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

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Pert敏捷

Gall-Bearing Plants and Gall-Inducing Organisms,ls are more common on some groups than among others. Relatively few galls are found, for example, on Cryptogams and Gymnosperms, but the Phanerogams, especially the Dicotyle-donae, are remarkable for the abundance and great diversity of their galls (fig. 5).

兽皮

幻影

Root Galls,act 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

Flawless

Shoot Axis Galls,e essential characters of these galls may be traced to the fact that in the shoot axis we find both growth in length and growth in thickness. The development and structure of galls on the shoot axis are therefore profoundly influenced by their relation to the primary meristem and the cambial cylinde

伪善

Leaf Galls, 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

伪善

FIN

Zoocecidia,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

Invertebrate

Ethology of Zoocecidia,less draw attention . some of the more outstanding facts, in so far as they relate to the general ecology of galls. The zoocecidia represent the product of an unique interspecific relation between a plant and another organism, constituting a closely integrated ecologic complex. The zoocecidia, the g

效果

Ecologic Inter-Relations in Zoocecidia, highly nutritive substances and its marked succulence, a gall provides extremely favourable breeding conditions to a great variety of organisms. Nearly every gall is associated with diverse organisms, animals, fungi and bacteria, other than the true cecidogenetic species. The gall of . (..) has, fo