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Acer rubrum  L.,  A. saccharum  Marsh.,  Quercus alba  L. and  Q. rubra  L. seedlings subjected to soil and stem base heat treatments showed rapid declines in rates of transpiration and photosynthesis. Reductions in photosynthetic rate were partly attributable to mesophyll inhibition.  Quercus  seedlings were less able to maintain transpiration and photosynthesis after heat treatment than  Acer  seedlings. Declines in rates of transpiration and photosynthesis of  Quercus  seedlings were observed 1 h after heat treatment and became more pronounced over time. In contrast, rates of transpiration and photosynthesis of  Acer  seedlings initially declined in response to heat treatment, partially recovered after one or two days, but then declined again six to eight days after the heat treatment. Observed changes in leaf water potential after heating were small, suggesting that hydraulic factors were not the primary signal eliciting the gas exchange response to soil and stem heating.

Effects of soil and stem base heating on survival, resprouting and gas exchange of Acer and Quercus seedlings