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. The origin of a land flora, a theory based upon the facts of alternation. Plant morphology. SPORE-PRODUCING MEMBERS 453 is shown by comparison of Fig. 252 a and D. The similarity of these simple fertile spikes to those of the smaller species of Ophioglossum, such as .0. Bergianum, is plain enough: if we imagine the sporangia in this plant to be somewhat more prominent, less bulky, and their position slightly altered, so as obliquely to face the sterile frond, the result would be such a type as is seen in the simplest forms of Botrychium. From these simple forms to the more complex, even to t Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-origin-of-a-land-flora-a-theory-based-upon-the-facts-of-alternation-plant-morphology-spore-producing-members-453-is-shown-by-comparison-of-fig-252-a-and-d-the-similarity-of-these-simple-fertile-spikes-to-those-of-the-smaller-species-of-ophioglossum-such-as-0-bergianum-is-plain-enough-if-we-imagine-the-sporangia-in-this-plant-to-be-somewhat-more-prominent-less-bulky-and-their-position-slightly-altered-so-as-obliquely-to-face-the-sterile-frond-the-result-would-be-such-a-type-as-is-seen-in-the-simplest-forms-of-botrychium-from-these-simple-forms-to-the-more-complex-even-to-t-image232308125.htmlRMRDXFAN–. The origin of a land flora, a theory based upon the facts of alternation. Plant morphology. SPORE-PRODUCING MEMBERS 453 is shown by comparison of Fig. 252 a and D. The similarity of these simple fertile spikes to those of the smaller species of Ophioglossum, such as .0. Bergianum, is plain enough: if we imagine the sporangia in this plant to be somewhat more prominent, less bulky, and their position slightly altered, so as obliquely to face the sterile frond, the result would be such a type as is seen in the simplest forms of Botrychium. From these simple forms to the more complex, even to t
. On the anatomy of vertebrates. Vertebrates; Anatomy, Comparative; 1866. 242 ANATOMY OP VERTEBRATES interosseus cruris, fig. 158, 120, extends obliquely between the opposite margins of the leg-bones. The mterossei digitorum 158. Musrlcs of liilld-foot, Emits Europ^ra. xxxvill. dvrsah's, are shown at 122, and those of the plantar surface at 123, fig. 158. The highest faculty of terrestrial locomotion in the reptilian class, is manifested by the saltatory batrachians. In the hind limlj of the frog tliere is a muscle which extends from the diapophysis of the third vertclira to the ilium, which i Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/on-the-anatomy-of-vertebrates-vertebrates-anatomy-comparative-1866-242-anatomy-op-vertebrates-interosseus-cruris-fig-158-120-extends-obliquely-between-the-opposite-margins-of-the-leg-bones-the-mterossei-digitorum-158-musrlcs-of-liilld-foot-emits-europra-xxxvill-dvrsahs-are-shown-at-122-and-those-of-the-plantar-surface-at-123-fig-158-the-highest-faculty-of-terrestrial-locomotion-in-the-reptilian-class-is-manifested-by-the-saltatory-batrachians-in-the-hind-limlj-of-the-frog-tliere-is-a-muscle-which-extends-from-the-diapophysis-of-the-third-vertclira-to-the-ilium-which-i-image216417446.htmlRMPG2JJE–. On the anatomy of vertebrates. Vertebrates; Anatomy, Comparative; 1866. 242 ANATOMY OP VERTEBRATES interosseus cruris, fig. 158, 120, extends obliquely between the opposite margins of the leg-bones. The mterossei digitorum 158. Musrlcs of liilld-foot, Emits Europ^ra. xxxvill. dvrsah's, are shown at 122, and those of the plantar surface at 123, fig. 158. The highest faculty of terrestrial locomotion in the reptilian class, is manifested by the saltatory batrachians. In the hind limlj of the frog tliere is a muscle which extends from the diapophysis of the third vertclira to the ilium, which i
. On the anatomy of vertebrates. Vertebrates; Anatomy, Comparative; 1866. 242 ANATOMY OP VERTEBRATES interosseus cruris, fig. 158, 120, extends obliquely between the opposite margins of the leg-bones. The mterossei digitorum 158. Musrlcs of liilld-foot, Emits Europ^ra. xxxvill. dvrsah's, are shown at 122, and those of the plantar surface at 123, fig. 158. The highest faculty of terrestrial locomotion in the reptilian class, is manifested by the saltatory batrachians. In the hind limlj of the frog tliere is a muscle which extends from the diapophysis of the third vertclira to the ilium, which i Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/on-the-anatomy-of-vertebrates-vertebrates-anatomy-comparative-1866-242-anatomy-op-vertebrates-interosseus-cruris-fig-158-120-extends-obliquely-between-the-opposite-margins-of-the-leg-bones-the-mterossei-digitorum-158-musrlcs-of-liilld-foot-emits-europra-xxxvill-dvrsahs-are-shown-at-122-and-those-of-the-plantar-surface-at-123-fig-158-the-highest-faculty-of-terrestrial-locomotion-in-the-reptilian-class-is-manifested-by-the-saltatory-batrachians-in-the-hind-limlj-of-the-frog-tliere-is-a-muscle-which-extends-from-the-diapophysis-of-the-third-vertclira-to-the-ilium-which-i-image232103288.htmlRMRDH634–. On the anatomy of vertebrates. Vertebrates; Anatomy, Comparative; 1866. 242 ANATOMY OP VERTEBRATES interosseus cruris, fig. 158, 120, extends obliquely between the opposite margins of the leg-bones. The mterossei digitorum 158. Musrlcs of liilld-foot, Emits Europ^ra. xxxvill. dvrsah's, are shown at 122, and those of the plantar surface at 123, fig. 158. The highest faculty of terrestrial locomotion in the reptilian class, is manifested by the saltatory batrachians. In the hind limlj of the frog tliere is a muscle which extends from the diapophysis of the third vertclira to the ilium, which i
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