This project provided the funding to operate and maintain the Nevada Desert FACE Facility. This support funds the CO{sub 2}, system repairs and maintenance, basic physical and biological site information, and personnel that are essential for the experiment to continue. They have continued to assess the effects of elevated CO{sub 2} on three key processes: (1) leaf- to plant-level responses of desert vegetation to elevated atmospheric CO{sub 2}; (2) ecosystem-level responses; and (3) integration of plant and ecosystem processes to understand carbon balance of deserts. The focus is the seminal interactions among atmospheric CO{sub 2}, water, and nitrogen that drive desert responses to elevated CO{sub 2} and explicitly address processes that o...
Water relations in grassland and desert ecosystems exposed to elevated atmospheric CO
During the first few years of elevated atmospheric [CO2] treatment at the Nevada Desert FACE Facilit...
Seasonal and interannual droughts characteristic of deserts have the potential to modify plant inter...
Our results from the 10-year elevated atmospheric CO{sub 2} concentration study at the Nevada Desert...
Increases in atmospheric CO{sub 2} concentration during the last 250 years are unequivocal, and CO{s...
Arid and semiarid climates comprise roughly 40% of the earth\u27s terrestrial surface. Deserts are p...
Some of the early work on the responses of desert plants to elevated CO2 was conducted by Park Nobel...
The proposed research will determine biochemical and physiological responses to variations in enviro...
Productivity of aridland plants is predicted to in-crease substantially with rising atmospheric carb...
Numerous studies, including those of desert plants, have shown reduced stomatal conductance under el...
Arid ecosystems, which occupy about 35% of the Earth\u27s terrestrial surface area, are believed to ...
Of all terrestrial ecosystems, the productivity of deserts has been suggested to be the most respons...
Plant responses to elevated atmospheric CO2 have been characterized generally by stomatal closure an...
Plant responses to elevated atmospheric CO2 have been characterized generally by stomatal closure an...
Atmospheric CO2 enrichment may stimulate plant growth directly through enhanced photosynthesis or in...
Water relations in grassland and desert ecosystems exposed to elevated atmospheric CO
During the first few years of elevated atmospheric [CO2] treatment at the Nevada Desert FACE Facilit...
Seasonal and interannual droughts characteristic of deserts have the potential to modify plant inter...
Our results from the 10-year elevated atmospheric CO{sub 2} concentration study at the Nevada Desert...
Increases in atmospheric CO{sub 2} concentration during the last 250 years are unequivocal, and CO{s...
Arid and semiarid climates comprise roughly 40% of the earth\u27s terrestrial surface. Deserts are p...
Some of the early work on the responses of desert plants to elevated CO2 was conducted by Park Nobel...
The proposed research will determine biochemical and physiological responses to variations in enviro...
Productivity of aridland plants is predicted to in-crease substantially with rising atmospheric carb...
Numerous studies, including those of desert plants, have shown reduced stomatal conductance under el...
Arid ecosystems, which occupy about 35% of the Earth\u27s terrestrial surface area, are believed to ...
Of all terrestrial ecosystems, the productivity of deserts has been suggested to be the most respons...
Plant responses to elevated atmospheric CO2 have been characterized generally by stomatal closure an...
Plant responses to elevated atmospheric CO2 have been characterized generally by stomatal closure an...
Atmospheric CO2 enrichment may stimulate plant growth directly through enhanced photosynthesis or in...
Water relations in grassland and desert ecosystems exposed to elevated atmospheric CO
During the first few years of elevated atmospheric [CO2] treatment at the Nevada Desert FACE Facilit...
Seasonal and interannual droughts characteristic of deserts have the potential to modify plant inter...