Influence of elevated carbon dioxide on water relations of soybeans [Glycine max, response to water stress] by Rogers, Hugo H., Sionit, Nasser, Cure, Jennifer D., Smith, Joy M., Bingham, Gail E.

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Assessing vascularization response of three tomato (Lycopersicon esculentum Mill.) cultivars to soil type, nutrient stress, and water stress by Sanders, D.C. (North Carolina State University, Raleigh, NC.), Cure, J.D, Deyton, P.M, Gardner, R.G

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Alterations in Soybean Leaf Development and Photosynthesis in a CO(2)-Enriched Atmosphere by Cure, Jennifer D, Rufty, Thomas W, Israel, Daniel W

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Soybean growth and yield response to elevated carbon dioxide by Rogers, Hugo H., Cure, Jennifer D., Smith, Joy M.

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Influence of Elevated Carbon Dioxide on Water Relations of Soybeans 1 by Rogers, Hugo H., Sionit, Nasser, Cure, Jennifer D., Smith, Joy M., Bingham, Gail E.

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Alterations in Soybean Leaf Development and Photosynthesis in a Co 2 - Enriched Atmosphere by Cure, Jennifer D., Rufty, Thomas W., Israel, Daniel W.

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Assimilate Utilization in the Leaf Canopy and Whole-Plant Growth of Soybean During Acclimation to Elevated CO 2 by Cure, Jennifer D., Rufty, Thomas W., Israel, Daniel W.

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Alterations in soybean leaf development and photosynthesis in a CO2-enriched atmosphere by Cure, J.D. (Duke University, Durham, NC), Ruffy, T.W. Jr, Israel, D.W

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Assimilate utilization in the leaf canopy and whole-plant growth of soybean during acclimation to elevated CO2 by Cure, J.D, Rufty, T.W. Jr, Israel, D.W

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