Currently, there is unprecedented scientific and societal emphasis on assessing future
anthropogenic changes in global temperature and the subsequent impacts on managed and …

For most studies involving the response of plants to future concentrations of atmospheric
carbon dioxide (CO2), a current concentration of 360–370 μatm is assumed, based on …

Pre-industrial global atmospheric carbon dioxide (CO 2) concentration (Ca), was ca. 280 µl
l− 1, is now 376 µl l− 1, and may be 700 µl l− 1 by 2100. Temperature is now ca. 0.6° C …

Rising atmospheric carbon dioxide (CO2) concentration and air temperature are of major
concern when considering the possible effects of global climate change on vegetations …

Recent studies have shown that global atmospheric carbon dioxide (CO 2) has increased
markedly due to human activities, including burning of fossil fuels and deforestation, and its …

Background For the past 800,000 years, the atmospheric CO 2 concentration,[CO 2], has
fluctuated between 180–200 and 250–280 ppmv during the different glacial and interglacial …

Terrestrial higher plants exchange large amounts of CO2 with the atmosphere each year; c.
15% of the atmospheric pool of C is assimilated in terrestrial‐plant photosynthesis each …

The projected doubling of current levels of atmospheric carbon dioxide concentration ([CO
2]) during the next century along with increases in other radiatively active gases have led to …

Human activities result in a wide array of pollutants being released to the atmosphere. A
number of these pollutants have direct effects on plants, including carbon dioxide (CO 2) …

As global population increases and industrialization expands, carbon dioxide (CO2) and
toxic air pollutants can be expected to be injected into the atmosphere at increasing rates …