{"id":5851,"date":"2019-11-18T21:39:30","date_gmt":"2019-11-18T21:39:30","guid":{"rendered":"http:\/\/www.forsea.org\/?page_id=5851"},"modified":"2019-11-18T21:39:30","modified_gmt":"2019-11-18T21:39:30","slug":"pictures-from-grades-6-8","status":"publish","type":"page","link":"http:\/\/www.forsea.org\/pictures-from-grades-6-8\/","title":{"rendered":"Pictures from Grades 6-8"},"content":{"rendered":"\n
\nPictures from Grades 6-8<\/strong><\/em><\/font>\n
\nClick on picture titles to view the selected image<\/strong>\n
\n
\nAfrica, continent outline<\/a>\n
\nAfrica\/South America contiguous sediments<\/a>\n
\nAfrica\/South America continental fit<\/a>\n
\nAlaska current<\/a>\n
\nAnchoveta<\/a>\n
\nAnemometer<\/a>\n
\nApple<\/a>\n
\nAquarium, sink and float<\/a>\n
\nAsian clam<\/a>\n
\nAsian clams in hand<\/a>\n
\nAsian clams in sand<\/a>\n
\nAssorted bones<\/a>\n
\nAssorted phytoplankton, labeled<\/a>\n
\nAssorted zooplankton<\/a>\n
\nAtlantic quahog clam, thumbnail<\/a>\n
\nBaking tray, glass with thermometers<\/a>\n
\nBalance 3<\/a>\n
\nBaleen and toothed whale skeletons<\/a>\n
\nBaleen whale over US map<\/a>\n
\nBaleen whale skeleton bone set<\/a>\n
\nBaleen whale skeleton bone set 2<\/a>\n
\nBaleen whale skeleton bone set, articulated<\/a>\n
\nBaleen whale skeleton bone set, articulated 2<\/a>\n
\nBalloon, air pump<\/a>\n
\nBalloon, in ring<\/a>\n
\nBalloon, straw<\/a>\n
\nBalloon, straw tied twice<\/a>\n
\nBalloon, straw tied twice 2<\/a>\n
\nBalloon, tied<\/a>\n
\nBamboo worm<\/a>\n
\nBarnacle larva<\/a>\n
\nBarometer<\/a>\n
\nBeaker on ring stand<\/a>\n
\nBeaker on ring stand with convection currents<\/a>\n
\nBeakers, salt shaker<\/a>\n
\nBeluga whale<\/a>\n
\nBentnose clam<\/a>\n
\nBiomass pyramid: phytoplankton to orca whale<\/a>\n
\nBlue whale<\/a>\n
\nBlue, sperm, right, gray, humpback whales compared<\/a>\n
\nBoats, assorted, old<\/a>\n
\nBook, 2<\/a>\n
\nBottle with gas collector<\/a>\n
\nBottlenose dolphin<\/a>\n
\nBowhead whale<\/a>\n
\nBowhead whale skeleton<\/a>\n
\nBrittle star (Amphipholus sps.)<\/a>\n
\nCartesian diver series 1<\/a>\n
\nCartesian diver series 2<\/a>\n
\nCartesian diver series 3<\/a>\n
\nCartesian diver series 4<\/a>\n
\nCartesian diver series 5<\/a>\n
\nCartesian diver series 6<\/a>\n
\nCartesian diver series 7<\/a>\n
\nChain diatom<\/a>\n
\nClam digger<\/a>\n
\nClam shell<\/a>\n
\nClam shell cross section<\/a>\n
\nClam shell, inside<\/a>\n
\nClam, thumbnail (Mya sps.)<\/a>\n
\nClipboard and writing hand<\/a>\n
\nClothespin boat<\/a>\n
\nCO2 collection bottle<\/a>\n
\nCoil snail, thumbnail<\/a>\n
\nColumbus\u2019 sailing vessels<\/a>\n
\nCompass rose<\/a>\n
\nCompass rose w\/divider1<\/a>\n
\nCompass rose w\/divider2<\/a>\n
\nComputer<\/a>\n
\nContainer ship<\/a>\n
\nContinental drift series 100 m years ago<\/a>\n
\nContinental drift series 200 m years ago<\/a>\n
\nContinental drift series 50 m years ago<\/a>\n
\nContinental drift series now<\/a>\n
\nContinental slope and shelf<\/a>\n
\nContinuous line mining dredge<\/a>\n
\nContour map, clay<\/a>\n
\nContour map, Columbia River mouth<\/a>\n
\nContour map, sea mount cross section<\/a>\n
\nCopepod zooplankter<\/a>\n
\nCtenophore<\/a>\n
\nDeep sea amphipod<\/a>\n
\nDeep sea anemone<\/a>\n
\nDeep sea animals (squid, fish, jellyfish)<\/a>\n
\nDeep sea barnacle<\/a>\n
\nDeep sea brachyuran crab<\/a>\n
\nDeep sea clam<\/a>\n
\nDeep sea enteropneust<\/a>\n
\nDeep sea limpet<\/a>\n
\nDeep sea polychaete worm<\/a>\n
\nDeep sea serpiculid worms<\/a>\n
\nDeep sea siphonophore<\/a>\n
\nDeep sea squat lobster<\/a>\n
\nDeep sea tube worms<\/a>\n
\nDeep sea vents with submersible vehicle<\/a>\n
\nDeep sea zooplankton<\/a>\n
\nDensity bottles 1<\/a>\n
\nDensity bottles 2<\/a>\n
\nDensity bottles 3<\/a>\n
\nDensity floats lab set up<\/a>\n
\nDesign pages<\/a>\n
\nDiatom<\/a>\n
\nDinoflagellate<\/a>\n
\nDrinking glass<\/a>\n
\nEarth cross section<\/a>\n
\nEarth cross section with convection currents<\/a>\n
\nEarth cross section with convection currents 2<\/a>\n
\nEarth cross section with tectonic plates<\/a>\n
\nEarth globe<\/a>\n
\nEarth globe, thumbnail<\/a>\n
\nEarth with gyres<\/a>\n
\nEarth with rain clouds<\/a>\n
\nEarth, 3-D cross section<\/a>\n
\nEarth, plain<\/a>\n
\nEcholocation<\/a>\n
\nElephant seal<\/a>\n
\nEnvelopes and paper<\/a>\n
\nErlenmeyer flask<\/a>\n
\nFactory ship<\/a>\n
\nFathometer tape, labeled<\/a>\n
\nFin and hand bones compare<\/a>\n
\nFish and hook<\/a>\n
\nFish eyes positions compared<\/a>\n
\nFish outline with fins, tail in detail<\/a>\n
\nFish showing internal organs, labeled<\/a>\n
\nFish, school, thumbnail<\/a>\n
\nFish, small<\/a>\n
\nFisher and boat<\/a>\n
\nFisher on dock<\/a>\n
\nFishing vessel<\/a>\n
\nFlipper bones, articulated<\/a>\n
\nFlipper bones, disarticulated<\/a>\n
\nFlounder<\/a>\n
\nFlounder under silt<\/a>\n
\nFlounder under silt, partial<\/a>\n
\nFood web, illustration<\/a>\n
\nFood web, mobile diagram 1<\/a>\n
\nFood web, mobile diagram 2<\/a>\n
\nGary whale fluke<\/a>\n
\nGeological strata showing fossil deposition<\/a>\n
\nGirl and dog<\/a>\n
\nGlass with marbles<\/a>\n
\nGlobal map showing longitude<\/a>\n
\nGrand banks dory<\/a>\n
\nGrand banks dory, lofting plans<\/a>\n
\nGrand banks dory, oar locks<\/a>\n
\nGrand banks dory, oars<\/a>\n
\nGray whale<\/a>\n
\nGray whale<\/a>\n
\nGray whale and baleen detail<\/a>\n
\nGray whale blowing<\/a>\n
\nGray whale diving<\/a>\n
\nGray whale diving sequence<\/a>\n
\nGray whale feeding series<\/a>\n
\nGray whale grid for scaling<\/a>\n
\nGray whale migration map with destination<\/a>\n
\nGray whale migration map, Alaska, Canada <\/a>\n
\nGray whale migration map, west coast w\/o labels<\/a>\n
\nGray whale outlines<\/a>\n
\nGray whale over currents<\/a>\n
\nGray whale skeleton<\/a>\n
\nGray whale spout<\/a>\n
\nGray whale spy hopping in ice hole<\/a>\n
\nGray whale with baby above<\/a>\n
\nGray whale with baby below<\/a>\n
\nGray whale with calf below<\/a>\n
\nGray whale, baby, grid for scaling<\/a>\n
\nGray whales, pod<\/a>\n
\nGreenhouse effect diagram<\/a>\n
\nHarbor porpoise pod<\/a>\n
\nHatchetfish<\/a>\n
\nHMS Challenger<\/a>\n
\nHuman skeleton, articulated<\/a>\n
\nHumpback whale<\/a>\n
\nHumpback whale spy hopping<\/a>\n
\nHydrologic cycle<\/a>\n
\nHydrometer<\/a>\n
\nHydrometer in beaker with ring stand<\/a>\n
\nHydrometer in density currents<\/a>\n
\nHydrometer, close-up of scale<\/a>\n
\nHygrometer<\/a>\n
\nJars, student drawing<\/a>\n
\nLionfish<\/a>\n
\nLongsnout<\/a>\n
\nMammalian evolutionary tree<\/a>\n
\nManganese nodule map<\/a>\n
\nManganese nodule, ear bone<\/a>\n
\nManganese nodule, picture<\/a>\n
\nMap, Alaska, Canada, Bering Straits<\/a>\n
\nMap, Bering Sea, vertical<\/a>\n
\nMap, Bering Sea, with grid, horizontal<\/a>\n
\nMap, Columbia and Snake rivers<\/a>\n
\nMap, global projection<\/a>\n
\nMap, land and bathymetry<\/a>\n
\nMap, North America<\/a>\n
\nMap, North America with continental shelves<\/a>\n
\nMap, north Pacific<\/a>\n
\nMap, Puget Sound, outline<\/a>\n
\nMap, Southern California<\/a>\n
\nMap, southern hemisphere<\/a>\n
\nMap, U.S. with longitude\/latitude<\/a>\n
\nMap, Washington to Alaska<\/a>\n
\nMarble boat<\/a>\n
\nMat bacteria<\/a>\n
\nMeeting<\/a>\n
\nMelting ice currents<\/a>\n
\nMinke whale<\/a>\n
\nMinke whale \u201cwrapped in food web\u201d<\/a>\n
\nMud shrimp<\/a>\n
\nMussel, thumbnail<\/a>\n
\nNational Marine Sanctuaries map<\/a>\n
\nNative American canoe<\/a>\n
\nNative American canoe with label lines<\/a>\n
\nNative American canoe, shaded<\/a>\n
\nNative American cedar bark harvesting<\/a>\n
\nNative American float<\/a>\n
\nNative American harpoon head<\/a>\n
\nNative American rope, frayed<\/a>\n
\nNative American tribal map, west coast<\/a>\n
\nNative American whaling canoe 1<\/a>\n
\nNative American whaling canoe 2<\/a>\n
\nNavigation buoys<\/a>\n
\nNavigation chart with compass rose<\/a>\n
\nNavigation chart, coastal<\/a>\n
\nNavigation charts, rolled<\/a>\n
\nNavigation symbols<\/a>\n
\nNoctiluca phosphorescent phytoplankton<\/a>\n
\nNotebook pages<\/a>\n
\nOcean floor, cross section<\/a>\n
\nOcean floor, cross section with volcanoes<\/a>\n
\nOcean formation comics 1<\/a>\n
\nOcean formation comics 2<\/a>\n
\nOcean formation comics 3<\/a>\n
\nOcean zones diagram<\/a>\n
\nOceanographic satellites compared<\/a>\n
\nOffshore oil production tanker buoys<\/a>\n
\nOffshore oil rig 1<\/a>\n
\nOffshore oil rig 2<\/a>\n
\nOffshore oil rig 3<\/a>\n
\nOffshore oil rig 4<\/a>\n
\nOffshore oil rig 5<\/a>\n
\nOikopleura<\/a>\n
\nOil drill ship<\/a>\n
\nOil drill string bit<\/a>\n
\nOil leak from boat<\/a>\n
\nOil spill from ship wreck<\/a>\n
\nOil wells and cross section of earth<\/a>\n
\nOily bilge waste<\/a>\n
\nOrca whale<\/a>\n
\nOrca whale, vertical<\/a>\n
\nOrca, thumbnail<\/a>\n
\nOverflow bucket<\/a>\n
\nOyster digger<\/a>\n
\nOzone breakdown<\/a>\n
\nOzone model<\/a>\n
\nPages, flying<\/a>\n
\nPangaea 1<\/a>\n
\nPangaea 2<\/a>\n
\nPangaea 3<\/a>\n
\nPangaea 4<\/a>\n
\nPangaea 5<\/a>\n
\nPaper bag and beans<\/a>\n
\nPaper recording strip<\/a>\n
\nParallel rules 1<\/a>\n
\nParallel rules 2<\/a>\n
\nPea crab<\/a>\n
\nPennate diatoms<\/a>\n
\nPeru current map 1<\/a>\n
\nPeru current map 2<\/a>\n
\nPhotometer<\/a>\n
\nPilot whale<\/a>\n
\nPlate separation showing polarity changes<\/a>\n
\nPlate separation showing polarity changes, subsurface currents<\/a>\n
\nPlate subduction cross section<\/a>\n
\nPlate tectonics model flat<\/a>\n
\nPlate tectonics model flat, folded<\/a>\n
\nPlate tectonics model flat, labeled<\/a>\n
\nPlume bacteria<\/a>\n
\nPond food chain<\/a>\n
\nPuzzle pieces<\/a>\n
\nRain gauge<\/a>\n
\nResort dock with floating trash<\/a>\n
\nRibbon fish<\/a>\n
\nRight whale<\/a>\n
\nRowboat, labeled<\/a>\n
\nSablefish<\/a>\n
\nSailing vessel cargo stores<\/a>\n
\nSalinity\/temperature graph<\/a>\n
\nSalmon alevins<\/a>\n
\nSalmon eggs with alevins emerging<\/a>\n
\nSalmon in kelp bed<\/a>\n
\nSalmon life cycle<\/a>\n
\nSalmon parr in eelgrass<\/a>\n
\nSalmon spawning<\/a>\n
\nSalmon swimming up rapids<\/a>\n
\nSalmon, generalized<\/a>\n
\nSalmon, sockeye male, female, smolt<\/a>\n
\nSalmon, sockeye, vertical orientation<\/a>\n
\nSalmon, swimming, thumbnail<\/a>\n
\nScallop, thumbnail<\/a>\n
\nSchool of small fish<\/a>\n
\nScientist at easel<\/a>\n
\nSCUBA diver<\/a>\n
\nSCUBA diver and boat<\/a>\n
\nSculpin, tidepool, small<\/a>\n
\nSea floor mining system<\/a>\n
\nSea floor scene<\/a>\n
\nSea floor towed collector miner<\/a>\n
\nSea floor, labeled<\/a>\n
\nSeasat oceanographic satellite<\/a>\n
\nSecchi disk<\/a>\n
\nSediment screen frame<\/a>\n
\nSelf propelled sea floor miner<\/a>\n
\nShoe box with grid top 2<\/a>\n
\nShoebox with grid top<\/a>\n
\nShrimp, deep sea, thumbnail<\/a>\n
\nSkate<\/a>\n
\nSnail larva<\/a>\n
\nSnapper<\/a>\n
\nSolar system evolution 1 – disperse matter<\/a>\n
\nSolar system evolution 2 – accreting matter<\/a>\n
\nSolar system evolution 3 – planets formed<\/a>\n
\nSonar ship making pass<\/a>\n
\nSonar ship making pass 2<\/a>\n
\nSouth America, continent outline<\/a>\n
\nSperm whale<\/a>\n
\nSperm whale, vertical<\/a>\n
\nSperm, humpback whale outlines<\/a>\n
\nSpiny lumpsucker<\/a>\n
\nSquid, thumbnail<\/a>\n
\nStargazer<\/a>\n
\nStrata fossil cupcake with rulers front<\/a>\n
\nStrata fossil cupcake with rulers side<\/a>\n
\nStraws, marker, beaker<\/a>\n
\nSturgeon poacher<\/a>\n
\nSubmersible design plans<\/a>\n
\nSun rays with people<\/a>\n
\nSwimmer on ice flow<\/a>\n
\nSymbiotic bacteria<\/a>\n
\nTerrarium<\/a>\n
\nTerrarium 2<\/a>\n
\nTesselation rows for deep sea fish<\/a>\n
\nTest tube<\/a>\n
\nTest tube with layered contents<\/a>\n
\nThermometer<\/a>\n
\nTimeline<\/a>\n
\nToothed whale skeleton bone set<\/a>\n
\nToothed whale skeleton bone set articulated<\/a>\n
\nToxic sources: boating<\/a>\n
\nToxic sources: bottom paint<\/a>\n
\nToxic sources: car repair<\/a>\n
\nToxic sources: copper smelter<\/a>\n
\nToxic sources: crop dusting<\/a>\n
\nToxic sources: epoxy<\/a>\n
\nToxic sources: insect sprayer<\/a>\n
\nToxic sources: outfall<\/a>\n
\nToxics containers<\/a>\n
\nTrash<\/a>\n
\nTriangulation 1<\/a>\n
\nTriangulation 2<\/a>\n
\nTriangulation 3<\/a>\n
\nTuna, small<\/a>\n
\nVectors showing internal vs external pressure<\/a>\n
\nWaste water outfall<\/a>\n
\nWater flow over estuary sill<\/a>\n
\nWater lens microscope<\/a>\n
\nWater molecules<\/a>\n
\nWater quality impacts: drainage<\/a>\n
\nWater quality impacts: dredging<\/a>\n
\nWater quality impacts: soap<\/a>\n
\nWater quality impacts: tractor<\/a>\n
\nWatershed diagram with cross section 2<\/a>\n
\nWatershed impacts, bulldozer<\/a>\n
\nWatershed impacts, cow in stream<\/a>\n
\nWatershed impacts, dam<\/a>\n
\nWatershed impacts, fire<\/a>\n
\nWatershed impacts, logging<\/a>\n
\nWatershed in bowl, model<\/a>\n
\nWell, cross section<\/a>\n
\nWhale ancestor skeleton, ambulocetus<\/a>\n
\nWhale ancestor skeleton, basilosaurus<\/a>\n
\nWhale ancestor, ambulocetus<\/a>\n
\nWhale ancestor, basilosaurus<\/a>\n
\nWhale ancestor, mesonychid<\/a>\n
\nWhale ancestor, prozeuglodon<\/a>\n
\nWhale ancestor, rhodocetus<\/a>\n
\nWhale fluke, diving<\/a>\n
\nWhale watcher boat 2<\/a>\n
\nWhale watchers in Zodiac<\/a>\n
\nWhale watching boat<\/a>\n
\nWhale watching from shore<\/a>\n
\nWhale with nose in dishpan<\/a>\n
\nWhale, human breathing passages cross section<\/a>\n
\nWhales, outline drawing of sizes<\/a>\n
\nWhales, outline profiles<\/a>\n
\nWhaling: cutting in<\/a>\n
\nWhaling: dory and whale<\/a>\n
\nWhaling: exploding harpoon<\/a>\n
\nWhaling: harpooned whale<\/a>\n
\nWhaling: sailing ship<\/a>\n
\nWhaling: ship lookout<\/a>\n
\nWhaling: steam whaler<\/a>\n
\nWhaling: try works furnaces<\/a>\n
\nWind current flow<\/a>\n
\nWind vane<\/a>\n
\nWind vane, balance<\/a>\n
\nWind vane, pattern<\/a>\n
\nWind vane, tacks<\/a>\n
\nWolfeel<\/a>\n
\nWorld climate map 1<\/a>\n
\nWorld climate map 2<\/a>\n
\nWorld climate map 3<\/a>\n
\nWorld climate map 4<\/a>\n
\nWorld currents map, horizontal<\/a>\n
\nWorld currents map, vertical<\/a>\n
\nWorld map of ring of fire<\/a>\n
\nWorld map of ring of fire, thumbnail<\/a>\n
\nWorld map showing earth quakes<\/a>\n
\nWorld map showing tectonic plates<\/a>\n
\nWorld map with ocean margins<\/a>\n
\nWorm larva<\/a>\n
\nWorm, Blood<\/a>\n
\nWorm, Chaetopterus sps.<\/a>\n
\nWorm, Cirratulus sps. 1<\/a>\n
\nWorm, Cirratulus sps. 2<\/a>\n
\nWorm, Lumbrineris sps.<\/a>\n
\nWorm, Mesochaetopterus sps.<\/a>\n
\nWorm, Nereis sps.<\/a>\n
\nWorm, Nereis sps. proboscises<\/a>\n
\nWorm, Owenia sps.<\/a>\n
\nWorm, Paranemertes sps.<\/a>\n
\nWorm, peanut<\/a>\n
\nWorm, phoronopsis<\/a>\n
\nWorm, rainbow proboscis<\/a>\n
\nWorm, ribbon<\/a>\n
\nWorm, spaghetti<\/a>\n
\nWorm, spiochaetopterus sps.<\/a>\n
\nWorm, thread<\/a>\n
\nWorm, Trichobranchid sps.<\/a>\n","protected":false},"excerpt":{"rendered":"

Pictures from Grades 6-8 Click on picture titles to […]<\/p>\n","protected":false},"author":1,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"template_8.php","meta":{"footnotes":""},"_links":{"self":[{"href":"http:\/\/www.forsea.org\/wp-json\/wp\/v2\/pages\/5851"}],"collection":[{"href":"http:\/\/www.forsea.org\/wp-json\/wp\/v2\/pages"}],"about":[{"href":"http:\/\/www.forsea.org\/wp-json\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"http:\/\/www.forsea.org\/wp-json\/wp\/v2\/users\/1"}],"replies":[{"embeddable":true,"href":"http:\/\/www.forsea.org\/wp-json\/wp\/v2\/comments?post=5851"}],"version-history":[{"count":1,"href":"http:\/\/www.forsea.org\/wp-json\/wp\/v2\/pages\/5851\/revisions"}],"predecessor-version":[{"id":5862,"href":"http:\/\/www.forsea.org\/wp-json\/wp\/v2\/pages\/5851\/revisions\/5862"}],"wp:attachment":[{"href":"http:\/\/www.forsea.org\/wp-json\/wp\/v2\/media?parent=5851"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}