Titlebook: Ecology of Plant Galls; M. S. Mani Book 1964 Springer Science+Business Media Dordrecht 1964 biology.ecology.plant

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Gianni Angelini M.D.,Domenico Bonamonte M.D.f galls. The more important contributions to our knowledge of the general morphology of galls include those of T.., B.., M.., K.., H.., ., C.., B.., T.., D. L.., B.-P.., A.., C.., W.., C.., E.., K. & K.., B.., P.-P.., A.., B.., P. & D.., R.., H.., K.., V.., M.., H.., R.., G.., G.., B.., M.., W.., Z.

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https://doi.org/10.1007/978-81-322-2178-4act that among the organisms, which induce galls on the roots of diverse plants, there are in addition to the strictly edaphon, many species of the aerial habitat, which have an edaphic phase in their life-cycle and cause galls during this phase. Some of the aerial species give rise to galls on root

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https://doi.org/10.1007/978-3-030-16327-3 leaf galls are related to the distinctive structural and functional characters of the leaf as organ of the plant. The high synthetic activity, rapid growth and the peculiarities of morphogenetic patterns of leaf development are other important contributory factors to the wealth of leaf galls. Cecid

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Aquatic Lectins: An Overview (A Paradigm)hey show some affinity to galls on vegetative buds (Chapter VI), but do not surpass them in complexity of structure and development. Inspite of this relative simplicity and low incidence, flower galls exhibit certain ecologic specializations, not found among galls on other organs. The morphogenesis

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Factors Structuring Aquatic Macrophytes,ndent upon the continued stimulation of the plant cells by the cecidozoa, so that the gall tissue is not autonomous, like, for example, the crown-gall tissue (. Chapter XV). This limited character of zoocecidia may perhaps be the result of nutritional or structural barriers, rather than an intracell

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