Annual report . ut an inch in thickness; (2) The map shows, at the northeastcorner of the lake, near Deer bay, a bed of blue limestone lying in the Hastings grey-wacke. The relation of this limestone bed to adjacent rocks is not clear. It may beinterbedded with the greywacke, which seems the most obvious explanation; or, it maybe a long ridge of the Grenville basement on which the Hastings greywacke was depo-sisted; or, it may be a slice of the Grenville limestone faulted against the greywacke;(3) A band of yellowish brown limestone 15 inches wide appears to be interstratifiedwith the conglome Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/annual-report-ut-an-inch-in-thickness-2-the-map-shows-at-the-northeastcorner-of-the-lake-near-deer-bay-a-bed-of-blue-limestone-lying-in-the-hastings-grey-wacke-the-relation-of-this-limestone-bed-to-adjacent-rocks-is-not-clear-it-may-beinterbedded-with-the-greywacke-which-seems-the-most-obvious-explanation-or-it-maybe-a-long-ridge-of-the-grenville-basement-on-which-the-hastings-greywacke-was-depo-sisted-or-it-may-be-a-slice-of-the-grenville-limestone-faulted-against-the-greywacke3-a-band-of-yellowish-brown-limestone-15-inches-wide-appears-to-be-interstratifiedwith-the-conglome-image340117915.html
RM2AN9KTB–Annual report . ut an inch in thickness; (2) The map shows, at the northeastcorner of the lake, near Deer bay, a bed of blue limestone lying in the Hastings grey-wacke. The relation of this limestone bed to adjacent rocks is not clear. It may beinterbedded with the greywacke, which seems the most obvious explanation; or, it maybe a long ridge of the Grenville basement on which the Hastings greywacke was depo-sisted; or, it may be a slice of the Grenville limestone faulted against the greywacke;(3) A band of yellowish brown limestone 15 inches wide appears to be interstratifiedwith the conglome
. The Earth beneath the sea : History . Fissure Fig. 10. Types of continental margins, (a) Constructional, subsiding type. Wide shelf, wide and thick sedimentary basin, e.g. eastern North America, North-west Europe. (b) 1. Flexured type. No significant sedimentation, e.g. Provence (at Nice, no shelf at all). 2. Flexured type with narrow shelf and sediinentary wedge. Intermediate between (a) and (bl). Probable examples, West and South Africa, (c) 1. Faulted type. Irregularities in basement filled up by sedimentation. Probable example, Queensland. 2. Block-faulted type. Sedimentation in dowTifau Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-earth-beneath-the-sea-history-fissure-fig-10-types-of-continental-margins-a-constructional-subsiding-type-wide-shelf-wide-and-thick-sedimentary-basin-eg-eastern-north-america-north-west-europe-b-1-flexured-type-no-significant-sedimentation-eg-provence-at-nice-no-shelf-at-all-2-flexured-type-with-narrow-shelf-and-sediinentary-wedge-intermediate-between-a-and-bl-probable-examples-west-and-south-africa-c-1-faulted-type-irregularities-in-basement-filled-up-by-sedimentation-probable-example-queensland-2-block-faulted-type-sedimentation-in-dowtifau-image178488545.html
RMMAARXW–. The Earth beneath the sea : History . Fissure Fig. 10. Types of continental margins, (a) Constructional, subsiding type. Wide shelf, wide and thick sedimentary basin, e.g. eastern North America, North-west Europe. (b) 1. Flexured type. No significant sedimentation, e.g. Provence (at Nice, no shelf at all). 2. Flexured type with narrow shelf and sediinentary wedge. Intermediate between (a) and (bl). Probable examples, West and South Africa, (c) 1. Faulted type. Irregularities in basement filled up by sedimentation. Probable example, Queensland. 2. Block-faulted type. Sedimentation in dowTifau
. Occasional papers of the California Academy of Sciences . 35 it seems unlikely in a country so much folded and faulted and withso many exposures of the basement rocks, that the Eocene could re-main unknown if it were present. It is the writers conclusion thatthe provinces of Code and Veraguas were mostly land areas in Eocenetime. The deposition of the late Eocene seems to coincide with thedying phases of a vulcanism of which the greates^^-aetivity of theperiod was in Darien Province around the head of San Miguel Bay.Practically all the Eocene is of shallow water deposition. Oligocene Oligoce Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/occasional-papers-of-the-california-academy-of-sciences-35-it-seems-unlikely-in-a-country-so-much-folded-and-faulted-and-withso-many-exposures-of-the-basement-rocks-that-the-eocene-could-re-main-unknown-if-it-were-present-it-is-the-writers-conclusion-thatthe-provinces-of-code-and-veraguas-were-mostly-land-areas-in-eocenetime-the-deposition-of-the-late-eocene-seems-to-coincide-with-thedying-phases-of-a-vulcanism-of-which-the-greates-aetivity-of-theperiod-was-in-darien-province-around-the-head-of-san-miguel-baypractically-all-the-eocene-is-of-shallow-water-deposition-oligocene-oligoce-image369627521.html
RM2CD9YJW–. Occasional papers of the California Academy of Sciences . 35 it seems unlikely in a country so much folded and faulted and withso many exposures of the basement rocks, that the Eocene could re-main unknown if it were present. It is the writers conclusion thatthe provinces of Code and Veraguas were mostly land areas in Eocenetime. The deposition of the late Eocene seems to coincide with thedying phases of a vulcanism of which the greates^^-aetivity of theperiod was in Darien Province around the head of San Miguel Bay.Practically all the Eocene is of shallow water deposition. Oligocene Oligoce
. The Earth beneath the sea : History . Scale in foreground Or 500 fm •1 Noutica mile Fig. 12. Block diagram of the faulted shelf at Abulat Island, Saudi Arabia, Red Sea (40°E, 20°N). Many coral knolls on upper platform. ¥, faidt. Crosses, basement. Dots, coral and coral mud (the thickness is hypothetical). Maximum height of Abulat Island above sea-level: 100 ft. (Modified from Guilcher, 1955.) consists of uplifted corals of late Pleistocene or Recent age dissected by many small fault scarps; the main direction of these scarps is again NW-SE. From the lower platform long, narrow ridges rise ab Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-earth-beneath-the-sea-history-scale-in-foreground-or-500-fm-1-noutica-mile-fig-12-block-diagram-of-the-faulted-shelf-at-abulat-island-saudi-arabia-red-sea-40e-20n-many-coral-knolls-on-upper-platform-faidt-crosses-basement-dots-coral-and-coral-mud-the-thickness-is-hypothetical-maximum-height-of-abulat-island-above-sea-level-100-ft-modified-from-guilcher-1955-consists-of-uplifted-corals-of-late-pleistocene-or-recent-age-dissected-by-many-small-fault-scarps-the-main-direction-of-these-scarps-is-again-nw-se-from-the-lower-platform-long-narrow-ridges-rise-ab-image178488551.html
RMMAARY3–. The Earth beneath the sea : History . Scale in foreground Or 500 fm •1 Noutica mile Fig. 12. Block diagram of the faulted shelf at Abulat Island, Saudi Arabia, Red Sea (40°E, 20°N). Many coral knolls on upper platform. ¥, faidt. Crosses, basement. Dots, coral and coral mud (the thickness is hypothetical). Maximum height of Abulat Island above sea-level: 100 ft. (Modified from Guilcher, 1955.) consists of uplifted corals of late Pleistocene or Recent age dissected by many small fault scarps; the main direction of these scarps is again NW-SE. From the lower platform long, narrow ridges rise ab