Author
SHERWOOD, IDSO - US WATER CONSERV. LAB | |
KIMBALL, BRUCE - US WATER CONSERV LAB | |
Akin, Danny | |
KRIDLER, J - RETIRED |
Submitted to: Environmental and Experimental Botany
Publication Type: Review Article Publication Acceptance Date: 2/8/1996 Publication Date: N/A Citation: N/A Interpretive Summary: An interpretive summary is not required for a literature review, book chapter (unless reporting original research), book review, or oral presentation (where only the title or abstract is published. Refer to directive 152.1 4/3/91 Technical Abstract: Atmospheric CO2 enrichment tends to lower stomatal conductances of non-woody plants. This response, in turn, reduces plant transpiration rates, resulting in increases in foliage temperatures. It logically follows, therefore, that plants whose stomates are most responsive to CO2 should exhibit the greatest increase in temperature as the CO2 content of the air is raised, just as Idso has demonstrated that such plants exhibit the smallest CO2-induced increase in net photosynthesis. In the absence of a demonstration of such a relationship for a multiplicity of species, it is the purpose of this article to provide an initial quantitative assessment of this phenomenon. |