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Body analysis line icons collection. Anthropometry, Biometrics, Body composition, Body fat, BMI Body Mass Index, B density, Caliper vector and linear Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/body-analysis-line-icons-collection-anthropometry-biometrics-body-composition-body-fat-bmi-body-mass-index-b-density-caliper-vector-and-linear-image546994120.htmlRF2PNWMG8–Body analysis line icons collection. Anthropometry, Biometrics, Body composition, Body fat, BMI Body Mass Index, B density, Caliper vector and linear
Osmotic Pressure on Blood Cells Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/osmotic-pressure-on-blood-cells-image353175457.htmlRM2BEGEW5–Osmotic Pressure on Blood Cells
The evolution of man: a popular exposition of the principal points of human ontogeny and phylogene . not for breathing, but as an hydrostaticapparatus: for vertical swimming movements it is theswimming-bladder of Fish; but the lungs of Man and ofall other air-breathing Vertebrates develop from the samesimple bladder-like appendage of the anterior intestine,which, in Fishes, becomes the swimming-bladder. Originally this sac also has no respiratory function, butserves only as an hydrostatic apparatus, augmenting ordiminishing the specific gravity of the body. Fishes, inwhich the swimming-bladder Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-evolution-of-man-a-popular-exposition-of-the-principal-points-of-human-ontogeny-and-phylogene-not-for-breathing-but-as-an-hydrostaticapparatus-for-vertical-swimming-movements-it-is-theswimming-bladder-of-fish-but-the-lungs-of-man-and-ofall-other-air-breathing-vertebrates-develop-from-the-samesimple-bladder-like-appendage-of-the-anterior-intestinewhich-in-fishes-becomes-the-swimming-bladder-originally-this-sac-also-has-no-respiratory-function-butserves-only-as-an-hydrostatic-apparatus-augmenting-ordiminishing-the-specific-gravity-of-the-body-fishes-inwhich-the-swimming-bladder-image339979549.htmlRM2AN3BAN–The evolution of man: a popular exposition of the principal points of human ontogeny and phylogene . not for breathing, but as an hydrostaticapparatus: for vertical swimming movements it is theswimming-bladder of Fish; but the lungs of Man and ofall other air-breathing Vertebrates develop from the samesimple bladder-like appendage of the anterior intestine,which, in Fishes, becomes the swimming-bladder. Originally this sac also has no respiratory function, butserves only as an hydrostatic apparatus, augmenting ordiminishing the specific gravity of the body. Fishes, inwhich the swimming-bladder
Naval contruction in the dockyard, casing the ship hull Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/naval-contruction-in-the-dockyard-casing-the-ship-hull-image327693312.htmlRF2A13M4G–Naval contruction in the dockyard, casing the ship hull
Capillary Fluid Exchange Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-capillary-fluid-exchange-51438157.htmlRFCYK5W1–Capillary Fluid Exchange
. Cuvier's animal kingdom : arranged according to its organization. Animals. 650 ACALEPHA. THE THIRD CLASS OF THE RADIATA — THE ACALEPHA,— Includes all those Radiated Animals which swim in the waters of the ocean ; and in which we can still perceive vessels, though these vessels are, in truth, little else than intestinal tubes, ramified through the parenchyma of the body. They admit of a natural division into two orders,—Simple and Hydrostatic.. THE FIRST ORDER OF THE ACALEPHA. THE ACALEPHA SIMPLICIA. These float and swim in the water, by alternate contractions and dilatations of the body, alt Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cuviers-animal-kingdom-arranged-according-to-its-organization-animals-650-acalepha-the-third-class-of-the-radiata-the-acalepha-includes-all-those-radiated-animals-which-swim-in-the-waters-of-the-ocean-and-in-which-we-can-still-perceive-vessels-though-these-vessels-are-in-truth-little-else-than-intestinal-tubes-ramified-through-the-parenchyma-of-the-body-they-admit-of-a-natural-division-into-two-orderssimple-and-hydrostatic-the-first-order-of-the-acalepha-the-acalepha-simplicia-these-float-and-swim-in-the-water-by-alternate-contractions-and-dilatations-of-the-body-alt-image216202303.htmlRMPFMT6R–. Cuvier's animal kingdom : arranged according to its organization. Animals. 650 ACALEPHA. THE THIRD CLASS OF THE RADIATA — THE ACALEPHA,— Includes all those Radiated Animals which swim in the waters of the ocean ; and in which we can still perceive vessels, though these vessels are, in truth, little else than intestinal tubes, ramified through the parenchyma of the body. They admit of a natural division into two orders,—Simple and Hydrostatic.. THE FIRST ORDER OF THE ACALEPHA. THE ACALEPHA SIMPLICIA. These float and swim in the water, by alternate contractions and dilatations of the body, alt
Archive image from page 661 of Cuvier's animal kingdom arranged. Cuvier's animal kingdom : arranged according to its organization cuviersanimalkin00cuvi Year: 1840 650 ACALEPHA. THE THIRD CLASS OF THE RADIATA — THE ACALEPHA,— Includes all those Radiated Animals which swim in the waters of the ocean ; and in which we can still perceive vessels, though these vessels are, in truth, little else than intestinal tubes, ramified through the parenchyma of the body. They admit of a natural division into two orders,—Simple and Hydrostatic. THE FIRST ORDER OF THE ACALEPHA. THE ACALEPHA SIMPLICIA. Th Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/archive-image-from-page-661-of-cuviers-animal-kingdom-arranged-cuviers-animal-kingdom-arranged-according-to-its-organization-cuviersanimalkin00cuvi-year-1840-650-acalepha-the-third-class-of-the-radiata-the-acalepha-includes-all-those-radiated-animals-which-swim-in-the-waters-of-the-ocean-and-in-which-we-can-still-perceive-vessels-though-these-vessels-are-in-truth-little-else-than-intestinal-tubes-ramified-through-the-parenchyma-of-the-body-they-admit-of-a-natural-division-into-two-orderssimple-and-hydrostatic-the-first-order-of-the-acalepha-the-acalepha-simplicia-th-image259327836.htmlRMW1WB8C–Archive image from page 661 of Cuvier's animal kingdom arranged. Cuvier's animal kingdom : arranged according to its organization cuviersanimalkin00cuvi Year: 1840 650 ACALEPHA. THE THIRD CLASS OF THE RADIATA — THE ACALEPHA,— Includes all those Radiated Animals which swim in the waters of the ocean ; and in which we can still perceive vessels, though these vessels are, in truth, little else than intestinal tubes, ramified through the parenchyma of the body. They admit of a natural division into two orders,—Simple and Hydrostatic. THE FIRST ORDER OF THE ACALEPHA. THE ACALEPHA SIMPLICIA. Th
Osmotic Pressure on Blood Cells Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/osmotic-pressure-on-blood-cells-image353175443.htmlRM2BEGETK–Osmotic Pressure on Blood Cells
The evolution of man : a popular exposition of the principal points of human ontogeny and phylogeny . not for breathing, but as an hydrostaticapparatus: for vertical swimming movements it is theswimming-bladder of Fish; but the lungs of Man and ofall other air-breathing Vertebrates develop from the samesimple bladder-like appendage of the anterior intestine,which, in Fishes, becomes the swimming-bladder. Originally this sac also has no respiratory function, butserves only as an hydrostatic apparatus, augmenting ordiminishing the specific gravity of the body. Fishes, inwhich the swimming-bladde Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-evolution-of-man-a-popular-exposition-of-the-principal-points-of-human-ontogeny-and-phylogeny-not-for-breathing-but-as-an-hydrostaticapparatus-for-vertical-swimming-movements-it-is-theswimming-bladder-of-fish-but-the-lungs-of-man-and-ofall-other-air-breathing-vertebrates-develop-from-the-samesimple-bladder-like-appendage-of-the-anterior-intestinewhich-in-fishes-becomes-the-swimming-bladder-originally-this-sac-also-has-no-respiratory-function-butserves-only-as-an-hydrostatic-apparatus-augmenting-ordiminishing-the-specific-gravity-of-the-body-fishes-inwhich-the-swimming-bladde-image342751937.htmlRM2AWHKGH–The evolution of man : a popular exposition of the principal points of human ontogeny and phylogeny . not for breathing, but as an hydrostaticapparatus: for vertical swimming movements it is theswimming-bladder of Fish; but the lungs of Man and ofall other air-breathing Vertebrates develop from the samesimple bladder-like appendage of the anterior intestine,which, in Fishes, becomes the swimming-bladder. Originally this sac also has no respiratory function, butserves only as an hydrostatic apparatus, augmenting ordiminishing the specific gravity of the body. Fishes, inwhich the swimming-bladde
Osmotic Pressure on Blood Cells Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/osmotic-pressure-on-blood-cells-image353175435.htmlRM2BEGETB–Osmotic Pressure on Blood Cells
The evolution of man: a popular exposition of the principal points of human ontogeny and phylogenyFrom the German of Ernst Haeckel . reathing, but as an hydrostaticapparatus: for vertical swimming movements it is theswimming-bladder of Fish ; but the lungs of Man and ofall other air-breathing Vertebrates develop from the samesimple bladder-like appendage of the anterior intestine,which, in Fishes, becomes the swimming-bladder. Originally this sac also has no respiratory function, butserves only as an hydrostatic apparatus, augmenting ordiminishing the specific gravity of the body. Fishes, inwh Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-evolution-of-man-a-popular-exposition-of-the-principal-points-of-human-ontogeny-and-phylogenyfrom-the-german-of-ernst-haeckel-reathing-but-as-an-hydrostaticapparatus-for-vertical-swimming-movements-it-is-theswimming-bladder-of-fish-but-the-lungs-of-man-and-ofall-other-air-breathing-vertebrates-develop-from-the-samesimple-bladder-like-appendage-of-the-anterior-intestinewhich-in-fishes-becomes-the-swimming-bladder-originally-this-sac-also-has-no-respiratory-function-butserves-only-as-an-hydrostatic-apparatus-augmenting-ordiminishing-the-specific-gravity-of-the-body-fishes-inwh-image339974926.htmlRM2AN35DJ–The evolution of man: a popular exposition of the principal points of human ontogeny and phylogenyFrom the German of Ernst Haeckel . reathing, but as an hydrostaticapparatus: for vertical swimming movements it is theswimming-bladder of Fish ; but the lungs of Man and ofall other air-breathing Vertebrates develop from the samesimple bladder-like appendage of the anterior intestine,which, in Fishes, becomes the swimming-bladder. Originally this sac also has no respiratory function, butserves only as an hydrostatic apparatus, augmenting ordiminishing the specific gravity of the body. Fishes, inwh
Osmotic Pressure on Blood Cells Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/osmotic-pressure-on-blood-cells-image353175455.htmlRM2BEGEW3–Osmotic Pressure on Blood Cells
Science . thebody is in a state of initial stress. Thecommonest example is a golf-ball made ofindia rubber tightly wound at a high ten-sion. Now the problem of gravitationalinstability can be solved for a planet of thesize of the earth on the suppositions thatthe density is uniform and the initial stressis hydrostatic pressure. If the resistanceto compression is sufficiently small the body is unstable, both as regards concentrationof mass towards the center and as regardsdisplacements by which the density is in-creased in one hemisphere and diminishedin the other. A planetary body of suf-ficie Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/science-thebody-is-in-a-state-of-initial-stress-thecommonest-example-is-a-golf-ball-made-ofindia-rubber-tightly-wound-at-a-high-ten-sion-now-the-problem-of-gravitationalinstability-can-be-solved-for-a-planet-of-thesize-of-the-earth-on-the-suppositions-thatthe-density-is-uniform-and-the-initial-stressis-hydrostatic-pressure-if-the-resistanceto-compression-is-sufficiently-small-the-body-is-unstable-both-as-regards-concentrationof-mass-towards-the-center-and-as-regardsdisplacements-by-which-the-density-is-in-creased-in-one-hemisphere-and-diminishedin-the-other-a-planetary-body-of-suf-ficie-image339883327.htmlRM2AMY0J7–Science . thebody is in a state of initial stress. Thecommonest example is a golf-ball made ofindia rubber tightly wound at a high ten-sion. Now the problem of gravitationalinstability can be solved for a planet of thesize of the earth on the suppositions thatthe density is uniform and the initial stressis hydrostatic pressure. If the resistanceto compression is sufficiently small the body is unstable, both as regards concentrationof mass towards the center and as regardsdisplacements by which the density is in-creased in one hemisphere and diminishedin the other. A planetary body of suf-ficie
Osmotic Pressure on Blood Cells Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/osmotic-pressure-on-blood-cells-image353175410.htmlRM2BEGERE–Osmotic Pressure on Blood Cells
. The Americana : a universal reference library, comprising the arts and sciences, literature, history, biography, geography, commerce, etc. of the world. ever possible here-tofore. Great as the advances have been duringthe last 25 or 30 years, equal or greater progressin the elucidation and practical application ofprinciples may be expected within the nextquarter of a century. J. James R. Croes,Past Pres. Am. Soc. Civ. Engrs. Hydraulic Press. See Hydrostatic Press. Hydraulic Ram, a machine for raisingwater, the force being a greater body of waterat a lower level. It consists primarily of twop Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-americana-a-universal-reference-library-comprising-the-arts-and-sciences-literature-history-biography-geography-commerce-etc-of-the-world-ever-possible-here-tofore-great-as-the-advances-have-been-duringthe-last-25-or-30-years-equal-or-greater-progressin-the-elucidation-and-practical-application-ofprinciples-may-be-expected-within-the-nextquarter-of-a-century-j-james-r-croespast-pres-am-soc-civ-engrs-hydraulic-press-see-hydrostatic-press-hydraulic-ram-a-machine-for-raisingwater-the-force-being-a-greater-body-of-waterat-a-lower-level-it-consists-primarily-of-twop-image336862487.htmlRM2AG1BF3–. The Americana : a universal reference library, comprising the arts and sciences, literature, history, biography, geography, commerce, etc. of the world. ever possible here-tofore. Great as the advances have been duringthe last 25 or 30 years, equal or greater progressin the elucidation and practical application ofprinciples may be expected within the nextquarter of a century. J. James R. Croes,Past Pres. Am. Soc. Civ. Engrs. Hydraulic Press. See Hydrostatic Press. Hydraulic Ram, a machine for raisingwater, the force being a greater body of waterat a lower level. It consists primarily of twop
Illustration showing the effect of hypotonic, isotonic and hypertonic solutions on red blood cells. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-illustration-showing-the-effect-of-hypotonic-isotonic-and-hypertonic-103991134.htmlRMG155N2–Illustration showing the effect of hypotonic, isotonic and hypertonic solutions on red blood cells.
. American engineer and railroad journal . HYDROSTATIC TESTING MACHINE, NORTHERNPACIFIC RAILWAY. PLAN FOR APPLYING HOSE CONNECTIONS. NEW YORK, PENN-SYLVANIA & OHIO RAILROAD. nwaoKtp corpti. ARRANGEMENTS FOR TRANSFERRING OIL FROM OIL BARRELS TO TANKS IN OIL HOUSE, NEW YORK, LAKE ERIK & WESTERN R. R. AIR-DUSTER NOZZLE. CHICAGO, ROCK ISLAND & PACIFIC R. R. 328 THE AMERICAN ENGINEER [July. 1894 couplers into position, pull-down jacks for defective sills.needle beams and body bolsters, putting couplers on air-brakehose, cleaning cushions, upholstery, carpets, etc., loadingwheels and axles, litis fo Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/american-engineer-and-railroad-journal-hydrostatic-testing-machine-northernpacific-railway-plan-for-applying-hose-connections-new-york-penn-sylvania-ohio-railroad-nwaoktp-corpti-arrangements-for-transferring-oil-from-oil-barrels-to-tanks-in-oil-house-new-york-lake-erik-western-r-r-air-duster-nozzle-chicago-rock-island-pacific-r-r-328-the-american-engineer-july-1894-couplers-into-position-pull-down-jacks-for-defective-sillsneedle-beams-and-body-bolsters-putting-couplers-on-air-brakehose-cleaning-cushions-upholstery-carpets-etc-loadingwheels-and-axles-litis-fo-image375661584.htmlRM2CR4T54–. American engineer and railroad journal . HYDROSTATIC TESTING MACHINE, NORTHERNPACIFIC RAILWAY. PLAN FOR APPLYING HOSE CONNECTIONS. NEW YORK, PENN-SYLVANIA & OHIO RAILROAD. nwaoKtp corpti. ARRANGEMENTS FOR TRANSFERRING OIL FROM OIL BARRELS TO TANKS IN OIL HOUSE, NEW YORK, LAKE ERIK & WESTERN R. R. AIR-DUSTER NOZZLE. CHICAGO, ROCK ISLAND & PACIFIC R. R. 328 THE AMERICAN ENGINEER [July. 1894 couplers into position, pull-down jacks for defective sills.needle beams and body bolsters, putting couplers on air-brakehose, cleaning cushions, upholstery, carpets, etc., loadingwheels and axles, litis fo
Illustration showing the effect of hypotonic, isotonic and hypertonic solutions on red blood cells. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-illustration-showing-the-effect-of-hypotonic-isotonic-and-hypertonic-103991133.htmlRMG155N1–Illustration showing the effect of hypotonic, isotonic and hypertonic solutions on red blood cells.
![. The Cambridge natural history. Zoology. 66 TUNICATA APPENDICULARIANS Mertens, and by him named " Haus " ; it has recently been more minutely investigated by Lohmann. It is only loosely attached to the body, and is frequently thrown off soon after its formation. Its function is probably protective, and possibly to some extent hydrostatic, and it may also be of use in straining the nutritive particles from the large volumes of water which filter through its complicated passages and perforated folds.^ The long, laterally compressed " tail" in the Appendiculariida is attached Stock Photo](https://c8.alamy.com/comp/RDMC9P/the-cambridge-natural-history-zoology-66-tunicata-appendicularians-mertens-and-by-him-named-quot-haus-quot-it-has-recently-been-more-minutely-investigated-by-lohmann-it-is-only-loosely-attached-to-the-body-and-is-frequently-thrown-off-soon-after-its-formation-its-function-is-probably-protective-and-possibly-to-some-extent-hydrostatic-and-it-may-also-be-of-use-in-straining-the-nutritive-particles-from-the-large-volumes-of-water-which-filter-through-its-complicated-passages-and-perforated-folds-the-long-laterally-compressed-quot-tailquot-in-the-appendiculariida-is-attached-RDMC9P.jpg ". The Cambridge natural history. Zoology. 66 TUNICATA APPENDICULARIANS Mertens, and by him named " Haus " ; it has recently been more minutely investigated by Lohmann. It is only loosely attached to the body, and is frequently thrown off soon after its formation. Its function is probably protective, and possibly to some extent hydrostatic, and it may also be of use in straining the nutritive particles from the large volumes of water which filter through its complicated passages and perforated folds.^ The long, laterally compressed " tail" in the Appendiculariida is attached Stock Photo")
. The Cambridge natural history. Zoology. 66 TUNICATA APPENDICULARIANS Mertens, and by him named " Haus " ; it has recently been more minutely investigated by Lohmann. It is only loosely attached to the body, and is frequently thrown off soon after its formation. Its function is probably protective, and possibly to some extent hydrostatic, and it may also be of use in straining the nutritive particles from the large volumes of water which filter through its complicated passages and perforated folds.^ The long, laterally compressed " tail" in the Appendiculariida is attached Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-cambridge-natural-history-zoology-66-tunicata-appendicularians-mertens-and-by-him-named-quot-haus-quot-it-has-recently-been-more-minutely-investigated-by-lohmann-it-is-only-loosely-attached-to-the-body-and-is-frequently-thrown-off-soon-after-its-formation-its-function-is-probably-protective-and-possibly-to-some-extent-hydrostatic-and-it-may-also-be-of-use-in-straining-the-nutritive-particles-from-the-large-volumes-of-water-which-filter-through-its-complicated-passages-and-perforated-folds-the-long-laterally-compressed-quot-tailquot-in-the-appendiculariida-is-attached-image232174034.htmlRMRDMC9P–. The Cambridge natural history. Zoology. 66 TUNICATA APPENDICULARIANS Mertens, and by him named " Haus " ; it has recently been more minutely investigated by Lohmann. It is only loosely attached to the body, and is frequently thrown off soon after its formation. Its function is probably protective, and possibly to some extent hydrostatic, and it may also be of use in straining the nutritive particles from the large volumes of water which filter through its complicated passages and perforated folds.^ The long, laterally compressed " tail" in the Appendiculariida is attached
. Cuvier's animal kingdom : arranged according to its organization. Animals. 650 ACALEPHA. THE THIRD CLASS OF THE RADIATA — THE ACALEPHA,— Includes all those Radiated Animals which swim in the waters of the ocean ; and in which we can still perceive vessels, though these vessels are, in truth, little else than intestinal tubes, ramified through the parenchyma of the body. They admit of a natural division into two orders,—Simple and Hydrostatic.. THE FIRST ORDER OF THE ACALEPHA. THE ACALEPHA SIMPLICIA. These float and swim in the water, by alternate contractions and dilatations of the body, alt Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cuviers-animal-kingdom-arranged-according-to-its-organization-animals-650-acalepha-the-third-class-of-the-radiata-the-acalepha-includes-all-those-radiated-animals-which-swim-in-the-waters-of-the-ocean-and-in-which-we-can-still-perceive-vessels-though-these-vessels-are-in-truth-little-else-than-intestinal-tubes-ramified-through-the-parenchyma-of-the-body-they-admit-of-a-natural-division-into-two-orderssimple-and-hydrostatic-the-first-order-of-the-acalepha-the-acalepha-simplicia-these-float-and-swim-in-the-water-by-alternate-contractions-and-dilatations-of-the-body-alt-image231851951.htmlRMRD5NER–. Cuvier's animal kingdom : arranged according to its organization. Animals. 650 ACALEPHA. THE THIRD CLASS OF THE RADIATA — THE ACALEPHA,— Includes all those Radiated Animals which swim in the waters of the ocean ; and in which we can still perceive vessels, though these vessels are, in truth, little else than intestinal tubes, ramified through the parenchyma of the body. They admit of a natural division into two orders,—Simple and Hydrostatic.. THE FIRST ORDER OF THE ACALEPHA. THE ACALEPHA SIMPLICIA. These float and swim in the water, by alternate contractions and dilatations of the body, alt
![. The Cambridge natural history. Zoology. 66 TUNICATA APPENDICULARIANS Mertens, and by him named " Haus " ; it has recently V)een more minutely investigated by Lohmann. It is only loosely attached to the body, and is frequently thrown off soon after its formation. Its function is probably protective, and possibly to some extent hydrostatic, and it may also be of use in straining the nutritive particles from the large volumes of water which filter through its complicated passages and perforated folds.^ The long, laterally ccmipressed " tail" in the Appendiculariida is attach Stock Photo](https://c8.alamy.com/comp/RG3WPB/the-cambridge-natural-history-zoology-66-tunicata-appendicularians-mertens-and-by-him-named-quot-haus-quot-it-has-recently-veen-more-minutely-investigated-by-lohmann-it-is-only-loosely-attached-to-the-body-and-is-frequently-thrown-off-soon-after-its-formation-its-function-is-probably-protective-and-possibly-to-some-extent-hydrostatic-and-it-may-also-be-of-use-in-straining-the-nutritive-particles-from-the-large-volumes-of-water-which-filter-through-its-complicated-passages-and-perforated-folds-the-long-laterally-ccmipressed-quot-tailquot-in-the-appendiculariida-is-attach-RG3WPB.jpg ". The Cambridge natural history. Zoology. 66 TUNICATA APPENDICULARIANS Mertens, and by him named " Haus " ; it has recently V)een more minutely investigated by Lohmann. It is only loosely attached to the body, and is frequently thrown off soon after its formation. Its function is probably protective, and possibly to some extent hydrostatic, and it may also be of use in straining the nutritive particles from the large volumes of water which filter through its complicated passages and perforated folds.^ The long, laterally ccmipressed " tail" in the Appendiculariida is attach Stock Photo")
. The Cambridge natural history. Zoology. 66 TUNICATA APPENDICULARIANS Mertens, and by him named " Haus " ; it has recently V)een more minutely investigated by Lohmann. It is only loosely attached to the body, and is frequently thrown off soon after its formation. Its function is probably protective, and possibly to some extent hydrostatic, and it may also be of use in straining the nutritive particles from the large volumes of water which filter through its complicated passages and perforated folds.^ The long, laterally ccmipressed " tail" in the Appendiculariida is attach Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-cambridge-natural-history-zoology-66-tunicata-appendicularians-mertens-and-by-him-named-quot-haus-quot-it-has-recently-veen-more-minutely-investigated-by-lohmann-it-is-only-loosely-attached-to-the-body-and-is-frequently-thrown-off-soon-after-its-formation-its-function-is-probably-protective-and-possibly-to-some-extent-hydrostatic-and-it-may-also-be-of-use-in-straining-the-nutritive-particles-from-the-large-volumes-of-water-which-filter-through-its-complicated-passages-and-perforated-folds-the-long-laterally-ccmipressed-quot-tailquot-in-the-appendiculariida-is-attach-image233655363.htmlRMRG3WPB–. The Cambridge natural history. Zoology. 66 TUNICATA APPENDICULARIANS Mertens, and by him named " Haus " ; it has recently V)een more minutely investigated by Lohmann. It is only loosely attached to the body, and is frequently thrown off soon after its formation. Its function is probably protective, and possibly to some extent hydrostatic, and it may also be of use in straining the nutritive particles from the large volumes of water which filter through its complicated passages and perforated folds.^ The long, laterally ccmipressed " tail" in the Appendiculariida is attach
. The animal kingdom, arranged after its organization, forming a natural history of animals, and an introduction to comparative anatomy. Zoology. 650 ACALEPHA. THE THIRD CLASS OF THE RADIATA,— THE ACALEPHA,— Includes all those Radiated Animals which swim in the waters of the ocean; and in which we can still perceive vessels, though these vessels are, in truth, little else than intestinal tuhes, ramified through the parenchyma of the body. They admit of a natural division into two orders,—Simple and Hydrostatic.. THE FIRST ORDER OF THE ACALEPHA. THE ACALEPHA SIMPLICIA. These float and swim in t Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-animal-kingdom-arranged-after-its-organization-forming-a-natural-history-of-animals-and-an-introduction-to-comparative-anatomy-zoology-650-acalepha-the-third-class-of-the-radiata-the-acalepha-includes-all-those-radiated-animals-which-swim-in-the-waters-of-the-ocean-and-in-which-we-can-still-perceive-vessels-though-these-vessels-are-in-truth-little-else-than-intestinal-tuhes-ramified-through-the-parenchyma-of-the-body-they-admit-of-a-natural-division-into-two-orderssimple-and-hydrostatic-the-first-order-of-the-acalepha-the-acalepha-simplicia-these-float-and-swim-in-t-image236748861.htmlRMRN4RGD–. The animal kingdom, arranged after its organization, forming a natural history of animals, and an introduction to comparative anatomy. Zoology. 650 ACALEPHA. THE THIRD CLASS OF THE RADIATA,— THE ACALEPHA,— Includes all those Radiated Animals which swim in the waters of the ocean; and in which we can still perceive vessels, though these vessels are, in truth, little else than intestinal tuhes, ramified through the parenchyma of the body. They admit of a natural division into two orders,—Simple and Hydrostatic.. THE FIRST ORDER OF THE ACALEPHA. THE ACALEPHA SIMPLICIA. These float and swim in t
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. BARNACLE NERVES AND BEHAVIOR 507 extending the body and cirri to form a net and retracting back into the shell. This process must involve not only some muscles acting sequentially, but because exten- sion of the body is accomplished by a hydrostatic mechanism, there must also be sets of muscles acting 180° out of phase with those muscles involved in retraction. In addition to the normal fishing, Crisp and Southward (1961) identify four other kinds of activity. These have been called testing, pumping, fast beat, and exten- si Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-barnacle-nerves-and-behavior-507-extending-the-body-and-cirri-to-form-a-net-and-retracting-back-into-the-shell-this-process-must-involve-not-only-some-muscles-acting-sequentially-but-because-exten-sion-of-the-body-is-accomplished-by-a-hydrostatic-mechanism-there-must-also-be-sets-of-muscles-acting-180-out-of-phase-with-those-muscles-involved-in-retraction-in-addition-to-the-normal-fishing-crisp-and-southward-1961-identify-four-other-kinds-of-activity-these-have-been-called-testing-pumping-fast-beat-and-exten-si-image234637920.htmlRMRHMK1M–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. BARNACLE NERVES AND BEHAVIOR 507 extending the body and cirri to form a net and retracting back into the shell. This process must involve not only some muscles acting sequentially, but because exten- sion of the body is accomplished by a hydrostatic mechanism, there must also be sets of muscles acting 180° out of phase with those muscles involved in retraction. In addition to the normal fishing, Crisp and Southward (1961) identify four other kinds of activity. These have been called testing, pumping, fast beat, and exten- si
![. The chordates. Chordata. lchthyopsida 427. Ji y X Fig. 330. (Top) Rhinobatus lentiginosus (Garman): in form of body, inter- mediate between an ordinary sbark and the very broad thin skate. (Bottom) Raja erinacea (Mitchill). (Courtesy, Jordan and Evermann: "Fishes of North and Middle America," Washington, The Smithsonian Institution.) connection with the pharynx. This air-bladder may serve as an acces- sory respiratory organ (when open into the pharynx) or it may have a hydrostatic function, making possible the adjustment of the specific gravity of the fish to that of the water by c Stock Photo](https://c8.alamy.com/comp/RJ4K1R/the-chordates-chordata-lchthyopsida-427-ji-y-x-fig-330-top-rhinobatus-lentiginosus-garman-in-form-of-body-inter-mediate-between-an-ordinary-sbark-and-the-very-broad-thin-skate-bottom-raja-erinacea-mitchill-courtesy-jordan-and-evermann-quotfishes-of-north-and-middle-americaquot-washington-the-smithsonian-institution-connection-with-the-pharynx-this-air-bladder-may-serve-as-an-acces-sory-respiratory-organ-when-open-into-the-pharynx-or-it-may-have-a-hydrostatic-function-making-possible-the-adjustment-of-the-specific-gravity-of-the-fish-to-that-of-the-water-by-c-RJ4K1R.jpg ". The chordates. Chordata. lchthyopsida 427. Ji y X Fig. 330. (Top) Rhinobatus lentiginosus (Garman): in form of body, inter- mediate between an ordinary sbark and the very broad thin skate. (Bottom) Raja erinacea (Mitchill). (Courtesy, Jordan and Evermann: "Fishes of North and Middle America," Washington, The Smithsonian Institution.) connection with the pharynx. This air-bladder may serve as an acces- sory respiratory organ (when open into the pharynx) or it may have a hydrostatic function, making possible the adjustment of the specific gravity of the fish to that of the water by c Stock Photo")
. The chordates. Chordata. lchthyopsida 427. Ji y X Fig. 330. (Top) Rhinobatus lentiginosus (Garman): in form of body, inter- mediate between an ordinary sbark and the very broad thin skate. (Bottom) Raja erinacea (Mitchill). (Courtesy, Jordan and Evermann: "Fishes of North and Middle America," Washington, The Smithsonian Institution.) connection with the pharynx. This air-bladder may serve as an acces- sory respiratory organ (when open into the pharynx) or it may have a hydrostatic function, making possible the adjustment of the specific gravity of the fish to that of the water by c Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-chordates-chordata-lchthyopsida-427-ji-y-x-fig-330-top-rhinobatus-lentiginosus-garman-in-form-of-body-inter-mediate-between-an-ordinary-sbark-and-the-very-broad-thin-skate-bottom-raja-erinacea-mitchill-courtesy-jordan-and-evermann-quotfishes-of-north-and-middle-americaquot-washington-the-smithsonian-institution-connection-with-the-pharynx-this-air-bladder-may-serve-as-an-acces-sory-respiratory-organ-when-open-into-the-pharynx-or-it-may-have-a-hydrostatic-function-making-possible-the-adjustment-of-the-specific-gravity-of-the-fish-to-that-of-the-water-by-c-image234901347.htmlRMRJ4K1R–. The chordates. Chordata. lchthyopsida 427. Ji y X Fig. 330. (Top) Rhinobatus lentiginosus (Garman): in form of body, inter- mediate between an ordinary sbark and the very broad thin skate. (Bottom) Raja erinacea (Mitchill). (Courtesy, Jordan and Evermann: "Fishes of North and Middle America," Washington, The Smithsonian Institution.) connection with the pharynx. This air-bladder may serve as an acces- sory respiratory organ (when open into the pharynx) or it may have a hydrostatic function, making possible the adjustment of the specific gravity of the fish to that of the water by c
. An introduction to vegetable physiology. Plant physiology. GEOWTH 307 for, as we shall see, in growing cells and members there is a constant stretching of the cell or tissue by hydrostatic pressure or turgidity, which can be distinguished from growth by the fact that it can be removed, the result being a certain diminution of the size of the part under consideration.. Fig. 135.—Portion op Section op Stem of Rush, showing Stellate Tissue of the Pith, with large Intercellular Spaces. Growth in the lowliest plants may be co-extensive with the plant-body. In all plants of any considerable size h Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/an-introduction-to-vegetable-physiology-plant-physiology-geowth-307-for-as-we-shall-see-in-growing-cells-and-members-there-is-a-constant-stretching-of-the-cell-or-tissue-by-hydrostatic-pressure-or-turgidity-which-can-be-distinguished-from-growth-by-the-fact-that-it-can-be-removed-the-result-being-a-certain-diminution-of-the-size-of-the-part-under-consideration-fig-135portion-op-section-op-stem-of-rush-showing-stellate-tissue-of-the-pith-with-large-intercellular-spaces-growth-in-the-lowliest-plants-may-be-co-extensive-with-the-plant-body-in-all-plants-of-any-considerable-size-h-image232331639.htmlRMRDYHAF–. An introduction to vegetable physiology. Plant physiology. GEOWTH 307 for, as we shall see, in growing cells and members there is a constant stretching of the cell or tissue by hydrostatic pressure or turgidity, which can be distinguished from growth by the fact that it can be removed, the result being a certain diminution of the size of the part under consideration.. Fig. 135.—Portion op Section op Stem of Rush, showing Stellate Tissue of the Pith, with large Intercellular Spaces. Growth in the lowliest plants may be co-extensive with the plant-body. In all plants of any considerable size h
![. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 2<SS BROWN, BDZIL, AND FRISCH. MICROMETER SYRINGE 'DIALYSIS "ELASTIC MEMBRANE MEMBRANE (A) 6O- O /O-i 5 5^ Q. ^ • • 1 1 f • 1 1 1 r " ' 1' ' 1 ' 1 1 1 ' 456 TIME (HOURS) 10 (B) FIGURE 8. (A) "Mechanical engine" with properties of model. See text for details. (B) Time-course of volume and pressure changes in chamber B after osmotic gradient established at time 0. extrinsically (i.e., as a result of increased coelomic hydrostatic pressure caused by contraction of the body-wall musculature) (Beadle, 1937, Stock Photo](https://c8.alamy.com/comp/RHN85G/the-biological-bulletin-biology-zoology-biology-marine-biology-2ltss-brown-bdzil-and-frisch-micrometer-syringe-dialysis-quotelastic-membrane-membrane-a-6o-o-o-i-5-5-q-1-1-f-1-1-1-r-quot-1-1-1-1-1-456-time-hours-10-b-figure-8-a-quotmechanical-enginequot-with-properties-of-model-see-text-for-details-b-time-course-of-volume-and-pressure-changes-in-chamber-b-after-osmotic-gradient-established-at-time-0-extrinsically-ie-as-a-result-of-increased-coelomic-hydrostatic-pressure-caused-by-contraction-of-the-body-wall-musculature-beadle-1937-RHN85G.jpg ". The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 2<SS BROWN, BDZIL, AND FRISCH. MICROMETER SYRINGE 'DIALYSIS "ELASTIC MEMBRANE MEMBRANE (A) 6O- O /O-i 5 5^ Q. ^ • • 1 1 f • 1 1 1 r " ' 1' ' 1 ' 1 1 1 ' 456 TIME (HOURS) 10 (B) FIGURE 8. (A) "Mechanical engine" with properties of model. See text for details. (B) Time-course of volume and pressure changes in chamber B after osmotic gradient established at time 0. extrinsically (i.e., as a result of increased coelomic hydrostatic pressure caused by contraction of the body-wall musculature) (Beadle, 1937, Stock Photo")
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 2<SS BROWN, BDZIL, AND FRISCH. MICROMETER SYRINGE 'DIALYSIS "ELASTIC MEMBRANE MEMBRANE (A) 6O- O /O-i 5 5^ Q. ^ • • 1 1 f • 1 1 1 r " ' 1' ' 1 ' 1 1 1 ' 456 TIME (HOURS) 10 (B) FIGURE 8. (A) "Mechanical engine" with properties of model. See text for details. (B) Time-course of volume and pressure changes in chamber B after osmotic gradient established at time 0. extrinsically (i.e., as a result of increased coelomic hydrostatic pressure caused by contraction of the body-wall musculature) (Beadle, 1937, Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-2ltss-brown-bdzil-and-frisch-micrometer-syringe-dialysis-quotelastic-membrane-membrane-a-6o-o-o-i-5-5-q-1-1-f-1-1-1-r-quot-1-1-1-1-1-456-time-hours-10-b-figure-8-a-quotmechanical-enginequot-with-properties-of-model-see-text-for-details-b-time-course-of-volume-and-pressure-changes-in-chamber-b-after-osmotic-gradient-established-at-time-0-extrinsically-ie-as-a-result-of-increased-coelomic-hydrostatic-pressure-caused-by-contraction-of-the-body-wall-musculature-beadle-1937-image234651356.htmlRMRHN85G–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 2<SS BROWN, BDZIL, AND FRISCH. MICROMETER SYRINGE 'DIALYSIS "ELASTIC MEMBRANE MEMBRANE (A) 6O- O /O-i 5 5^ Q. ^ • • 1 1 f • 1 1 1 r " ' 1' ' 1 ' 1 1 1 ' 456 TIME (HOURS) 10 (B) FIGURE 8. (A) "Mechanical engine" with properties of model. See text for details. (B) Time-course of volume and pressure changes in chamber B after osmotic gradient established at time 0. extrinsically (i.e., as a result of increased coelomic hydrostatic pressure caused by contraction of the body-wall musculature) (Beadle, 1937,
