Papers by Robert B. Jackson

	Isoprene-related thermotolerance of leaves is greater at low atmospheric CO2: implications for the evolution of isoprene biosynthesis and rising atmospheric CO2 concentrations
	Land-use and climate change and the footprint of human activity
	Soil microbial responses to a subambient to elevated gradient of atmospheric CO2
	Soil type determines response of soil microbial activity to an atmospheric CO2 gradient
	Soil type influences the sensitivity of nutrient dynamics to changes in atmospheric CO2