The Botanic Garden Volume I Part 14

There is a figure of the great Platonic year with a phenix on his hand on the reverse of a medal of Adrian. Spence's Polym. p. 189.]

2. "Lo! on each SEED within its slender rind Life's golden threads in endless circles wind; Maze within maze the lucid webs are roll'd, And, as they burst, the living flame unfold.

385 The pulpy acorn, ere it swells, contains The Oak's vast branches in its milky veins; Each ravel'd bud, fine film, and fibre-line Traced with nice pencil on the small design.

The young Narcissus, in it's bulb compress'd, 390 Cradles a second nestling on its breast; In whose fine arms a younger embryon lies, Folds its thin leaves, and shuts its floret-eyes; Grain within grain successive harvests dwell, And boundless forests slumber in a sh.e.l.l.

395 --So yon grey precipice, and ivy'd towers, Long winding meads, and intermingled bowers, Green files of poplars, o'er the lake that bow, And glimmering wheel, which rolls and foams below, In one bright point with nice distinction lie 400 Plan'd on the moving tablet of the eye.

--So, fold on fold, Earth's wavy plains extend, And, sphere in sphere, its hidden strata bend;-- Inc.u.mbent Spring her beamy plumes expands O'er restless oceans, and impatient lands, 405 With genial l.u.s.tres warms the mighty ball, And the GREAT SEED evolves, disclosing ALL; LIFE _buds_ or _breathes_ from Indus to the Poles, And the vast surface kindles, as it rolls!

[_Maze within maze_. l. 383. The elegant appearance on dissection of the young tulip in the bulb was first observed by Mariotte and is mentioned in the note on tulipa in Vol.II, and was afterwards noticed by Du Hamel.

Acad. Scien. Lewenhook a.s.sures us that in the bud of a currant tree he could not only discover the ligneous part but even the berries themselves, appearing like small grapes. Chamb. Dict. art. Bud. Mr.

Baker says he dissected a seed of trembling gra.s.s in which a perfect plant appeared with its root, sending forth two branches, from each of which several leaves or blades of gra.s.s proceeded. Microsc. Vol. I. p.

252. Mr. Bonnet saw four generations of successive plants in the bulb of a hyacinth. Bonnet Corps Organ. Vol. I. p. 103. Haller's Physiol. Vol.

I. p. 91. In the terminal bud of a horse-chesnut the new flower may be seen by the naked eye covered with a mucilaginous down, and the same in the bulb of a narcissus, as I this morning observed in several of them sent me by Miss ---- for that purpose. Sept. 16.

Mr. Ferber speaks of the pleasure he received in observing in the buds of Hepatica and pedicularis hirsuta yet lying hid in the earth, and in the gems of the shrub daphne mezereon, and at the base of osmunda lunaria a perfect plant of the future year, discernable in all its parts a year before it comes forth, and in the seeds of nymphea nelumbo the leaves of the plant were seen so distinctly that the author found out by them what plant the seeds belonged to. The same of the seeds of the tulip tree or liriodendum tulipiferum. Amaen. Aced. Vol. VI.]

[_And the great seed_. l. 406. Alluding to the [Greek: proton oon], or first great egg of the antient philosophy, it had a serpent wrapped round it emblematical of divine wisdom, an image of it was afterwards preserved and wors.h.i.+pped in the temple of Dioscuri, and supposed to represent the egg of Leda. See a print of it in Bryant's Mythology. It was said to have been broken by the horns of the celestial bull, that is, it was hatched by the warmth of the Spring. See note on Canto I. l.

413.]

[_And the vast surface_. l. 408. L'Organization, le sentiment, le movement spontane, la vie, n'existent qu'a la surface de la terre, et dans le lieux exposes a la lumiere. Traite de Chymie par M. Lavoisier, Tom. I. p. 202.]

3. "Come, YE SOFT SYLPHS! who sport on Latian land, 410 Come, sweet-lip'd Zephyr, and Favonius bland!

Teach the fine SEED, instinct with life, to shoot On Earth's cold bosom its descending root; With Pith elastic stretch its rising stem, Part the twin Lobes, expand the throbbing Gem; 415 Clasp in your airy arms the aspiring Plume, Fan with your balmy breath its kindling bloom, Each widening scale and bursting film unfold, Swell the green cup, and tint the flower with gold; While in bright veins the silvery Sap ascends, 420 And refluent blood in milky eddies bends; While, spread in air, the leaves respiring play, Or drink the golden quintessence of day.

--So from his sh.e.l.l on Delta's shower-less isle Bursts into life the Monster of the Nile; 425 First in translucent lymph with cobweb-threads The Brain's fine floating tissue swells, and spreads; Nerve after nerve the glistening spine descends, The red Heart dances, the Aorta bends; Through each new gland the purple current glides, 430 New veins meandering drink the refluent tides; Edge over edge expands the hardening scale, And sheaths his slimy skin in silver mail.

--Erewhile, emerging from the brooding sand, With Tyger-paw He prints the brineless strand, 435 High on the flood with speckled bosom swims, Helm'd with broad tail, and oar'd with giant limbs; Rolls his fierce eye-b.a.l.l.s, clasps his iron claws, And champs with gnas.h.i.+ng teeth his ma.s.sy jaws; Old Nilus sighs along his cane-crown'd sh.o.r.es, 440 And swarthy Memphis trembles and adores.

[_Teach the fine seed_. l. 411. The seeds in their natural state fall on the surface of the earth, and having absorbed some moisture the root shoots itself downwards into the earth and the plume rises in air. Thus each endeavouring to seek its proper pabulum directed by a vegetable irritability similar to that of the lacteal system and to the lungs in animals.

The pith seems to push up or elongate the bud by its elasticity, like the pith in the callow quills of birds. This medulla Linneus believes to consist of a bundle of fibres, which diverging breaks through the bark yet gelatinous producing the buds.

The lobes are reservoirs of prepared nutriment for the young seed, which is absorbed by its placental vessels, and converted into sugar, till it has penetrated with its roots far enough into the earth to extract sufficient moisture, and has acquired leaves to convert it into nourishment. In some plants these lobes rise from the earth and supply the place of leaves, as in kidney-beans, cuc.u.mbers, and hence seem to serve both as a placenta to the foetus, and lungs to the young plant.

During the process of germination the starch of the seed is converted into sugar, as is seen in the process of malting barley for the purpose of brewing. And is on this account very similar to the digestion of food in the stomachs of animals, which converts all their aliment into a chyle, which consists of mucilage, oil, and sugar; the placentation of buds will be spoken of hereafter.]

[_The silvery sap_. l. 419. See additional notes, No. x.x.xVI.]

[_Or drink the golden_. l. 422. Linneus having observed the great influence of light on vegetation, imagined that the leaves of plants inhaled electric matter from the light with their upper surface. (System of Vegetables translated, p. 8.)

The effect of light on plants occasions the actions of the vegetable muscles of their leaf-stalks, which turn the upper side of the leaf to the light, and which open their calyxes and chorols, according to the experiments of Abbe Tessier, who exposed variety of plants in a cavern to different quant.i.ties of light. Hist. de L'Academie Royal. Ann. 1783.

The sleep or vigilance of plants seems owing to the presence or absence of this stimulus. See note on Nimosa, Vol. II.]

XI. "Come, YE SOFT SYLPHS! who fan the Paphian groves, And bear on sportive wings the callow Loves; Call with sweet whisper, in each gale that blows, The slumbering Snow-drop from her long repose; 445 Charm the pale Primrose from her clay-cold bed, Unveil the bashful Violet's tremulous head; While from her bud the playful Tulip breaks, And young Carnations peep with blus.h.i.+ng cheeks; Bid the closed _Petals_ from nocturnal cold 450 The virgin _Style_ in silken curtains fold, Shake into viewless air the morning dews, And wave in light their iridescent hues; While from on high the bursting _Anthers_ trust To the mild breezes their prolific dust; 455 Or bend in rapture o'er the central Fair, Love out their hour, and leave their lives in air.

So in his silken sepulchre the Worm, Warm'd with new life, unfolds his larva-form; Erewhile aloft in wanton circles moves, 460 And woos on Hymen-wings his velvet loves.

[_Love out their hour_. l. 456. The vegetable pa.s.sion of love is agreeably seen in the flower of the parna.s.sia, in which the males alternately approach and recede from the female, and in the flower of nigella, or devil in the bush, in which the tall females bend down to their dwarf husbands. But I was this morning surprised to observe, amongst Sir Brooke Boothby's valuable collection of plants at Ashbourn, the manifest adultery of several females of the plant Collinsonia, who had bent themselves into contact with the males of other flowers of the same plant in their vicinity, neglectful of their own. Sept. 16. See additional notes, No. x.x.xVIII.]

[_Unfolds his larva-form_. l. 458. The flower bursts forth from its larva, the herb, naked and perfect like a b.u.t.terfly from its chrysolis; winged with its corol; wing-sheathed by its calyx; consisting alone of the organs of reproduction. The males, or stamens, have their anthers replete with a prolific powder containing the vivifying fovilla: in the females, or pistils, exists the ovary, terminated by the tubular stigma.

When the anthers burst and shed their bags of dust, the male fovilla is received by the prolific lymph of the stigma, and produces the seed or egg, which is nourished in the ovary. System of Vegetables translated from Linneus by the Lichfield Society, p. 10.]

XII. 1. "If prouder branches with exuberance rude Point their green gems, their barren shoots protrude; Wound them, ye SYLPHS! with little knives, or bind A wiry ringlet round the swelling rind; 465 Bisect with chissel fine the root below, Or bend to earth the inhospitable bough.

So shall each germ with new prolific power Delay the leaf-bud, and expand the flower; Closed in the _Style_ the tender pith shall end, 470 The lengthening Wood in circling _Stamens_ bend; The smoother Rind its soft embroidery spread In vaulted _Petals_ o'er their fertile bed; While the rough Bark, in circling mazes roll'd, Forms the green _Cup_ with many a wrinkled fold; 475 And each small bud-scale spreads its foliage hard, Firm round the callow germ, a _Floral Guard_.

[_Wound them, ye Sylphs!_ l. 463. Mr. Whitmill advised to bind some of the most vigorous shoots with strong wire, and even some of the large roots; and Mr. Warner cuts, what he calls a wild worm about the body of the tree, or scores the bark quite to the wood like a screw with a sharp knife. Bradley on Gardening, Vol. II. p. 155. Mr. Fitzgerald produced flowers and fruit on wall trees by cutting off a part of the bark. Phil.

Trans. Ann. 1761. M. Buffon produced the same effect by a straight bandage put round a branch, Act. Paris, Ann. 1738, and concludes that an ingrafted branch bears better from its vessels being compressed by the callous.

A compleat cylinder of the bark about an inch in height was cut off from the branch of a pear tree against a wall in Mr. Howard's garden at Lichfield about five years ago, the circ.u.mcised part is now not above half the diameter of the branch above and below it, yet this branch has been full of fruit every year since, when the other branches of the tree bore only sparingly. I lately observed that the leaves of this wounded branch were smaller and paler, and the fruit less in size, and ripened sooner than on the other parts of the tree. Another branch has the bark taken off not quite all round with much the same effect.

The theory of this curious vegetable fact has been esteemed difficult, but receives great light from the foregoing account of the individuality of buds. A flower-bud dies, when it has perfected its seed, like an annual plant, and hence requires no place on the bark for new roots to pa.s.s downwards; but on the contrary leaf-buds, as they advance into shoots, form new buds in the axilla of every leaf, which new buds require new roots to pa.s.s down the bark, and thus thicken as well as elongate the branch, now if a wire or string be tied round the bark, many of these new roots cannot descend, and thence more of the buds will be converted into flower-buds.

It is customary to debark oak-trees in the spring, which are intended to be felled in the ensuing autumn; because the bark comes off easier at this season, and the sap-wood, or alburnum, is believed to become harder and more durable, if the tree remains till the end of summer. The trees thus stripped of their bark put forth shoots as usual with acorns on the 6th 7th and 8th joint, like vines; but in the branches I examined, the joints of the debarked trees were much shorter than those of other oak- trees; the acorns were more numerous; and no new buds were produced above the joints which bore acorns. From hence it appears that the branches of debarked oak-trees produce fewer leaf-buds, and more flower- buds, which last circ.u.mstance I suppose must depend on their being sooner or later debarked in the vernal months. And, secondly, that the new buds of debarked oak-trees continue to obtain moisture from the alburnum after the season of the ascent of sap in other vegetables ceases; which in this unnatural state of the debarked tree may act as capillary tubes, like the alburnum of the small debarked cylinder of a pear-tree abovementioned; or may continue to act as placental vessels, as happens to the animal embryon in cases of superfetation; when the fetus continues a month or two in the womb beyond its usual time, of which some instances have been recorded, the placenta continues to supply perhaps the double office both of nutrition and of respiration.]

[_And bend to earth_. l. 466. Mr. Hitt in his treatise on fruit trees observes that if a vigorous branch of a wall tree be bent to the horizon, or beneath it, it looses its vigour and becomes a bearing branch. The theory of this I suppose to depend on the difficulty with which the leaf-shoots can protrude the roots necessary for their new progeny of buds upwards along the bended branch to the earth contrary to their natural habits or powers, whence more flower-shoots are produced which do not require new roots to pa.s.s along the bark of the bended branch, but which let their offspring, the seeds, fall upon the earth and seek roots for themselves.]

[_With new prolific power_. l. 467. About Midsummer the new buds are formed, but it is believed by some of the Linnean school, that these buds may in their early state be either converted into flower-buds or leaf-buds according to the vigour of the vegetating branch. Thus if the upper part of a branch be cut away, the buds near the extremity of the remaining stem, having a greater proportional supply of nutriment, or possessing a greater facility of shooting their roots, or absorbent vessels, down the bark, will become leaf-buds, which might otherwise have been flower-buds. And the contrary as explained in note on l. 463.

of this Canto.]

[_Closed in the style_. l. 469. "I conceive the medulla of a plant to consist of a bundle of nervous fibres, and that the propelling vital power separates their uppermost extremities. These, diverging, penetrate the bark, which is now gelatinous, and become multiplied in the new gem, or leaf-bud. The ascending vessels of the bark being thus divided by the nervous fibres, which perforate it, and the ascent of its fluids being thus impeded, the bark is extended into a leaf. But the flower is produced, when the protrusion of the medulla is greater than the retention of the including cortical part; whence the substance of the bark is expanded in the calyx; that of the rind, (or interior bark,) in the corol; that of the wood in the stamens, that of the medulla in the pistil. Vegetation thus terminates in the production of new life, the ultimate medullary and cortical fibres being collected in the seeds."

Linnei Systema Veget. p. 6. edit. 14.]

2. "Where cruder juices swell the leafy vein, Stint the young germ, the tender blossom stain; On each lop'd shoot a softer scion bind, 480 Pith press'd to pith, and rind applied to rind, So shall the trunk with loftier crest ascend, And wide in air its happier arms extend; Nurse the new buds, admire the leaves unknown, And blus.h.i.+ng bend with fruitage not its own.

[_Nurse the new buds_. l. 483. Mr. Fairchild budded a pa.s.sion-tree, whose leaves were spotted with yellow, into one which bears long fruit.

The buds did not take, nevertheless in a fortnight yellow spots began to shew themselves about three feet above the inoculation, and in a short time afterwards yellow spots appeared on a shoot which came out of the ground from another part of the plant. Bradley, Vol. II. p. 129. These facts are the more curious since from experiments of ingrafting red currants on black (Ib. Vol. II.) the fruit does not acquire any change of flavour, and by many other experiments neither colour nor any other change is produced in the fruit ingrafted on other stocks.

There is an apple described in Bradley's work which is said to have one side of it a sweet fruit which boils soft, and the other side a sour fruit which boils hard, which Mr. Bradley so long ago as the year 1721 ingeniously ascribes to the farina of one of these apples impregnating the other, which would seem the more probable if we consider that each division of an apple is a separate womb, and may therefore have a separate impregnation like puppies of different kinds in one litter. The same is said to have occurred in oranges and lemons, and grapes of different colours.]

485 "Thus when in holy triumph Aaron trod, And offer'd on the shrine his mystic rod; First a new bark its silken tissue weaves, New buds emerging widen into leaves; Fair fruits protrude, enascent flowers expand, 490 And blush and tremble round the living wand.

XIII. 1. "SYLPHS! on each Oak-bud wound the wormy galls, With pigmy spears, or crush the venom'd b.a.l.l.s; Fright the green Locust from his foamy bed, Unweave the Caterpillar's gluey thread; 495 Chase the fierce Earwig, scare the bloated Toad, Arrest the snail upon his slimy road; Arm with sharp thorns the Sweet-brier's tender wood, And dash the Cynips from her damask bud; Steep in ambrosial dews the Woodbine's bells, 500 And drive the Night-moth from her honey'd cells.

So where the Humming-bird in Chili's bowers On murmuring pinions robs the pendent flowers; Seeks, where fine pores their dulcet balm distill, And sucks the treasure with proboscis-bill; 505 Fair CYPREPEDIA with successful guile Knits her smooth brow, extinguishes her smile; A Spiders bloated paunch and jointed arms Hide her fine form, and mask her blus.h.i.+ng charms; In ambush sly the mimic warrior lies, 510 And on quick wing the panting plunderer flies.

[_Fair Cyprepedia_. l. 505. The cyprepedium from South America is supposed to be of larger size and brighter colours than that from North America from which this print is taken; it has a large globular nectary about the size of a pidgeon's egg of a fleshy colour, and an incision or depression on its upper part, much resembling the body of the large American spider; this globular nectary is attached to divergent slender petals not unlike the legs of the same animal. This spider is called by Linneus Arenea avicularia, with a convex orbicular thorax, the center transversely excavated, he adds that it catches small birds as well as insects, and has the venemous bite of a serpent. System Nature, Tom. I.

p. 1034. M. Lonvilliers de Poincy, (Histoire Nat. des Antilles, Cap.

xiv. art. III.) calls it Phalange, and describes the body to be the size of a pidgeon's egg, with a hollow on its back like a navel, and mentions its catching the humming-bird in its strong nets.

The similitude of this flower to this great spider seems to be a vegetable contrivance to prevent the humming-bird from plundering its honey. About Matlock in Derbys.h.i.+re the fly-ophris is produced, the nectary of which so much resembles the small wall-bee, perhaps the apis ichneumonea, that it may be easily mistaken for it at a small distance.

It is probable that by this means it may often escape being plundered.

See note on lonicera in the next poem.