WCP469

Letter (WCP469.469)

[1]1

Corinda,

Q[ueens]l[an]d.

6. Feb[ruary]. 1910.

Dear Dr. Wallace,

Your kindly letter and criticism is the pleasantest gift I have received for years. I am sending replies (21pp. [pages])2 and criticism on Man’s Place3 (21pp. [pages]) by this book post as literary M[anu]. S[cript]. to save postage (honestly). Now to answer yours:—

I went to town at once to the "Old Bailey"4 aet. c. 78.5 and he will try to find you a copy of his N[ew]. Guinea paper & his grandson Cyril White6 (vide my paper) is looking up all the other points & will make you a list of our scrub trees. Also I went to my friend the Hon[ourable] D. F. Denham,7 Minister for Lands, & he is sending you with his compliments Bailey[’]s Flora 6 vol[ume]s.8 Another botanist friend Mr. Wedd9 will draw you up a list as complete as he can of the flora of the Brisbane (Moreton Bay) district.10 The very first thing I did on returning to Q[ueens]l[an]d. a few years ago was to try & make a list of our ‘coast forest’ i.e. true scrub plants — you see how often our wits jump together! It shall be done for you. Bailey wrote a pretty full list of the plants of Thursday Is[land].11 in Trans[actions]. [of the] Aust[ralasian]. Assoc[iation]. [for the] Adv[ancement]. [of] Sci[ence].12 (Sydney meeting, 1898.) p[age]. 423. He has no copy & if I’ve time I’ll write out the list of names (couldn’t copy the paper) and enclose it.

I also called on Major Sankey13 & to my horror found your Opals not sent. They had had one of their places burned down up country & Sankey had forgotten, may his shadow grow a trifle less (for a wee bit). But they vow they’ll go now; and as your son14 said he collected things I’ve asked them to put in a few zircons, sapphires, topazes &c as samples. This I trust will make up for the delay.

Zoryanthum[?]15does not flower here under 8 or 10 years, but a friend one Bartells16[sic], an orchid enthusiast, promises to send you a big bulb that ought to flower forthwith. The deciduous point is very marked, very well known, but no[-]one knows the why [?] & the plant isn’t within miles of me so I can’t go & try & find out. Our blackfellows17 (only 2 alive now) had a story that they were always getting stabbed with it & so had a sort of special corrobboree18 [sic] about it and got some powerful spirit (name & attributes now lost for ever) to initiate with some19 [2]20 other (unknown) goblin, who kindly caused the spikes to drop off, but couldn[’]t prevent them starting. This isn[’]t our sort of science, but it is science for all that. It shows our blacks had noticed the curiosity of its dropping off. The poor blacks are dropping off too. T’[he]other day I was talking to one of the NIRIN tribe from Nummenba [?] on the Tweed R[iver].,21 N[ew]. S[outh]. W[ales]. just over our border. There were NO women left. I was getting words & asked for "O well heart" [?]. He said "no good, lose [th]em all now". It was very sad, but it was interesting to have another illustration of the identity of the NAME and the THING. He was sure that as the sweethearts had gone the very word for them was dead too!! I could kill a score of my Q[ueens]l[an]d. white brothers with glee if I could bring a dozen black men & women back. They were really very fine folk and no Congo atrocity is worse than what has been perpetrated here. My blood boils at the thought. And the blackfellow is undoubtedly of our race, we bleached, he pigmented.

I was charmed, so was my wife, to have the letter from your son whom we of course only visualise as a gentle boy Willie.22 The girl Violet23 — now of necessity a grown woman, was (tell her from me) a far more boyish kiddie than her brother, & beat both him and Eth24 in tree climbing!! Shame on us to recall it! I am trying to send "Willie" a read with this. If I can[’]t he’ll see why, & look out for next mail.

I have not seen the Ed[ition]. III. Is[land]. Life25, and hardly expect to, but I am glad, very, but not surprised, to hear I hit upon much the same idea of the reason for the change as in the flora of Aust[ralia]. It almost startles, & much encourages, me to find how often I have been fortunate enough to arrive at similar conclusions with yourself. It began to happen in the 60’s. My first bit of original botanic work I tore up. It was on the fertilisation of Angraecum sesquipidale,26 a flower of which I got from Low’s of Clapton. I deduced a long-tongued insect.27 Then the Journ[al]. [of] Sci[ence].28 (I think it was) came out, and Low! The coloured plate was my flower, the description was mine, but the subscription was yours! The fact that as a geologist I have had to work out the same points: I have been driven to take up (quite independently) your work in Australia, is a very strong proof we [3]29 are on the right scent. On last Thursday evening I was delivering my Presidential Address to the Field Naturalists’ Club30 and my subject was

"The So-called Imperfection of the Geological Record".31

I reached home at 11 p.m. to find your letter waiting me, criticising my Origin of Australia32 on the very lines I had been talking about. The paper would pass for a deliberate reply to you, & I will send on a copy as soon as it is printed, which won[’]t be for some months. I can’t rehearse all I said, but I am sure you will admit I have a much stronger case than you suspected. One of my points is that tho’[ugh] there is naturally a palaeontological break at every stratigraphical break, there are very many more palaeontological breaks where there is absolute real and not merely apparent geological continuity. And again that the palaeontological breaks persistently refuse to come to the right place. But I will enlighten you on this in another letter. All is explicable if we shorten geological time and quicken species-making. I don[’]t care if spp. [species] are Mutated à la De Vries33 or à la Personne Quelconque34 so long as they hurry over the business. They don[’]t want and never took advantage of Darwin’s35 permit to spend an eon over the job. And you don[’]t need it either. Things don[’]t all saunter through life like Ceratodus36, whose discoverer is my near neighbour, & whose habitat is not afar off. But bide a wee and dinna weary [sic] and all shall be thrust upon you.

I read some of your letter (the last one) to the Naturalists37, & told the Institute of Ophthalmic-Opticians38 (I am Pres[ident]. of the Examining Board) about you & that your eyes I[’]m sure would make you sympathetic with our objects, & I see the papers say you sent the Inst[itute]. your blessing. So get those treated who tamper with a friend[’]s name. Both Societies send you their hearty good wishes.39 [4] Our new governor, Sir W[illia]m. MacGregor,40 was governor of New Guinea for some years. He is scientific, and M[edicinae]. D[octor]. especially interested in Anthropology, but who made larger collections. I will ask him to tell me any N[ew]. G[uinea]. papers on the flora when I next see him, which will be soon.

I need not say that anything I can do to help you I will be only too downright grateful to have the chance of doing, and I know any of our naturalists (who are only learners yet for the most part) will also be proud to enlist under your banner.

I really must come to anchor though there are a sheaf of things to write about — I hav[e]n[’]t time to read over all I have written but trust it is not vainly full of repetition, and I do hope that in my hurry I hav[e]n[’]t left out ends of sentences or beginnings of words, which I am liable to do. I preferred to finish the list of Thursday Is[land]. plants, which I send, to doing editorial penance. The plants were all determined by Bailey, most were collected by him on the Island.

Yours most gratefully | Sydney B. J. Skertchly.41 [signature]

"In partibus"42

The repository reference number '[WP1/7/4 f 1 of 2]' appears here.
Replies to Dr. A. Russel Wallace’s Criticisms on my "Origin of Australia" (see Endnote 29 and WCP468).
Wallace, A. R. (1903) Man's Place in the Universe: As Indicated by the New Astronomy Fortnightly Review 73: 395-411.
Bailey, Frederick Manson (1827-1915) English-born Australian botanist, who made valuable contributions to the characterisation of the flora of Queensland.
"aet. c. 78.", 'aetatis [suae] circa 78', Latin for 'aged around 78'.
White, Cyril Tenison ("C.T.") (1890-1950) Australian botanist, grandson of Frederick Manson Bailey (see Endnote 4).
Denham, Digby Frank (1859-1944) English-born Australian politician and businessman. He became Secretary for Public Lands in 1908 and Premier of Queensland in 1911.
Bailey, F. M. (1899-1902) The Queensland Flora Queensland Government. Parts 1-6.
Not identified.
A bay located on the eastern coast of Australia 14 km from central Brisbane, Queensland.
An island in the Torres Strait archipelago, located approximately 39 km north of Cape York Peninsula, in the Torres Strait, Queensland.
The Australasian Association for the Advancement of Science, established in 1888. (In 1930 it became the Association became the Australian and New Zealand Association for the Advancement of Science).
Sankey, J. R. (no dates found) Queensland gemstone merchant.
Wallace, William Greenell (1871-1951) ARW’s younger son.
Not identified. (Not an orchid).
Bartels, O. (no dates found) of Mayne, Queensland, orchid grower and exhibitor.
Australian Aborigine (indigenous person who has been in the country from earliest times).
A corroboree is an event where Australian Aborigines (see Endnote 16) interact with the Dreamtime (spiritual mythology) through dance, music and costume.
The author has added 'over' here.
The author's number '2' appears here.
No information found for the Nirin tribe or Nummenba [?]. The Tweed River rises on the eastern slopes of the Great Dividing Range and flows generally north east to the Coral Sea of the South Pacific Ocean.
"Willie", ARW's son.
Wallace, Violet Isabel (1869-1945) ARW’s daughter.
Not identified.
Wallace, A. R. (1902) Island Life: Or, The Phenomena and Causes of Insular Faunas and Floras, Including a Revision and Attempted Solution of the Problem of Geological Climates. 3rd Ed. Macmillan & Co. London.
Angraecum sesquipidale also known as Darwin's orchid, is an epiphytic orchid endemic to Madagascar, noteworthy for its long spur.
Darwin surmised that the flower of A. sesquipidale (see Endnote 23) was pollinated by a then undiscovered moth with a proboscis whose length was unprecedented at the time. His prediction was only verified 21 years after his death, when the moth was discovered. The story of its postulated pollinator is one of the celebrated predictions of the theory of evolution.
The author may be referring to Science, the academic journal of the American Association for the Advancement of Science, one of the world's top scientific periodicals, first published in 1880.
The repository reference number "[WP1/7/4, f2 of 2]" and author's number "3.(fol 2)." appear here.
The Queensland Naturalists’ Club promotes the study, appreciation and preservation of the state's flora and fauna and their environments.
Skertchly, S. B. J. (1910) The So-called Imperfection of the Geological Record The Queensland Naturalist 1:125.
Skertchly, S. B. J. (1908) The Origin of Australia, Proceedings of the Royal Society of Queensland 21:57-85.
de Vries, Hugo Marie (1848-1935) Dutch botanist who suggested the concept of genes, rediscovering the laws of heredity in the 1890s while unaware of Gregor Mendel’s work. He introduced the term "mutation" and developed a mutation theory of evolution.
(Fr.) Any person.
Darwin, Charles Robert (1809-1882). English naturalist and writer, originator of the theory of evolution by natural selection and author of On the Origin of Species by Means of Natural Selection.
Genus of extinct sarcopterygiian lungfish. Fossil evidence dates back to the Middle Triassic, 228 million years ago.
Institute of Ophthalmic Opticians, founded in Brisbane in 1908. Any candidate for membership had to pass a theoretical examination in optics. This is the first known official education of opticians in Queensland.
MacGregor, William (1846-1919) Scottish-born Lieutenant-Governor of British New Guinea (1895-1897) and Governor of Queensland (1909-1914). He obtained his M.D. from Aberdeen University in 1872.
The author has added 'over' here.
Skertchly, Sidney Barber Josiah (1850-1926) English born Australian botanist and geologist. He initially described and mapped the geology of East Anglia, then travelled the world exploring geology and other aspects of science, and arrived in Queensland in 1891. He was probably the first to successfully apply stratigraphic principles to establish the antiquity of the Aboriginal occupation of Australia.
The term in partibus infidelium, (Lat.) often shortened to in partibus "in the lands of the unbelievers".

Enclosure (WCP469.8385)

[1]1

Replies to Dr. A. Russel Wallace's Criticisms on my "Origin of Australia".2

(Much condensed.)

1. Objections to the suggested Recent origin of the Marsupialia.3

a. Their anatomical & physiological distinction from the Eutheria4

Unfortunately neither Parker & Haswell's Text-book,5 nor Oldfield Thomas's last Brit[ish]. Mus[eum]. Cat[alogue].6 are to be found in Brisbane. But I have Lyddeker & Flower,7 and I enjoy the privilege of the friendship of Mr. De Vis,8 who knows much more about Marsupials than the English naturalist's[sic] are aware of, because Queensland won[']t publish scientific memoirs. De Vis' collection in the Q[ueens]l[an]d. Museum9 is unique and I have worked over it with him, & also with Ogilby10 the author of our best cat[alogue]. of Aust[ralian]. Mammals.11, 12 I don[']t think the books I can[']t consult would do more than help complete the anat[omical]. & phys[iological]. structure, and I have heard of no great discovery, save the very remarkable (and in my view) significant discovery of traces of placentation in certain marsupials and of true teeth in Platypus.13 That the Metatheria14 have, now, structural and functional differences from the Eutheria is surely not surprising. If the Eutheria are descended from the Metatheria of the Trias[sic]15-Jura[ssic]16 (of which there is not one particle of evidence, but a bushel of assumption) surely with the great, the fundamental change in the all-important function [2]17 of nourishing the young may have been accompanied with many and great modifications of structure, of which the formation of a true corpus callosum18 seems to me to be the most, or one of the most remarkable. The embr[y]onic placenta and the platypus's embryonic teeth seem to me to prove (if they prove anything) that the Metatheria had a placental ancestry. What other explanation is there?

Huxley,19 I remember, pointed out to us that the pectineus muscle20 of the abdomen of the dog represents the pubic bone (or cartilage) of the marsupials. I have just looked it up in his Anat[omia]. Vert[ebrata]. Au[stralis]. (1871) p. 417.21 "This fibro-cartilage appears to represent the marsupial bone,22 or cartilage, of the Monotremes23 and Marsupials". There is, then, no inherent difficulty in turning a dog into a Thylacine-like24 carnivore, whose pubic bones are not ossified.25

The interacting reptile-like (Theromorph)26 shoulder-girdle and humerus of the Monotremes is not more striking than the mammal-like hoofed Theromorphs themselves: indeed these delightful creatures only seem to have escaped becoming mammals by a fluke, they died instead of sticking to their theme. And remember we had Dinosaurs in Australia in the Cretaceous.27 They didn[']t forget to leave their cards to show they had called on us, like as while all the Marsupials forgot to do so! And they were land animals just as are Kangaroos.28 Why is the geological record imperfect only for the ancestral Marsupials?

Then as to the teeth. That the general structure reminds one of, in some cases the trituberculate type29 and the peculiar Plagiaulax type30 as well, we all know. But it does not tell against me that I can see. Lemurs31 have trituberculate teeth and they are pretty high up the Eutherian scale. But if we take the dentition as a whole I cannot see that it is archaic. A Kangaroo[']s incisors are better grass-cutters than a horse's, as we bushmen know, who so often lie and watch our horses feed when we are 'out back'. A horse pulls up as much grass by the roots as it cuts. Horses destroy pasture; Kangaroos don[']t, neither do cows. You can turn a bullock into a paddock (as my farmer-planter [3]32 son-in-law demonstrated to me last week as he pouched divers coins) for a shilling a week, but a horse costs you eighteen pence. And marsupials don[']t have to fool about with all the nonsense of milk-teeth (which were evolved for the benefit of dentists and teething-powder patentists) but start life with a serviceable gum-full, only dropping one milky-one to show they are not proud. I have it from the wallaby's33 own mouth that his ivories are quite up-to-date tools.

I may say I took the trouble to work out, and draw, the dental scheme of all the mammalia, recent and extinct. Then I undertook a task almost comparable with your own gigantic work on the Dist[ribution]. [of] An[imals].34 for I worked out in time and span every genus of animal, and most of the species of mammals, making diagrams of range geologically and zoologically. It was a long job, often irksome, and in the end not satisfying for wan lack of modern transactions of societies[?] &c. with which we are only poorly furnished out here. I did the same for Queensland plants. Not till I had digested this material did I allow myself to run riot. All sorts of new views kaleidoscoped themselves into my noddle, old ones took on new aspects, and there is m[a]terial enough for a lot of papers. Of course when I started in I thought I knew most of the evidence, also that lots of folk had done the same thing — Zirkel[?]35 I found (too late) had — but it was good training. But it made me wonder more than ever how it was you survived the Dist[ribution]. [of] Animals; that work isn't shut for months at a stretch with me. I tell you this to show I did know & weigh the evidence.

I admit there are difficulties: these are everywhere: but I still think my explanation solves many of them & leaves unsolved fewer than the old notions. What I deem essential to my view is

a. That the Australian Marsupials are not the descendants of antecedent marsupials in Australia36

b. That they were evolved [sic] in Australia from Asiatic types which were probably placental.

[4]37 I wouldn't even mind giving up (b) if I could find any evidence of any Asiatic or oldworld [sic] Marsupials of Australian type. Didelphys38 [sic] is out of court. He is as distinct from an Australian as a blackfellow39 is from a Choctaw40. He didn[']t get as far east as the Siwaliks41. Anyhow if he did it is curious he was so shy as to decline to leave any remains.

Then there is the very glaring fact that our Marsupials have worked out the same ideas as the Eutheria (Geog[raphical]. Dist[ribution]. [of] An[imals]. vol[ume]. i. 391) "wolves, marmots, weasels, squirrels, dormice, gerboas" — showing they not only could but did change immensely. Tho[ugh]' it is convenient to call the Marsupialia an order, it has done damage by hiding the fact that it is not in the least like any other order, but like an epitome of the lot.

Much, of course, depends on one's cast of mind as to the weight one attaches to evidence. To me, I still confess, that the anat[omical]. and phys[iological]. differences bet[ween]. the Meta- and Eutheria are more readily explained as having developed in corellation [sic] with the marsupial habit, than to suppose them descended from ancient marsupials from the old world of which not a single trace has ever turned up in any part of the Old or New World — whose very existence is undemonstrated — or even that they descended from old Australian forms which just as persistently refuse to come to grass, though other land animals, Crec Dinosaurs, are by no means so blushfully [sic] modest.

Though it has no bearing upon my views, I may say I am not convinced that the Trias[sic]-Jura[ssic] creatures were marsupial! True they have the inflexed ramus,42 but that isn't necessarily marsupial — the jaw of Thylacinus is not inflexed. True the teeth are like marsupial teeth, especially Plagiaulax, but then so are other teeth (Creodont)43 are of similar type. The only absolute proof is in the pubic bones and these have not been found. The critters may be good pouch-bearers — only nobody can say for certain. Here's another heresy.44

[5]45 This is, perhaps, the place to make a remark or two, and demonstrate how entirely incapable I am of sitting thumb-ter twiddling, and feeding without metabolising, upon the solemn dicta of museum-bred naturalists.

You see (with horror I know) that I do not look upon the 'Proto' theria46 as proto one scrap, but as 'ultra'-theria, the blessed omegas and not the alphas of the mammals. To folk like you and me who have spent our lives out-doors, seeing and watching, instead of cutting up spirit-hardened corpses[,] Natural History (which Huxley sneered at, vide "Crayfish"47c[h]ap. 1. p. 4) is the great thing after all — how the animal or plant lives and moves & has its being. No scalpel, section-stained, slice of somite48 or parenchyma49 can really reveal how the being fits into its place, and enjoys its little life. Guesses about meanings from chromic acid[-]hardened specimens don[']t count with me as the value of one copper sequin. Now Echidna50 (he lives opposite me) is a hedgehog,51 he is also a porcupine52 (and I've eaten all three, and proclaim them very good), and he is also an Anteater. And Echidna is a Monotreme, and the Hedgehog an Insectivore and the Porcupine a Rodent. And all have grown quills and striped them black and white, and all do the celebrated ball trick.53 Now here we have three genera as widely different as possible, all adopting the same habits and all going in for the same armour, and all are members of the same school of decorative art. Everybody knows these little facts. But nobody draws the obvious conclusion: similar adaptations have been invented over and over again.54 And just as Dendrologus55 [sic] climbs like a squirrel (I have had him as a pet) so does your old acquaintance Synetheres,56 who by the way has also hit upon the same prehensile dodge as Marsupial Didelphys [sic] and primate Cebidae,57 and if you doubt the prehensile-ability of our marsupials, let one of our [6]58 opossums curl his clammy, bare tail round your neck — they are as loving as our's [sic] little grandchildren.

Now, to get back to our mutton59 our Echidna, spurned, snubbed by the scalpel-monger as a poor old only-half-dead fossil who has sneaked an unworthy existence because his home from heaven-knows-when had shut its doors against the higher aristocratic eutheria, holds its own not only against native carnivores, but against dogs, cats and foxes and that most deadly of exterminators the human kid. He shows that he is perfectly able to hold his little own not only against his natural foes, but against the foreign enemies who love him as a dainty. I decline to call him a survival [sic]: he is a most especially specialised and triumphant success.

Then there is my friend Platypus — I have just spent a month with him. He is no shirking, creeping, contemptuously-let-alone survival [sic]. He is as alert as a beaver, and if he hadn't as good fur as that trowel-sterned rodent, would hold his own too. It is no slouch of a job to capture the fertive [sic] platypus. I won't admit him as a mere half-forgotten survival [sic]. He is more highly specialised than a politician at any rate.60

And this heresy suggests another, re brain power. I see Ray Lankester,61 in his 'Extinct Animals'62 for children (in which by the way he says, p. 64, "there are no aboriginal placentals in Australia", and draws a map to show he hasn[']t made a slip) prattles about the modern animals having survived because of their bigger brains (p. 150 &c.). Now this is Moonshine. The pin-head ganglion of an ant or bee works as big problems as the brain of [7]63 a cetacean64 or of (that lower and less useful animal) a clerk. Nor is it a fact that complexity of brain necessarily indicates greater intelligence; the brain of Echidna is convoluted, that of Platypus hardly at all, but I can[']t see (I don[']t use[?] mind's eye seeing in a museum chair, but body's eye seeing in the bush with the creatures doing as they care to do and not as they ought to do if they had fed on text books as recruits are on drill book[s]) that Mr. Duckbill65 is one whit less canny than Mr. Pipe-nose66 with his puckered lobes. Brain size has clearly little to do with intelligence, even comparative brain size, and it is not true that the marsupials['] brains are smaller relatively or actually than the brains of Eutheria. Bastian ("Brain", p. 260)67 for instance shows the relation to body weight as

"Very small Marsupial 1:25

Great Kangaroo1:800"

and in monkeys as

"Marmoset 1:20

Gorilla :200"

If relative weight per se meant much then canaries and tom-tits with 1:14 and 1:12 would be F[ellow]. [of the] R[oyal]. S[ociety].'s and Man, 1:36 would be tamed by the birds as he was by the horses in Gulliver68, 69. It is not the size, actual or relative, or the brain, nor even its complexity, that tells, but the use made of it. The brain is the tool of the mind, and just as70 a Papuan71 can carve ornaments as well as a Grindling Gibbons72 without a scrap of iron. It is the thing behind the brain that makes the best use of its opportunities. The brain is no more the mind than Patti[']s73 vocal cords are Gounod's Handel's [sic] "If with all your heart".74 All you have written tells me you see this. And since Tylor75 & I were mobbed at the Linnean Soc[iety]76 for saying plants did a bit of thinking (only Mivart77 & Seebohm78 backed us up) I have grown more & more convinced that there is nothing whatever mechanical in Life: it acts through mechanism,79 just as my pen is acting now, yet I am not a pen, and this world of life (since 'Man's Place'80 I mustn[']t say Universe of Life) is not the pen-sylvania materialists babble about.81 But there is some truth even in [8]82foolishness (even in Mrs. Eddy83 perhaps), and the higher the animal (vertebrate) the larger & more complex the brain. The complex brain is the labour-saving, the specialising brain, and tho[ugh]' intelligence up to a certain level is not gaugable [sic] by brain, the pioneer work along the frontiers of advancement is all done with the aid of the bigger, more complicated brain. You can[']t make a watch with an axe, but if you want to make a watch you think the watch first and then fashion appropriate tools. In other words we are not boosted up from behind by Nat[ural]. selection, but dragged up by the nose by sense of need. I know this is the unpardonable sin, but you are in the world to forgive sinners. You won't 'brain sue'[?] 'cos [because] I have an arm-full of vaccination scars!!84

The object of this anabasis85 is to get back to the Hellas I set out from, and to close with a final, three-decker heresy anent those marsupial anatomical physiological vagaries which you deem fatal to ewe[-]lambs of my own rearing. The fact is (i.e. Dictator Skertchly proclaims it)

We are all WHITED SEPULCHRES, full of (ontological) DEAD MEN'S BONES!86It is the outside of the platter that matters. The only part of a creature that matters is his OUTSIDE.87 His chittlings88 are only ways and means. His only object in life is TO LIVE. Practically only his outside does live, his insides only help him to live, and he gets along the best way he can with what packing he has got. If his double brain (which seems for the most part a superfluity) w has no corpus callosum worth bragging about he gets on just as well by means of other commissural fibres. Folks without a c. all c[orpus]. call[osum]. are not all idiots, nor are folk with one c[erebral]. hemisphere atrophied all fools. Nobody has yet shown what use benefit it is to have two brains, one isn[']t a reserve brain surely. If all this fuss and pother [sic] from Amphioxus89 to Keir Hardy90 is to provide a means of escape when you have deservedly been knocked on the head, why not continue the scheme and give us a sheaf of wooden legs stowed in a flap and a pocket-full of glass eyes against emergencies? Of course I am a Sauropsid91 and sling [9]92 my aortic branch over my left bronchus,93 but if (with the other reptiles) I cocked it over the right bronchus, or if I took to nucle nucleating my red blood corpuscles, or still more if I stowed my food[-]pipe in front of my windpipe (and so avoided the ever-present dread of a crumb in my throat) without having to put a lid on it, don[']t you imagine I would just as readily cover this paper with vain imaginings? Should not I be much more comfortable if I had not wasted my valuable substance in the way of a tail, and were sitting here holding my pipe in my caudal finger while my paws were quill-driving? No Sir, it's to the outside & not the inside one has to look to see things in their true light: your superficial man is your only deep thinker! It was the old naturalists, like you, who went out for to see how the reeds shook in the wind that knew nature, and not the folk who (like Poulton)94 would infer that monkeys fed on artificial flowers because they annex[e] bonnets in the zoo, or who make a handfull of species out of Terias hecabe95 in rows stuck on corks. Outside show is nature's first law; which should solace the [female] sex as proving Fashion to be the only genuine goddess. It is this law — so clear clear we do not see it, so close to our noses we look beyond it, that has made the Thylacine put on tiger stripes, and the dasyures96 put on the simulacrum of the pole-cat,97 and made the gopher and the Perameles[?]98 like a mouse and Chaeropus99 to put on planduk's100 [sic] legs. We have got to look round again at Nature in nature: and to see the crown and leave muck-raking awhile. In the The 'native bear' is a little bear (and a delightful little chap he is — the despised unprofessionals [sic] saw real analogies when they called Centropus101 a pheasant.102 "Nature's mighty law is change", as Burns103 hath it, and things have changed and found out the same little tricks and dodges often and oft, and things are what they seem in spite of Longfellow.104 Of course cabinet, dry-skin, formalin science is science, but it is not all science, and but the knife and the lens only go superficially deep while Nature, bless her, remains deeply superficial.

[10]105

2. Animal and vegetable remains not preserved under the same conditions.

There is much truth in what you say (or you couldn[']t say it) that "The conditions for the preservation of the two are quite different". But if you come to analyse this statement it comes to this, that animal remains being strong bones, can be preserved in beds, such as gravels, which could not preserve delicate vegetable tissues. But the corollary is not true that animal remains cannot be preserved, or at least as a rule don[']t happen to be preserved, in the beds rich in plant remains, neither is it a fact. And even if it were a fact it would not affect my argument. Now I'll demonstrate:—

You cite the Sivaliks, Pikermi106 &c. True they are not plant beds, & one wouldn[']t expect much vegetable matter (there is a good deal) for the simple reason that aquatic plants don[']t live, can[']t live, under conditions where gravel is forming — gravel banks are in swift-running water and the gravel is always shifting.

But if you take cases where plants did live and animals could live you find both together in plenty. You can[']t have remembered the Forest Bed of the Norfolk coast107 with its glorious yield of mammals (39 sp[ecies].) which were the joy of old John Gun's108 [sic] heart and are the pride of the Norwich museum. How about the rich animal and vegetable remains of the lake-dwellings, and of our peat bogs? But here is a case you can[']t know: I find that on the Darling Downs,109 the richest of all the old marsupial fields, they are all associated with [11]110 an incipient peat our folk know as "black soil". It is impassable as any bog in rainy weather, but is not forming now.

You further say " my argument "is founded upon the abundance of tertiary111 plant remains, with the total absence of mammalian remains". Yes and I say it again, shout it as loud as I can. I'd have it cut deep in large characters on public monoliths in all high places. Don[']t you see how powerful the argument is? If I had founded my argument upon the absence of animals and plants in the same beds I should have been talking foolishness. Take one of your own illustrations re the London Eocenes.112 You see animals and plants do occur in them "but not in the same beds". What I say is that the mammals do not occur in any of the beds. They do both occur in the Eocene, and in every formation above it in all parts of the world but Australia. They don't occur in any Mesozoic113 bed, and in none of the old (Palaeogene)114 tertiaries. It is not their absence from certain beds but from all that is the crux. The oldest Australian marsupial is Wynyardia115 from the so-called Oligocene116, 117 of the N[orth]. coast of Tasmania. And (though I don't urge this) Dun,118 the palaeontologist of the Australian Museum (Sydney)119 tells me they have been making our Tertiaries too old because many of the mollusca named as extinct are really living spp. [species. pl.] [.] A good deal of old palaeontology was of this nature.120

Then you ask "Are not their rich Tertiary deposits you refer to all in Eastern Australia? Are they also numerous in Australia Vera[?]".121 The answer is most are in E[astern]. Australia as you and I see it, because most of Aust[ralia]. Vera has been continental from Palaeozoic122 times. But we have quite extensive Mesozoic and Cainozoic123 too. Now these continental conditions are favourable to the preservation of mammalian remains in river and lake deposits, but we don[']t find them except in the very late Tertiary, as in the case of Lake Eyre.124 And here we have well developed Cretaceous [12]125 rocks with a plentiful molluscan (marine) fauna including Plesiosaurus.126 It is just as likely to contain mammalian remains as our Trias[sic] or Jurassic, but it does not — but the overlying Pliocene127 does.

I don[']t know of any great plant beds of Mesozoic or Tertiary age in Aust[ralia]. Vera comparable with those of Aust[ralia]. Asiatica,128 but there are deposits of brown coal &c. which may when examined produce identifiable remains, but as you know coal beds, lignites129 and peats are not the best places to find well-preserved plants. But, again, in many parts of Europe the Brown-coal has well-preserved forms. I saw lignites used as fuel in Bohemia130 that had layers almost as fresh-looking as say compressed hay from a silo.

My point is not that the marsupials don't occur in the plant beds themselves, but that they are absent from them and all other beds. Look at the millions of tons of old Tertiary deep-lead gravels — the ideal mammalian graveyard — that have been run through our gold and tin sluices without yielding a trace of bone. Every stone passes under observation and bones could not escape. So soon as you come to Neogene131 Tertiaries, many of the same character, they turn up in plenty. It is their total absence that seems to me to mean their real absence. Never forget you have to invent a totally unknown ancestry; I have not.

Another point we differ upon. You'd make the Aust[ralia]. Vera the ancestral home. I put this as the last place the marsupials reach. Well this, viewed as a problem by itself, must rest awhile upon distribution since neither party can dangle Magna-charter132 [sic] -old specimens in the other's faces. Our cards lie on the table, neither holds a flush or a full hand; but I think I can lay over you in point of numbers. I worked out the distribution of all the Australian mammals I could get hold of, with the aid of De Vis and Ogilby and B. H. Woodward's later list for W[estern]. A[ustralia]. (1903)133 with the result stated in my paper. From Q[ueens]l[an]d. to Tas[mania]. the spp. [species pl.] gradually diminish in numbers and the Platypus goes all the way. From Q[ueens]l[an]d. to Aust[ralia]. Vera they also diminish, W[estern]. A[ustralia]. being richest for two reasons, (1) because it has lately [13]134 been worked by the collector Mr. J. T. Tunney135 who had a brief to get hold of every indigenous beast in the State, and (2) because W[estern]. A[ustralia]. got first in contact with Aust[ralia]. Asiatica the connecting land beginning in the north. Then I see Asia all over eastern Aust[ralia] (mixed with but not very strongly flavoured with Australian) and I don[']t in A[ustralia]. Vera. Oh if you'd come a short trip with me say from Cape York136 to Wilson's Promontory137 you'd feel like walking about in an unwritten chapter of your own "Malay Archipelago".!138

These three two cards, distribution and Asiaticalness [sic] are in my hand and not in yours. But I can't be sure of the trick because the winning cards have not been dealt. I have no ancestral eutheria either from N[orth]. Q[ueens]l[an]d. or New Guinea. This prevented me from euchring139 you, but as you hav[e]n't any such cards in your own hand you can[']t euchre me!140

There are some puzzling problems in distribution. Take the pul Pulmonata141

of Australia, the Operculate land snails142 of Australia are, according to C. Hedley143, entirely confined to a narrow strip (all on the E[astern]. slope) of Queensland and N[ew]. S[outh]. W[ales]. as far south as the Clarence R[iver].144 Why didn[']t they get west with the marsupials? I won[']t enlarge on this.

3. Australia no sudden floods!!

Let me quote you lest I seem to mis-apply your kindly criticism. "The pres[ence]. of mamm[alian]. remains in countries where rivers & lakes are not frozen must have been due almost always to sudden floods over alluvial plains, marshes or valley bottoms, by which herds when feeding or migrating were caught & drowned, & then were covered up by silt. In a country like Australia, with no great mountain ranges, such occurrences would be rare or absent, except now and then in river valleys emptying into the sea."

I had to stick pins into myself to be sure you had written this. Australia is the land of the biggest and widest-spread floods on earth at the present day. [14]145 They come on quite suddenly, sweep over hundreds of miles. I have been caught in a forest pretty high up and had to wait days to be fetched off in a relief-boat. I was rowed miles thro[ugh]' forest and cleared land and saw hundreds of cattle, sheep, goats, horses &c. dead and dying, heaping up ashore & floating out to sea. I saw every tree, every house-top alive with snakes, marsupials, goats, cats, dogs and what not. No floods forsooth! Where is Leichardt[']s [sic] party?146 Surely this is a slip of yours — you are so careful — it fairly puzzles me how you forgot all the history of Australia.

But floods are not the deadliest Australian fossil-makers! Give me a DROUGHT any day for real, pure, healthy destruction. For genuine unmitigated horror give me a drought! Rivers dry all but a few water-holes which rapidly diminish in area; open water-holes (billabongs, &c.) shrinking visibly. All four-footed and winged things thronging the muddy shores crowding in thousands, cattle, sheep & marsupials gaunt with starvation, glassy[-]eyed and black[-]tongued with thirst, that is law without mercy. We are only recovering from loss of millions of valuable beasts, and you (vide 'Man[']s Place') know to the hilt what even one million means! Look in Ray Lankester's 'Extinct Animals' p. 187 and see a Diprotodon147 bogged! It's not much of a book, but it has many very pretty real pictures, & this is a photograph. It isn't floods that pile up whole skeletons, it is droughts. Floods scatter them far and wide, droughts concentrate them around their graves.

But if you say you don[']t mean now but formerly, say in Mesozoic & early Tertiary times (which you don[']t say), surely Australia in its palmiest days before the two Australia's [sic] joined had an average higher rainfall than now. You and I have seen (e.g.) the deep lead gravels of California; well picture them and call them Australian and see if we hav[e]n[']t gravels and alluvium and brick-earths enough to demonstrate a very healthy riverine state of affairs.

I fear you have not the horse's one toe to stand upon here!

[15]148

4. New Guinea Fauna.

I have already said the paucity of the N[ew]. Guinea fauna is a back-hander. I feel it deeply; so deeply that it has made me purr as if pleasantly stroked when I saw mammal after mammal recorded therefrom, but alas they gave me fits for they were only rats or their kindred! Why won't somebody thoroughly work that blessed land of mystery well. You might induce Capt[ain]. Lawson149 to go out and write a new work on N[ew]. G[uinea]. for you to review; we could rely on him to find anything we said was wanted! Only yesterday I helped pack off an entomologist there, but he'll mess his time away looking for the parasites of pests of sugar-cane. I'd go myself only I should surely die and my wife objects to premature burial.

Perhaps I'll have to give up the N[ew]. G[uinea]. route and come via Celebes150 & Timor.151 I have often said the first bit of Australia I set foot on was Timor. The country back of Dili152 is very Australioid [sic] in its Eucalypts; so if you can make me a cattle route across that way, I'll admit you have I roped, thrown and branded me — on that point. But though Timor looks Australian enough Port Darwin153doesn't look Asiatic enough: it is too Australian; while Cape York is Asia to all intents. Anyway it is quite as Asiatic as Timor is Australian. The "Gulf country"154of the "Territory" I have not been into, only seen and felt a bit of the coast. It is richly tropical but I take it to be only the Asiatic fringe facing Asia & it was early connected with Cape York peninsula. Timor, too, might possibly be the outlying-est [sic] bit of Australia. Its trend is Australian and not Sundan, and its geology is much closer to Australian than the adjacent Sunda Is[lands].155 The Australian shoal water runs up pretty close to it, but there it drops down very suddenly into very deep water [16]156 before Timor is reached. Anyhow Timor is not geologically one of the Sunda group.

New Guinea on the other hand is, at any rate now and was recently, connected with Australia. Physically the two places are practically one since an elevation of seven fathoms (42 f[ee]t) would join them, and there is a set of stepping-stone islands (not coral but rock) right across Torres Strait.157 Much of the east coast of Q[ueens]l[an]d. is fringed with a plain up to 30 miles wide which is apparently not marine, as no marine species are found in it. It is pierced by numerous wells and proved [sic] to be over extend over 100 f[ee]t below sea-level. No marine Tertiaries occur on this coast though they abound elsewhere. Now if this plain is an old land surface made of river and lake detritus, as those, like Dr. R. L. Jack,158 who know it best, believe, then N[ew]. Guinea has most certainly been connected with Aust[ralia]. in late Tertiary times. All the coast, as I can personally testify, from C[ape]. York to below Sydney has undergone depression. Sydney harbour is a drowned river valley, numerous islands are outliers of the old eastern extrusions. No geological fact is more patent.

I am quite certain N[ew]. G[uinea]. and Aust[ralia]. have been connected in late geological times. Here is a real passage for mammals, dry shod all the way, if there were mammals to plod it. Anyway I am convinced our Dendrologus and other forest-bred marsupials went north that way and so Cuscus159 got to Celebes and the Cassowary160 to N[ew]. G[uinea]. As certainly a lot of trees, shrubs, herbs and insects got over the bridge.

Now comes a bit of evidence I omitted from my paper, having quite overlooked it when writing that meagre abstract. You say, of course rightly, that the N[ew]. G[uinea]. pig is a slightly modified common Sus:161 you suggest he may be quite recent. I don[']t know anything about that — nor do you. But we had an indigenous PIG in Australia who rootled all over the Darling Downs with the extinct marsupials! Lyddeker doesn[']t mention him. Wallace (who seldom missed any good thing)162 [17]163 hasn't enshrined him, and yet he was not rare, and his teeth are numerous enough to show he wasn't rare. De Vis found him: I've handled him. He was christened by De Vis in Proc[eedings]. [of the] Roy[al]. Soc[iety]. [of] Q[ueens]l[an]d. iii, p. 47. 1886.164

But confound his pig-headedness he doesn't help me. No N[ew]. G[uinea]. swine has ever been known to cross Torres Strait to Q[ueens]l[an]d. And yet this dead pig lived and died out here and was a cousin of the Peccary.165 His baptismal register is Prochaerus celer. D.V.166 I shall go and study him up again after your delightful criticism. A South American porker would be most embarrassing; but perhaps he came over by the Shackleton route167 to look after the Emeus168 [sic] and Cassowaries. Anyway the S[outh]. American-Australian connection169 (which is real) is not the route by which our marsupials arrived. The evidence of the marsupial or specially the Australian form of the Patagonian170 fossils has quite broken down according to Lyddeker, & the N[orth]. Americal fossils, though most probably (almost but not certainly) marsupial have no phylogenic relation to our diprotodons. But this is getting away from N[ew]. Guinea.

All the coast of Q[ueens]l[an]d. is now undergoing elevation, including the Barrier reef171 — lots of the coral is merely awash, some, even near C[ape]. York, is high and dry. I can get onto a raised beach in an hour from where I live, and one which is 10 miles inland from the head of Moreton Bay.172 If this continues Aust[ralia]. & N[ew]. G[uinea]. will be united before Ireland gets home rule.173

Now as the former (late Tert[iary].) connection was complete; as the shallow sea is not entirely due to accretion of coral and sediment but is really the water covering Land whose remains stick out as islands, I simply had to take N[ew]. G[uinea]. as the nearest possible route. You have made me hark back towards Timor & Celebes, my early loves, I mentioned them when I delivered my paper; the writing (which I loathe) was an after effort, and I cut it short from pure ink-nausea.174 See how blessed a thing is criticism — by a critic. The other sort is cheek. But there is that confounded deep, tho[ugh]' narrow, grove between [18]175 Aust[ralia] and Timor. But I suppose you'd raft the critters over. I see more clearly now, thanks to you, that if one makes Timor part of Australia, it may have become an isolate 'hoiste' [sic] like Tasmania, by the local submergence of the intervening tract. There is nothing against this geologically, and note Timor faces the most indented part of the Australian coast, where alone there as anything analogous to the fjords of Norway &c, wh[ich]. are submerged valleys. Further we know of Tert[iary]. elevation in Java176 to 5,000 f[ee]t, so why not depression; and the greater part of the E[ast]. coast of Australia is a rather recent fault line. Then, too, just there in Arnhem land177 is the only big sheet of basalt of (probable) Tertiary date (I'm not sure it isn't older, but think not) and this as I have elsewhere shown is connected with the older volcanic series of the Sunda festoon.

This would let the mammals into Aust[ralia]. vera, and then wouldn't you come the Corvus178 over me! But my difficulty is it lets them into the place where marsupials are scarcest, and general Asiatic facies179 least pronounced, where it is only a coastal feature in fact.

In this case N[ew]. Guinea would be the way out for marsupials to Celebes and not the way in. I had made it both exit and entrance. It would only be the way out for forms adapted to forest or river life, hence Dendrologus and Cuscus. Timor and the adjacent Sundas wouldn[']t be as forest-less as now, for their sub-aridity is the gift of Australia, and can only date from the post-Cretaceous time when the two Australia's [sic] finally federated. It is the dry hot breath of Australia United that has scorched the chlorophyll out of the eastern end of one the once Emerald Isles of Sunda.

The tectonic geology of the Sunda area is interesting. Speaking roughly there are two lines of flexure (sometimes culminating in fracture) at nearly right angles to each other, one N[orth]. E[aster]-ly the other N[orth] W[ester]-ly. The N[orth] W[ester]ly lines then [19]180 determine the lie of the Sunda Is[lands], which sweeps to almost E[ast]. o[f] W[est]. at its eastern and still further east runs a little N[orth] E[aster].ly — it is a gentle curve in fact, but its shape doesn[']t matter. The point is that along this line, from Sumatra181 at one end to western N[ew]. Guinea there has been a sagging. Hercules182 at one end holding Sumatra and Titan183 at the other end holding N[ew]. Guinea coulding[?] [couldn't?] pull that string of islands straight and it sagged in the middle184. In other words, the old rocks (Palaeozoic) which make such a brave show in Sumatra dip down in Java and only come up to surface again far away eastward. This great sag does not go very far north, a line from the Malay peninsula thro[ugh]' Banka185 [sic], Biliton186[sic], S[outh]. Celebes & Ceram187 [sic] is entirely along Palaeozoic and even crystalline rocks. The whole of the M[alay]. Archipelago is planned on two main sets of earth-waves whose cross[-]eddies have determined the configuration of this, the greatest archipelago on earth. About Banda188 is [sic] the forces of disturbance where the conflicting waves meet, and Borneo189 is the still-water backwater. Borneo geologically is a little Australia. In neither has there been any axial earth[-]folding since Palaeozoic (Carboniferous) times, whereas everywhere else in the area Tertiary foldings and crumplings are the rule. In this again, so far as my evidence goes, Timor is Australian and not Sundan in type.

Now the deep sea S[outh]. of Celebes follows one of the flexures, and when it was (as it were) the crest of the wave instead of its trough Celebes and Timor might easily be sufficiently approximated, if not in actual touch, to tap Asia, without the mammals having to take the longer route via N[ew]. Guinea. I am working at this tectonic question and send you some rough notes & still rougher preliminary maps.

The difficulty about Timor is that it lands its freight on the wrong wharf, as I said before — in the poorest instead of the richest area. This poverty is not due to sterility for the "Gulf Country"190 our "Never Never"191 is one of the most fertile and best[-]watered parts of Australia. Read "We of the Never-Never"192 for a most charming and truthful account of life therein. It's a long way from Timor to Cape York and tho[ugh]' the water isn[']t deep I don[']t see my way to open the route. The Gulf of Carpentaria [20]193 is only I an extension — submerged — of the old terrestrial plain before alluded to, and I think our Asiatic aliens would have gone ashore long before getting near the custom house at Thursday Island!194 If Aust[ralia]. Vera is the original place of debarkation why is it poorer in marsupials than Aust[ralia]. Asiatica?

INTERJECTIONS

I had to break off to go to Brisbane, where I happened to catch L. C. Greene,195 geologist, (see my paper) who I thought was away on our S[outh]. W[est]. border. He'd been driven back by FLOODS. A week previously he had waded a few yards, knee-deep, across a river which at that spot is now 4 miles wide! And a man further off in the plains had been three days out of sight of land in that same flood! How's that for sudden-ness?

I went to the Museum to look up Prochaerus again & talk to De Vis, but he was away. He is nearly 80 and not in town every day, nor was Ogilby there, he is not connected with the Mus[eum]. but often works there, especially at fish. Wilde196, who was in charge never heard of Prochaerus! So we looked up De Vis' original paper and then hunted for the specimens. They seem to have been misplaced: at any rate no one there could find them! Your delightful letter made me think I had not paid sufficient attention to this curious find, so I must get at all the evidence again first hand, & am not sorry I did not mention it in my paper.

5. Former Extension of Cretaceous.

It is singular how much less urgent the geological evidence is to you than to me, & how you see greater biological stumbling blocks than I [sic]. Is it because I am more geologist & you more biologist? [21]197 You say "Surely they must be under the Tertiary, or if they are missing they may have been denuded before the Tertiary were laid down". Again you see both points clearly. Now I have been looking for the evidence, and when I put my views before the Aust[ralasian]. Ass[ociation]. [for the] Adv[ancement]. [of] Science198 in Feb[ruary]. This was the tomahawk my geol[ogical]. friends played and flourished around my brows! Where is your evidence they chanted? [sic] Others, glib-tongued, said "We thought we had settled Wallace on this very point, and lo! here you come, stretch yourself upon his skeleton and breathe new life into him." But they admitted I had made out a plausible case for the defendant.

Now I have got, I think, all the known evidence, at first hand, from the workers, & will draw you a little map of Aust[ralia]. with all the points that bear on the matter & send it next mail. The almost geological length of my this mail's effusions is proof I can[']t get it done this week.

The difficulties are these:— From L[ake]. Eyre south via Spencer Gulf199 the whole country (so far as explored) is Palaeozoic and this is an area of "rift valley"200 in which one would expect Upper Cretaceous beds to be preserved.

On the other hand the Upper Cret[aceous]. comes as far south as the N[orthern]. End of Lake Gairdner201, whence to the sea the surface beds are not older than Pliocene, with Palaeozoic showing through them in the high ground. But as Eocene marine beds flank both sides of Spencer Gulf from half way down right out to Kangarooo Is[land]202, and as Marine Cret U[pper]. Cret[aceous] runs up the Murray203 as far E[ast]. as long[itude]. 141°, it is not much to ask that some has been denuded. Then in the S[outh]. W[est]. of S[outh]. A[ustralia]. we get traces of prob[ably]. U[pper]. Cret[aceous]. as far as lat[itude]. 31°, long[itude]. 132. or about 70 miles from the sea, it does look as if there had been an outlet into the Aust[ralian] Bight.204

[22]205

As to denudation, it is not sufficient to suppose it. Though it seems to be an argument from negative evidence, it is not necessarily so, as field work often gives proof. Unfortunately it is just the area where you and I want an outlet for the Opal Sea206 that is least known. The evidence over a large part is neutral, some inclines our way, none (I believe) tells directly against us. If the Cret[aceous]. were still in situ over its old site there could be no argument: the facts would be crystal clear. I think you and I see a little further into the millstone than most geologists — very few of whom have any scientific imagination, and so are mere brickmakers, most useful indeed, but not architects, and they are oft-times too purblind to see a temple when it is erected for them, but oh! they dote on the bricks!

But in some places as e.g. Victoria there is evidence of post-Mesozoic denudation. Hear what comfortable words Reg[inald]. A. F. Murray207, a[lso] k[known] a[s] head of the Vic[toria]. Geol[ogical]. Survey says in his Geol[ogical]. & Phys[ical]. Geog[raphy]. [of] Vict[oria]. [sic] 1895208 (a small but good gov[ernmen]t. pamphlet[)].

P. 101. "The Mesozoic rocks especially appear to have been removed from very wide areas." And again:—

P. 102. "The natural operations which were in progress on what is now the Vict[oria]. land surface were confined, during the latest portion of the Mesozoic & the earliest portion of the Tertiary periods, to denudation and removal rather than accumulation of rock materials".

6. Change of Flora

But the great difference between our Aust[ralia]. Vera and Aust[ralia]. Asiatica is in my opinion, as you saw, only accountable by separation. This grows more clear daily.

[23]209

I am going to revise all I have written thereon. Dean and Johnson210 who are our best nature palaeontologists, tell me Von Ettinghausen's211 [sic] determinations of supposed European genera are unreliable. I shall go over their entire work & judge for myself.

But both these fine men are brickmakers & not architects. Hence they say "If V[on]. Ettinghausen says he's found columns of Pentellic marble212 in the Australian Parthenon whereas they are native Australian marble, then V[on]. E[ttingshausen]. didn[']t build a temple at all." This is ky-bosh, ell-bosh[?]. The great point V[on]. E[ttingshausen]. made is that there is a great diff[erence] all over the world, from New Zealand to Greenland[']s equally icy mountains, and across Borneo's [sic] coral strand213 it holds just as good. I have come to the conclusion that in or twards towards the close of the older Tert[iary]. there was a great cosmic revolution, and when I have set Australia on its legs and put my Marsupials in possession of their estates, I shall develop this idea. It has been hatching for a quarter of a century, and you impregnated my tectonic ovum, by the remark that it didn[']t seem rational to think the hypogene214 forms were stronger of yore, that the seismic stocking was on the other leg.

To my delirious joy I find Chamberlain215 & Salisbury216 in their quite new "Geology" 1906.217 have some such idea too, hazy but there. He's a fine old boy is C[hamberlain].! I lectured for him on "The Building of Asia" at the Chicago University218 about nine years ago, and now I'll lecture him on his own book!!

Can[']t write more. Mail goes in an hour.

The Heartfeltfullest [sic] of Gratitude for your Criticism. | S. B. J. S.219 [initials]

Corinda, Q[ueens]l[an]d.

6. 2. [19]10.

"Ad usum hominum omnia creari" (Cicero. Offic. i. 7)220 is a motto you might use.

The repository reference number "[WPI/7/3]" and number of folios "[23 ff]" appear here. The author has also numbered the folios, starting with f. 2, but his numbers "13" and "18" each appear twice, so that his numbering system is not consistent with the actual number of folios as in the repository foliation.
Skertchly, S. B. J. (1908). "The Origin of Australia." Proceedings of the Royal Society of Queensland 21: 57-85. The author's address and the date are given at the foot of the final page.
An infraclass of mammals living primarily in Australasia and the Americas; a distinctive characteristic, common to most species, is that the young are carried in a pouch.
One of two mammalian clades (the other being the Metatheria, (see Endnote 14), with extant members which diverged in the Early Cretaceous (see Endnote 27) or Late Jurassic period (see Endnote 16), which includes almost all mammals indigenous to Europe, Africa, Asia, and North America north of Mexico. Eutherians are placenta-bearing mammals, distinguished from non-eutherians by morphologies of the feet, ankles, jaws and teeth and absence of epipubic bones.
Parker, J.T. & W. A. Haswell. (1897). A Text-book of Zoology. London: Macmillan & Co.
Oldfield Thomas, M. R. (1888). Catalogue of the Marsupialia and Monotremata in the Collection of the British Museum (Natural History) Dept. of Zoology. London: Taylor and Francis.
Lyddeker, R. & W. H. Flower. (1891). Introduction to the study of Mammals, living and extinct. London: A. & C. Black.
de Vis, Charles Walter (1829-1915). English zoologist, ornithologist, herpetologist and botanist, a founder member of the Royal Society of Queensland and President, 1888-1889, whose principal work concerned the fossil birds of Queensland (Darling Downs) (see Endnote 108) and Southern Australia (Cooper Creek).
The state museum of Queensland, founded in 1862 by the Queensland Philiosophical Society in Brisbane.
Ogilby, James Douglas (1853-1925). Ulster-born Australian ichthyologist and herpetologist, who worked at the British Museum and Australian Museum in Sydney (see Endnote 118), before joining the Queensland Museum (see Endnote 9).
Ogilby, J. D. (1892). Catalogue of Australian Mammals with Introductory Notes on General Mammalogy, Catalogue No. 16. Sydney: Australian Museum.
Insertion mark in pencil here with "The discoverer of Cheropus[?] &c" written in pencil in left-hand margin.
Ornithorhynchus anatinus, also known as the duck-billed platypus, a semiaquatic egg-laying mammal endemic to eastern Australia, including Tasmania; together with species of echidna (see Endnote 50), it is one of the extant species of monotremes (see Endnote 23).
With monotremes (see Endnote 23), and eutherians (see Endnote 4), metatherians are one of the three main classes of extant mammals, differentiated in morphologies including those of the teeth, wrist and ankle.
The first period of the Mesozoic Era (see Endnote 112), extending from c. 250 to 200 million years ago, the end of which was marked by the major Triassic-Jurassic extinction event, wiping out many groups before the dominance of Reptiles.
The middle period of the Mesozoic Era (see Endnote 112), extending from c. 200 to 145 million years ago, to the beginning of the Cretaceous (see Endnote 27).
The repository reference number "[WP1/7/3 (f2 of 23)]" appears here, together with the author's number "2.".
Also known as the callosal commisure, a wide, flat bundle of neural fibres beneath the cortex of the eutherian brain at the longitudinal fissure, connecting the left and right cerebral hemispheres and facilitating inter-hemispheric communication.
Huxley, Thomas Henry (1825-1895). English biologist and comparative anatomist and advocate of Charles Darwin's theory of evolution.
Muscle originating in the pubis and inserted into the femur, which adducts (pulls toward the midline of the body) and medially rotates the thigh, but whose primary function is hip flexion.
Huxley, T. H. (1871). A Manual of the Anatomy of Vertebrated Animals. London: J. & A. Churchill.
The epipubic bone, which is present in marsupials (see Endnote 3) and monotremes (see Endnote 23), but absent in eutherians (see Endnote 4).
Mammals of the Order Monotremata that lay eggs (Prototheria) (see Endnote 46) instead of giving birth to live young like marsupials (Metatheria) (see Endnote 14) and placental mammals (Eutheria) (see Endnote 4); the platypus (see Endnote 13) and echidnas (see Endnote 50) are the only surviving monotremes, all indigenous to Australia and New Guinea.
The thylacine (Thylacinus cynocephalus) was the largest known carnivorous marsupial of modern times, commonly known as the Tasmanian tiger or wolf, native to continental Australia, Tasmania and New Guinea, but is believed to have become extinct in the 20th century.
Handwritten note added on the same line in pencil "In Thylacinus the p[ubic] b[one]s are not ossified"
Now known as Therapsids, the group of mammal-like reptiles that gave rise to mammals in the Late Triassic (see Endnote 15) around 225 million years ago. The unique mammalian trait of rotation of the four limbs to extend vertically beneath the body, as opposed to the sprawling posture of other reptiles, originated in early therapsids (hence the reference to the shoulder girdle and humerus).
The last period of the Mesozoic Era (see Endnote 112), following the Jurassic (see Endnote 16), extending from c. 145.5 to 65.5 million years ago.
One of the six largest species of the marsupial family Macropodidae, endemic to Australia.
Molar tooth with three tubercles (small elevations on some portions of a crown produced by an extra formation of enamel), characteristic of mammals.
A genus of mammal from the Lower Cretaceous (see Endnote 27) of Europe. It was a member of the also extinct order Multituberculata, and coexisted with the dinosaurs.
A clade of primates endemic to the island of Madagascar. Although often confused with ancestral primates, the anthropoid primates (monkeys, apes and humans) did not evolve from them; instead, lemurs merely share morphological and behavioral traits with basal primates.
The repository reference number "[WP1/7/3 (f3 of 23)]" and author's number "3" appear here.
A small- or mid-sized kangaroo, found in Australia and New Guinea, belonging to the same taxonomic family as larger kangaroo species (see Endnote 28) and sometimes the same genus.
Wallace, A. R. (1876). The geographical distribution of animals. With a study of the relations of living and extinct faunas as elucidating the past changes of the earth's surface. New York: Harper & brothers.
Zirkel, Ferdinand (1838-1912). German geologist and petrographer.
A note is added in pencil on the same line "or elsewhere".
The repository reference number "[WP1/7/3 (f4 of 23)]" and author's number "3", corrected to "4", appear here.
Species of the genus Didelphis, commonly known as large American opossums, are members of the order Didelphimorphia, being cat-sized omnivores, with prehensile tails and the tendency to feign dead when cornered.
Australian Aborigine (indigenous person who has been in the country from earliest times).
Native American people originally from the Southeastern United States.
Siwalik (or Sivalik), a highland region between the Mahabharat and Chure mountain range in Nepal; the Sivalik Hills are among the richest fossil sites for large animals anywhere in Asia and belong to the tertiary deposits (see Endnote 110) of the outer Himalayas.
A portion of a bone, as in the ramus of the mandible (perpendicular portion). In typical eutherians, (see Endnote 4) the angular process of the mandible is directed downward and to the rear of the jaw ramus. In marsupials, (see Endnote 3) the angular process is reflected medially, forming an inner shelf for attachment of muscles which allow medial and lateral rotation of the mandibular ramus about its long axis.
Creodonta is an extinct order of carnivorous mammals that lived from the Paleocene to Miocene epochs (see Endnote 110). Because they both possess carnassial teeth, creodonts and carnivorans were once thought to have shared a common ancestor, but is now considered to be a case of evolutionary convergence.
A note is added in pencil below the final line at the foot of the page "of course I know about the pelvis of [1 word illeg.] &c in N[orth]. America".
The repository reference number "[WP1/7/3 (f5 of 23)]" and author's number "4", corrected to "5", appear here.
A taxonomic group to which to which the order Monotremata (see Endnote 23) belongs. The Prototheria is currently considered taxonomically redundant, since Monotremata is currently the only order which can still be confidently included, but its retention might be justified if new fossil evidence emerges.
Huxley, T. H. (1880). The crayfish; an introduction to the study of zoology. New York: D. Appleton & Co.
Bilaterally paired blocks of paraxial mesoderm that form along the head to tail axis of the developing embryo in segmented animals.
Tissue comprising the functional parts of an organ in animals and the ground tissue of non-woody structures in plants.
Also known as spiny anteater, belongs to the family Tachyglossidae in the order Monotremata (see Endnote 23) ; together with the platypus (see Endnote 13) the four extant species are the only surviving members of the order and the only extant mammals that lay eggs.
Spiny mammals of the family Erinceidae, found through parts of Europe, Asia and Africa; there are no hedgehogs native to Australia, and no living species native to the Americas.

Rodents with a coat of sharp spines, or quills, that protect against predators; Old World porcupines belong to the family Hystricidae and

New World porcupines to the family Erethizontidae.

Echidna (see Endnote 50), hedgehog (see Endnote 51) and porcupine (see Endnote 52), all roll into a ball with spines outermost when threatened.
The passage "Now Echidna (he lives opposite me) is a hedgehog... similar adaptations have been invented over and over again" is marked by a vertical line in blue pencil in the left-hand margin, together with a large exclamation mark and the word "superficial" appearing towards the end of this section of text.
Marsupials of the genus Dendrolagus, known as tree-kangaroos, are adapted for arboreal locomotion. They inhabit the tropical rainforests of New Guinea, far northeastern Queensland and some of the islands in the region.
The typical genus of family Synetherinae of porcupines (see Endnote 52). Hystricina or True Porcupines are confined to the Old World, and the Synetherina to the New.
One of the families of New World monkeys, which includes the capuchin and squirrel monkeys, found throughout tropical and subtropical south and central America.
The repository reference number "[WP1/7/3 (f6 of 23)]" and author's number "5", corrected to "6.", appear here.
"To get back to our mutton", a phrase from the French 'revenons à nos moutons', meaning 'Let us return to the matter in hand' (...).
This paragraph is marked by a vertical line in blue pencil in the left-hand margin.
Lankester, Edwin Ray (1847-1929). British invertebrate zoologist and evolutionary biologist.
Lankester, E. Ray. (1905). Extinct Animals. London: A. Constable & Co., Ltd.
Only the author's number "6", corrected to "7", appears here.
Cetacea is a widely distributed and diverse infraorder of fully aquatic marine mammals which includes whales, dolphins and porpoises.
Platypus.
Echidna.
Bastian, H. C. (1880). The brain as an organ of mind. London: Kegan Paul.
[Swift, J.]. (1726, revised edition 1735). Travels into Several Remote Nations of the World. In Four Parts. By Lemuel Gulliver, First a Surgeon, and then a Captain of Several Ships (commonly known as Gulliver's Travels). London: Benjamin Motte; Dublin: George Faulkner.
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Words struck through in pencil (by the recipient?).
A Native of Papua New Guinea, in the southwestern Pacific, which encompasses the eastern half of New Guinea and its offshore islands.
Gibbons, Grinling (1648-1721). Master Dutch-British sculptor and wood-carver.
Patti, Adelina (1843-1919). French opera singer of Italian parentage, one of the most famous operatic sopranos in history.
'If with all your hearts' ('So ihr mich von ganzem Herzen suchet'), a tenor aria (Obadiah) from the oratorio Elijah by Felix Mendelssohn.
Tylor, Edward Burnett (1832-1917). English anthropologist, the founder of cultural anthropology based on the evolutionary theories of Charles Lyell, and reviver of the term 'animism' (faith in the individual soul or anima of all things, and natural manifestations) into common use.
A learned society founded in 1788, for the study and dissemination of taxonomy and natural history, named in honour of Carl Linnaeus (1707-1778), Swedish botanist, physician and zoologist, regarded as the father of modern taxonomy.
Mivart, St. George Jackson (1827-1900). English biologist famous for starting as an ardent believer in natural selection who later became one of its fiercest critics, having attempted to reconcile Darwin's theory of evolution with the beliefs of the Catholic Church.
Seebohm, Henry (1832-1895). English steel manufacturer, and amateur ornithologist, oologist and traveller, and one of the first European ornithologists to accept the American trinomial system to classify sub-species.
The words "nothing whatever mechanical in Life: it acts through mechanism" is underlined in blue pencil.
Wallace, A. R. (1903). 2Man's Place in the Universe: As Indicated by the New Astronomy." Fortnightly Review 73: 395-411.
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The repository reference number "[WP1/7/3 (f8 of 23)]" and author's number "7", corrected to "8", appear here.
Eddy, Mary Baker (1821-1910). Founder of Christian Science, a new religious movement, in the United States in the latter half of the 19th century and in 1879, founded the Church of Christ, Scientist.
The passage "The complex brain is the labour-saving … I have an arm-full of vaccination scars!!" is marked by a vertical line in blue pencil in the left-hand margin.
A military advance into the interior of a country, referring to that of Cyrus the Younger into Asia in 401 BC, as narrated by Xenophon in his work Anabasis (hence the author's reference to setting out from Hellas, ancient Greece).
A Biblical quotation: "Woe unto you, scribes and Pharisees, hypocrites! for ye are like unto whited sepulchres, which indeed appear beautiful outward, but are within full of dead men's bones, and of all uncleanness". Matthew 23:27.
The passage "We are all WHITED SEPULCHRES … The only part of a creature that matters is his OUTSIDE." is marked by four vertical lines in blue pencil in the left-hand margin. The word "good!" is written to the side of it.
Chitterlings (chittlings), usually the small intestines of a pig, here referring generally to internal organs.
Species of simple fish-like marine chordates in the order Amphioxiformes, the modern representatives of the subphylum Cephalochordata, formerly thought to be the sister group of the craniates.
Keir Hardie, James (1856-1915). Scottish socialist and the first Labour Member of Parliament.
Sauropsida is a group that includes all existing reptiles and birds and their fossil ancestors and is distinguished from Synapsida, which includes mammals and their fossil ancestors.
The repository reference number "[WP1/7/3 (f9 of 23)]" and author's number "8", corrected to "9", appear here.
The aortic arch is the part between the ascending and descending aorta (main artery carrying oxygenated blood away from the heart); in mammals the arch travels backward, so that it ultimately runs to the left of the windpipe or trachea, hence the left bronchus entering the lung.
Poulton, Edward Bagnall (1856-1943). British evolutionary biologist, friend of Alfred Russel Wallace and lifelong advocate of natural selection.
A species of small butterfly of the family Pieridae, known as the Large Grass Yellow or Common Grass Yellow, found in Asia or Africa; now known as Eurema hecabe, the species has over 30 synonyms.
The Dasyuridae, a family of nocturnal, carnivorous marsupials native to Australia and New Guinea.
Mustela putorius, a species of mustelid native to western Eurasia and North Africa.
'Perameles'; perhaps Peramles gunnii, the Eastern Barred Bandicoot.
Chaeropus ecaudatus, the pig-footed bandicoot, a small marsupial of the arid and semi-arid plains of Australia; last recorded in the 1950s, it is now presumed to be extinct.
Pelanduk is the Malayan mousedeer, genus Tragulus in theTragulidae family of even-toed ungulates, the smallest ungulates in the world.
A genus of Centropodinae, a subfamily of the cuckoo family Cuculidae.
The words "Centropus" and "pheasant" are underlined in blue pencil and marked by a vertical line and a cross (X) in blue pencil in the left-hand margin.
Burns, Robert (1759-1796). Scottish poet and lyricist. The quotation is from the song "Inconstancy in love" (1794).
Longfellow, Henry Wadsworth (1807-1882). American poet and educator The author refers to the poem A Psalm of Life: What The Heart Of The Young Man Said To The Psalmist: "Tell me not, in mournful numbers, / Life is but an empty dream! / For the soul is dead that slumbers, / And things are not what they seem".
The repository reference number "[WP1/7/3 (f10 of 23)]" and author's number "9.", corrected to "10", appear here.
Pikermi in Attica, south-eastern Greece, features a paleontological site which has more than forty mammal species from the late Miocene (see Endnote 110), 8 million years ago.
The Cromer Forest Bed formation is exposed at intervals along the coast of Norfolk and Suffolk and is the richest source of fossils in the British Isles for the Pleistocene period (between 1.6 million and 10,000 years ago) (see Endnote 126). It is famous for mammalian remains and named after the local Norfolk town of Cromer; specimens are exhibited in the county museum in Norwich.
Gunn, John (1801-1890). English clergyman and amateur geologist.
A region on the western slopes of the Great Dividing Range to the west of South East Queensland, Australia, containing fossilised remains of prehistoric megafauna which lived during the Pleistocene epoch (see Endnote 126) and included Diprotodon opatatum (see Endnote 146).
The repository reference number "[WP1/7/3 (f11 of 23)]" and author's number "10", corrected to "11", appear here.
Geologic time extending from c. 66 million to 2.6 million years ago, encompassing the first of two periods in the Caenozoic era; the second is the Quaternary Period. The Tertiary epochs, from oldest to youngest are the Paleocene, Eocene, Miocene, Oligocene, Miocene and Pliocene (q.v.).
The London Clay Formation is a marine geological formation of Lower Eocene epoch, (see Endnote 111) dating from c. 56-49 million years ago, which crops out in the south east of England. The London Clay flora is one of the world's most diverse for fossil seeds and fruits.
Geological time extending from c. 252 to 66 million years ago, preceded by the Palaeozoic (see Endnote 121) and followed by the Caenozoic eras (see Endnote 110). The Mesozoic epochs (from oldest to youngest) are Triassic, Jurassic and Cretaceous (q.v.).
A geologic period and system (informally the Lower Tertiary (see Endnote 110) dating from c. 66-23 million years ago, which comprises the first part of the Caenozoic era (see Endnote 110). During the Palaeogene mammals evolved from relatively small, simple forms into a large group of diverse animals after the extinction event that ended the Cretaceous Period (see Endnote 27).
Wynyardia bassiana, an extinct possum-like marsupial from the early Miocene (see Endnote 110) of Wynyard in Tasmania.
The third and final epoch of the Paleogene Period (see Endnote 113) dating from c. 34-23 million years ago, marking the transition between the archaic world of the tropical Eocene (see Endnote 111) and the more modern ecosystems of the Miocene (see Endnote 110).
Insertion mark in pencil here with "or Miocene" written in pencil above.
Dun, William Sutherland (1868-1934). Australian palaeontologist, geologist and President of the Royal Society of New South Wales.
The oldest museum in Australia, established in Sydney in 1827, with an international reputation in the fields of natural history and anthropology.
The passage "It is not their absence … was of this nature" is marked by three vertical lines in blue pencil in the left-hand margin. Within it, the words "marsupial", "Wynyardia", "Oligoceus", "N. coast of Tasmania", "too old" and "are really living" are all underlined in blue pencil.
In "The Origin of Australia" (see Endnote 2) the author proposed that in the Cretaceous and into the Tertiary there was no Australian continent, but "an Archipelago consisting of two main islands, one in the West and one in the north and east, with a number of smaller islands in between." (This concurred with Alfred Russel Wallace in "Island Life"). He writes (page 60): "For reasons that will appear, I shall call the entire area the Australian Archipelago, the eastern land mass Australia Orientalis, the western land mass Australia Vera, and the sea between the two Australias, the Opal Sea".
The Palaeozoic era spans c. 541 to 252 million years ago, comprising six geologic periods (from oldest to youngest): the Cambrian, Ordovician, Silurian, Devonian, Carboniferous and Permian, and is followed by the Mesozoic era (see Endnote 112).
Geological period which began c. 65 million years ago at the end of the Mesozoic (see Endnote 112) and continues through the present. It is divided into three time periods: the Paleogene (see Endnote 113), Neogene (see Endnote 130) and Quaternary (see Endnote 110).
Located in the deserts of northern South Australia, the lake was formed at the end of the Pleistocene epoch (see Endnote 126). The lowest part of the lake-bed is filled with the salt pan caused by the seasonal expansion and evaporation of the trapped waters.
The repository reference number "[WP1/7/3 (f12 of 23)]" and author's number "11", corrected to "12", appear here.
A genus of large marine reptile that lived during the early part of the Jurassic Period (see Endnote 16).
Epoch extending from c. 5.3 million to 2.6 million years ago. It is the second and youngest epoch of the Neogene Period in the Caenozoic era (see Endnote 110). The Pliocene follows the Miocene epoch (see Endnote 110) and is followed by the Pleistocene epoch (see Endnote 126).
Australia Orientalis in the Author's paper (see Endnotes 2 and 120).
Often referred to as brown coal, a soft brown combustible sedimentary rock formed from naturally compressed peat (an accumulation of partially decayed vegetation or organic matter).
Region of the Czech Republic bordered by Germany to the west and northwest, Poland to the northeast, the historical region of Moravia to the east, and Austria to the south.
A geologic period extending from c. 23 to — 2.6 million years ago, the second period in the Caenozoic Era (see Endnote 110), it follows the Paleogene period (see Endnote 113) and is succeeded by the Quaternary period (see Endnote 110).
Magna Carta (Great Charter) was a charter agreed by King John of England in 1215 offering protection of church rights and illegal imprisonment, access to swift justice, and limitations on feudal payments to the Crown.
Woodward, Bernard Henry (1846-1916). British-born mineralogist and geologist, first curator of the Western Australian Museum.
The repository reference number "[WP1/7/3 (f13 of 23)]" and author's number "12", corrected to "13.", appear here.
Tunney, John Thomas (1871-1929). Naturalist and collector of animal specimens, active in the West and North of Australia, whose collecting for the Western Australian Museum began in 1895.
The most northerly point of the Australian mainland, on a large remote peninsula located in Far North Queensland, Australia.
The most southerly tip of the Australian mainland in the Gippsland region of Victoria, approximately 157 km southeast of Melbourne.
Wallace, A. R. (1869). The Malay Archipelago: The Land of the Orang-utan, and the Bird of Paradise. A Narrative of Travel with Studies of Man and Nature. Macmillan & Co., London.
Euchre is a trick-taking card game, therefore "Euchring" is gaining advantage over an opponent by his failure to take three tricks at euchre.
The paragraph "These three two cards…..you can[']t euchre me!" is marked in blue pencil in the left-hand margin by a vertical line, alongside which is a large exclamation mark.
An informal group of molluscs (Class Gastropoda) characterized by the ability to breathe air, by virtue of having a pallial lung (mantle cavity in the shell) instead of a gill, or gills.
The operculum, found in some marine and freshwater gastropods and in a minority of terrestrial gastropods, is attached to the upper surface of the foot and serves to close the aperture of the shell when the soft parts of the animal are retracted.
Hedley, Charles (1862-1926). English-born conchologist at the Australian Museum, Sydney, (see Endnote 118).
The river rises on the eastern slopes of the Great Dividing Range on the watershed that marks the border between New South Wales and Queensland, and flows to the Coral Sea.
The repository reference number "[WP1/7/3 (f14 of 23)]" and author's number "13." (for 14), appear here.
Leichhardt, Friedrich Wilhelm Ludwig (known as Ludwig Leichhardt), (1813-c.1848). Prussian explorer and naturalist, most famous for his exploration of northern and central Australia.
The largest known marsupial ever to have lived, from c.1.6 million years ago until 46,000 years ago, through most of the Pleistocene epoch (see Endnote 126).
The repository reference number "[WP1/7/3 (f15 of 23)]" and author's number "14." (for 15), appear here.
"Captain J. A. Lawson" reported on an epic return journey made in 1872—1873 across the widest part of New Guinea, starting on the south coast. His identity is suspect and the account in his 1875 book "Wanderings in the Interior of New Guinea" (London, Chapman & Hall) is fantastically untrue, hence the author's comment "we could rely on him to find anything we said was wanted!".
Now known as Sulawesi, an island in Indonesia; one of the four Greater Sunda Islands, it is situated between Borneo (see Endnote 187) and the Maluku Islands.
One of the easternmost Lesser Sunda Islands, located north of Australia and the Timor Sea, divided between the sovereign state of East Timor and the Indonesian part, known as West Timor.
The capital, largest city, chief port and commercial centre of East Timor.
The capital city of the Northern Territory, Australia, situated on the Timor Sea.
The Gulf of Carpentaria, a large, shallow sea enclosed on three sides by northern Australia.
A group of islands in the Malay archipelago, territories of Brunei, East Timor, Indonesia and Malaysia, further divided into the Greater Sunda Islands: Sumatra, Java, Borneo, Sulawesi (Celebes) and the Lesser Sunda Islands: Bali, Lombok, Sumbawa, Flores, Sumba, Timor, Alo archipelago, Barat Daya Islands and Tanimbar Islands. (q.v.)
The repository reference number numeral "[WP1/7/3 (f16 of 23)]" and author's number "15" (for 16), appear here.
The strait between Australia and New Guinea, approximately 150 km wide at its narrowest point.
Jack, Robert Logan (1845-1921). Scottish-born geologist and explorer, appointed geological surveyor for northern Queensland in 1876.
Spilocuscus maculatus, a marsupial that lives in the Cape York region of Australia, New Guinea and nearby smaller islands.
A flightless bird (ratite) in the genus Casuarius, native to the tropical forests of New Guinea, nearby islands, and north-eastern Australia.
The genus Sus, within the Suidae family of even-toed ungulates (hoofed mammals) includes the domestic pig and its ancestor, the common Eurasian wild boar (Sus scrofa). Recent DNA evidence suggests that the indigenous pigs of Papua New Guinea belong to the species Sus scrofa and were introduced by humans to the main island some 3,500 years ago (Larson, G., et al. (2007) Proc. Natl. Acad. Sci. U.S.A. 104: 4834-4839).
A large cross (X) in blue pencil appears in the left-hand margin opposite the foregoing paragraph.
The repository reference numeral "[WP1/7/3 (f17 of 23)]" and author's number "16" (for 17), appear here, alongside which is a large cross (X) in blue pencil.
Proceedings of the learned society formed in 1884 from the Queensland Philosophical Society, Queensland's oldest scientific institution, whose aim is "Progressing the natural sciences in Queensland".
A medium-sized even-toed ungulate (hoofed mammal) of the family Tayassuidae (New World pigs) in the suborder Suina along with the Old World pigs, Suidae, native to central and south America and the south-west of north America.
The words "Prochaerus celer. D.V." are underlined in blue pencil. (De Vis, 1886).
Shackleton, Ernest Henry (1874-1922). Polar explorer, most famous for his Imperial Trans-Antarctic Expedition (1914-17) in which his ship Endurance was trapped and crushed in pack ice and the crew escaped in open boats to South Georgia. (See also Endnote 168).
The emu (Dromaius novaehollandiae), a large flightless bird (ratite) endemic to Australia, where it is the largest native bird.
The author alludes to the so-called Gondwanaland southern super-continent that existed from c. 300 to 180 million years ago linking present-day Australia, South America and Antarctica. Marsupials appear to have travelled via Gondwanaland connections from South America through Antarctica to Australia in the late Cretaceous (see Endnote 27) or early Tertiary (see Endnote 110).
Patagonia is a region at the southern end of South America shared by Argentina and Chile, comprising the southern Andes mountains and the deserts, steppes and grasslands to the east.
The world's largest coral reef system stretching for over 2,300 km, located in the Coral Sea, off the coast of Queensland.
A bay located on the eastern coast of Australia, 14 km from central Brisbane, Queensland.
"Home rule for Ireland"; self-government for Ireland within the United Kingdom of Great Britain and Ireland was the main concern of a campaign by Irish Nationalists from around 1870 to 1914.
The passage "… covering land whose remains stick out as islands... pure ink-nausea" is marked by a vertical line in blue pencil in the left-hand margin.
The repository reference number "[WP1/7/3 (f18 of 23)]" and author's number "17" (for 18), appear here.
One of the Greater Sunda Islands of Indonesia (see Endnote 154), lying east of Java and south of Borneo.
One of the regions of the Northern Territory of Australia, located in the north-eastern corner, around 500 km from the capital Darwin.
Corvus is a genus of birds in the family Corvidae, which includes the crows. This is a play on words, to "come the Corvus" means to crow, exult or triumph over.
A body of rock with specified characteristics.
The repository reference number "[WP1/7/3 (f19 of 23)]" and author's number "18" (for 19), appear here.
The western-most of the Greater Sunda Islands of Indonesia (see Endnote 154).
Roman name for the Greek divine hero Heracles, in classical mythology, famous for his strength.
In Classical Greek mythology, Titans were giant deities of incredible strength.
The passage "The point is that along this line … and it sagged in the middle" is marked by a large exclamation mark in blue pencil in the left-hand margin, and the words "string of islands" and "sagged" within it are underlined.
Bangka (or Banka), an island lying east of Sumatra, Indonesia (see Endnote 179).
Belitung (or in English, Billiton), an island on the east coast of Sumatra, Indonesia in the Java Sea (see Endnote 179).
Seram (formerly Ceram, Seran or Serang), the largest and main island of the Indonesian province of Maluku.
A group of ten small volcanic islands in the Banda Sea, about 140 km south of Seram Island (see Endnote 185) and about 2,000 km east of Java (see Endnote 174), which are part of the Indonesian province of Maluku.
One of the Greater Sunda Islands of Indonesia, situated north of Java and west of Sulawesi (Celebes) (see Endnote 154)
Land around the Gulf of Carpentaria, Northern Territory (see Endnote 153).
A term referring to the remoter parts of the outback, the vast, arid interior of Australia.
Mrs Aeneas Gunn. (1908). We of the Never Never. London: Hutchinson; an autobiographical novel by Jeannie Gunn, giving an account of the author's experiences in 1902 at Elsey Station, near Mataranka, Northern Territory.
The repository reference number "[WP1/7/3 (f20 of 23)]" and author's number "18." (for 20), appear here.
An island in the Torres Strait archipelago, located approximately 39 km north of Cape York Peninsula (see Endnote 135), in the Torres Strait (see Endnote 156), Queensland.
Green, L. C. (no dates found). Geologist and mapmaker in the Cape River goldfields, Queensland.
No information.
The repository reference number "[WP1/7/3 (f21 of 23)]" and author's number "19." (for 21), appear here.
The Australasian Association for the Advancement of Science was originally established in 1888. (In 1930 it became the Association became the Australian and New Zealand Association for the Advancement of Science).
The westernmost of two large inlets on the southern coast of Australia, in the state of South Australia, facing the Great Australian Bight (see Endnote 202).
A linear-shaped lowland between several highlands or mountain ranges created by the action of a geologic rift or fault.
A large salt lake in central South Australia, to the north of the Eyre Peninsula.
An island 112 km southwest of Adelaide in the state of South Australia, located 13.5 km from the coast of the Fleurieu Peninsula.
The Murray River, Australia's longest river, rising in the Australian Alps, forming the border between the states of New South Wales and Victoria, and flowing through South Australia to the ocean.
The Great Australian Bight, a large oceanic bight, or open bay, off the central and western portions of the southern coastline of mainland Australia.
The repository reference number numeral "[WP1/7/3 (f22 of 23)]" and author's number "20." (for 22), appear here.
A postulated shallow warm sea in what are now desert inland areas of Australia, proposed by the author to have had a moderating influence on climate, influencing plant and animal distribution in the Tertiary period (see Endnotes 2 and 120).
Murray, Reginald Augustus Frederick (1846-1925). British-born Australian geologist, who joined the Geological Survey of Victoria in 1862.
Murray, R. A. F. (1887). Victoria: geology and physical geography. Melbourne: Government Printer.
The repository reference number "[WP1/7/3 (f23 of 23)]" and author's number "21." (for 23), appear here.
Dean and Johnson not identified.
von Ettingshausen, Constantin Freiherr (Baron Constantin von Ettingshausen) (1826-1897). Austrian geologist and botanist, distinguished for his researches on the Tertiary floras of various parts of Europe, and the fossil floras of Australia and New Zealand.
Pentellic marble is a fine-grained calcitic marble that comes from quarries at Mount Pentelicus, north-east of Athens, which was used for the construction of the Parthenon and other buildings of ancient Athens.
A re-working of 'From Greenland's icy mountains, from India's coral strand', the first line of a hymn by Reginald Heber (1783-1826), an English clergyman, latterly Bishop of Calcutta, also poet and hymnist.
In ore deposit geology, hypogene processes occur deep below the earth's surface, and tend to form deposits of primary minerals, as opposed to supergene processes that occur at or near the surface, and tend to form secondary minerals.
Chamberlin, Thomas Chrowder (1843-1928). Influential American geologist and educator; organized the Department of Geology at the new University of Chicago in 1892, where he remained as a professor until 1918.
Salisbury, Rollin Daniel (1858-1922). American geologist and educator; studied geology with T. C. Chamberlain (see Endnote 212) and worked for the U. S. Geological Survey as Chamberlin's field assistant.
Chamberlin, T. C. & R. D. Salisbury. (1906). Text-book of Geology. 3 vols. Ann Arbor, MI: University of Michigan.
A private university in Chicago, Illinois, established in 1890.
Skertchly, Sidney Barber Josiah (1850-1926). English born Australian botanist and geologist, who initially described and mapped the geology of East Anglia, then travelled the world exploring geology and other aspects of science, arriving in Queensland in 1891. He was probably the first to apply successfully stratigraphic principles to attempt to establish the antiquity of the Aboriginal occupation of Australia.
A quotation from Cicero's Offices: "quae in terris gignuntur, ad usum hominum omnia creari", 'all things which are produced on earth, are created for the use of man'.

Enclosure (WCP469.8386)

[1]

Notes on "Man's Place in the Universe"1

by Sydney B. J. Skertchly.

I had had many reviews of your book, every one seeming to accuse you of wanting to make the centre of the Universe not in the middle, and as I couldnt believe you to be incapable of understanding that it is usual for centres to be central, I refrained from judging till my itching to read the book was allayed by perusal. The reviewers also said other amazing things as is their little way. And as reviewers are loathsome creatures I am going to turn reviewer for once as there ought to be one Lot2 in the Gomorrah of Grubb Street.3

Now this is the sort of book I love. I abhor your American novel which tediously and solemnly lumbers along pointing out the obvious, and wearily photographing the commonplace. Give me a book like 'Peter Wilkins'4 or 'Little Lord Fauntleroy'5 which draws scenes and people that are refreshingly new, and put one into delightfully impossible situations only to extract us from these by most miraculously incredible applications of the unbelievable. Truth may be had at the bottom of a well:6 well let it lie. I like untruth from G. H. Wells.7 verb. sap.8

I enjoy and appreciate your book all the more because I dont see the force of your big argument! This is not paradox nor flippancy: it is the real expression of my feeling. The uncomfortable sensation that the Great Architect of the Universe seems to have being been 'ridiculus mus'9 -ing if in all this immeasurable Universe the contents of our museums, galleries and libraries are all that can be shown in the way of intelligent appreciation of the wonders of creation, is one that sits very firmly inside me, as doubtless it does inside lots of worthier bodies. I incline to think [here I speak by way of permission not of commandment] some of our longings, even if illogical, may [2] be deep stated truths, understandable though unprovable. It is the old baseless, but not therefore disproved poste[?] idea "Plato thou reason't well! Else why this longing after immortality"?10It is a very genuine and general feeling that in the Father's house there are many mansions,11 and it may be that it rather lacks needs explaining than explaining away. But I will return to this. The statement that one human soul might outweigh in importance all the rest of the universe savours [to me] of rhetoric more than of argument. Since I know no recognised medium of exchange or standard of value by which souls may be appraised in terms of nebulae. I confess to being a little sorry you didn't let that bit of bathos go, its glitter was Greek fire12 but not Olympic. The strongest necessity for immortality is based on an instinctive love of justice, of mercy, of recompense for wrong. Shall the clay say to the potter why hast thou made me thus?13 Yes, most assuredly if the clay potter string the clay with living cords and set them atingle with physical pain and mental sorrow. It is The daring with which God took on voluntarily this awful responsibility that seems to me a greater deed than spinning the celestial web with from shining wreaths of cosmic dust. In this sense man's soul may outweigh in value all the orbs between the four royal stars,14 but star and soul are incommensurable, and stars need neither forgiveness nor recompense.

Winwood Read15 voiced all the misery of man in one noble, fearful outburst of pent-up indignation against the self-righteous smugness of endowed orthodoxy in his 'Martydom of Man':16 but if I remember rightly [its a score of years since [3] I shudered[?] over its pages] the contemplation of so much sorrow and wrong led him to despair without hope of Karma or trust in Nirvana. But the great fact that God does lavish all his powers on the frail skeleton of an ephemeral radiolarian,17 the fact that He does build up the atom on the plan of a solar system, that He has [if the Electron theory hold good] made matter a property of motion, surely is reason for us to believe he careth for the sparrow.18

You have found out I love whimsies. Well I get more real solace, more true satisfaction out of the transcendental geometry of Gauss,19 Riemann,20 Lobachewski,21 Bolyai22 & co. and out of 4th dimensional space, than anything else. It is as refreshing as to be born a youth again, to work out and prove problems on a state of things in which parallel lines meet, and angles triangles have more or less than two right angles tucked into their corners. To be able to see how space may be limited and yet there be nothing outside it, to picture a universe in which straight lines return upon themselves so that you could see a star that was in front of your nose through the back of your head (if you had pineal eye open), to reconstruct Flatland23 and see one, nay any number, of universes interpenatrate[?], and yet lack be unfinable by the beings of another dimension — all this makes life worth the sacrifice it is. When Prof. Bragg24 demonstrated to us in Feb. that two particles of matter could and did occupy the same space at the same time I should have kissed him only I didn't like to set a good example to those others who listened and only thought "how int'restin". Radio-activity taught us a big thing when it showed us that: and radioactivity is pretty Australian. We grew Rutherford25 & made Bragg & now you've got both. And Bragg made the great discovery in Adelaide.

A friend lent me a text-book on 'non-Euclidean Geometry',26 and the [4] problems were better than Hans Anderson27 to me for Anderson[']s ugly ducklings28 were swans all along though (as Ben Johnson29 said of Bacon)30 'concealed', while the non-Euclidean ducklings are genuine ducks that really turn into swans. I implore you to get up 'The Left, Right, and Central Cases', and "endless" and "infinite" will have new meanings and truth. But doubtless[?] you know all this.

You tempt me stronger than a little to write "My Dream[?]-Book" which you so kindly suggest as a fit out-going for my wayward form[?]. I have in sober truth long had another whimsy brewing — an immortal philosophy, an unmatchable Principia — and its title is "Topsyturvydom: the only true Philosophy: or the Intellectual advantage of Standing on One's Head". As boys we used to straddle our legs into V's, bend and gaze inverted at the landscape, and see new and changed beauties in old and familiar scenes landscapes. I am too stiff now to do it in the flesh: but I always do it in my [one word illeg.]. To see the hitherto unseen you must get aloof. Methinks the Pharisee31 'on the other side' saw that the 'certain man' was playing the confidence trick, while the goody Samaritan, being too close, was taken in nicely. Now from the habit of standing aloof (which you do with least trouble by on your head) I deduce the great principle that:

IT ALWAYS WAS AND ALWAYS IS NOW.

which is the only true doctrine of

THE REAL PRESENT.

Come with me a little yourself[?], O friend after my own heart, and look at this rocky bit of your Universe with me. Upside down with ye! Here! Lo! Thou art on Alpha Centauri32 and it is Valentine's Day 1010 on that Earth speck yonder. You turn your spectro-tele-omniscope upon it and look at the "things" just damp from Printing House Square.33 What's this! [5] It is dated Oct. 21. 1905!! Ah friend, you wanted to see the result of the parliamentary elections, etc. Well, we have unwound the thread of Time and the four-year-old part is NOW once again. See! there is a great liner slowing down into Albany S.A.34 Who is that hanging over the lee-rail, and what calls he, and what the answer. "Has Port Arthur35 fallen"? "Not Yet!!" Why that is ancient history — maybe, but look yonder where on on the shores of Pechili's Gulf36 stands the grim fortress on archaean grains[?], and you will see the little dauntless Japs plunging themselves, a human spray, to quench the belching fires of Russia's hordes.37 The Past IS present.

No, friend Wallace, I will not wait while you work out the phylogenic connection between the Centaur and the Dinosaur — we are bound for the Back-of-Beyond and our motive force is Something Between a Thing and a Thought and so light lags between us. Come a little deeper into Stella-Land, say so Alcyone the beauty among the fair Pleiads. Now come back to earth and say who is that tall white man, pale and feeble from malaria, lying in a Kadjang38 hut in a lovely tropic isle over which towers the Mountain of Sleep, Jidor.39 You, O friend, tis thy past self and thou has just dreamed thy sweet rarest dream which shall in the near hereafter, and for all time, be [one word illeg.] Natural Selection! The past is never dead, it is the present somewhere. And the past flits backwards into the star-depths so that the news is told from sun to sun and whispered to the misty nebulae. Think of it; somewhere, aye many-wheres, the story of your great discovery is ringing as news in delighted ears. If you flit a few light years nearer Earth, say to the outpost star of that cluster over there, you can see Darwin40 writing the 'Origin of Species'.41 If you like to fly into Star Depths a little faster than light you can [6] roam the Universe as a true prophet by simply reporting what has already happened as being surely about to come to pass. With a velocity of c. 185,000 miles a second42 Time ceases to exist, and only Space counts: at that speed it is always Now, above all it is always the Past which was Now and will be Future when it has been Past long enough.

"Puzzling?" Not a bit of it when you see what Jehovah conveyed to Moses when he said He was "I AM". [EHYEH].

Tennyson43 told someone he'd forgotten what he meant by men raising themselves on stepping stones of their dead selves.44 He knows quite well now, for he is permitted an occasional glance at his dead self as he wanders like a firefly. tangled in the silver braid of these same Pleiads we will now bid farewell to. Man is only allowed an occasional peep at his dead self, and very rarely at the dead selves of others. Few there be whose lives bear constant scanning, and to feel that every unworthy deed was still being enacted, and lay open to the curious gaze of acquaintances, would be too terrible a punishment even for mortal sin.

"So there is no place of punishment?"

"Oh! dont flatter yourself that way. The Universe is full of hells: that's what the dark stars are for. Everybody gets damned, because everybody deserves it. But they are only damned a bit at a time, the object being reformation. See that bright star down there?"

"Yes, it is Sirius".

"Quite so, and we know its dark companion as Sir R-ius, because it is the [one word illeg.] occupation[?] of good old Prof. Owen.45 Come and look at him, he has to serve there once in a geological period till [7] he has purged his continency[?]."

"Why, he looks gay as happy enough! He's lecturing on anatomy, quite in the old way."

"Ah yes. But look and listen. He has to demonstrate the preference[?] of a hippocampus union in anthropoid apes to Huxley's46 students; and do it with a smile. Thats where the gall comes in.

"I couldnt imagine Darwin being damned".

"Oh his is a special case. By a sort of family compact Darwin and his grandfather47 are being damned comfortably together. Darwin has to learn the Zoonomia48 by heart and repeat it to his grandfather. That is hell for both. I call it vindictive[."]

"And what is Huxley's lot?"

"Oh Huxley never was taken seriously by anybody but himself, so he has to sit with the bunch of bishops till he gets a civil tongue in his head. During his spells of penance he has nothing to eat but bacon from Gadarene swine.49 He's looked upon as sort of a joke. Look yonder and listen. Right off there where the Milky Way is thickest."

"I see two figures and hear sounds of merriment."

"Yes! You'll recognise one of them directly."

"Why it's Darwin! And who is with him?"

"Lamarck,50 of all others (Buffon51 is too exclusive, he never was[?] here, forgets he is of the Ancien régime). See; they have got a copy [8] of 'Man's Place in the Universe'. Lamarck bought it as the neatest[?] thing in fiction since he nearly pulled the giraffe's head off trying to make its neck longer. He invited Darwin for a week and out to 'go bush' on the frontier among the 'back blocks' of the Universe and get some of the nothing for analysis. Hark to them!"

[Lamarck.] "What a ding-dong, thorough[?] going, transparently honest old iconoclast he is! He has'nt one particle of you wonderful chia-oscuro,52 your transcendent power of making fog look like sunshine. His writings are like the vaccine lymph53 he abhors — very taxing[?]. And now he's telling US, US mind you, who've just been leaning over the edge of the ether, that all this parturient-mountain-ism54 is for the comfort of little Wallaces! And folk call him modest! Why he is the screamingest of humourites, a sort of inspirated quinterrancer[?] of Mark Twain.55 Oh, what a holiday we'll have when we take him on one of these trips."

[Darwin.] "Do be serious Lamarck. You never could understand Natural Selection. He dreamed wiser dreams when he was delirious and up to 104°F than you could in cold blood. He hasn't had our advantages. Wait till he has gone a 50,000,000-year backward journey, and followed up evolution as it took place, like we've done, and you'll find he'll make that a mere jumping-off place for more splendid generalisations than ever. He'll take it all in at a glance, and not want to waste precious time in trivial experiments, like poor Kelvin56 whom I onc met the other day blowing his blistered fingers which he'd burnt handling meteors to see if they got any life-germs[?] concealed about them."

And the two shadows passed out of sight and hearing behind [9] Halley's comet.

Imagine it all! To be able to go back and back till the first speck of protoplasm was beginning to make up its mind as to whether it would start as Bathybius57 (etymology: Gr. bathos, bosh[?]) or Amoeba, and follow it up through all the geological ages until the human race showed signs of senile decay in Winston Churchill58 and Kawit[?]!59

"It makes one wonder Skertchly, what one's own punishment may be."

"None can say, but I've heard it whispered that as you have never said a harsh word of anybody, not even of fools, and as your only detected crime was in not giving blind, instant adhesion to 'The Origin of Australia'60 you wont be really punished but only threatened. You'll be told that unless you trully repent and steadfastly believe that the Australian marsupials were, like Milton's joys,61 'without father bred', you will have publicly to vaccinate Castor and Pollux."62

"And what will be your lot, flippant one?"

"Cant say — dare not suggest. The most awful thing I can conceive would be to have to edit a new edition of Von Hartmann's63 'Philosophy of the Sub-conscious'.64

[Curtain]. [Aurora Australis plays.]65

You see I want a bigger Universe than you do. A Universe only some 1800 years radius! Do you think I should be contented if, lounging upon [10] the very fringe of the Universe the oldest event want I could see on Earth would be Pliny66 choking in Vesuvian ashes, or Ptolemy67 fixing[?] Venus in Gemini with a proto-astrolobe? No, I want one sufficiently extensive to let me see watch Trilobites68 ambling about and twiddling their little fringed legs at a Cambrian69 sea-side resort, and to watch those archetypal-spiders' ancestors, and see if they did begin using their gullets to think with, as Gaskell70 hath it, and so laid the foundation stone of the great V Templum Vertebrarium. However, if I cant pre-empt an allotment of that acreage[?] I'll have to cockatoo71 it on a smaller selection. [This is pure Australian land-nationalisation slang.] Anyhow, I think you have made good your first point, that the Universe is not of infinite extinct. First round to you.

The second point that we are in the central Galactic plane can also be conceded. A Mr. J. L. Adams,72 of Sydney, published in 1905 a little book on "The Milky Way"73 in which he tried to show the Galaxy was a peculiar sort of shadow effect due to the Earth's central position. He supposes, poor man, that all the firmament is pretty evenly star-studed, but that the smaller stars are blotted out with too much light — dazzled out, in fact, like a policeman bull's eyes the sight of a burglar — and that the Earth's shadow mutes down the light sufficiently to render the galactic stars visible. The science of the book is of the airy fairy Lilian74 type, but his diagrams might have been drawn for Man's Place. He necessarily has to make the Earth central, and he does it intrepidly. Which leads to

The Third Point that we are not far from the centre of that plane. This is [11] not quite so well established. The magnitude of the Stellar System compared with Earth is so vast that, as you yourself proceed to show, one may be very eccentric indeed and not find it out either by faith or sight. Thy verdict would be Scotch,75 but the balance of evidence — especially photographic & spectroscopic — is decidedly in favour of us being in the 'Temperate Zone'.

Point 4 is ancillary to 2 and 3 and stands or falls with them. On the whole (if any opinion is worth recording) I can only say you have made a better case than your opponents: so I'll proceed in the guise of a believer — of a wretched[?] candid frame.

All four theses are simply witnesses brought into court in support of a Heresy so great that my poor little marsupial lapse from virtue becomes orthodox by comparison. This is the ONLY habitable planet! Tatcho76 cant prevent my hair from becoming and keeping gray (I mean the few hairs left) when I think of it. It is a problem in one of my favourite studies, the theory of probabilities. Dont imagine Im a mathematician. I am not. I could no more construct an elaborate equation than I could lay an asteroid. But I love them. I can wallow in them. I can enjoy their music though I am neither composer nor instrumentalist. There seems to be a very big syncopated passage in your oratorio 'The Heavens are Telling'.77

The most dangerous (and delightful) of mathematical cruising grounds is the doctrine of chances. You proceed (quite accurately) to show that the essential life-conditions are so completely balanced, are in such a state of quasi unstable equilibrium, that it would take very little to upset it, and the chances are infinitely in favour of no other speck of dirt between the Old Orchard78 and Old Nick79 has having made such a mess of it.

I cant write a book to make my title clear to a fair sprinkling of [12] mansions in the skies, but the bovril80 of it is this. Protoplasm cant take its victuals hot. Cold swarry81 suits it; you know Dewar & Dyer82 grew Quaker Oats83 (or was it Force or Frame Food)84 after cold-storaging them in liquid hydrogen which is'nt a stone's throw from the Absolute Zero of temperature.85 And you know that only Salamanders and Devils can stand anything like a mere couple of hundred paltry little not-so-very-far-in-heights. The life-range is, in fact, more limited than the kitchen range.

Verb. sap. And forsooth the sap has a good deal to do with the matter. All life under ordinary conditions is more or less tee-total. It all seems to depend on H2O, its multiples, and its accommodating cousin hydroxyl, HO. But this is life under ordinary conditions at present prevailing. Yet there are some facts that show greater adaptability. For instance, in wool-scouring the fleeces are treated with steam-heated water close to boiling point (in the old methods the water was boiling), yet many of the boiled seeds germinate. I first knew of this about 1864 when I used to get foreign plants from a dumping ground for scour slurry in a field near Reigate.86

During the great drought which lasted 4 years ending in 1899 there was no green thing over hundreds of thousands of sq[uare] miles in our central parts. The ground temperate rose to about 120° and kept so for months at a stretch. All seeds and roots were dust-dry and too hot to handle. Yet a week after the rains all was green as Damscus Valley. The spores of fungi, of rotifiers87 &c, &c animal & vegetable are every year but dry, hot dirt, they lie on our (confounded) corrugated iron-roofs for months literally baking, yet at a shower the rolfer[?] (your true Arachne) sets its spinning wheel awhir as if the climate were Elysian. [13]

Some of our marsupials, and rabbits too, do without water everywhere, they are stauncher than Sir Wilfrid Lawson88 who 'didnt drink' either, but then he only recognised C2H6O89 as drink not H2O.

Doubtless you are right in saying coagulation of protoplasm takes place at about 160°F. But this is mistaking protoplasm and life, which is just what T.H. Huxley was liable to do at any moment.90 Now protoplasm is as you correctly emphasise a gelatinous creepy thing, as washy and watery as an Exeter Hall91 flight of oratory. But the living seed and spore and ovum is not this sort of slime at all, it is as dry as Mill's92 logic. The fact the water in it is dry just as water is in slaked lime. And living matter in this pseudo-dead condition can withstand much wider ranges of temperature than we are apt to remember.

Life always seems to me to be as much a thing as electricity is now pre known to be. I can quite easily visualise half-a-pint of life or six ounces of it. And some jugs of the same size are pint-pots and some are quart-pots. A Euploea93 after being well squelched in the thorax and stabbed with a pin will fly away and perform his own marriage-service and devour his own wedding feast as gaily as if he had thoroughly enjoyed your little automological attentions. A Junonia95 gives up the ghost at the very suggestion of forceps. You can slay a gorilla with one half-ounce pellet, you can fill up an anteater or a Phascoloarctos95 with lead till he is (brains, heart, lungs and all) like a galena94 lode, and yet he wont die. There are some things 'full of life' others seem only to have enough to keep their flesh from putrifying. To them it is the 'salt' of life indeed. Now this is only a side-issue, but you can see I imagine you can pack this Life into all sorts of vessels and in all sorts of quantities. This is another heresy for you to pluck faggots for against any Smithfield.95 But if you [14] had, like I have, a black bank of vesicular basalt,96 at the end of your garden, and if, as it is as this moment, it is sun-baked and bare of any bit of protoplasmic life, and if it should rain tonight, as it probably will, why you could see that barren basalt face creeping with slimy Mostoe[?]. Its Life Life-stuff is there asleep, a shower will wake it — but it would and can and did sleep on and take its death-like sleep for years.

Which leads me to another heresy. My notes, you see, are like some of your favourite roses 'Ramblars'. Protoplasm is much more animal than vegetable. Most landplants (and some aquatic, but there are landbased[?] who have taken to the water) have pinned their faith on chlorophyll, and the land animals have taken a mean advantage of this, and laid on the cabbage the duty of the cow, which whose whole duty is to provide for its own wants and not to cadge or become spoon-fed like a Socialist.

But the land is foreign territory, held by right of conquest and effective occupation — the water is the old[?] house — a life on (or in) the ocean waves is the real original life. And plants are land products for the most part, marine algae are much more animal than plant-like, and antherozoids97 and spermatozoa and all the many-syllabled non reproductive bodies remain animals to this day, in spite of botanists. A cow cant make a bone to save his skeleton till the cabbage makes it easy for him, but if you ask me to believe a Blue Point Oyster or a Brain Coral Polyp cant, why I dont believe it. There isnt enough chlorophyll in all the seven seas to supply the herrings for one season's catch on the Dogger Bank.98 They say, out here, that in some of the out-back townships the folk live by taking in one another's washing. Well the idea that all the sea-fog from the Leviathan99 that you cant draw out with an hook to [15] living that you can, and from the Radiolarian100 that is as restless as a Skertchly to the coral that is [after his wander-year] as stay at home as a snob[?], have to depend, directly or indirectly, upon the vegetation in the sea, appears as tall an order as it is to be asked (as we are) to derive all the kerosene Gilead P. Beck101 dreamed of from the distilled flesh of dead marines, or all the phosphate deposits from the dry bones of geological Elijah grave-yards. I suspect plenty of sea-folk can do their own catering direct from the inorganic stores.

I believe living beings of earth type could undergo, or as I'd put undertake, such wider modifications than at presented by the existing temperature range. Your statement, p.208, about the almost entire absence of reptiles from the artic regions does not get into the gold. Admit the fact; what does it prove? Pheasants, as you and I know and appreciated after a good dinner of Angus[?], are good tropic birds. But then there is the Golden Pheasant of your Plate III. Dirt. An. that I have also eaten, in the biting cold of north China. Havent we seen Humming Birds in snow? Cant you track W. Stripe's pad-spoor over Mongolian drifts? Isnt the mammoth an elephant? Reptiles could live in the artic if they could warm their blood and turn their scales into feather over-coats. Neither the Polar bear not the musk-ox are diminutive fowl, and they do pretty well where a Malay bear and buffalo would die of chillblains. You mustnt argue that because creatures that haven't adapted themselves to cold cant bear it, that other critters that have done so, dont count in the discussion. Doesnt an alpine primrosy thing melt the ice with its flower buds and blossom atop of the névé?102[16]

Now to get back to the main point, that the multiplicity of conditions necessary for life under it highly unlikely — you say impossible — for them to have occurred else-where or else-where. Now pardon me if I say this seems illogical.

The fact of these life-conditions having come about, and the extreme difficulty of their simultaneous commingling does not affect the probability of their recurring one iota. If a truly balanced, honestly tossed coin has come down heads 999 times running it would run a first-class miracle very close. But the probability of the next toss turning up tails is still ½ just as it was at first. The events that have gone before have no influence on those which follow. This is what the gambler, even the average thinker, never realises.

Put it this way. Suppose one had to pronounce judgement on the probability of a man working out the idea of Natural Selection at Ternate as a result of having been burnt at sea in the Atlantic.103 The chances dont afford sporting odds. Then what are the further chances of a man doing the same thing in Kent because he had found a fossil armadillo in Patagonia?104 Mix it up with the further improbability of both men having been naturalists in S. America. Suppose now a third man does the same thing because he had to examine timber for shipbuilding,105 and a fourth because he had looked admiringly upon a ring-straked[?] and speckled mulatto girl!106 How about odds now?

But if you say all four were engaged upon allied studies, I reply certainly — and nature is on all fours too. It is the directive [17] impulse that led to the same goal by diverse paths. It is parallel development, which to me is one of the clearest strains that a paleontology and astronomy sing to me. The same laws acting upon the same kind of matter everywhere are liable to produce the same results however amazing. But not all the laws acting upon all matter, in all places, at all times. Some laws flow naturally from conditions. There is no by-law issued by the Brisbane municipality against letting your footpath be mowed out with snow. Even granulation[?] (as you clearly see) is conditioned.

I cannot but think that if you apply your own reasoning to the Earth you will see that it cannot exist!! Do you remember Hans Breitmann's107 German surveyor who fetched up in the Far West after running[?] the levels[?] for the first transcontinental railway? A friend awaiting him arrives at this sapient conclusion (I quote from memory)

"If you kom der blains mich über

Nor by Hoorse[?] nor by Kanawl[?],

I sveres[?] you dis, Herr Schnitzel,

Du Bist nicht here ad all!

What hath been surely may be.

Now I think I can strengthen your case, which is pleasanter than pulling things to pieces. There are not three incomprehensibles but four. And the fourth is this. Mathematicians and Astronomers do not seem capable of appreciating geological and biological facts, whereas [18] geologists and naturalists can assimilate their facts like mother's milk. Sir G. Darwin108 may unwind the moon till it rubs shoulders with mother earth and I shouldn't dream of saying him nay. My old friend Osmond Fisher109 may transmute Darwin's moon into a Lunar Aphrodite and make her rise fresh from the foam of the Pacific at my back door, and I shant interfere one noun substantive. But when Sir Robert Bawls110 that in quite come-at-able geological times — say mid Paleozoic111 — all this took place, and huge tidal-waves hundreds, maybe thousands, of feet high raged round this earth in a few hours, say three, why then I raise my voice and utter the mystic watch-word Twaddle.

We know no such tides even took place in strategraphic times. We know that Cambrian rocks were laid down as gently in Cambrian times as many are on Cambria's coast today. The very lap of the lip of the tide has proved its tenderness by by lifting each tiny mica scale and mud-flake and laying it them smoothly in the gentlest way, piling more hundred and thousands of feet thick without fraying the delicate frustules of a graptolite.112 You and I have seen tropic rivers in flood; but the most devastating debacle that even uprooted a forest and tore the banks to atoms would be a mill-pond beside the postulated tide-wave of the Irish star-gazer. Not only could no living sea-thing survive, but every was coast would be torn to fragments and the debris would be piled in confused banks of agglomerate and breccia113 miles thick. A raging torrent sweeping round the Equator at a thousand miles an hour! Geology knows it not: geology knows it [19] never took place since Laurentian greiss114 was found. If it ever took place it must have been "ere granite wrought its upward impulse from earth's hearth of fire." Ball's bald book being busted, let us be sane again.

The above-reached conclusion has an important bearing on the Sun's age. The Judging by the character of the Cambrian fauna it is a fair deduction that the earth's climatic conditions have not greatly altered. I mean that I can see no reason why the Cambrian animals couldnt live quite comfortably on earth today, especially as our very old friend Lingula115 is positively flourishing within ten miles of where I write. Of course you give me credit for knowing all about glacial periods and be hot periods &c. What I mean is that so far as evidence goes it was just as cool (sometimes) and just as warm when trilobites lived as when their descendent Limulus116 lives. There is strong evidence for a Cambrian glacial shock.

Now this shows the Sun's heat has not diminished appreciably since Cambrian times at least. And this may mean one or both of two things that must be kept separate. It may mean:—

1. That the time elapsed since the Cambrian is too short to have made any serious draft[?] upon the solar energy — or

2. That the solar energy is being regularly replenished.

As regards the first I can only say that the wider my experience in the field grows the more and more sure I am that we must shorten geological time. Many phenomena show that rapid rock-forming and crustal deforming has been the rule. And paleontology tells the same lesson to many of us. But this does not mean that we may not require all the 50 millions Lord Kelvin allows us. It does mean that we have [20] no pressing need for hundreds of millions of years. I cannot to enlarge on this for want of space.

But to come to the second point. Even 50,000000 years would show very great alteration in the Sun's energy. Yet the Sun is as rigorous as ever and we geologists have proved it. Kelvin wisely hedged by saying 'if' there be some other source of energy his figures might need revision.

There is in Radium such a source, and Strutt117 has shown its geological value. But there are some points that I have not seen touched on by anyone. If, as I do, one [one word illeg.] the Periodic Law as representing a genetic truth, it seems reasonable to suppose that elements of high atomic weight, that is of more complex atomic structure are the most recent that form, and that the Sun must have slowed down a great deal before elements of at[omic]. w[eigh]t. 200 could form. After they did, and, say Uranium originated, it began to break up and the unstable, radio-active, thermogenetic element Radium began to be produced. From this moment the Sun's energy waste would be checked. Radium would form in the Earth long before it did in the Sun because being so much smaller the requisite temperature condition was sooner reached. The Earth's crust may have been well under-way by the time the Sun began making his radium. Hence the era of life may have roughly coincided at its beginning with the era of solar radium formation. This would help us over [21] two styles. It would show how we could have had a Cambrian ice-age, for the general climatic conditions would have remained fiarly constant. And it would explain why the rocks[?] swear the Sun isnt wearing out and the physicists say it is. I throw this out as a hint, but there is more behind.

Luckily for me I got your book and Arrhenius'118 'Worlds in Making'119 simultaneously and could compare them while fresh. His is a fine work, as stimulating as yours. And he fills the Universe full of life! I think he overdoes what you under-do. I have purposely refrained from saying much about radio-activity as you have not dealt with this side of the question. But it would help you much.

There are several points I might write about, but surely these 21pp. are enough for suffering humanity at a dose. I do heartily and sincerely thank you for one of the greatest treats I have had for years in this my southern exile.

S.B.J.S.

Corinda, Q[ueensland]

5. Feb. 1909.

"Id quoque, quod vivam, munus habere dei."

Ovid.120

Wallace, A.R. (1903) 'Man's Place in the Universe' London: Chapman and Hal
A biblical reference to the one good resident of Sodom and Gomorroah, who was spared during their destruction by God.
Earlier name for Fleet Street, the historic centre of journalism in London.
Paltock, R. (1750) 'The Life and Adventures of Peter Wilkins, a Cornish Man'.
Burnett, F.H. (1886) 'Little Lord Fauntleroy' New York: Scribner
In roman mythology, Veritas, the goddess of truth, hid in a well.
Wells, H. G. [?]
The abbreviations of the Latin verbum sapienti sat est ('a word to the wise is enough').
A reference to the line from Horace 'Parturient montes, nascetur ridiculus mus' meaning works that promise much but being few benefits.
A quote from the translation of Plato's Phaedo.
John 14:2, New Testament.
An incendiary weapon associated with the Byzantine Empire.
Romans 9:20, New Testament.
Four bright stars which were regarded by ancient Persians as guardians of the sky.
Reade, William Winwood (1838-1875). British philosopher, historian and explorer.
Reade, W.W. (1872) 'The Martyrdom of Man' London: Trubner & Co.
A type of protozoa.
A reference to the New Testament Book of Matthew.
Gauss, Johann Carl Friedrich (1777-1855). German mathematician and physicist.
Riemann, Bernhard (1826-1866). German mathematician.
Lobachevsky, Nikolai (1792-1856). Russian mathematician.
Bolyai, János (1802-1860). Hungarian mathematician.
Possibly a reference to the novella of the same name written by Edwin Abbott in 1884.
Bragg, William Henry (1862-1942). British mathematician, chemist and physicist.
Rutherford, Ernest (1871-1937). New Zealand-born nuclear physicist.
An alternative theory of geometry which differs on the nature of parallel lines.
Andersen, Hans-Christian (1805-1875). Danish writer.
Andersen published the fairy tale 'The Ugly Duckling' in 1843.
Jonson, Benjamin (1572-1637). English playwright, poet and actor.
Bacon, Francis (1561-1626). English philosopher.
A reference to the parable of the Good Samaritan, recounted in the Gospel of Luke, New Testament.
The closest star system to the Solar System.
A former street in London occupied by the King's Printer, and later 'The Times' newspaper.
Probably a reference to the port of Albany, Western Australia.
A battle in Manchuria in 1904/05, where Japan defeated Russia.
Now known as the Bohai Gulf of the Yellow Sea.
Referencing the Russo-Japanese war, 1904-5.
A district in Sulawesi, Indonesia.
Mountain of Sleep
Darwin, Charles Robert (1809-1882). British naturalist, geologist and author, notably of On the Origin of Species (1859).
Darwin, C. 1859 'The Origin of Species' London: John Murray
Exodus 3:14, Old Testament. 'ehyeh is "I am" in Hebrew.
Tennyson, Alfred (1809-1892). British Poet.
A quote from Tennyson's 1849 poem "In Memoriam".
Owen, Richard (1804-1892). British biologist, comparative anatomist and palaeontologist.
Huxley, Thomas Henry (1825-1895). British biologist known as "Darwin's Bulldog".
Darwin, Erasmus (1731-1802). British physician, author and grandfather of Charles Darwin.
Darwin, E. (1794) 'Zoonomia; or the Laws of Organic Life' 2 vols. London: J. Johnson
In the New Testament, Jesus exorcised demons from a man into these animals.
Lamarck, Jean Baptiste (1744-1829). French biologist.
A reference to the aristocratic title of: Leclerc, George-Louis (1707-1788). French naturalist and mathematician.
The technique of using contrasting light and shade in a picture.
Vaccine lymph.
A reference to Aesop's fable 'The Mountain in Labour', about promises to deliver much that result in little.
Clemens, Samuel Langhorne (1835-1910). American writer known by the pen name of ‘Mark Twain’.
Thomson, William (1824-1907), First Baron Kelvin. British mathematician and physicist.
Bathybius haeckelii was a substance that T.H. Huxley discovered and initially believed to be primordial matter, a source of all organic life.
Probably Churchill, Winston Spencer (1874-1965). British politician and writer. Prime Minister 1940-1945.
Kantet?
Skertchly, S.B.J. (1908) 'The Origin of Australia' Queensland: Royal Society of Queensland
A reference to John's Milton's 'Il Pensero' published in 1645/46.
Roman gods.
Hartmann, Eduard von (1842-1906). German philosopher.
Hartmann, E. von (1869) 'Philosophy of the Unconscious: Speculative Results According to the Induction Method of the Physical Sciences'
The Southern Lights.
Secundus, Gaius Plinius (23-79), 'Pliny the Elder'. Roman naturalist and philosopher, who died during an eruption of Vesuvius.
Ptolemy, Claudius (c100-c170). Greco-Roman astronomer.
An extinct group of marine arachnomorph arthropod.
Both a geological period from 540 to 485 million years ago and the Latin name for Wales.
Gaskell, William Holbrook (1847-1914). British Physiologist.
To farm on a small scale (Australian slang).
Adams, John Lowry (1844-1910). Australian banker and astronomer.
Adams, J.L 'The Milky Way; the Solution of the Problem of the Milky Way, Shewing It to Be a Special Shadow Effect'
Derogatory phrase, Taken from an 1830 Tennyson poem and today shortened to 'airy fairy', meaning something light and insubstantial.
A reference to the verdict of 'not proven' available to a Scottish court.
A brand of hair restoring tonic, trademarked by George R. Sims of London in 1897.
A movement of Joseph Haydn's 1798 oratorio 'The Creation'.
ARW's home in Broadstone, Dorset from 1902 to 1913.
A nickname for satan.
Meat extract paste developed by John Lawson Johnston in the 1870s.
A slang corruption of 'soirée'.
Dewar & Dyer?
American oat milling and breakfast cereal company, founded in 1901.
Frame or Force foods?
-273 degrees celsius.
A town in Surrey, England.
Microscopic aquatic animals of the phylum Rotifera.
Lawson, Wilfrid (1829-1906). British Liberal politician.
the chemical formula of ethyl alcohol. Lawson was a prominent temperance campaigner.
See 58 above.
A meeting hall which stood on the Strand, London and was associated with religious and philanthropic public meetings.
Probably Mill, John Stuart (1806-1873). British philosopher, political economist and civil servant.
A milkwood butterfly.
The natural form of lead sulphide, an important lead ore.
English heretics and political rebels were burned at the stake in Smithfield, London.
A volcanic rock with a typically pitted texture.
Another term for spermatozoid.
An area of the North Sea.
According to Jewish belief, a type of sea monster.
A type of protozoa.
A character in the 1876 novel 'The Golden Butterfly' by Walter Besant and James Rice.
A type of snow.
A reference to ARW's life.
A reference to Charles Darwin's work.
A reference to the work of: Matthew, Patrick (1790-1874) British arboriculturist and social reformer
Francis Galton?
A fictional character created in 1871 by Charles Godfrey Leland (1824-1903), and written in a combination of broken English and German.
Darwin, George Howard (1845-1912). Second son of Charles Robert Darwin; astronomer and mathematician.
Fisher, Osmond (1817-1914). British geologist and geophysicist.
Probably a word play on the name of: Ball, Robert Stawell (1840-1913). Irish astronomer and mathematician.
About 400 million years ago.
A fossilised life form from the middle Cambrian period.
Sedimentary rocks composed of large angular fragments.
Laurentian greiss
A brachiopod genus of the family Lingulidae.
A genus of horseshoe crab.
Strutt, Robert John (1875-1947). British physicist.
Arrhenius, Svante August (1859-1927). Swedish physicist and chemist.
Arrhenius, S.A (1908) 'Worlds in the Making' translated by H. Borns, London: Harper & Brothers
Latin, translated as: "This also, that I live, O consider a gift from God" attributed to Publius Ovidius Naso known as 'Ovid' (43 BC-c18)

Please cite as “WCP469,” in Beccaloni, G. W. (ed.), Ɛpsilon: The Alfred Russel Wallace Collection accessed on 26 April 2024, https://epsilon.ac.uk/view/wallace/letters/WCP469