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United States Department of Agriculture

Agricultural Research Service

Lewis Ziska
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Full Text (.pdf) Publications by First Author

Bunce, James, Plant Physiologist
Fleisher, David, Agricultural Engineer
Reddy, V.R. Plant Physiologist
Sicher, Richard, Res. Plant Physiologist
Timlin, Dennis, Soil Scientist
Ziska, Lewis, Plant Physiologist

Post Doc Research Associates

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Dr. Lewis Ziska

2007

Empirical selection of cultivated oat in response to rising atmospheric carbon dioxide
 

2007

Rising atmospheric carbon dioxide and potential impacts on the growth and toxicity of poison ivy
 

2007 Predicting the impact of changing CO2 on crop yields: some thoughts on food.
 
2007 Establishment and persistence of common ragweed in disturbed soil as a function of an urban rural macro environment
 
2006 Elevated Atmospheric Carbon Dioxide and Weed Populations in Glyphosate Treated Soybean
 
2006

Future Weed, Pest, and Disease Problems for Plants 
 

2004 Changes in biomass and root:shoot ratio of field grown Canada thistle, a noxious, invasive weed, with elevated CO2:  Implications for control with glyphosate
 
2004 Quantitative and Qualitative Evaluation of Selected Wheat Varieties Released Since 1903 To Increasing Atmospheric Carbon Dioxide: Can Yield Sensitivity to Carbon Dioxide Be a Factor In Wheat Performance?
 
2004 Characterization Of An Urban-Rural CO2/Temperature Gradient and Associated Changes In Initial Plant Productivity During Secondary Succession
 
2004

Rising Carbon Dioxide and Invasive, Noxious Plants: Potential Threats and Consequences 
 

2003 Climate Change, Plant Biology and Public Health
 
2003 The Impact Of Nitrogen Supply On The Potential Response Of a Noxious, Invasive Weed, Canada Thistle (Cirsium arvense) To Recent Increases In Atmospheric Carbon Dioxide
 
2003 Cities as Harbingers Of Climate Change: Common Ragweed, Urbanization, and Public Health*1
 
2003 Evaluation Of the Growth Response Of Six Invasive Species To Past, Present and Future Atomospheric Carbon Dioxide
 
2003 Evaluation Of Yield Loss In Field Sorghum From a Cand C4 Weed With Increasing CO2
 
2001

Growth Temperature Can Alter the Temperature Dependent Stimulation Of Photosynthesis By Elevated Carbon Dioxide in Albutilon Theophrasti
 

2001

A Global Perspective Of Ground Level, 'Ambient' Carbon Dioxide For Assessing the Response Of Plants To Atmospheric CO2 
 

2000 Rising CO2 and Pollen Production of Common Ragweed (Ambrosia artemisiifolia), a Known Allergy-Inducing Species; Implications for Public Health
2000

The Impact Of Elevated CO2 On Yield Loss From a C3 and C4 Weed in Field-Grown Soybean
 

2000 Sustained Growth and Increased Tolerance To Glyphosate Observed in a C3 Perennial Weed, Quackgrass (Elytrigia Repens), Grown at Elevated Carbon Dioxide
 
1999

The Impact Of Elevated Carbon Dioxide On the Growth and Gas Exchange Of Three C4 Species Differing in CO2 Leak Rates
 

1999 Future Atmospheric Carbon Dioxide May Increase Tolerance To Glyphosate
 
1999 Effect Of Elevated Carbon Dioxide Concentration at Night On the Growth and Gas Exchnage Of Selected C4 Species
 
1998

The Influence Of Increasing Growth Temperature and CO2 Concentration On the Ratio Of Respiration to Photosynthesis In Soybean Seedlings
 

1998

Long-Term Growth At Elevated Carbon Dioxide Stimulates Methane Emission in Tropical Rice Paddy
 

1998

The Influence of Root Zone Temperature on Photosynthetic Acclimation to Elevated Carbon Dioxide Concentrations
 

1997

Influence Of Increasing Carbon Dioxide Concentration on the Photosynthetic and Growth Stimulation Of Selected CCrops and Weeds
 

1997

The Role Of Temperature in Determining The Stimulation Of CO2 Assimilation At Elevated Carbon Dioxide Concentration In Soybean Seedlings

1997 Growth and Yield Response Of Field-Grown Tropical Rice To Increasing Carbon Dioxide and Air Temperature
 
1996 Intraspecific Variation in The Response Of Rice (Oryza Sativa L.) To Increased CO2 and Temperature: Growth and Yield Response Of 17 Cultivars1
 
1995 Growth and Photosynthetic Response Of Three Soybean Cultivars To Simulatneous Increases In Growth Temperature and CO2


Last Modified: 12/26/2007