Amphistegina quoyi, Print, Amphistegina is a genus of foraminiferal protists included in the Rotaliida with a stritigraphic range extending from the Eocene to recent and a cosmopolitan distribution. The test is an asymmetrically biconvex trochospiral that may be bi-involute or partially evolute on the spiral side. Chambers are numerous, broad. and low, strongly curved back at the periphery to form chamber prolongations. The umbilical side is stellate, like that of Asterigerina, and has a distinct umbilical plug. The wall is calcareous, optically radial; the surfacce finely perforate and smooth Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/amphistegina-quoyi-print-amphistegina-is-a-genus-of-foraminiferal-protists-included-in-the-rotaliida-with-a-stritigraphic-range-extending-from-the-eocene-to-recent-and-a-cosmopolitan-distribution-the-test-is-an-asymmetrically-biconvex-trochospiral-that-may-be-bi-involute-or-partially-evolute-on-the-spiral-side-chambers-are-numerous-broad-and-low-strongly-curved-back-at-the-periphery-to-form-chamber-prolongations-the-umbilical-side-is-stellate-like-that-of-asterigerina-and-has-a-distinct-umbilical-plug-the-wall-is-calcareous-optically-radial-the-surfacce-finely-perforate-and-smooth-image328665362.html
RM2A2M00J–Amphistegina quoyi, Print, Amphistegina is a genus of foraminiferal protists included in the Rotaliida with a stritigraphic range extending from the Eocene to recent and a cosmopolitan distribution. The test is an asymmetrically biconvex trochospiral that may be bi-involute or partially evolute on the spiral side. Chambers are numerous, broad. and low, strongly curved back at the periphery to form chamber prolongations. The umbilical side is stellate, like that of Asterigerina, and has a distinct umbilical plug. The wall is calcareous, optically radial; the surfacce finely perforate and smooth
Rotalia which is modern Foraminiferal types, vintage line drawing or engraving illustration. Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/rotalia-which-is-modern-foraminiferal-types-vintage-line-drawing-or-engraving-illustration-image244592941.html
RFT5X4P5–Rotalia which is modern Foraminiferal types, vintage line drawing or engraving illustration.
Nummulitic limestone or foraminiferal limestone. This sample comes from Tavertet, Barcelona, Catalonia, Spain. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/nummulitic-limestone-or-foraminiferal-limestone-this-sample-comes-from-tavertet-barcelona-catalonia-spain-image559088623.html
RF2RDGK6R–Nummulitic limestone or foraminiferal limestone. This sample comes from Tavertet, Barcelona, Catalonia, Spain.
this diagram shows schwagerina verbecki, it is a typical foraminiferal shell shaped with geometrical patterns, vintage line drawing or engraving illus Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/this-diagram-shows-schwagerina-verbecki-it-is-a-typical-foraminiferal-shell-shaped-with-geometrical-patterns-vintage-line-drawing-or-engraving-illus-image359343552.html
RF2BTHEA8–this diagram shows schwagerina verbecki, it is a typical foraminiferal shell shaped with geometrical patterns, vintage line drawing or engraving illus
Nummulitic limestone or foraminiferal limestone. This photo was taken in Rupit, Barcelona, Catalonia, Spain. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/nummulitic-limestone-or-foraminiferal-limestone-this-photo-was-taken-in-rupit-barcelona-catalonia-spain-image559088619.html
RF2RDGK6K–Nummulitic limestone or foraminiferal limestone. This photo was taken in Rupit, Barcelona, Catalonia, Spain.
Natural specimen of foraminiferal limestone - organogenic sedimentary rock, reliefs, carvings and sculpture, on white background. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/natural-specimen-of-foraminiferal-limestone-organogenic-sedimentary-rock-reliefs-carvings-and-sculpture-on-white-background-image435852859.html
RF2G92PNF–Natural specimen of foraminiferal limestone - organogenic sedimentary rock, reliefs, carvings and sculpture, on white background.
Amphistegina quoyi, Print, Amphistegina is a genus of foraminiferal protists included in the Rotaliida with a stritigraphic range extending from the Eocene to recent and a cosmopolitan distribution. The test is an asymmetrically biconvex trochospiral that may be bi-involute or partially evolute on the spiral side. Chambers are numerous, broad. and low, strongly curved back at the periphery to form chamber prolongations. The umbilical side is stellate, like that of Asterigerina, and has a distinct umbilical plug. The wall is calcareous, optically radial, the surfacce finely perforate and smooth Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/amphistegina-quoyi-print-amphistegina-is-a-genus-of-foraminiferal-protists-included-in-the-rotaliida-with-a-stritigraphic-range-extending-from-the-eocene-to-recent-and-a-cosmopolitan-distribution-the-test-is-an-asymmetrically-biconvex-trochospiral-that-may-be-bi-involute-or-partially-evolute-on-the-spiral-side-chambers-are-numerous-broad-and-low-strongly-curved-back-at-the-periphery-to-form-chamber-prolongations-the-umbilical-side-is-stellate-like-that-of-asterigerina-and-has-a-distinct-umbilical-plug-the-wall-is-calcareous-optically-radial-the-surfacce-finely-perforate-and-smooth-image349751510.html
RF2B90FHA–Amphistegina quoyi, Print, Amphistegina is a genus of foraminiferal protists included in the Rotaliida with a stritigraphic range extending from the Eocene to recent and a cosmopolitan distribution. The test is an asymmetrically biconvex trochospiral that may be bi-involute or partially evolute on the spiral side. Chambers are numerous, broad. and low, strongly curved back at the periphery to form chamber prolongations. The umbilical side is stellate, like that of Asterigerina, and has a distinct umbilical plug. The wall is calcareous, optically radial, the surfacce finely perforate and smooth
Foraminifera and other zoophytes, magnified, from the chalk at Gravesend, a Cretaceous Period deposit in England. Illustration after Ehrenberg, from Louis Figuier's The World Before the Deluge, 1867 American edition. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/foraminifera-and-other-zoophytes-magnified-from-the-chalk-at-gravesend-a-cretaceous-period-deposit-in-england-illustration-after-ehrenberg-from-louis-figuiers-the-world-before-the-deluge-1867-american-edition-image246589778.html
RMT953NP–Foraminifera and other zoophytes, magnified, from the chalk at Gravesend, a Cretaceous Period deposit in England. Illustration after Ehrenberg, from Louis Figuier's The World Before the Deluge, 1867 American edition.
. Relics of primeval life, beginning of life in the dawn of geological time. various associatedminerals. An extensive series of notes and cameratracings were made of all the appearances observed ;and of some of the more important structuresbeautiful drawings were executed by the late Mr.H. S. Smith, the then palaeontological draughtsmanof the Survey. The result of the whole investigationwas a firm conviction that the structure was organicand probably foraminiferal, and that it could bedistinguished from any merely mineral or crystallineforms occurring in these or other limestones. At this stag Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/relics-of-primeval-life-beginning-of-life-in-the-dawn-of-geological-time-various-associatedminerals-an-extensive-series-of-notes-and-cameratracings-were-made-of-all-the-appearances-observed-and-of-some-of-the-more-important-structuresbeautiful-drawings-were-executed-by-the-late-mrh-s-smith-the-then-palaeontological-draughtsmanof-the-survey-the-result-of-the-whole-investigationwas-a-firm-conviction-that-the-structure-was-organicand-probably-foraminiferal-and-that-it-could-bedistinguished-from-any-merely-mineral-or-crystallineforms-occurring-in-these-or-other-limestones-at-this-stag-image336620475.html
RM2AFJARR–. Relics of primeval life, beginning of life in the dawn of geological time. various associatedminerals. An extensive series of notes and cameratracings were made of all the appearances observed ;and of some of the more important structuresbeautiful drawings were executed by the late Mr.H. S. Smith, the then palaeontological draughtsmanof the Survey. The result of the whole investigationwas a firm conviction that the structure was organicand probably foraminiferal, and that it could bedistinguished from any merely mineral or crystallineforms occurring in these or other limestones. At this stag
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-image598924891.html
RF2WPBAPK–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549730081.html
RF2PXAA95–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
. Dawn of life: being the history of the oldest known fossil remains, and their relation to geological time and to the development of the animal kingdom. Paleontology; Eozoon; Life. WHAT IS EOZOON 75 bonate of lime^ resembling tlie cliamber-wall so closely that it is nearly impossible to make out the difference, and thus is likely to pass altogether unobserved by collectors,, and to baffle even the microscopist. (Pig. 24.) Although therefore the layers which contain well characterized Eozoon are few and far between,. Fig. 21. Foraminiferal Eock Builders. (a.) Nnniimilites Itevigata—Eocene. (b. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/dawn-of-life-being-the-history-of-the-oldest-known-fossil-remains-and-their-relation-to-geological-time-and-to-the-development-of-the-animal-kingdom-paleontology-eozoon-life-what-is-eozoon-75-bonate-of-lime-resembling-tlie-cliamber-wall-so-closely-that-it-is-nearly-impossible-to-make-out-the-difference-and-thus-is-likely-to-pass-altogether-unobserved-by-collectors-and-to-baffle-even-the-microscopist-pig-24-although-therefore-the-layers-which-contain-well-characterized-eozoon-are-few-and-far-between-fig-21-foraminiferal-eock-builders-a-nnniimilites-itevigataeocene-b-image216098701.html
RMPFG42N–. Dawn of life: being the history of the oldest known fossil remains, and their relation to geological time and to the development of the animal kingdom. Paleontology; Eozoon; Life. WHAT IS EOZOON 75 bonate of lime^ resembling tlie cliamber-wall so closely that it is nearly impossible to make out the difference, and thus is likely to pass altogether unobserved by collectors,, and to baffle even the microscopist. (Pig. 24.) Although therefore the layers which contain well characterized Eozoon are few and far between,. Fig. 21. Foraminiferal Eock Builders. (a.) Nnniimilites Itevigata—Eocene. (b.
Amphistegina haueri, Print, Amphistegina is a genus of foraminiferal protists included in the Rotaliida with a stritigraphic range extending from the Eocene to recent and a cosmopolitan distribution. The test is an asymmetrically biconvex trochospiral that may be bi-involute or partially evolute on the spiral side. Chambers are numerous, broad. and low, strongly curved back at the periphery to form chamber prolongations. The umbilical side is stellate, like that of Asterigerina, and has a distinct umbilical plug. The wall is calcareous, optically radial; the surfacce finely perforate and Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/amphistegina-haueri-print-amphistegina-is-a-genus-of-foraminiferal-protists-included-in-the-rotaliida-with-a-stritigraphic-range-extending-from-the-eocene-to-recent-and-a-cosmopolitan-distribution-the-test-is-an-asymmetrically-biconvex-trochospiral-that-may-be-bi-involute-or-partially-evolute-on-the-spiral-side-chambers-are-numerous-broad-and-low-strongly-curved-back-at-the-periphery-to-form-chamber-prolongations-the-umbilical-side-is-stellate-like-that-of-asterigerina-and-has-a-distinct-umbilical-plug-the-wall-is-calcareous-optically-radial-the-surfacce-finely-perforate-and-image328665361.html
RM2A2M00H–Amphistegina haueri, Print, Amphistegina is a genus of foraminiferal protists included in the Rotaliida with a stritigraphic range extending from the Eocene to recent and a cosmopolitan distribution. The test is an asymmetrically biconvex trochospiral that may be bi-involute or partially evolute on the spiral side. Chambers are numerous, broad. and low, strongly curved back at the periphery to form chamber prolongations. The umbilical side is stellate, like that of Asterigerina, and has a distinct umbilical plug. The wall is calcareous, optically radial; the surfacce finely perforate and
this figure shows Fusulina cylindrica, a typical foraminiferal shell, the shell is made of calcium carbonate, vintage line drawing or engraving illust Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/this-figure-shows-fusulina-cylindrica-a-typical-foraminiferal-shell-the-shell-is-made-of-calcium-carbonate-vintage-line-drawing-or-engraving-illust-image359340350.html
RF2BTHA7X–this figure shows Fusulina cylindrica, a typical foraminiferal shell, the shell is made of calcium carbonate, vintage line drawing or engraving illust
Foraminiferal limestone carbonate rock in nature, golden stone, gilded rocks, Natural specimen of - organogenic sedimentary rock Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/foraminiferal-limestone-carbonate-rock-in-nature-golden-stone-gilded-rocks-natural-specimen-of-organogenic-sedimentary-rock-image435852847.html
RF2G92PN3–Foraminiferal limestone carbonate rock in nature, golden stone, gilded rocks, Natural specimen of - organogenic sedimentary rock
Amphistegina haueri, Print, Amphistegina is a genus of foraminiferal protists included in the Rotaliida with a stritigraphic range extending from the Eocene to recent and a cosmopolitan distribution. The test is an asymmetrically biconvex trochospiral that may be bi-involute or partially evolute on the spiral side. Chambers are numerous, broad. and low, strongly curved back at the periphery to form chamber prolongations. The umbilical side is stellate, like that of Asterigerina, and has a distinct umbilical plug. The wall is calcareous, optically radial, the surfacce finely perforate and smoot Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/amphistegina-haueri-print-amphistegina-is-a-genus-of-foraminiferal-protists-included-in-the-rotaliida-with-a-stritigraphic-range-extending-from-the-eocene-to-recent-and-a-cosmopolitan-distribution-the-test-is-an-asymmetrically-biconvex-trochospiral-that-may-be-bi-involute-or-partially-evolute-on-the-spiral-side-chambers-are-numerous-broad-and-low-strongly-curved-back-at-the-periphery-to-form-chamber-prolongations-the-umbilical-side-is-stellate-like-that-of-asterigerina-and-has-a-distinct-umbilical-plug-the-wall-is-calcareous-optically-radial-the-surfacce-finely-perforate-and-smoot-image349751509.html
RF2B90FH9–Amphistegina haueri, Print, Amphistegina is a genus of foraminiferal protists included in the Rotaliida with a stritigraphic range extending from the Eocene to recent and a cosmopolitan distribution. The test is an asymmetrically biconvex trochospiral that may be bi-involute or partially evolute on the spiral side. Chambers are numerous, broad. and low, strongly curved back at the periphery to form chamber prolongations. The umbilical side is stellate, like that of Asterigerina, and has a distinct umbilical plug. The wall is calcareous, optically radial, the surfacce finely perforate and smoot
The foraminifera: an introduction to the study of the protozoa . Johns series. They have been referred by theabove authors to the genera Glohigerina andOy^hulina. The Cambrian strata of Siberia have, accordingto De Lapparent, lately yielded foraminiferal remainsin some abundance in the limestones of a plateautraversed by the Olenek. An interesting discovery of an Upper Cambrianforaminiferal fauna in a shaly limestone near ChaseEnd Hill, in Shropshire, was lately made by ProfessorGroom, and the organisms have been described by thewriter. The collection comprises a number of generawith hyaline t Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-foraminifera-an-introduction-to-the-study-of-the-protozoa-johns-series-they-have-been-referred-by-theabove-authors-to-the-genera-glohigerina-andoyhulina-the-cambrian-strata-of-siberia-have-accordingto-de-lapparent-lately-yielded-foraminiferal-remainsin-some-abundance-in-the-limestones-of-a-plateautraversed-by-the-olenek-an-interesting-discovery-of-an-upper-cambrianforaminiferal-fauna-in-a-shaly-limestone-near-chaseend-hill-in-shropshire-was-lately-made-by-professorgroom-and-the-organisms-have-been-described-by-thewriter-the-collection-comprises-a-number-of-generawith-hyaline-t-image338457741.html
RM2AJJ28D–The foraminifera: an introduction to the study of the protozoa . Johns series. They have been referred by theabove authors to the genera Glohigerina andOy^hulina. The Cambrian strata of Siberia have, accordingto De Lapparent, lately yielded foraminiferal remainsin some abundance in the limestones of a plateautraversed by the Olenek. An interesting discovery of an Upper Cambrianforaminiferal fauna in a shaly limestone near ChaseEnd Hill, in Shropshire, was lately made by ProfessorGroom, and the organisms have been described by thewriter. The collection comprises a number of generawith hyaline t
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-image598924886.html
RF2WPBAPE–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549730072.html
RF2PXAA8T–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
The foraminifera: an introduction to the study of the protozoa . a in any country. The absence ofthese organisms is very remarkable, for the condi-tions under which the deposits of Devonian age withthe marine facies were laid down seem to be espe-cially favourable for the existence of Foraminifera.The usual concomitants of foraminiferal depositsare greatly in evidence in Devonian rocks, such ascorals, ostracoda, and oolitic-granules, but neverthe-less the Foraminifera are strangely wanting. This singular paucity of Foraminifera in theDevonian strata is strongly emphasised by the appa-rently su Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-foraminifera-an-introduction-to-the-study-of-the-protozoa-a-in-any-country-the-absence-ofthese-organisms-is-very-remarkable-for-the-condi-tions-under-which-the-deposits-of-devonian-age-withthe-marine-facies-were-laid-down-seem-to-be-espe-cially-favourable-for-the-existence-of-foraminiferathe-usual-concomitants-of-foraminiferal-depositsare-greatly-in-evidence-in-devonian-rocks-such-ascorals-ostracoda-and-oolitic-granules-but-neverthe-less-the-foraminifera-are-strangely-wanting-this-singular-paucity-of-foraminifera-in-thedevonian-strata-is-strongly-emphasised-by-the-appa-rently-su-image338457233.html
RM2AJJ1J9–The foraminifera: an introduction to the study of the protozoa . a in any country. The absence ofthese organisms is very remarkable, for the condi-tions under which the deposits of Devonian age withthe marine facies were laid down seem to be espe-cially favourable for the existence of Foraminifera.The usual concomitants of foraminiferal depositsare greatly in evidence in Devonian rocks, such ascorals, ostracoda, and oolitic-granules, but neverthe-less the Foraminifera are strangely wanting. This singular paucity of Foraminifera in theDevonian strata is strongly emphasised by the appa-rently su
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-image598916120.html
RF2WPAYHC–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549939822.html
RF2PXKWRX–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
Foraminifera and other zoophytes, magnified, from the chalk at Gravesend, a Cretaceous Period deposit in England. Illustration after Ehrenberg, from Louis Figuier's The World Before the Deluge, 1867 American edition. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-foraminifera-and-other-zoophytes-magnified-from-the-chalk-at-gravesend-103984593.html
RMG14WBD–Foraminifera and other zoophytes, magnified, from the chalk at Gravesend, a Cretaceous Period deposit in England. Illustration after Ehrenberg, from Louis Figuier's The World Before the Deluge, 1867 American edition.
The foraminifera: an introduction to the study of the protozoa . inifera are always distinctive ofspecial geological horizons, for some well-markedforms are persistent (with some slight modificationsin their shell structure) throughout nearly all forma-tions from early palaeozoic times to the present day.But when we study a facies or assemblage of thesefossils from any given horizon we find it presentscertain peculiarities which distinguish it from thatfound in another set of strata of a different age. Achange in the aspect of a foraminiferal facies mayalso point to a change of condition under Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-foraminifera-an-introduction-to-the-study-of-the-protozoa-inifera-are-always-distinctive-ofspecial-geological-horizons-for-some-well-markedforms-are-persistent-with-some-slight-modificationsin-their-shell-structure-throughout-nearly-all-forma-tions-from-early-palaeozoic-times-to-the-present-daybut-when-we-study-a-facies-or-assemblage-of-thesefossils-from-any-given-horizon-we-find-it-presentscertain-peculiarities-which-distinguish-it-from-thatfound-in-another-set-of-strata-of-a-different-age-achange-in-the-aspect-of-a-foraminiferal-facies-mayalso-point-to-a-change-of-condition-under-image338470418.html
RM2AJJJD6–The foraminifera: an introduction to the study of the protozoa . inifera are always distinctive ofspecial geological horizons, for some well-markedforms are persistent (with some slight modificationsin their shell structure) throughout nearly all forma-tions from early palaeozoic times to the present day.But when we study a facies or assemblage of thesefossils from any given horizon we find it presentscertain peculiarities which distinguish it from thatfound in another set of strata of a different age. Achange in the aspect of a foraminiferal facies mayalso point to a change of condition under
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-image598916125.html
RF2WPAYHH–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549730059.html
RF2PXAA8B–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
Foraminifera and other zoophytes, magnified, from the chalk of a Tertiary Period deposit in Cattolica, Sicily. Illustration from Louis Figuier's The World Before the Deluge, 1867 American edition. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-foraminifera-and-other-zoophytes-magnified-from-the-chalk-of-a-tertiary-103984602.html
RMG14WBP–Foraminifera and other zoophytes, magnified, from the chalk of a Tertiary Period deposit in Cattolica, Sicily. Illustration from Louis Figuier's The World Before the Deluge, 1867 American edition.
Geology . thesiliceous material (sponge spicules, etc.), deposited along with thecalcareous shells wmich make up the body of the chalk. On the whole,the balance of evidence seems to favor the hypothesis that the knownchalk deposits were made in relatively shallow water. The conditionsfor the origin of the chalk seem to have been clear seas, with a genial 1 Wallace, Island Life, pp. 89-96. The argument for the shallow water originof chalk is here forcibly presented. 2 Dana, U. S. Exploring Expedition. THE CRETACEOUS PERIOD. 151 climate. Foraminiferal shells may accumulate as well on the bottomo Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/geology-thesiliceous-material-sponge-spicules-etc-deposited-along-with-thecalcareous-shells-wmich-make-up-the-body-of-the-chalk-on-the-wholethe-balance-of-evidence-seems-to-favor-the-hypothesis-that-the-knownchalk-deposits-were-made-in-relatively-shallow-water-the-conditionsfor-the-origin-of-the-chalk-seem-to-have-been-clear-seas-with-a-genial-1-wallace-island-life-pp-89-96-the-argument-for-the-shallow-water-originof-chalk-is-here-forcibly-presented-2-dana-u-s-exploring-expedition-the-cretaceous-period-151-climate-foraminiferal-shells-may-accumulate-as-well-on-the-bottomo-image343360173.html
RM2AXHBB9–Geology . thesiliceous material (sponge spicules, etc.), deposited along with thecalcareous shells wmich make up the body of the chalk. On the whole,the balance of evidence seems to favor the hypothesis that the knownchalk deposits were made in relatively shallow water. The conditionsfor the origin of the chalk seem to have been clear seas, with a genial 1 Wallace, Island Life, pp. 89-96. The argument for the shallow water originof chalk is here forcibly presented. 2 Dana, U. S. Exploring Expedition. THE CRETACEOUS PERIOD. 151 climate. Foraminiferal shells may accumulate as well on the bottomo
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-image598924879.html
RF2WPBAP7–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549730066.html
RF2PXAA8J–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
. Relics of primeval life, beginning of life in the dawn of geological time. Fig. 12.—Group of pre-Cambrian {Etcheinhiian) Animals from the Etcheminian. (After Matthew.) The name Etcheminian is derived from that of an ancient Indian tribe ofNew Brunswick. {a) Volborthella, supposed to be a Cephalopod shell. {l> Pelagiella. (c) Ortho-theca, supposed to be Pteropods. {d Primitia, an O^tracod Crustacean, [e) Oboius,a Brachiopod shell. {/) Platjsolenites, probably fragment of a Cystideaii.{g) Globigerinae, casts of Foraminiferal shells, Etcheminian, New Brunswick.. Fig. 13.—Arenicolites {Spir Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/relics-of-primeval-life-beginning-of-life-in-the-dawn-of-geological-time-fig-12group-of-pre-cambrian-etcheinhiian-animals-from-the-etcheminian-after-matthew-the-name-etcheminian-is-derived-from-that-of-an-ancient-indian-tribe-ofnew-brunswick-a-volborthella-supposed-to-be-a-cephalopod-shell-lgt-pelagiella-c-ortho-theca-supposed-to-be-pteropods-d-primitia-an-otracod-crustacean-e-oboiusa-brachiopod-shell-platjsolenites-probably-fragment-of-a-cystideaiig-globigerinae-casts-of-foraminiferal-shells-etcheminian-new-brunswick-fig-13arenicolites-spir-image336626899.html
RM2AFJK17–. Relics of primeval life, beginning of life in the dawn of geological time. Fig. 12.—Group of pre-Cambrian {Etcheinhiian) Animals from the Etcheminian. (After Matthew.) The name Etcheminian is derived from that of an ancient Indian tribe ofNew Brunswick. {a) Volborthella, supposed to be a Cephalopod shell. {l> Pelagiella. (c) Ortho-theca, supposed to be Pteropods. {d Primitia, an O^tracod Crustacean, [e) Oboius,a Brachiopod shell. {/) Platjsolenites, probably fragment of a Cystideaii.{g) Globigerinae, casts of Foraminiferal shells, Etcheminian, New Brunswick.. Fig. 13.—Arenicolites {Spir
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-image598916085.html
RF2WPAYG5–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549939813.html
RF2PXKWRH–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
Transactions . nient Platk VI.—HhomMc .structure pcrscrvcd in -iliccou.- ore due to icj)l:ic(I of dolomite, as i-hown in Plate IV. rpinr fut=A, lower cut = Ii. Replacement Ore-Bodies—Irving 435 left them in their original position. In consequence an examina-tion of siliceous ore without the polarizer will show the originaloutline of a foraminiferal test or dolomite rhomb as determined byminute unreplaceable particles of foreign matter, but the appli-cation of the polarizer shows that the place of the lime has beenentirely taken by silica. Original Rock Structures. Stratification.—All unaltered Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-nient-platk-vihhommc-structure-pcrscrvcd-in-iliccou-ore-due-to-icjlici-of-dolomite-as-i-hown-in-plate-iv-rpinr-fut=a-lower-cut-=-ii-replacement-ore-bodiesirving-435-left-them-in-their-original-position-in-consequence-an-examina-tion-of-siliceous-ore-without-the-polarizer-will-show-the-originaloutline-of-a-foraminiferal-test-or-dolomite-rhomb-as-determined-byminute-unreplaceable-particles-of-foreign-matter-but-the-appli-cation-of-the-polarizer-shows-that-the-place-of-the-lime-has-beenentirely-taken-by-silica-original-rock-structures-stratificationall-unaltered-image338397691.html
RM2AJF9KR–Transactions . nient Platk VI.—HhomMc .structure pcrscrvcd in -iliccou.- ore due to icj)l:ic(I of dolomite, as i-hown in Plate IV. rpinr fut=A, lower cut = Ii. Replacement Ore-Bodies—Irving 435 left them in their original position. In consequence an examina-tion of siliceous ore without the polarizer will show the originaloutline of a foraminiferal test or dolomite rhomb as determined byminute unreplaceable particles of foreign matter, but the appli-cation of the polarizer shows that the place of the lime has beenentirely taken by silica. Original Rock Structures. Stratification.—All unaltered
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-image598916112.html
RF2WPAYH4–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549939812.html
RF2PXKWRG–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
Geology . e limestone of fresh-water origin, made partly from the secre-tions of algae. As was natural, too, under the conditions of sedimenta-tion, the limestones of certain localities are made up almost whollyof the secretions of a single type of life. Thus in the Vienna basin,the limestone is made up in some places chiefly of coral, in others ofthe shells of gastropods, in others of foraminiferal shells, in othersof the secretions of algae, etc. The system has great developmentin Italy, where it attains a thickness of nearly 6000 feet. 1 Geikie, Text-book of Geology, 4th ed., p. 1261. THE M Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/geology-e-limestone-of-fresh-water-origin-made-partly-from-the-secre-tions-of-algae-as-was-natural-too-under-the-conditions-of-sedimenta-tion-the-limestones-of-certain-localities-are-made-up-almost-whollyof-the-secretions-of-a-single-type-of-life-thus-in-the-vienna-basinthe-limestone-is-made-up-in-some-places-chiefly-of-coral-in-others-ofthe-shells-of-gastropods-in-others-of-foraminiferal-shells-in-othersof-the-secretions-of-algae-etc-the-system-has-great-developmentin-italy-where-it-attains-a-thickness-of-nearly-6000-feet-1-geikie-text-book-of-geology-4th-ed-p-1261-the-m-image343345820.html
RM2AXGN2M–Geology . e limestone of fresh-water origin, made partly from the secre-tions of algae. As was natural, too, under the conditions of sedimenta-tion, the limestones of certain localities are made up almost whollyof the secretions of a single type of life. Thus in the Vienna basin,the limestone is made up in some places chiefly of coral, in others ofthe shells of gastropods, in others of foraminiferal shells, in othersof the secretions of algae, etc. The system has great developmentin Italy, where it attains a thickness of nearly 6000 feet. 1 Geikie, Text-book of Geology, 4th ed., p. 1261. THE M
Budva, Montenegro, Mogren beach 8.15.22 Flysch is a series of marine sedimentary rocks. Alternation of lithological layers. Balkans, Adriatic Sea Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/budva-montenegro-mogren-beach-81522-flysch-is-a-series-of-marine-sedimentary-rocks-alternation-of-lithological-layers-balkans-adriatic-sea-image598924365.html
RF2WPBA3W–Budva, Montenegro, Mogren beach 8.15.22 Flysch is a series of marine sedimentary rocks. Alternation of lithological layers. Balkans, Adriatic Sea
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549939814.html
RF2PXKWRJ–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
The foraminifera: an introduction to the study of the protozoa . Fig. 1. — Foraminiferal SandFROM Tide-MARKS ON THE Shore AT LiTTLEHAMPTON, SuSSEX. X 26. Original. Fig. 2.—Sand from a Common Sponge, consisting of Fora-MiNiFERA, Sponge Spicules,Ostracoda, Shell Fragments,AND Sand Grains. x 26. Ori-(jinal. sand which, on examination with a lens or low-powermicroscope, will often reveal countless shells of theForaminifera (fig. 2). In order to see these tiny creatures alive let ustake some fresh seaweed at low tide and place it ina glass jar of sea-water. After a short space of timethe Foraminife Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-foraminifera-an-introduction-to-the-study-of-the-protozoa-fig-1-foraminiferal-sandfrom-tide-marks-on-the-shore-at-littlehampton-sussex-x-26-original-fig-2sand-from-a-common-sponge-consisting-of-fora-minifera-sponge-spiculesostracoda-shell-fragmentsand-sand-grains-x-26-ori-jinal-sand-which-on-examination-with-a-lens-or-low-powermicroscope-will-often-reveal-countless-shells-of-theforaminifera-fig-2-in-order-to-see-these-tiny-creatures-alive-let-ustake-some-fresh-seaweed-at-low-tide-and-place-it-ina-glass-jar-of-sea-water-after-a-short-space-of-timethe-foraminife-image338471464.html
RM2AJJKPG–The foraminifera: an introduction to the study of the protozoa . Fig. 1. — Foraminiferal SandFROM Tide-MARKS ON THE Shore AT LiTTLEHAMPTON, SuSSEX. X 26. Original. Fig. 2.—Sand from a Common Sponge, consisting of Fora-MiNiFERA, Sponge Spicules,Ostracoda, Shell Fragments,AND Sand Grains. x 26. Ori-(jinal. sand which, on examination with a lens or low-powermicroscope, will often reveal countless shells of theForaminifera (fig. 2). In order to see these tiny creatures alive let ustake some fresh seaweed at low tide and place it ina glass jar of sea-water. After a short space of timethe Foraminife
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-image598916111.html
RF2WPAYH3–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549730087.html
RF2PXAA9B–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
. The microscope and its revelations. en on by Orbiculina is found inOrbitolites; a type which, long known as a very abundant fossil inthe earlier Tertiaries of the Paris b;isin, has lately proved to besr.-ircelv less abundant in certain parts of the existing ocean. Thelargest, recent specimens of it. sometimes attaining the si/.e of ashilling, have hitherto been obtained onlv from the coast of Newlloll.-md. tin Fijian reels, and various other parts of the PolynesianArchipelago; but discs of comparatively minute si/e and simplerorganisation are to be (bund in almost all foraminiferal sands and Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-microscope-and-its-revelations-en-on-by-orbiculina-is-found-inorbitolites-a-type-which-long-known-as-a-very-abundant-fossil-inthe-earlier-tertiaries-of-the-paris-bisin-has-lately-proved-to-besr-ircelv-less-abundant-in-certain-parts-of-the-existing-ocean-thelargest-recent-specimens-of-it-sometimes-attaining-the-sie-of-ashilling-have-hitherto-been-obtained-onlv-from-the-coast-of-newlloll-md-tin-fijian-reels-and-various-other-parts-of-the-polynesianarchipelago-but-discs-of-comparatively-minute-sie-and-simplerorganisation-are-to-be-bund-in-almost-all-foraminiferal-sands-and-image370772746.html
RM2CF64BP–. The microscope and its revelations. en on by Orbiculina is found inOrbitolites; a type which, long known as a very abundant fossil inthe earlier Tertiaries of the Paris b;isin, has lately proved to besr.-ircelv less abundant in certain parts of the existing ocean. Thelargest, recent specimens of it. sometimes attaining the si/.e of ashilling, have hitherto been obtained onlv from the coast of Newlloll.-md. tin Fijian reels, and various other parts of the PolynesianArchipelago; but discs of comparatively minute si/e and simplerorganisation are to be (bund in almost all foraminiferal sands and
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-image598916121.html
RF2WPAYHD–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549730079.html
RF2PXAA93–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
. The microscope and its revelations. b , b FIG. 639.— Internal cast f pr-tionof median plane ,,f Or/,/-towes Jforfom, snowing, ata a, a a, a, a, six chambersof each of tlnve zones, withtheir mutual communicatiions;and at o o, o b,b /< . IMTI .....; ...... ilar canals. EOZOON 837 zone there seems to be no direct connection. They are brought intorelation, however, by means of annular canals, which seem to repre-sent the spiral canals of the Nummulite, and of which the internalcasts are seen at b b, b b, b b. A most remarkable fossil, referable to the foraminiferal type,was discovered in stra Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-microscope-and-its-revelations-b-b-fig-639-internal-cast-f-pr-tionof-median-plane-f-or-towes-jforfom-snowing-ata-a-a-a-a-a-six-chambersof-each-of-tlnve-zones-withtheir-mutual-communicatiionsand-at-o-o-o-bb-lt-imti-ilar-canals-eozoon-837-zone-there-seems-to-be-no-direct-connection-they-are-brought-intorelation-however-by-means-of-annular-canals-which-seem-to-repre-sent-the-spiral-canals-of-the-nummulite-and-of-which-the-internalcasts-are-seen-at-b-b-b-b-b-b-a-most-remarkable-fossil-referable-to-the-foraminiferal-typewas-discovered-in-stra-image370769153.html
RM2CF5YRD–. The microscope and its revelations. b , b FIG. 639.— Internal cast f pr-tionof median plane ,,f Or/,/-towes Jforfom, snowing, ata a, a a, a, a, six chambersof each of tlnve zones, withtheir mutual communicatiions;and at o o, o b,b /< . IMTI .....; ...... ilar canals. EOZOON 837 zone there seems to be no direct connection. They are brought intorelation, however, by means of annular canals, which seem to repre-sent the spiral canals of the Nummulite, and of which the internalcasts are seen at b b, b b, b b. A most remarkable fossil, referable to the foraminiferal type,was discovered in stra
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-image598916122.html
RF2WPAYHE–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549730073.html
RF2PXAA8W–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
. Breviora. 1974 FORAMINIFERAL DISTRIBUTION. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Harvard University. Museum of Comparative Zoology. Cambridge, Mass. , Museum of Comparative Zoology, Harvard University Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/breviora-1974-foraminiferal-distribution-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-harvard-university-museum-of-comparative-zoology-cambridge-mass-museum-of-comparative-zoology-harvard-university-image234271093.html
RMRH3Y4N–. Breviora. 1974 FORAMINIFERAL DISTRIBUTION. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Harvard University. Museum of Comparative Zoology. Cambridge, Mass. , Museum of Comparative Zoology, Harvard University
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-image598916190.html
RF2WPAYKX–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549730090.html
RF2PXAA9E–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
. Bulletin - United States National Museum. Science. SMITHSONIAN INSTITUTION UNITED STATES NATIONAL MUSEUM Bulletin 161 THE FORAMINIFERA OF THE TROPICAL PACIFIC COLLECTIONS OF THE "ALBATROSS," 1899-1900 Part 2.—LAGENIDAE to ALVEOLINELLIDAE BY JOSEPH AUGUSTINE CUSHMAN Director, Cushman Laboratory for Foraminiferal Research Sharon, Massachusetts. UNITED STATES GOVERNMENT PRINTING OFFICE WASHINGTON : 1933 For sale by the Superintendent of Documents, Washington, D.C. - - Price IS cents. Please note that these images are extracted from scanned page images that may have been digitally enha Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bulletin-united-states-national-museum-science-smithsonian-institution-united-states-national-museum-bulletin-161-the-foraminifera-of-the-tropical-pacific-collections-of-the-quotalbatrossquot-1899-1900-part-2lagenidae-to-alveolinellidae-by-joseph-augustine-cushman-director-cushman-laboratory-for-foraminiferal-research-sharon-massachusetts-united-states-government-printing-office-washington-1933-for-sale-by-the-superintendent-of-documents-washington-dc-price-is-cents-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enha-image233728082.html
RMRG76FE–. Bulletin - United States National Museum. Science. SMITHSONIAN INSTITUTION UNITED STATES NATIONAL MUSEUM Bulletin 161 THE FORAMINIFERA OF THE TROPICAL PACIFIC COLLECTIONS OF THE "ALBATROSS," 1899-1900 Part 2.—LAGENIDAE to ALVEOLINELLIDAE BY JOSEPH AUGUSTINE CUSHMAN Director, Cushman Laboratory for Foraminiferal Research Sharon, Massachusetts. UNITED STATES GOVERNMENT PRINTING OFFICE WASHINGTON : 1933 For sale by the Superintendent of Documents, Washington, D.C. - - Price IS cents. Please note that these images are extracted from scanned page images that may have been digitally enha
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by alternation of lithological layers Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-alternation-of-lithological-layers-image598924362.html
RF2WPBA3P–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by alternation of lithological layers
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549939809.html
RF2PXKWRD–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
. The dawn of life [microform] : being the history of the oldest known fossil remains, and their relations to geological time, and to the development of the animal kingdom. Paleontology; Life; Paléontologie; Vie. WHAT IS EOZOON T 7o bonate of lime, resembling the cbamber-wall so closely that it is nearly impossible to make out the difference, and thus is likely to pass altogether unobserved by collectors, and to baffle even the microscopist. (Pig. 24.) Although therefore the layers which contain well characterized Eozoon are few and far between. 'A. Fig. 21. Foraminiferal Rock Builders. (a.) N Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-dawn-of-life-microform-being-the-history-of-the-oldest-known-fossil-remains-and-their-relations-to-geological-time-and-to-the-development-of-the-animal-kingdom-paleontology-life-palontologie-vie-what-is-eozoon-t-7o-bonate-of-lime-resembling-the-cbamber-wall-so-closely-that-it-is-nearly-impossible-to-make-out-the-difference-and-thus-is-likely-to-pass-altogether-unobserved-by-collectors-and-to-baffle-even-the-microscopist-pig-24-although-therefore-the-layers-which-contain-well-characterized-eozoon-are-few-and-far-between-a-fig-21-foraminiferal-rock-builders-a-n-image234937196.html
RMRJ68P4–. The dawn of life [microform] : being the history of the oldest known fossil remains, and their relations to geological time, and to the development of the animal kingdom. Paleontology; Life; Paléontologie; Vie. WHAT IS EOZOON T 7o bonate of lime, resembling the cbamber-wall so closely that it is nearly impossible to make out the difference, and thus is likely to pass altogether unobserved by collectors, and to baffle even the microscopist. (Pig. 24.) Although therefore the layers which contain well characterized Eozoon are few and far between. 'A. Fig. 21. Foraminiferal Rock Builders. (a.) N
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-image598924864.html
RF2WPBANM–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549939811.html
RF2PXKWRF–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
. Annual report for the year ended June 30 .... United States National Museum. CARE OF COLLECTIONS 61 rapidly achieved by ignition: the sample is washed with distilled water and dried, it is then burned at a temperature of 500° C. to remove all organic matter, leaving foraminiferal tests unaltered. Because the average plankton sample consists of a large variety of organisms with high protoplasm-skeletal ratios, the work of separating the Foraminifera from the mass with needles has been a tedious and time- consuming task. With this new technique, the number of samples handled is greatly increas Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/annual-report-for-the-year-ended-june-30-united-states-national-museum-care-of-collections-61-rapidly-achieved-by-ignition-the-sample-is-washed-with-distilled-water-and-dried-it-is-then-burned-at-a-temperature-of-500-c-to-remove-all-organic-matter-leaving-foraminiferal-tests-unaltered-because-the-average-plankton-sample-consists-of-a-large-variety-of-organisms-with-high-protoplasm-skeletal-ratios-the-work-of-separating-the-foraminifera-from-the-mass-with-needles-has-been-a-tedious-and-time-consuming-task-with-this-new-technique-the-number-of-samples-handled-is-greatly-increas-image236216159.html
RMRM8G3B–. Annual report for the year ended June 30 .... United States National Museum. CARE OF COLLECTIONS 61 rapidly achieved by ignition: the sample is washed with distilled water and dried, it is then burned at a temperature of 500° C. to remove all organic matter, leaving foraminiferal tests unaltered. Because the average plankton sample consists of a large variety of organisms with high protoplasm-skeletal ratios, the work of separating the Foraminifera from the mass with needles has been a tedious and time- consuming task. With this new technique, the number of samples handled is greatly increas
Budva, Montenegro, Mogren beach 8.15.22 Flysch is a series of marine sedimentary rocks. Alternation of lithological layers. Balkans, Adriatic Sea Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/budva-montenegro-mogren-beach-81522-flysch-is-a-series-of-marine-sedimentary-rocks-alternation-of-lithological-layers-balkans-adriatic-sea-image598924602.html
RF2WPBACA–Budva, Montenegro, Mogren beach 8.15.22 Flysch is a series of marine sedimentary rocks. Alternation of lithological layers. Balkans, Adriatic Sea
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549939803.html
RF2PXKWR7–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
. Relics of primeval life [microform] : beginning of life in the dawn of geological time. Paleontology; Paléontologie. CONTEMPORARIES Oh' EOZOON 215 concerned, it approaclies most nearly to the fossils known as Loftusia in the Carboniferous and later formations, and these are generally regarded. Fig. Kf'j.—Archaozoon Acadieitse, Matthew. Diagrammatic transverse and longitudinal sections of a small specimen. Specimen in Peter Redpath Museum. as Foraminiferal. We may thus have another giant Foraminiferal organism which contributed to the building up of rocks in the Laurentian seas. This discover Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/relics-of-primeval-life-microform-beginning-of-life-in-the-dawn-of-geological-time-paleontology-palontologie-contemporaries-oh-eozoon-215-concerned-it-approaclies-most-nearly-to-the-fossils-known-as-loftusia-in-the-carboniferous-and-later-formations-and-these-are-generally-regarded-fig-kfjarchaozoon-acadieitse-matthew-diagrammatic-transverse-and-longitudinal-sections-of-a-small-specimen-specimen-in-peter-redpath-museum-as-foraminiferal-we-may-thus-have-another-giant-foraminiferal-organism-which-contributed-to-the-building-up-of-rocks-in-the-laurentian-seas-this-discover-image234946615.html
RMRJ6MPF–. Relics of primeval life [microform] : beginning of life in the dawn of geological time. Paleontology; Paléontologie. CONTEMPORARIES Oh' EOZOON 215 concerned, it approaclies most nearly to the fossils known as Loftusia in the Carboniferous and later formations, and these are generally regarded. Fig. Kf'j.—Archaozoon Acadieitse, Matthew. Diagrammatic transverse and longitudinal sections of a small specimen. Specimen in Peter Redpath Museum. as Foraminiferal. We may thus have another giant Foraminiferal organism which contributed to the building up of rocks in the Laurentian seas. This discover
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-image598916133.html
RF2WPAYHW–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-layer-image549939810.html
RF2PXKWRE–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological layer
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549939817.html
RF2PXKWRN–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. Relics of primeval life [microform] : beginning of life in the dawn of geological time. Paleontology; Paléontologie. Fig. 12.—Group of pre-Cambrian [Etcheminiati) Animals from the Etcheminian. (After Matthew.) The name " Etcheminian " is derived from that of an ancient Indian tribe of New Brunswick. (a) Volborthella, supposed to be a Cephalopod shell. (J)) Pelagiella. (c) Ortho- theca, supposed to be Pteropods. (rf) Priniiiia, an O^tracod Crustacean, [e] Obohis, a Brachiopod shell. (/") Platysolenites, probably fragment of a Cystiuean. (^) Globigerinse, casts of Foraminiferal Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/relics-of-primeval-life-microform-beginning-of-life-in-the-dawn-of-geological-time-paleontology-palontologie-fig-12group-of-pre-cambrian-etcheminiati-animals-from-the-etcheminian-after-matthew-the-name-quot-etcheminian-quot-is-derived-from-that-of-an-ancient-indian-tribe-of-new-brunswick-a-volborthella-supposed-to-be-a-cephalopod-shell-j-pelagiella-c-ortho-theca-supposed-to-be-pteropods-rf-priniiiia-an-otracod-crustacean-e-obohis-a-brachiopod-shell-quot-platysolenites-probably-fragment-of-a-cystiuean-globigerinse-casts-of-foraminiferal-image234947393.html
RMRJ6NP9–. Relics of primeval life [microform] : beginning of life in the dawn of geological time. Paleontology; Paléontologie. Fig. 12.—Group of pre-Cambrian [Etcheminiati) Animals from the Etcheminian. (After Matthew.) The name " Etcheminian " is derived from that of an ancient Indian tribe of New Brunswick. (a) Volborthella, supposed to be a Cephalopod shell. (J)) Pelagiella. (c) Ortho- theca, supposed to be Pteropods. (rf) Priniiiia, an O^tracod Crustacean, [e] Obohis, a Brachiopod shell. (/") Platysolenites, probably fragment of a Cystiuean. (^) Globigerinse, casts of Foraminiferal
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-image598916093.html
RF2WPAYGD–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549939834.html
RF2PXKWTA–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. Bulletins of American paleontology. Paleocene Nigeria: Adegoke 21 modem planktonic foraminiferal bathymetric zones proposed by us for the adjoining Gulf of Guinea Shelf and upper Continental Slope (Adegoke and others, 1971), the depositional environment was prob- ably not more than 25 meters deep. Simultaneously, a sequence of limestones and calcareous shales, the Dange Formation overlain by the Kalambaina Formation ac- cumulated in the Sokoto embayment to the north. The occurrence of Gisortia brevis Douville (Parker, 1964; Adegoke, 1972a, 1972b, 1973) and identical Paleocene ostracodes (Rey Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bulletins-of-american-paleontology-paleocene-nigeria-adegoke-21-modem-planktonic-foraminiferal-bathymetric-zones-proposed-by-us-for-the-adjoining-gulf-of-guinea-shelf-and-upper-continental-slope-adegoke-and-others-1971-the-depositional-environment-was-prob-ably-not-more-than-25-meters-deep-simultaneously-a-sequence-of-limestones-and-calcareous-shales-the-dange-formation-overlain-by-the-kalambaina-formation-ac-cumulated-in-the-sokoto-embayment-to-the-north-the-occurrence-of-gisortia-brevis-douville-parker-1964-adegoke-1972a-1972b-1973-and-identical-paleocene-ostracodes-rey-image233788709.html
RMRG9YTN–. Bulletins of American paleontology. Paleocene Nigeria: Adegoke 21 modem planktonic foraminiferal bathymetric zones proposed by us for the adjoining Gulf of Guinea Shelf and upper Continental Slope (Adegoke and others, 1971), the depositional environment was prob- ably not more than 25 meters deep. Simultaneously, a sequence of limestones and calcareous shales, the Dange Formation overlain by the Kalambaina Formation ac- cumulated in the Sokoto embayment to the north. The occurrence of Gisortia brevis Douville (Parker, 1964; Adegoke, 1972a, 1972b, 1973) and identical Paleocene ostracodes (Rey
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-image598924931.html
RF2WPBAT3–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549939808.html
RF2PXKWRC–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. Atoll research bulletin. Coral reefs and islands; Marine biology; Marine sciences. and the occurrence and distribution of other epiphytic organisms were also recorded. Several voucher specimens of each foraminiferal species identified were removed from the blades and stored on microslides for comparison with the type Foraminifera collections housed in the National Museum of Natural History, Smithsonian Institution, Washington, DC. Specimens illustrated by scanning electron microscopy (SEM) were cleaned with distilled water, air-dried, mounted on stubs, coated with a 400-A layer of gold in a Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/atoll-research-bulletin-coral-reefs-and-islands-marine-biology-marine-sciences-and-the-occurrence-and-distribution-of-other-epiphytic-organisms-were-also-recorded-several-voucher-specimens-of-each-foraminiferal-species-identified-were-removed-from-the-blades-and-stored-on-microslides-for-comparison-with-the-type-foraminifera-collections-housed-in-the-national-museum-of-natural-history-smithsonian-institution-washington-dc-specimens-illustrated-by-scanning-electron-microscopy-sem-were-cleaned-with-distilled-water-air-dried-mounted-on-stubs-coated-with-a-400-a-layer-of-gold-in-a-image235367490.html
RMRJWWHP–. Atoll research bulletin. Coral reefs and islands; Marine biology; Marine sciences. and the occurrence and distribution of other epiphytic organisms were also recorded. Several voucher specimens of each foraminiferal species identified were removed from the blades and stored on microslides for comparison with the type Foraminifera collections housed in the National Museum of Natural History, Smithsonian Institution, Washington, DC. Specimens illustrated by scanning electron microscopy (SEM) were cleaned with distilled water, air-dried, mounted on stubs, coated with a 400-A layer of gold in a
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-image598918900.html
RF2WPB34M–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549730100.html
RF2PXAA9T–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. Breviora. 1974 FORAMINIFERAL DISTRIBUTION 25 SCHEMATIC DEVELOPMENT OF HYALINE CALCAREOUS WALL TYPE iXUDiO PROTOPLASM CAICITI CRYSTALS. ORGANIC NUCLEATING SURFACE EMBRYONIC CRYSTAL STAGI FINISHED C AlCITE WALL SCHEMATIC DEVELOPMENT OF PORCELANEOUS WALL TYPE EMRRrONIC CRYSTALS EXUDED PROTOPLASM INNER O RGANIC ^. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Harvard University. Museum of Comparative Zoology. Cambridge, Mas Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/breviora-1974-foraminiferal-distribution-25-schematic-development-of-hyaline-calcareous-wall-type-ixudio-protoplasm-caiciti-crystals-organic-nucleating-surface-embryonic-crystal-stagi-finished-c-alcite-wall-schematic-development-of-porcelaneous-wall-type-emrrronic-crystals-exuded-protoplasm-inner-o-rganic-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-harvard-university-museum-of-comparative-zoology-cambridge-mas-image234276556.html
RMRH463T–. Breviora. 1974 FORAMINIFERAL DISTRIBUTION 25 SCHEMATIC DEVELOPMENT OF HYALINE CALCAREOUS WALL TYPE iXUDiO PROTOPLASM CAICITI CRYSTALS. ORGANIC NUCLEATING SURFACE EMBRYONIC CRYSTAL STAGI FINISHED C AlCITE WALL SCHEMATIC DEVELOPMENT OF PORCELANEOUS WALL TYPE EMRRrONIC CRYSTALS EXUDED PROTOPLASM INNER O RGANIC ^. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Harvard University. Museum of Comparative Zoology. Cambridge, Mas
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-image598916096.html
RF2WPAYGG–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549730091.html
RF2PXAA9F–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. Breviora. 1974 FORAMINIFERAL DISTRIBUTION 15 82*30' -27*50' • 2*45 28*00'. -27*30 Figure 7. Relative abundance distribution of porcelaneous Foraminifera from Tampa Bay, Florida. (Data from Bandy, 1956; and Walton, 1964.). Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Harvard University. Museum of Comparative Zoology. Cambridge, Mass. , Museum of Comparative Zoology, Harvard University Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/breviora-1974-foraminiferal-distribution-15-8230-2750-245-2800-2730-figure-7-relative-abundance-distribution-of-porcelaneous-foraminifera-from-tampa-bay-florida-data-from-bandy-1956-and-walton-1964-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-harvard-university-museum-of-comparative-zoology-cambridge-mass-museum-of-comparative-zoology-harvard-university-image234270921.html
RMRH3XXH–. Breviora. 1974 FORAMINIFERAL DISTRIBUTION 15 82*30' -27*50' • 2*45 28*00'. -27*30 Figure 7. Relative abundance distribution of porcelaneous Foraminifera from Tampa Bay, Florida. (Data from Bandy, 1956; and Walton, 1964.). Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Harvard University. Museum of Comparative Zoology. Cambridge, Mass. , Museum of Comparative Zoology, Harvard University
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-image598924884.html
RF2WPBAPC–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image550026349.html
RF2PXRT65–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. Relics of primeval life [microform] : beginning of life in the dawn of geological time. Paleontology; Paléontologie. Fig. 12.—Group of pre-Cambrian [Etcheminiati) Animals from the Etcheminian. (After Matthew.) The name " Etcheminian " is derived from that of an ancient Indian tribe of New Brunswick. (a) Volborthella, supposed to be a Cephalopod shell. (J)) Pelagiella. (c) Ortho- theca, supposed to be Pteropods. (rf) Priniiiia, an O^tracod Crustacean, [e] Obohis, a Brachiopod shell. (/") Platysolenites, probably fragment of a Cystiuean. (^) Globigerinse, casts of Foraminiferal Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/relics-of-primeval-life-microform-beginning-of-life-in-the-dawn-of-geological-time-paleontology-palontologie-fig-12group-of-pre-cambrian-etcheminiati-animals-from-the-etcheminian-after-matthew-the-name-quot-etcheminian-quot-is-derived-from-that-of-an-ancient-indian-tribe-of-new-brunswick-a-volborthella-supposed-to-be-a-cephalopod-shell-j-pelagiella-c-ortho-theca-supposed-to-be-pteropods-rf-priniiiia-an-otracod-crustacean-e-obohis-a-brachiopod-shell-quot-platysolenites-probably-fragment-of-a-cystiuean-globigerinse-casts-of-foraminiferal-image234947403.html
RMRJ6NPK–. Relics of primeval life [microform] : beginning of life in the dawn of geological time. Paleontology; Paléontologie. Fig. 12.—Group of pre-Cambrian [Etcheminiati) Animals from the Etcheminian. (After Matthew.) The name " Etcheminian " is derived from that of an ancient Indian tribe of New Brunswick. (a) Volborthella, supposed to be a Cephalopod shell. (J)) Pelagiella. (c) Ortho- theca, supposed to be Pteropods. (rf) Priniiiia, an O^tracod Crustacean, [e] Obohis, a Brachiopod shell. (/") Platysolenites, probably fragment of a Cystiuean. (^) Globigerinse, casts of Foraminiferal
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-image598924947.html
RF2WPBATK–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549730108.html
RF2PXAAA4–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. Atoll research bulletin. Coral reefs and islands; Marine biology; Marine sciences. Map of Raroia showing location of samples of foraminiferal sand. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Smithsonian Institution. Press; National Research Council (U. S. ). Pacific Science Board; Smithsonian Institution; National Museum of Natural History (U. S. ); United States. Bureau of Sport Fisheries and Wildlife. Washington, D Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/atoll-research-bulletin-coral-reefs-and-islands-marine-biology-marine-sciences-map-of-raroia-showing-location-of-samples-of-foraminiferal-sand-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-smithsonian-institution-press-national-research-council-u-s-pacific-science-board-smithsonian-institution-national-museum-of-natural-history-u-s-united-states-bureau-of-sport-fisheries-and-wildlife-washington-d-image235372060.html
RMRJX3D0–. Atoll research bulletin. Coral reefs and islands; Marine biology; Marine sciences. Map of Raroia showing location of samples of foraminiferal sand. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Smithsonian Institution. Press; National Research Council (U. S. ). Pacific Science Board; Smithsonian Institution; National Museum of Natural History (U. S. ); United States. Bureau of Sport Fisheries and Wildlife. Washington, D
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-lithological-image598924948.html
RF2WPBATM–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of lithological
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549939824.html
RF2PXKWT0–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. The dawn of life [microform] : being the history of the oldest known fossil remains, and their relations to geological time, and to the development of the animal kingdom. Paleontology; Life; Paléontologie; Vie. Fig. 18. Minute Foraminiferal forms from the Laurentian of Long Lake. Highly magnified, (a.) Single cell, showing tubulated wall, (b, c.) Portions of same move highly msignifled. (d.) Serpentine cast of a similar chamber, decalcifiod, and showing casts of tubuli. These curious organisms I observed some years ago, but no description of them was published at the time, as I hoped to obta Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-dawn-of-life-microform-being-the-history-of-the-oldest-known-fossil-remains-and-their-relations-to-geological-time-and-to-the-development-of-the-animal-kingdom-paleontology-life-palontologie-vie-fig-18-minute-foraminiferal-forms-from-the-laurentian-of-long-lake-highly-magnified-a-single-cell-showing-tubulated-wall-b-c-portions-of-same-move-highly-msignifled-d-serpentine-cast-of-a-similar-chamber-decalcifiod-and-showing-casts-of-tubuli-these-curious-organisms-i-observed-some-years-ago-but-no-description-of-them-was-published-at-the-time-as-i-hoped-to-obta-image234937291.html
RMRJ68WF–. The dawn of life [microform] : being the history of the oldest known fossil remains, and their relations to geological time, and to the development of the animal kingdom. Paleontology; Life; Paléontologie; Vie. Fig. 18. Minute Foraminiferal forms from the Laurentian of Long Lake. Highly magnified, (a.) Single cell, showing tubulated wall, (b, c.) Portions of same move highly msignifled. (d.) Serpentine cast of a similar chamber, decalcifiod, and showing casts of tubuli. These curious organisms I observed some years ago, but no description of them was published at the time, as I hoped to obta
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549939837.html
RF2PXKWTD–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. Annual report of the Board of Regents of the Smithsonian Institution. Smithsonian Institution; Smithsonian Institution. Archives; Discoveries in science. AMERICAN GEOLOGY—THE EOZOON QUESTION. 637 ous part. This in turn became again broken, leaving in some places uninjured portions of the general form. The main difference between this foraminiferal reef and more recent coral reefs, he thought to be, that, while with the latter there arc usually associated many shells and other organic remains, in the more ancient one the only remains yet found were those of the animal which built the reef. Da Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/annual-report-of-the-board-of-regents-of-the-smithsonian-institution-smithsonian-institution-smithsonian-institution-archives-discoveries-in-science-american-geologythe-eozoon-question-637-ous-part-this-in-turn-became-again-broken-leaving-in-some-places-uninjured-portions-of-the-general-form-the-main-difference-between-this-foraminiferal-reef-and-more-recent-coral-reefs-he-thought-to-be-that-while-with-the-latter-there-arc-usually-associated-many-shells-and-other-organic-remains-in-the-more-ancient-one-the-only-remains-yet-found-were-those-of-the-animal-which-built-the-reef-da-image236091336.html
RMRM2TWC–. Annual report of the Board of Regents of the Smithsonian Institution. Smithsonian Institution; Smithsonian Institution. Archives; Discoveries in science. AMERICAN GEOLOGY—THE EOZOON QUESTION. 637 ous part. This in turn became again broken, leaving in some places uninjured portions of the general form. The main difference between this foraminiferal reef and more recent coral reefs, he thought to be, that, while with the latter there arc usually associated many shells and other organic remains, in the more ancient one the only remains yet found were those of the animal which built the reef. Da
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549939804.html
RF2PXKWR8–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. Cassell's natural history. Animals; Animal behavior. NATURAL HISTORY.. Figs. 29-33.—FORAMINIFERAL SHELLS. (AtUr d'OrMjii!/.) J, Plannrbulina racditerranensis: 30, Pcneroplis (Dendritina) arliUBCula ; 31, Calranna defraricii; rginnta; 33. Uvigerina pygmra, figured with the aperture down- builcUngs have been constructed—^uch as the Cathech-al of Gerona and some of the Pyramids of Egypt. Fusidina (distaff) is a spindle-shaped Nummulitid forming masses of limestone of Carboniferous age in Russia and North America. This form, Alveoliiui, and Lofiusia, resembling one another in shape, belong to qu Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cassells-natural-history-animals-animal-behavior-natural-history-figs-29-33foraminiferal-shells-atur-dormjii!-j-plannrbulina-racditerranensis-30-pcneroplis-dendritina-arliubcula-31-calranna-defraricii-rginnta-33-uvigerina-pygmra-figured-with-the-aperture-down-builcungs-have-been-constructeduch-as-the-cathech-al-of-gerona-and-some-of-the-pyramids-of-egypt-fusidina-distaff-is-a-spindle-shaped-nummulitid-forming-masses-of-limestone-of-carboniferous-age-in-russia-and-north-america-this-form-alveoliiui-and-lofiusia-resembling-one-another-in-shape-belong-to-qu-image233454046.html
RMRFPN0E–. Cassell's natural history. Animals; Animal behavior. NATURAL HISTORY.. Figs. 29-33.—FORAMINIFERAL SHELLS. (AtUr d'OrMjii!/.) J, Plannrbulina racditerranensis: 30, Pcneroplis (Dendritina) arliUBCula ; 31, Calranna defraricii; rginnta; 33. Uvigerina pygmra, figured with the aperture down- builcUngs have been constructed—^uch as the Cathech-al of Gerona and some of the Pyramids of Egypt. Fusidina (distaff) is a spindle-shaped Nummulitid forming masses of limestone of Carboniferous age in Russia and North America. This form, Alveoliiui, and Lofiusia, resembling one another in shape, belong to qu
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549730102.html
RF2PXAA9X–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. Breviora. . July October MEAN SURFACE TEMPERATURES (°F) for the GULF OF MEXICO Figure 2. Mean surface water temperatures during four months of the year for the Gulf of Mexico. (Redrawn from charts supplied by the National Oceanographic Data Center, 1966.) Clearly then, the causes of various trends in foraminiferal faunas must be established, if situations in the fossil record fun- damentally dissimilar to the time or area of Recent investigations are to be treated profitably. Physigo-Chemical Setting of the Gulf of Mexico The coastal United States bordering the northern Gulf of Mexico is gen Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/breviora-july-october-mean-surface-temperatures-f-for-the-gulf-of-mexico-figure-2-mean-surface-water-temperatures-during-four-months-of-the-year-for-the-gulf-of-mexico-redrawn-from-charts-supplied-by-the-national-oceanographic-data-center-1966-clearly-then-the-causes-of-various-trends-in-foraminiferal-faunas-must-be-established-if-situations-in-the-fossil-record-fun-damentally-dissimilar-to-the-time-or-area-of-recent-investigations-are-to-be-treated-profitably-physigo-chemical-setting-of-the-gulf-of-mexico-the-coastal-united-states-bordering-the-northern-gulf-of-mexico-is-gen-image234271054.html
RMRH3Y3A–. Breviora. . July October MEAN SURFACE TEMPERATURES (°F) for the GULF OF MEXICO Figure 2. Mean surface water temperatures during four months of the year for the Gulf of Mexico. (Redrawn from charts supplied by the National Oceanographic Data Center, 1966.) Clearly then, the causes of various trends in foraminiferal faunas must be established, if situations in the fossil record fun- damentally dissimilar to the time or area of Recent investigations are to be treated profitably. Physigo-Chemical Setting of the Gulf of Mexico The coastal United States bordering the northern Gulf of Mexico is gen
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549730085.html
RF2PXAA99–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
. The Earth beneath the sea : History. Ocean bottom; Marine geophysics. SECT. 3] CROSS-CORRELATION OF DEEP-SEA SEDIMENT CORES 841 percentage of fine fraction averages 65%. This is about normal for foraminiferal lutites in the North'Atlantic. Apparently horizontal transportation of sediment has had a negligible effect at station A164-44. In sharp contrast is the corres- ponding zone in core A173-4 from the northeast flank of the mount. Here the percentage of fine fraction in most samples exceeds 99%. Evidently this station received much fine material from the top of the mount during the latter Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-earth-beneath-the-sea-history-ocean-bottom-marine-geophysics-sect-3-cross-correlation-of-deep-sea-sediment-cores-841-percentage-of-fine-fraction-averages-65-this-is-about-normal-for-foraminiferal-lutites-in-the-northatlantic-apparently-horizontal-transportation-of-sediment-has-had-a-negligible-effect-at-station-a164-44-in-sharp-contrast-is-the-corres-ponding-zone-in-core-a173-4-from-the-northeast-flank-of-the-mount-here-the-percentage-of-fine-fraction-in-most-samples-exceeds-99-evidently-this-station-received-much-fine-material-from-the-top-of-the-mount-during-the-latter-image232515216.html
RMRE7YET–. The Earth beneath the sea : History. Ocean bottom; Marine geophysics. SECT. 3] CROSS-CORRELATION OF DEEP-SEA SEDIMENT CORES 841 percentage of fine fraction averages 65%. This is about normal for foraminiferal lutites in the North'Atlantic. Apparently horizontal transportation of sediment has had a negligible effect at station A164-44. In sharp contrast is the corres- ponding zone in core A173-4 from the northeast flank of the mount. Here the percentage of fine fraction in most samples exceeds 99%. Evidently this station received much fine material from the top of the mount during the latter
Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flysch-is-a-series-of-marine-sedimentary-rocks-that-are-predominantly-clastic-in-origin-and-are-characterized-by-the-alternation-of-several-lithologic-image549730092.html
RF2PXAA9G–Flysch is a series of marine sedimentary rocks that are predominantly clastic in origin and are characterized by the alternation of several lithologic
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