Category:Popular Science Monthly illustrations/Volume 6

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Media in category "Popular Science Monthly illustrations/Volume 6"

The following 150 files are in this category, out of 150 total.

Popular Science Monthly Volume 6.djvu 2,163 × 3,577, 800 pages; 29.71 MB
PSM V06 D010 Ernst Heinrich Haeckel.jpg 2,004 × 2,500; 1.06 MB
PSM V06 D012 Lake fusaro and its oyster plantations.jpg 2,652 × 1,724; 1.58 MB
PSM V06 D014 European oysters.jpg 1,305 × 1,964; 655 KB
PSM V06 D015 Artificial oyster bank in lake fusaro.jpg 1,481 × 909; 258 KB
PSM V06 D017 Attachments for oyster spat.jpg 1,492 × 929; 223 KB
PSM V06 D020 An oyster dredge at work.jpg 1,495 × 926; 317 KB
PSM V06 D022 Vessels dredging for oysters.jpg 2,619 × 1,710; 965 KB
PSM V06 D025 Organism of an oyster.jpg 1,601 × 1,453; 211 KB
PSM V06 D028 Nervous system of an oyster.png 823 × 932; 83 KB
PSM V06 D059 Experimental shoe for pressure measurement.jpg 1,149 × 754; 127 KB
PSM V06 D059 Myographical recording of muscle.jpg 1,378 × 1,019; 128 KB
PSM V06 D060 Pace registering apparatus.jpg 1,516 × 2,063; 312 KB
PSM V06 D061 Tracings of impact of feet.jpg 1,363 × 285; 40 KB
PSM V06 D062 Vertical reaction register of paces.jpg 1,358 × 421; 74 KB
PSM V06 D063 Tracing produced by walking upstairs.jpg 1,360 × 280; 22 KB
PSM V06 D064 Tracing produced by human running.jpg 1,385 × 388; 56 KB
PSM V06 D065 Leap on two feet at once.jpg 1,357 × 582; 65 KB
PSM V06 D065 Man galloping with the right foot first.jpg 1,354 × 453; 61 KB
PSM V06 D066 Registration of man running.jpg 1,407 × 646; 70 KB
PSM V06 D066 Synoptical representation of human locomotion.jpg 1,412 × 484; 67 KB
PSM V06 D140 J Lawrence Smith.jpg 1,864 × 2,353; 729 KB
PSM V06 D142 Apparatus to register hoof ground pressure.jpg 893 × 1,094; 78 KB
PSM V06 D142 Notation of horse ambling.jpg 1,381 × 128; 26 KB
PSM V06 D143 Signalling apparatus of hoof pressure.jpg 784 × 1,576; 132 KB
PSM V06 D144 Instruments registering equine movement.jpg 1,375 × 1,095; 229 KB
PSM V06 D145 Graphic and notation of a horse trot.jpg 2,086 × 943; 253 KB
PSM V06 D146 Notation of the irregular trot.jpg 1,352 × 272; 43 KB
PSM V06 D146 Notations of low speed pacing.jpg 1,331 × 1,167; 231 KB
PSM V06 D147 Notations of full trot.jpg 1,332 × 1,232; 268 KB
PSM V06 D148 Tracings and notations of the walking pace.jpg 670 × 2,090; 157 KB
PSM V06 D149 Representation of horse at a walking pace.jpg 1,263 × 1,182; 239 KB
PSM V06 D150 Tracings and notation in three time gallop.jpg 2,118 × 1,161; 287 KB
PSM V06 D151 Gallop in three time.jpg 1,390 × 310; 63 KB
PSM V06 D151 Horse galloping in the first time.jpg 1,333 × 1,307; 234 KB
PSM V06 D152 Horse galloping in second time.jpg 1,338 × 1,191; 237 KB
PSM V06 D152 Horse galloping in third time.jpg 1,325 × 1,021; 228 KB
PSM V06 D153 Notation of the gallop in fourth time.jpg 1,376 × 302; 58 KB
PSM V06 D153 Notations of a full gallop.jpg 1,408 × 377; 62 KB
PSM V06 D170 Groups of european oysters.jpg 1,274 × 1,895; 605 KB
PSM V06 D171 Oysters just born.jpg 1,068 × 468; 102 KB
PSM V06 D174 Bryozoa growing on oysters.jpg 1,237 × 1,358; 305 KB
PSM V06 D175 Fragment of flustra truncata.jpg 1,417 × 1,027; 175 KB
PSM V06 D177 Anatomy of a bryozoon.jpg 1,111 × 959; 100 KB
PSM V06 D179 Sertularia pinnata.jpg 1,258 × 990; 152 KB
PSM V06 D181 Tubicola.jpg 616 × 712; 53 KB
PSM V06 D182 Sea anemones.jpg 1,324 × 813; 151 KB
PSM V06 D183 Lingual ribbon of the whelk.jpg 585 × 194; 26 KB
PSM V06 D184 European starfish.jpg 1,494 × 1,332; 683 KB
PSM V06 D229 Horizontal parallax.png 1,542 × 321; 16 KB
PSM V06 D230 Orbits of venus and the earth.jpg 1,421 × 521; 40 KB
PSM V06 D234 Showing the displacement of venus.jpg 1,192 × 342; 19 KB
PSM V06 D235 Path of venus across the sun by different observers.jpg 955 × 889; 29 KB
PSM V06 D236 Portion of the sun at first internal contact of venus.jpg 959 × 664; 71 KB
PSM V06 D237 Earth as seen from the sun in two consecutive days.jpg 1,685 × 843; 265 KB
PSM V06 D270 Jeffries Wyman.jpg 1,760 × 2,212; 428 KB
PSM V06 D282 Muscles controlling eyeball movement.png 1,572 × 527; 92 KB
PSM V06 D284 Fretwork patterns of space time and scale.png 1,699 × 187; 26 KB
PSM V06 D284 Savage and rhythmic fretwork patters.png 1,695 × 210; 29 KB
PSM V06 D285 Common basic continuous fretwork.jpg 930 × 195; 19 KB
PSM V06 D285 Fretwork patterns appearing in greek and mesoamerican art.jpg 1,587 × 230; 35 KB
PSM V06 D285 Sophisticated continuous fretwork.jpg 913 × 212; 21 KB
PSM V06 D286 Brazilian scroll fretwork.jpg 1,691 × 192; 53 KB
PSM V06 D286 Common scroll fretwork.jpg 1,623 × 193; 41 KB
PSM V06 D287 Honeysuckle ornament.jpg 1,587 × 228; 34 KB
PSM V06 D287 Old world decorative art.jpg 1,023 × 490; 61 KB
PSM V06 D288 Anthemium decoration based on triangles.jpg 1,005 × 228; 39 KB
PSM V06 D288 Anthemium elegantly outlined.jpg 1,048 × 601; 64 KB
PSM V06 D297 Grizzly bear.jpg 1,090 × 858; 219 KB
PSM V06 D298 Black bear.jpg 953 × 648; 171 KB
PSM V06 D299 Cinnamon bear.jpg 1,032 × 921; 242 KB
PSM V06 D300 Malayan sun bear.jpg 957 × 849; 241 KB
PSM V06 D301 Spectacled bear.jpg 999 × 904; 146 KB
PSM V06 D302 Brown bear.jpg 1,474 × 1,274; 539 KB
PSM V06 D303 Syrian bear.jpg 937 × 780; 242 KB
PSM V06 D304 Asiatic or sloth bear.jpg 931 × 796; 204 KB
PSM V06 D305 Polar bear.jpg 942 × 711; 189 KB
PSM V06 D318 Portrait of a hermit.jpg 1,973 × 1,223; 642 KB
PSM V06 D355 Broken cell.jpg 1,414 × 393; 50 KB
PSM V06 D355 Mould cells.jpg 1,670 × 320; 58 KB
PSM V06 D357 Fission and dividing of cells.jpg 1,450 × 390; 35 KB
PSM V06 D358 Cells dividing.jpg 1,612 × 654; 62 KB
PSM V06 D359 Pearshaped cell without a sac.jpg 975 × 226; 26 KB
PSM V06 D359 Protococcus cells.jpg 1,403 × 513; 50 KB
PSM V06 D360 Colored and colorless blood cells.jpg 1,549 × 615; 84 KB
PSM V06 D361 Amoebae among the red cells.jpg 528 × 552; 65 KB
PSM V06 D361 Shells cleared to view the nucleus.jpg 1,681 × 274; 41 KB
PSM V06 D362 Pond amoeba.jpg 1,225 × 800; 45 KB
PSM V06 D363 Pond amoeba digesting its food.jpg 1,630 × 480; 63 KB
PSM V06 D363 Various amoebae.jpg 1,545 × 291; 35 KB
PSM V06 D364 Amoeba development.jpg 1,493 × 309; 26 KB
PSM V06 D364 Amoeba partitioning between two kernels.jpg 834 × 526; 19 KB
PSM V06 D365 Hydra fishing for food.jpg 1,053 × 1,164; 143 KB
PSM V06 D365 Hydrae behavior.jpg 1,355 × 1,126; 82 KB
PSM V06 D366 Green hydra.jpg 1,033 × 1,450; 116 KB
PSM V06 D367 Caterpillar movements.jpg 1,701 × 463; 59 KB
PSM V06 D367 Hydra pushing out its fingers.jpg 801 × 878; 26 KB
PSM V06 D368 Thread cell coiled and uncoiled.jpg 1,169 × 1,182; 36 KB
PSM V06 D369 Old and young hydra.jpg 1,666 × 812; 112 KB
PSM V06 D400 Francis Huber.jpg 1,842 × 2,185; 697 KB
PSM V06 D402 Transit threads in telescope.jpg 994 × 977; 98 KB
PSM V06 D403 Passage of star across the thread.jpg 393 × 344; 5 KB
PSM V06 D405 Passage of star across the thread.jpg 2,947 × 1,123; 460 KB
PSM V06 D415 Micrococci bacteria.jpg 1,143 × 708; 81 KB
PSM V06 D417 Bacteria and leptothrix filaments.jpg 1,398 × 594; 249 KB
PSM V06 D418 Bacteria leptothrix and spore like bodies.jpg 680 × 429; 27 KB
PSM V06 D420 Torulae.jpg 443 × 364; 18 KB
PSM V06 D458 Map of ship island.png 1,478 × 801; 96 KB
PSM V06 D463 Animal movements traced.jpg 1,588 × 610; 213 KB
PSM V06 D465 Traced record of animal movement.jpg 1,600 × 525; 91 KB
PSM V06 D467 Graph of animal locomotion patterns.jpg 1,393 × 467; 38 KB
PSM V06 D469 Graph depicting bird wing movements.jpg 1,410 × 1,530; 177 KB
PSM V06 D530 Henry Maudsley.jpg 1,738 × 2,227; 747 KB
PSM V06 D545 Chameleon leg tagged.png 604 × 614; 162 KB
PSM V06 D545 Chameleon.jpg 1,807 × 1,983; 1.27 MB
PSM V06 D576 Sound transmission effects instrument.jpg 2,306 × 1,514; 642 KB
PSM V06 D578 Sound reflection effects instrument.jpg 1,520 × 941; 201 KB
PSM V06 D593 Cell variations 1 to 3.jpg 1,452 × 168; 11 KB
PSM V06 D593 Cell variations 4 and 5.jpg 1,417 × 428; 34 KB
PSM V06 D593 Yeast or torula cells.jpg 1,508 × 191; 25 KB
PSM V06 D594 Clear and stained jelly cells.jpg 1,147 × 265; 21 KB
PSM V06 D595 Cell and its buds.png 1,656 × 516; 44 KB
PSM V06 D597 Lobster.jpg 1,326 × 2,154; 382 KB
PSM V06 D598 Lobster somites.jpg 1,362 × 1,102; 44 KB
PSM V06 D599 Lobster claws.jpg 1,692 × 392; 49 KB
PSM V06 D600 Lobster antennae.jpg 1,701 × 1,508; 62 KB
PSM V06 D600 Lobster eye and stalk.jpg 748 × 537; 21 KB
PSM V06 D602 Lobster intestinal diagram.jpg 1,732 × 2,332; 287 KB
PSM V06 D603 Lobster mill and its muscles.jpg 1,675 × 931; 71 KB
PSM V06 D603 Lobster mill.jpg 1,156 × 696; 28 KB
PSM V06 D604 Lobster eye stalk and nerves.jpg 1,335 × 773; 76 KB
PSM V06 D605 Lobster antennae and ear.jpg 1,680 × 980; 95 KB
PSM V06 D606 Young lobster.jpg 1,375 × 661; 65 KB
PSM V06 D660 Joseph Fraunhofer.jpg 1,687 × 1,947; 839 KB
PSM V06 D662 Triangle spider net.jpg 1,581 × 1,183; 201 KB
PSM V06 D663 Spider anatomy.jpg 1,123 × 631; 64 KB
PSM V06 D663 Terminal joints of a male spider feeler.jpg 738 × 730; 92 KB
PSM V06 D664 Supposed cocoon of triangle spider.jpg 606 × 899; 48 KB
PSM V06 D665 Spider claw segments.jpg 1,072 × 842; 65 KB
PSM V06 D666 Spider web spinning apparatus.jpg 531 × 602; 41 KB
PSM V06 D667 Silk tube from the end of an anterior spinner.jpg 464 × 621; 12 KB
PSM V06 D669 Net in process of formation.jpg 1,543 × 1,170; 88 KB
PSM V06 D671 Triangle spider entangling prey.jpg 1,558 × 1,160; 102 KB
PSM V06 D673 Spider net forms of nephila hiptyotes epeira.jpg 653 × 211; 13 KB
PSM V06 D674 Nephila plumipes net photographed.jpg 878 × 893; 192 KB
PSM V06 D709 Sound transmission effects instrument.jpg 2,293 × 1,504; 618 KB
PSM V06 D731 Optical lense shapes.jpg 1,497 × 624; 34 KB
PSM V06 D732 Optic concepts in photography.jpg 1,037 × 831; 66 KB
PSM V06 D753 Raindrop behavior when falling on water.jpg 830 × 1,060; 198 KB
PSM V06 D760 Fraunhofer lines in the solar spectrum.jpg 478 × 2,623; 254 KB