Kenneth J. Boote
Univeristy of FloridaAgronomy
304 Newell Hall, PO Box 110500, FL
Gainesville, FL
USA 32611-0500
Email: kjboote@ufl.edu
					
					
					Papers:
					
						2:30 PM, Duke Energy Convention Center, Room 236, Level 2
						19-2 Designing an Oscillating CO2 Concentration Experiment for Field Chambers.
						
					
						3:45 PM, Duke Energy Convention Center, Room 236, Level 2
						19-4 A Comparison of Approaches for Modeling Crop Growth and Transpiration Response to CO2 in Apsim, CERES, Cropgro, Cropsyst, EPIC, and Oryza Models.
						
					
						1:55 PM, Hyatt Regency, Buckeye AB, Third Floor
						231-3 AgMIP: Lessons Learned From Initial Crop Model Intercomparisons.
						
					
						8:00 AM, Duke Energy Convention Center, Room 234, Level 2
						342-1 Agricultural Model Intercomparison and Improvement Project: Overview of Model Intercomparisons.
						
					
						8:55 AM, Duke Energy Convention Center, Room 234, Level 2
						342-4 Uncertainties In Maize Crop Model Responses to Climate Factors.
						
					
						10:05 AM, Duke Energy Convention Center, Room 234, Level 2
						342-7 Applying Multiple Crop Models for Assessing Climate Change Impact: The Devil Is in the Detail.
						
					
						10:45 AM, Duke Energy Convention Center, Room 234, Level 2
						342-9 The AgMIP-Rice Pilot Study: Uncertainty, Reliability and Sensitivity of 13 Rice Models in Estimation of Rice Yield.
						
					
						11:05 AM, Duke Energy Convention Center, Room 234, Level 2
						342-10 Predicting Historical Peanut Yields for Anantapur Region in India with Three Crop Models: Calibration, Aggregation, and Bias Correction.
						
					
						11:25 AM, Duke Energy Convention Center, Room 234, Level 2
						342-11 Predicting Wheat Growth and Nitrogen Use with an Ensemble of Crop Simulation Models.
						
					
						1:45 PM, Duke Energy Convention Center, Room 212, Level 2
						349-4 Adapting the Cropgro Model to Predict Growth and Yield of Pigeonpea (Cajanus cajan).
						
					
						2:30 PM, Duke Energy Convention Center, Exhibit Hall AB, Level 1
						350-1 Effects of Supra-Optimum Temperatures On Soybean Growth and Development.
						
					
					
					
				
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