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10. Use of plasma membrane vesicles for examination of phosphorus deficiency-induced root excretion of citrate in cluster roots of white lupin (Lupinus albus L.)

Author

Kania, A., Neumann, G., Cesco, S., Pinton, R., Römheld, V., Horst, W. J., editor, Schenk, M. K., editor, Bürkert, A., editor, Claassen, N., editor, Flessa, H., editor, Frommer, W. B., editor, Goldbach, H., editor, Olfs, H. -W., editor, Römheld, V., editor, Sattelmacher, B., editor, Schmidhalter, U., editor, Schubert, S., editor, v. Wirén, N., editor, and Wittenmayer, L., editor

Published
2001
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11. Involvement of plasma membrane H+-ATPase in nitrate uptake by maize genotypes

Author

Locci, G., Santi, S., Monte, R., Pinton, R., Varanini, Z., Horst, W. J., editor, Schenk, M. K., editor, Bürkert, A., editor, Claassen, N., editor, Flessa, H., editor, Frommer, W. B., editor, Goldbach, H., editor, Olfs, H. -W., editor, Römheld, V., editor, Sattelmacher, B., editor, Schmidhalter, U., editor, Schubert, S., editor, v. Wirén, N., editor, and Wittenmayer, L., editor

Published
2001
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20. Root exudates of grasses improve Fe uptake in a citrus rootstock sensitive to Fe-deficiency

Author

Cesco S., Varanini M., Pinton R., ROMBOLA', ADAMO DOMENICO, TAGLIAVINI, MASSIMO, C. J. LI ET AL., Cesco S., Rombolà A.D., Tagliavini M., Varanini M., and Pinton R.

Subjects
IRON DEFICIENCY, CITRUS, INTERCROPPING, PHYTOSIDEROPHORES, food and beverages, GRASSES
Abstract

Aim of the present work was to assess the capability of two perennial grasses (Poa pratensis L. and Festuca rubra L.) to improve Fe uptake by the highly-susceptible citrus rootstock citrumelo "Swingle". Citrus plants were unable to induce the physiological responses to Fe-deficiency; however, in these plants uptake of 59Fe from 59Fe-hydroxide could be increased by the presence of Fe-deficient grasses. No beneficial effect was observed with the use Fe-sufficient grasses. A progressive increase in 59Fe uptake by citrus plants was also evident after supplying increasing amounts of DMA, the major phytosiderofore (PS) released by grasses. Re-greening of Fe-deficient citrus plants was obtained by intercropping with grasses in rhizoboxes filled with a chlorosis-inducing calcareous soil; a concomitant increase in the amount of Fe in the leachates was also observed. Data indicate that Fe nutrition of a Fe-inefficient citrus rootstock can benefit from Fe mobilized by PS released by perennial graminaceous species.

Published
2005

29. Biocontrol of Plant Pathogens

Author

Lugtenberg, B., Leveau, J.H.J., Pinton, R., Varanini, Z., Nannipieri, P., and Terrestrische Microbiële Ecologie

Published
2007

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