Genesis 1:19
And the evening and the morning were the fourth day.
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1:14-19 In the fourth day's work, the creation of the sun, moon, and stars is accounted for. All these are the works of God. The stars are spoken of as they appear to our eyes, without telling their number, nature, place, size, or motions; for the Scriptures were written, not to gratify curiosity, or make us astronomers, but to lead us to God, and make us saints. The lights of heaven are made to serve him; they do it faithfully, and shine in their season without fail. We are set as lights in this world to serve God; but do we in like manner answer the end of our creation? We do not: our light does not shine before God, as his lights shine before us. We burn our Master's candles, but do not mind our Master's work.To rule. - From their lofty eminence they regulate the duration and the business of each period. The whole is inspected and approved as before.

Now let it be remembered that the heavens were created at the absolute beginning of things recorded in the first verse, and that they included all other things except the earth. Hence, according to this document, the sun, moon, and stars were in existence simultaneously with our planet. This gives simplicity and order to the whole narrative. Light comes before us on the first and on the fourth day. Now, as two distinct causes of a common effect would be unphilosophical and unnecessary, we must hold the one cause to have been in existence on these two days. But we have seen that the one cause of the day and of the year is a fixed source of radiating light in the sky, combined with the diurnal and annual motions of the earth. Thus, the recorded preexistence of the celestial orbs is consonant with the presumptions of reason. The making or reconstitution of the atmosphere admits their light so far that the alternations of day and night can be discerned. The making of the lights of heaven, or the display of them in a serene sky by the withdrawal of that opaque canopy of clouds that still enveloped the dome above, is then the work of the fourth day.

All is now plain and intelligible. The heavenly bodies become the lights of the earth, and the distinguishers not only of day and night, but of seasons and years, of times and places. They shed forth their unveiled glories and salutary potencies on the budding, waiting land. How the higher grade of transparency in the aerial region was effected, we cannot tell; and, therefore, we are not prepared to explain why it is accomplished on the fourth day, and not sooner. But from its very position in time, we are led to conclude that the constitution of the expanse, the elevation of a portion of the waters of the deep in the form of vapor, the collection of the sub-aerial water into seas, and the creation of plants out of the reeking soil, must all have had an essential part, both in retarding until the fourth day, and in then bringing about the dispersion of the clouds and the clearing of the atmosphere. Whatever remained of hinderance to the outshining of the sun, moon, and stars on the land in all their native splendor, was on this day removed by the word of divine power.

Now is the approximate cause of day and night made palpable to the observation. Now are the heavenly bodies made to be signs of time and place to the intelligent spectator on the earth, to regulate seasons, days, months, and years, and to be the luminaries of the world. Now, manifestly, the greater light rules the day, as the lesser does the night. The Creator has withdrawn the curtain, and set forth the hitherto undistinguishable brilliants of space for the illumination of the land and the regulation of the changes which diversify its surface. This bright display, even if it could have been effected on the first day with due regard to the forces of nature already in operation, was unnecessary to the unseeing and unmoving world of vegetation, while it was plainly requisite for the seeing, choosing, and moving world of animated nature which was about to be called into existence on the following days.

The terms employed for the objects here brought forward - "lights, the great light, the little light, the stars;" for the mode of their manifestation, "be, make, give;" and for the offices they discharge, "divide, rule, shine, be for signs, seasons, days, years" - exemplify the admirable simplicity of Scripture, and the exact adaptation of its style to the unsophisticated mind of primeval man. We have no longer, indeed, the naming of the various objects, as on the former days; probably because it would no longer be an important source of information for the elucidation of the narrative. But we have more than an equivalent for this in variety of phrase. The several words have been already noticed: it only remains to make some general remarks.

(1) The sacred writer notes only obvious results, such as come before the eye of the observer, and leaves the secondary causes, their modes of operation, and their less obtrusive effects, to scientific inquiry. The progress of observation is from the foreground to the background of nature, from the physical to the metaphysical, and from the objective to the subjective. Among the senses, too, the eye is the most prominent observer in the scenes of the six days. Hence, the "lights," they "shine," they are for "signs" and "days," which are in the first instance objects of vision. They are "given," held or shown forth in the heavens. Even "rule" has probably the primitive meaning to be over. Starting thus with the visible and the tangible, the Scripture in its successive communications advance with us to the inferential, the intuitive, the moral, the spiritual, the divine.

(2) The sacred writer also touches merely the heads of things in these scenes of creation, without condescending to minute particulars or intending to be exhaustive. Hence, many actual incidents and intricacies of these days are left to the well-regulated imagination and sober judgment of the reader. To instance such omissions, the moon is as much of her time above the horizon during the day as during the night. But she is not then the conspicuous object in the scene, or the full-orbed reflector of the solar beams, as she is during the night. Here the better part is used to mark the whole. The tidal influence of the great lights, in which the moon plays the chief part, is also unnoticed. Hence, we are to expect very many phenomena to be altogether omitted, though interesting and important in themselves, because they do not come within the present scope of the narrative.

(3) The point from which the writer views the scene is never to be forgotten, if we would understand these ancient records. He stands on earth. He uses his eyes as the organ of observation. He knows nothing of the visual angle, of visible as distinguishable from tangible magnitude, of relative in comparison with absolute motion on the grand scale: he speaks the simple language of the eye. Hence, his earth is the meet counterpart of the heavens. His sun and moon are great, and all the stars are a very little thing. Light comes to be, to him, when it reaches the eye. The luminaries are held forth in the heavens, when the mist between them and the eye is dissolved.

(4) Yet, though not trained to scientific thought or speech, this author has the eye of reason open as well as that of sense. It is not with him the science of the tangible, but the philosophy of the intuitive, that reduces things to their proper dimensions. He traces not the secondary cause, but ascends at one glance to the great first cause, the manifest act and audible behest of the Eternal Spirit. This imparts a sacred dignity to his style, and a transcendent grandeur to his conceptions. In the presence of the high and lofty One that inhabiteth eternity, all things terrestrial and celestial are reduced to a common level. Man in intelligent relation with God comes forth as the chief figure on the scene of terrestrial creation. The narrative takes its commanding position as the history of the ways of God with man. The commonest primary facts of ordinary observation, when recorded in this book, assume a supreme interest as the monuments of eternal wisdom and the heralds of the finest and broadest generalizations of a consecrated science. The very words are instinct with a germinant philosophy, and prove themselves adequate to the expression of the loftiest speculations of the eloquent mind.

16. two great lights—In consequence of the day being reckoned as commencing at sunset—the moon, which would be seen first in the horizon, would appear "a great light," compared with the little twinkling stars; while its pale benign radiance would be eclipsed by the dazzling splendor of the sun; when his resplendent orb rose in the morning and gradually attained its meridian blaze of glory, it would appear "the greater light" that ruled the day. Both these lights may be said to be "made" on the fourth day—not created, indeed, for it is a different word that is here used, but constituted, appointed to the important and necessary office of serving as luminaries to the world, and regulating by their motions and their influence the progress and divisions of time.And the evening and the morning were the fourth day. Made by the rotation of the earth on its own axis, in the space of twenty four hours: this according to Capellus was the twenty first of April, and according to Bishop Usher the twenty sixth of October; or, as others, the fourth of September: and thus, as on the fourth day of the creation the sun was made, or appeared, so in the fourth millennium the sun of righteousness arose on our earth. And the evening and the morning were the fourth day.
Verse 19. - And the evening and the morning were the fourth day. The Scripture references to this day's work are both numerous and instructive (cf. Job 9:9; 37:31; Psalm 8; Psalm 19; Psalm 104; Psalm 147.). The Hebrew writers supply no information as to the astronomical theories which were prevalent in their time; yet "from other sources we have facts leading to the belief that even in the time of Moses there was not a little practical astronomy in the East, and some good theory. The Chaldeans at a very early period had ascertained the principal circles of the sphere, the position of the poles, and the nature of the apparent motions of the heavens as the results of revolution on an inclined axis. The Egyptian astronomers, whom we know through Thales, , taught the true nature of the moon's light, the sphericity of the earth, and the position of its five zones. Pythagoras, , knew, in addition, the obliquity of the ecliptic, the identity of the evening and morning star, and the earth's revolution round the sun" (Dawson, 'O.W.,' p. 207). Modern astronomy, though possessed of highly probable theories as to the formation of the universe, is still unable to speak with absolute precision with regard to this fourth day's work. Yet them are not wanting indirect corroborations of the truth of the Mosaic narrative from both it and geology. According to the sacred writer, the presently existing atmosphere, the distribution of land and water, the succession of day and night, and the regular alternation of the seasons, were established prior to the introduction of animal life upon the earth; and Sir Charles Lyell has demonstrated nothing more successfully than the dominion of "existing causes" from the Eozoic era downwards, and the sufficiency of these causes to account for all the changes which have taken place in the earth's crust. Again, geology attests the prevalence on our globe in prehistoric times of a much more uniform and high temperature than it now possesses, so late as the Miocene era a genial tropical climate having extended up beyond the Arctic circle, and in the earliest eras of the history of the globe, in all probability, the entire sphere bring so favored with excessive heat. Different causes have been suggested for this phenomenon; as, e.g., the greater heat of the cooling globe (the earliest geologists), a different distribution of land and water (Lyell), variations in the eccentricity of the earth's orbit (Herschell and. Croll), changes in the earth's axis (Evans, Drayson, Bell), and the greater intensity of the sun's heat; Sir W Thomson, 'Trans. Geolog. Soc.,' Glasgow, 1877). The Biblical narrative, by distinctly teaching that the sun was perfected on the fourth day, renders it intelligible that his influence on the surface of the earth was then at its greatest, causing tropical climates to prevail and tropical vegetation to abound, both of which have gradually disappeared from the polar regions in consequence of the sun's diminished heat. It remains only to note that the Chaldean Genesis preserves a striking reminiscence of this day's work; the obverse of the fifth creation tablet reading -

1. It was delightful, all that was fixed by the great gods,

2. Stars, their appearance (in figures) of animals he arranged.

3. To fix the year through the observation of their constellations.

4. Twelve months (or signs) of stars in three rows he arranged.

5. From the day when the year commences unto the close.

6. He marked the positions of the wandering stars (planets) to shine in their courses.

12. The god Uru (the moon) he caused to rise out, the night he overshadowed,

13. To fix it also for the light of the night, until the shining of the day.

19. When the god Shamas (the sun) in the horizon of heaven in the east.

20. formed beautifully and . .

21. to the orbit Shamas was perfected. "It appears that the Chaldean record contains the review and expression of satisfaction at the head of each tablet, while the Hebrew has it at the close of each act" ('Chaldean Genesis,' pp. 69-73).

The Fourth Day. - After the earth had been clothed with vegetation, and fitted to be the abode of living beings, there were created on the fourth day the sun, moon, and stars, heavenly bodies in which the elementary light was concentrated, in order that its influence upon the earthly globe might be sufficiently modified and regulated for living beings to exist and thrive beneath its rays, in the water, in the air, and upon the dry land. At the creative word of God the bodies of light came into existence in the firmament, as lamps. On יהי, the singular of the predicate before the plural of the subject, in Genesis 1:14; Genesis 5:23; Genesis 9:29, etc., vid., Gesenius, Heb. Gr. 147. מאורת, bodies of light, light-bearers, then lamps. These bodies of light received a threefold appointment: (1) They were "to divide between the day and the night," of, according to Genesis 1:18, between the light and the darkness, in other words, to regulate from that time forward the difference, which had existed ever since the creation of light, between the night and the day. (2) They were to be (or serve: והיוּ after an imperative has the force of a command) - (a) for signs (sc., for the earth), partly as portents of extraordinary events (Matthew 2:2; Luke 21:25) and divine judgments (Joel 2:30; Jeremiah 10:2; Matthew 24:29), partly as showing the different quarters of the heavens, and as prognosticating the changes in the weather; - (b) for seasons, or for fixed, definite times (מועדים, from יעד to fix, establish), - not for festal seasons merely, but "to regulate definite points and periods of time, by virtue of their periodical influence upon agriculture, navigation, and other human occupations, as well as upon the course of human, animal, and vegetable life (e.g., the breeding time of animals, and the migrations of birds, Jeremiah 8:7, etc.); - (c) for days and years, i.e., for the division and calculation of days and years. The grammatical construction will not allow the clause to be rendered as a Hendiadys, viz., "as signs for definite times and for days and years," or as signs both for the times and also for days and years. (3) They were to serve as lamps upon the earth, i.e., to pour out their light, which is indispensable to the growth and health of every creature. That this, the primary object of the lights, should be mentioned last, is correctly explained by Delitzsch: "From the astrological and chronological utility of the heavenly bodies, the record ascends to their universal utility which arises from the necessity of light for the growth and continuance of everything earthly." This applies especially to the two great lights which were created by God and placed in the firmament; the greater to rule the day, the lesser to rule the night. "The great" and "the small" in correlative clauses are to be understood as used comparatively (cf. Gesenius, 119, 1). That the sun and moon were intended, was too obvious to need to be specially mentioned. It might appear strange, however, that these lights should not receive names from God, like the works of the first three days. This cannot be attributed to forgetfulness on the part of the author, as Tuch supposes. As a rule, the names were given by God only to the greater sections into which the universe was divided, and not to individual bodies (either plants or animals). The man and the woman are the only exceptions (Genesis 5:2). The sun and moon are called great, not in comparison with the earth, but in contrast with the stars, according to the amount of light which shines from them upon the earth and determines their rule over the day and night; not so much with reference to the fact, that the stronger light of the sun produces the daylight, and the weaker light of the moon illumines the night, as to the influence which their light exerts by day and night upon all nature, both organic and inorganic-an influence generally admitted, but by no means fully understood. In this respect the sun and moon are the two great lights, the stars small bodies of light; the former exerting great, the latter but little, influence upon the earth and its inhabitants.

This truth, which arises from the relative magnitude of the heavenly bodies, or rather their apparent size as seen from the earth, is not affected by the fact that from the standpoint of natural science many of the stars far surpass both sun and moon in magnitude. Nor does the fact, that in our account, which was written for inhabitants of the earth and for religious purposes, it is only the utility of the sun, moon, and stars to the inhabitants of the earth that is mentioned, preclude the possibility of each by itself, and all combined, fulfilling other purposes in the universe of God. And not only is our record silent, but God Himself made no direct revelation to man on this subject; because astronomy and physical science, generally, neither lead to godliness, nor promise peace and salvation to the soul. Belief in the truth of this account as a divine revelation could only be shaken, if the facts which science has discovered as indisputably true, with regard to the number, size, and movements of the heavenly bodies, were irreconcilable with the biblical account of the creation. But neither the innumerable host nor the immeasurable size of many of the heavenly bodies, nor the almost infinite distance of the fixed stars from our earth and the solar system, warrants any such assumption. Who can set bounds to the divine omnipotence, and determine what and how much it can create in a moment? The objection, that the creation of the innumerable and immeasurably great and distant heavenly bodies in one day, is so disproportioned to the creation of this one little globe in six days, as to be irreconcilable with our notions of divine omnipotence and wisdom, does not affect the Bible, but shows that the account of the creation has been misunderstood. We are not taught here that on one day, viz., the fourth, God created all the heavenly bodies out of nothing, and in a perfect condition; on the contrary, we are told that in the beginning God created the heaven and the earth, and on the fourth day that He made the sun, the moon, and the stars (planets, comets, and fixed stars) in the firmament, to be lights for the earth. According to these distinct words, the primary material, not only of the earth, but also of the heaven and the heavenly bodies, was created in the beginning. If, therefore, the heavenly bodies were first made or created on the fourth day, as lights for the earth, in the firmament of heaven; the words can have no other meaning than that their creation was completed on the fourth day, just as the creative formation of our globe was finished on the third; that the creation of the heavenly bodies therefore proceeded side by side, and probably by similar stages, with that of the earth, so that the heaven with its stars was completed on the fourth day. Is this representation of the work of creation, which follows in the simplest way from the word of God, at variance with correct ideas of the omnipotence and wisdom of God? Could not the Almighty create the innumerable host of heaven at the same time as the earthly globe? Or would Omnipotence require more time for the creation of the moon, the planets, and the sun, or of Orion, Sirius, the Pleiades, and other heavenly bodies whose magnitude has not yet been ascertained, than for the creation of the earth itself? Let us beware of measuring the works of Divine Omnipotence by the standard of human power. The fact, that in our account the gradual formation of the heavenly bodies is not described with the same minuteness as that of the earth; but that, after the general statement in Genesis 1:1 as to the creation of the heavens, all that is mentioned is their completion on the fourth day, when for the first time they assumed, or were placed in, such a position with regard to the earth as to influence its development; may be explained on the simple ground that it was the intention of the sacred historian to describe the work of creation from the standpoint of the globe: in other words, as it would have appeared to an observer from the earth, if there had been one in existence at the time. For only from such a standpoint could this work of God be made intelligible to all men, uneducated as well as learned, and the account of it be made subservient to the religious wants of all.

(Note: Most of the objections to the historical character of our account, which have been founded upon the work of the fourth day, rest upon a misconception of the proper point of view from which it should be studied. And, in addition to that, the conjectures of astronomers as to the immeasurable distance of most of the fixed stars, and the time which a ray of light would require to reach the earth, are accepted as indisputable mathematical proof; whereas these approximative estimates of distance rest upon the unsubstantiated supposition, that everything which has been ascertained with regard to the nature and motion of light in our solar system, must be equally true of the light of the fixed stars.)

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