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NOTE


                of the United States of America, 38,  11,  1952, pp. 929-934; Borthwick,
                H.A. et al., “A Reversible Photoreaction Controlling Seed Germination”,
                in Proceedings of the National Academy of Sciences of the United States of
                America, 38, 8,1952, pp. 662-666.
              8. Buder, W.L. et al., “Detection, Assay, and Preliminary Purification of the
                Pigment Controlling Photoresponsive Development of Plants”, in Procee­
                dings of the National Academy o f Sciences of the United States o f America,
                45,12,'1959, pp.  1703-1708.
              9. Koornneef,  M., Rolff,  E.,  Spruit,  C.J.P.,  “Genetic Control of Light-
                Inhibited Hypocotyl Elongation in Arabidopsis thaliana  (L) Heynh”, in
                Zeitschrift für Pflanzenphysiologie,  100,2,1980, pp. 147-160.
              10. Chory, J., “Light Signal Transduction: An Infinite Spectrum of Possibili­
                ties”, in Plant Journal, 61, 6,2010, pp. 982-991.
              11. Kreimer, G., “The Green Algal Eyespot Apparatus: APrimordial Visual
                System and M ore?”, in Current Genetics, 55,2,2009, pp.  19-43.
              12. Gressel, J.,  “Blue-Light Photoreception”, in Photochemistry and Photo­
                biology, 30,6,1979, pp. 749-754.
              13. Ahmad, M., Cashmore, A.R., “HY4 Gene of A  thaliana Encodes a Pro­
                tein with Characteristics of a Blue-Light Photoreceptor”, in Nature, 366,
                6451,1993, pp.  162-166.
              14. Cashmore, A.R., “Cryptochromes: Enabling Plants and Animals to De­
                terminate Circadian Time”, in Cell,  114,5,2003, pp. 537-543.


                            2. QUEL CHE UNA PIANTA ANNUSA
               1. Disponibile sul sito web www.merriam-webster.com.
              2. Denny, F.E., “Hastening the Coloration of Lemons”, in Agricultural Re­
                search, 27,1924, pp. 757-769.
              3. Gane, R., “Production of Ethylene by Some Ripening Fruits”, in Natu­
                re,  134,1934, p. 1008; Crocker, W., Hitchcock, A.E., Zimmerman, P. W.,
                “Similarities in the Effects of Ethylene and the Plant Auxine", in Contri­
                butions from Boyce Thompson Institute, 7,1935, pp. 231-248.
              4. Runyon, J.B., Mescher, M.C., De Moraes, C.M., “Volatile Chemical Cues
                Guide Host Location and Host Selection by Parasitic Plants”, in Science,
                313,5795,2006, pp.  1964-1967.
              5. Rhoades, D.F., “Response of Alder and Willow to Attack by Tent Cater­
                pillars and Webworms: Evidence for Pheromonal Sensitivity of Willows” ,
                in Plant Resistance to Insects,  a cura di P.A. Hedin, American Chemical
                Society, Washington, DC,  1983, pp. 55-66.
              6. Baldwin, I.T., Schultz, J.C., “Rapid Changes in Tree Leaf Chemistry In­
                duced by Damage: Evidence for Communication Between Plants”, in
                Science, 221,4607,1983, pp. 277-279.
              7. Fowler, S.V., Lawton, J.H., “Rapidly Induced Defences and Talking Trees:
                The Devil’s Advocate Position”, in American Naturalist, 126,2,1985, pp.
                181-195.
              8. “Scientists Turn New Leaf, Find Trees Can Talk”, in Los Angeles Times, 6
                giugno 1983, A9; “Shhh. Litde Plants Have Big Ears”, in Miami Herald,


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