringerEcology @SpringerPlants
RT @NCState_AEC: DYK shallow freshwater habitats (lakes, ponds, wetlands) emit approx. half of the yearly CO2 uptake of the oceans? Learn m…
DYK shallow freshwater habitats (lakes, ponds, wetlands) emit approx. half of the yearly CO2 uptake of the oceans? Learn more about CO2 flux in ponds: https://t.co/AY4CJPIwjn 📸: @benjaminblonder Research: @streamsrock et al. in @RMBLGothic https://t.co/
Full text for our work on CO2 efflux from permanent, semi-permanent, and temporary alpine ponds available at: https://t.co/oEyWFqvVS2
RT @streamsrock: DelVecchia et al. just published an article "Carbon Dioxide Concentrations and Efflux from Perm.." with #Springer https://…
We compared pond soil and pond water CO2 flux and found that soils had ~10x higher rates. Hydroperiod is important in considering flux. Also compared methods for measuring/estimated flux from waters. @SWS_org https://t.co/mRM6XyOib1 @streamsrock #ponds #
Carbon Dioxide Concentrations and Efflux from Permanent, Semi-Permanent, and Temporary Subalpine Ponds Wetlands https://t.co/LLNG3E1acJ https://t.co/wmdOXFcgA6
https://t.co/M3byGnC3lS Carbon Dioxide Concentrations and Efflux from Permanent, Semi-Permanent, and Temporary Subalpine Ponds Abstract Small ponds account for a disproportionately high percentage of carbon dioxide emissions relative to their small surfa