The mutation theory; experiments and observations on the origin of species in the vegetable kingdom . The plant grew there togetherwith the ordinary Linaria and formed a constant race. Fig. 39. Linaria vulgaris peloria. A richly branched stemof a plant of the second generation. Raised in 1898 fromseed of the first generation of 1897 and photographed inAugust 1900. All flowers are peloric. through propagation l)y the buds on its roots. All theflowers of this plant were peloric (as in Fig. 39). Lin- ^ Amocn. acad., I, p. 55, p. 280 (1744). See Moquin-Tandon,PHancen-Teratologie, 1842, p. 170, and
The mutation theory; experiments and observations on the origin of species in the vegetable kingdom . The plant grew there togetherwith the ordinary Linaria and formed a constant race. Fig. 39. Linaria vulgaris peloria. A richly branched stemof a plant of the second generation. Raised in 1898 fromseed of the first generation of 1897 and photographed inAugust 1900. All flowers are peloric. through propagation l)y the buds on its roots. All theflowers of this plant were peloric (as in Fig. 39). Lin- ^ Amocn. acad., I, p. 55, p. 280 (1744). See Moquin-Tandon,PHancen-Teratologie, 1842, p. 170, and Hofmeister, he. cit., p. 563. The Origin of Linaria Vulgaris Peloria. 205 N^us described this form, which was new then, underthe name of Peloria, derived from the Greek TrikMp, amonster. It was not till later that the occasional occurrence ofisolated peloric flowers on the ordinary Linaria vulgariswas noticed. Moreover in thecourse of time further speci-mens of the true Peloria werefound scattered over most ofEurope. Such plants have beenbrought into cultivation bymany investigators. Theyhave remained constant andcould be propagated by meansof their numerous radicalbuds. In th
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