Generally, higher land plants do not grow under submerged conditions and aquatic plants cannot grow in terrestrial conditions. On the other hand, amphibious plants are able to live under both terrestrial and submerged...
We have constructed a new CO2 microsensor with a tip diameter as small as the thinnest of human hairs. This new microsensor can be positioned in plant tissues in controlled laboratory experiments as well as in the...
Pedersen et al. describe a new amperometric CO2 microsensor and an O2 microsensor elucidated the dynamics in leaf pCO2 and pO2 during light–dark cycles for C3 Lobelia dortmanna (Campanulaceae) and CAM Littorella...
Global warming and climate change, as driving forces of sea level rise, tend to increase marsh submersion periods and also modify the carbonate chemistry of the water column due to the increased concentration of CO2 in...