Those who hold that Hugh Miller's views as to the connection between an originally molten state of the planet and the most ancient rocks known to us, have been finally disposed of by Sir Charles Lyell, must, we think, admit that his interpretation of the six days' work can no longer be maintained. On the other hand, if his conception of the mode in which the crystalline rocks were formed can be shown to be substantially correct, we see not how any one can refuse to grant that those correspondences between the day-periods of Genesis and successive stages in the geological history of the globe, which he pointed out, are highly remarkable. Ten thousand omissions of detail go for nothing, if it can be proved that, although light existed in space, the condition of the atmosphere of this world prevented the sun's rays for myriads of ages from reaching the surface; that the same atmospheric conditions which excluded light from the planet favoured the development of vegetation in the Carboniferous epoch; that the day-period during which the sun and moon are stated in Genesis to have been set to rule the day and the night coincides with that geological era when light was first poured in clear radiance on our world; that the times of the Oolite and the Lias exhibited an enormous development of reptilian and ornithic existence inevitably suggestive of the creeping things, and fowls, and great sea-monsters of the fifth day-period; and that the predominance of mammalian life, of 'the beast of the earth after his kind, the cattle after their kind,' distinguished alike the latest of the great geological periods and the sixth day of the Mosaic record. Assuming the correctness of his fundamental conception of geological progression, Miller might challenge the geologist--_confining himself to the number of words used by the Scriptural writers_--to name phenomena, belonging to the successive geological epochs, more distinctive, impressive, and spectacular than those mentioned in the first chapter of Genesis. Admitting that life existed in the planet millions of years before the time which he assigns to the third day, Miller might ask whether the darkness, and the slow separation of cloud from wave, were not the unique and universal phenomena of those primeval ages. Granting that there was an important flora, as well as a large development of ichthyic life, in the Devonian epoch, he might ask whether, at any earlier period, the earth possessed forests comparable with those of the Carboniferous epoch; and if it were urged that the Carboniferous flora, consisting as it did in an immense proportion of ferns, cannot be regarded as corresponding to the 'grass, the herb yielding seed, and the fruit-tree yielding fruit after its kind, whose seed is in itself,' of the Mosaic record, he might still reply that the _fact_ of vegetation, apart from botanical distinctions, was then the most conspicuous among the phenomena of the planet. In like manner, while