It is widely recognized that increasing global carbon dioxide concentration in the
atmosphere may alter the growth of plants. This has lead to speculation about the long-term …

Carbon dioxide enhancement of plant growth is an important direct effect of rising
atmospheric CO 2. New or modified modeling approaches are needed to understand and …

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It is well recognized that photosynthesis of C3 plants is highly responsive to CO2
concentration. However, in natural ecosystems, plants are subject to a range of feed‐back …

The response of plant growth to increasing climate change remains one of the unresolved
issues in understanding the future of the terrestrial biosphere. It was investigated here by …

Although many studies have examined the effects of elevated carbon dioxide on plant
“growth,” the dynamics of growth involve at least two parameters, namely, an early rate of …

Carbon dioxide (CO2) has two unique properties: physically it absorbs in the infra-red (heat)
portion of the spectrum, and plays a role in maintaining global surface temperatures; …

Few of the most common assumptions used in models of responses of plants and
ecosystems to elevated CO2 and climate warming have been tested under realistic life con …

The responsibility of the Department of Energy's Carbon Dioxide Vegetation Response
Research Program is to develop the ability to predict crop and ecosystem responses to …

6.1 INTRODUCTION'nowledge of the responses of native plants and their ecosystems to
increases in levels of atmospheric carbon dioxide (CO2) is important. A wide range of …