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Stanford 1904
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NOTES from STANFORD'S GEOLOGICAL ATLAS, 1914

FA  
These notes are taken from Stanford's Geological Atlas of Great Britain and Ireland, by Horace B Woodward, published by Edward Stanford, 12-14 Long Acre, London, 1904, 3rd edn 1914. The atlas studied is in the Map Collection of Hampshire CC Museums Service, item HMCMS:FA2002.654
map type: HantsMap & Stanford 1904
The atlas size is: wxh = 14x20cm; the book has been rebound, amateurishly, and its map plates are trimmed a bit tight. Remember that these notes are biased toward a Hampshire interest.

Atlas

The atlas has:- title page; preface by H B Woodward, Croydon, Surrey, 1913; contents, list of sections, views, geological maps, plates of fossils; table of strata and list of characteristic fossils; descriptions of geology of countries and individual counties; descriptions of the geology seen on railway journeys; list of fossils; index; 64 colour printed geological maps of Great Britain and the counties (some maps are documented separately); plates of fossils.
Title page:-
STANFORD'S GEOLOGICAL ATLAS OF GREAT BRITAIN AND IRELAND WITH PLATES OF CHARACTERISTIC FOSSILS PRECEDED BY DESCRIPTIONS OF THE GEOLOGICAL STRUCTURE OF GREAT BRITAIN AND IRELAND AND THEIR COUNTIES; OF THE CHANNEL ISLANDS; AND OF THE FEATURES OBSERVABLE ALONG THE PRINCIPAL LINES OF RAILWAY BY HORACE B. WOODWARD, F.R.S., F.G.S.
THIRD EDITION LONDON: EDWARD STANFORD, LTD. 12, 13, & 14, LONG ACRE, W.C. 1914
The preface explains the sources of information for the geological descriptions and maps, pp.v-vi:-
PREFACE
THE first edition of Stanford's Geological Atlas ... was published in 1904. It was based in general plan, and especially in regard to the maps, on Reynold's Geological Atlas ... 1860 and 1889. The text, however, was entirely re-written, ... descriptions of the geological features observable along the main lines of railway were added.
A few of the original text-illustrations were retained; others were borrowed from Sir Andrew C. Ramsay's Physical Geology and Geography of Great Britain. The figures of fossils were reproduced chiefly from Lowry's Tabular View of Characteristic British Fossils; others were taken from the Chart of Fossil Crustacea, arranged by J. W. Salter and Dr. Henry Woodward, and a few from Ramsay's Physical Geology.
The maps in the original Atlas were based to a large extent on those of the Geological Survey, and they have been revised, as far as the scale has permitted, from the later published maps of that institution.
...
The present edition has been amplified ... [little of significance to Hampshire].
...
HORACE B. WOODWARD. / CROYDON. / September 1913.

Geology

Facing page 1 there is a table of strata, a key for the geological maps, and list of their fossils. Each stratum has a coloured rectangle labelled with a number (colours can only be described roughly). The strata that concern Hampshire are numbers 3 to 8:-

INDEX TO GEOLOGICAL MAPS. / PRINCIPAL ORGANIC REMAINS OR FOSSILS.
...
3 [pale brown] OLIGOCENE: Fluvio-marine Series (shelly clays, sands and limestones) .. .. .. Insects, Mollusca (Corbula, Cyrena, Cytherea, Bulimus, Cerithium, Limnaea, Planorbis); Crocodiles, Chelonians (Trionyx, Emys); Mammals (Anoplotherium, Palaeotherium).
4 [mid brown] UPPER EOCENE: Barton, Bracklesham and Bagshot Beds (sands and clays) .. .. .. Plants (Aralia, Ficus, Sequoia); Nummulites, Insects, Mollusca (Cardita, Crassatella, Cerithium, Conus, Fusus, Rostellaria, Voluta); Reptiles (Chelone, Paelaeophis); Mammals (Lophiodon).
5 [brown] LOWER EOCENE: London Clay / Lower London Tertiaries (pebble beds, sands and clays) Plants (Nipadites); Crustacea; Mollusca (Cyprina, Cyrena, Corbula, Pectunculus, Pleurotoma, Voluta, Nautilus); Fishes, Crocodiles, Turtles, Birds, Mammals (Hyracotherium).
6 [pale green] CHALK .. .. .. Foraminifera; Sponges (Ventriculites); Echinoderms (Echinocorys, Galerites, Marsupites, Micraster); Brachiopods; Mollusca (Inoceramus, Ostrea, Pecten, Ammonites, Belemnitella, Scaphites); Fishes, Saurians, Birds (Enaliornis).
7 [cyan] UPPER GREENSAND AND GAULT CLAY (SELBORNIAN) .. .. .. Sponges (Siphonia); Crustacea; Mollusca (Exogyra, Pecten, Inoceramus, Ammonites, Belemnites); Fishes.
8 [green] LOWER GREENSAND .. .. .. Sponges; Crustacea (Meyeria); Brachiopods; Mollusca (Exogyra, Perna, Trigonia, Ammonites).
...
In the text on the Geological Structure of Great Britain there is a tabulation of the:-
FORMATIONS OF GREAT BRITAIN
SEDIMENTARY AND METAMORPHIC ROCKS
These are listed with their thicknesses in feet:-
   Caenozoic
     Quaternary
       ---
         RECENT OR HOLOCENE
           Alluvium with peat, Blown Sand, Estuarine and Marine beds, Newer Raised Beaches
         PLEISTOCENE
           River Gravel and Brickearth, Older Raised Beaches
           Glacial Drift - 200ft.
     Tertiary
       ---
         PLIOCENE
           Cromer Forest Bed Series - 30ft.
           Norwich and Red Crags - up to 150ft.
           Coralline Crag and Lenham Beds - 40 to 80ft.
         OLIGOCENE (Fluvio-marine series)
           Hamstead Beds - 260ft.
           Bembridge Beds - 110ft.
           Osborne Beds - 100ft.
           Headon Beds - 150ft.
         EOCENE
           Upper-Bagshot Beds = Barton Sands / Barton Clay - 200ft.
           Bracklesham Beds - 400 to 650ft.
           Lower Bagshot Beds - 10 to 600ft.
           London Clay - 50 to 480ft.
           Oldhaven and Blackheath Beds - 10 to 60ft.
           Woolwich and Reading Beds - 15 to 150ft.
           Thanet Beds - 20 to 60ft.
   ---
     Secondary or Mesozoic
       ---
         CRETACEOUS
           Chalk - up to 1750ft.
           Upper Greensand (Selbornian) - 40 to 120ft.
           Gault (Selbornian) - 100 to 250ft.
           Lower Greensand - 250 to 600ft.
         WEALDEN-PURBECK
           Wealden = Weald Clay / Hastings Sands - 1500ft.
           Purbeck Beds - 50 to 400ft.
       Jurassic
         OOLITIC SERIES
           Portland Beds - 80 to 300ft.
           Kimeridge Cay - 100 to 1200ft.
           Corallian Beds - 50 to 200ft.
           Oxford Clay and Kellaways Beds - 300 to 600ft.
           Cornbrash - 5 to 30ft.
           Great Oolite Series = Forest Marble, Bradford Clay, and Great Oolite Clay / Great Oolite, Stonesfield Slate, and Fuller's Earth - 130 to 250ft.
           Inferior Oolite Series including Midford Sands (passage-beds) - 15 to 250ft.
         LIASSIC
           Upper Lias - 25 to 200ft.
           Middle Lias - 50 to 350ft.
           Lower Lias - 450 to 960ft.
       New Red Sandstone
         TRIASSIC
           Rhaetic Beds - 30 to 120ft.
           Red Marl and Sandstone (Keuper) - 500 to 1500ft.
           Red Sandstone and Pebble-Beds (Bunter) - 1000 to 2000ft.
         PERMIAN
           Magnesian Limestone Series / Red Sandstone, Breccia, and Conglomerate - 500 to 1500ft.
   ---
     Primary
       Palaeozoic
         CARBONIFEROUS
           Coal-measures - 200 to 8000ft.
           Millstone Grit - up to 4000ft.
           Carboniferous Limestone Series and Calciferous Limestone - 800 to 4000ft.
         OLD RED SANDSTONE and DEVONIAN
           Upper Old Red Sandstone / Devonian / Lower Old Red Sandstone - 2000 to 4000ft.
         SILURIAN
           Ludlow Series - 700 to 1400ft.
           Wenlock Series - 2000 to 4000ft.
           May Hill or Llandovery Series - 2000 to 3000ft.
         ORDOVICIAN
           Bala and Caradoc Series - 4000 to 12000ft.
           Llandeilo Beds - 3000 to 4000ft.
           Arenig Series - 1000 to 2500ft.
         CAMBRIAN
           Tremadoc Series - 1000ft.
           Lingula Flag Series - 4000 to 5000ft.
           Menevian Series - 600 to 750ft.
           Harlech Series - 3000 to 8000ft.
       Pre-Cambrian and Archaean
         TORRIDONIAN
           Torridon Sandstone and Longmyndian
         URICONIAN
           Wrekin Volcanic Series, Pebedian, etc
         DALRADIAN
           Highland Schists
         LEWISIAN
           Hebridean or Fundamental Series
Then a list of:-
IGNEOUS ROCKS
   Acid. Granite, Quartz-porphyry, Felsite, Pitchstone, Rhyolite
   Intermediate. Syenite, Diorite, Andesite, Trachyte
   Basic. Gabbro, Diabase, Dolerite, Basalt
   Ultra-basic. Serpentine
Also see:-

button map type Stanford 1904 -- menu of resources
button Hampshire Geology -- STN1HAM.txt
button Geological Map of Great Britain -- STN1GB.txt

button source item -- HMCMS:FA2002.654 -- map
button list of map notes

HantsMap Notes -- STANF1.txt
MN: 21.4.2003
last edit: 21.4.2003