This program investigated how host plant responses to elevated atmospheric carbon dioxide may be transmitted to other trophic levels, especially leaf eating insects, and alter consumption of leaves and impare their function. Study results included the following findings: increased carbon dioxide to plants alters feeding by insect herbivores; leaves produced under higher carbon conditions contain proportionally less nitrogen; insect herbivores may have decreased reproduction under elevated carbon dioxide
The combustion of fossil fuels is profoundly altering the chemical composition of the atmosphere. Be...
Plants growing under elevated CO2 concentration may acclimatize to this environmental change by modi...
Not AvailableElevated atmospheric CO2 expected in the near future as a consequence of increasing emi...
Experiments were performed to determine the effects of carbon dioxide on plants and on the insects f...
Not AvailableThe increasing concentration of CO2 in the atmosphere is expected to lead to global cha...
Most studies of responses of insects to elevated carbon dioxide have been made using short-term expo...
By changing the chemical composition of foliage, the increase in atmospheric CO2 is fundamentally al...
Rising atmospheric CO2 is expected to increase primary productivity resulting in changes in bottom-u...
Interactions between the moth Spodoptera littoralis and two of its host plants, alfalfa (Medicago sa...
Predicting how insect crop pests will respond to global climate change is an important part of incre...
Elevated atmospheric CO₂ has generally been found to have negative impacts on the performance of ins...
Predicting how insect crop pests will respond to global climate change is an important part of incre...
Atmospheric carbon dioxide levels have been increasing since the beginning of the industrial age, an...
We report the results of a study investigating the influence of elevated CO2 on species interactions...
Industrialisation has elevated atmospheric levels of CO2 from original 280ppmto current levels at 40...
The combustion of fossil fuels is profoundly altering the chemical composition of the atmosphere. Be...
Plants growing under elevated CO2 concentration may acclimatize to this environmental change by modi...
Not AvailableElevated atmospheric CO2 expected in the near future as a consequence of increasing emi...
Experiments were performed to determine the effects of carbon dioxide on plants and on the insects f...
Not AvailableThe increasing concentration of CO2 in the atmosphere is expected to lead to global cha...
Most studies of responses of insects to elevated carbon dioxide have been made using short-term expo...
By changing the chemical composition of foliage, the increase in atmospheric CO2 is fundamentally al...
Rising atmospheric CO2 is expected to increase primary productivity resulting in changes in bottom-u...
Interactions between the moth Spodoptera littoralis and two of its host plants, alfalfa (Medicago sa...
Predicting how insect crop pests will respond to global climate change is an important part of incre...
Elevated atmospheric CO₂ has generally been found to have negative impacts on the performance of ins...
Predicting how insect crop pests will respond to global climate change is an important part of incre...
Atmospheric carbon dioxide levels have been increasing since the beginning of the industrial age, an...
We report the results of a study investigating the influence of elevated CO2 on species interactions...
Industrialisation has elevated atmospheric levels of CO2 from original 280ppmto current levels at 40...
The combustion of fossil fuels is profoundly altering the chemical composition of the atmosphere. Be...
Plants growing under elevated CO2 concentration may acclimatize to this environmental change by modi...
Not AvailableElevated atmospheric CO2 expected in the near future as a consequence of increasing emi...