{"id":5880,"date":"2019-11-20T19:21:07","date_gmt":"2019-11-20T19:21:07","guid":{"rendered":"http:\/\/www.forsea.org\/?page_id=5880"},"modified":"2019-11-20T19:21:07","modified_gmt":"2019-11-20T19:21:07","slug":"pictures-from-grades-9-12-parts-iv-vi","status":"publish","type":"page","link":"http:\/\/www.forsea.org\/pictures-from-grades-9-12-parts-iv-vi\/","title":{"rendered":"Pictures from Grades 9-12 Parts IV-VI"},"content":{"rendered":"\n
\nPictures from Grades 9-12 Parts IV-VI<\/strong><\/em><\/font>\n
\nClick on picture titles to view the selected image<\/strong>\n
\n
\nAcidic weed algae (Desmarestia sps.)<\/a>\n
\nAlgae press<\/a>\n
\nAmphipod<\/a>\n
\nAnimals with salt shaker<\/a>\n
\nAssorted buried clams<\/a>\n
\nBacteriology – millipore, ampoule breaker<\/a>\n
\nBacteriology – millipore, complete apparatus<\/a>\n
\nBacteriology – millipore, flaming ampoule<\/a>\n
\nBacteriology – millipore, opening apparatus<\/a>\n
\nBacteriology – millipore, opening Petri dish<\/a>\n
\nBacteriology – millipore, placing grid<\/a>\n
\nBacteriology – millipore, placing pad on apparatus<\/a>\n
\nBacteriology – millipore, placing pad on dish<\/a>\n
\nBacteriology – millipore, pouring on to pad<\/a>\n
\nBacteriology – millipore, vacuum pump<\/a>\n
\nBacteriology – millipore, vacuum pump assembled<\/a>\n
\nBacteriology – millipore, vacuum pump pumping<\/a>\n
\nBacteriology, millipore apparatus<\/a>\n
\nBacteriology, numbered circle grid<\/a>\n
\nBacteriology, streaking a plate<\/a>\n
\nBacteriology, three squares of Petri dish<\/a>\n
\nBalance and potato corer<\/a>\n
\nBat star<\/a>\n
\nBathysphere<\/a>\n
\nBattery<\/a>\n
\nBeach model<\/a>\n
\nBeach model with cove<\/a>\n
\nBeach model with promontory<\/a>\n
\nBeach scene with closed sign<\/a>\n
\nBeaker, box, milk<\/a>\n
\nBeakers, jars<\/a>\n
\nBeakers, salt shaker<\/a>\n
\nBeauty leaf algae (Callophylis sps.)<\/a>\n
\nBipinnaria larva<\/a>\n
\nBladder chain weed algae (Cytosiera sps.)<\/a>\n
\nBlade kelp (Laminaria sps.) and Feather boa kelp (Egregia sps.)<\/a>\n
\nBoat on large beaker<\/a>\n
\nBOD bottle and dropper bottle<\/a>\n
\nBOD bottle, filling<\/a>\n
\nBOD bottle, inserting dropper<\/a>\n
\nBOD bottle, shaking<\/a>\n
\nBooks<\/a>\n
\nBreaker<\/a>\n
\nBreakwater diagram, horizontal<\/a>\n
\nBreakwater diagram, horizontal 2<\/a>\n
\nBreakwater diagram, perpendicular 1<\/a>\n
\nBreakwater diagram, perpendicular 2<\/a>\n
\nBurette 1<\/a>\n
\nBurette 2<\/a>\n
\nCaisson\u2019s disease body detail<\/a>\n
\nChromosomes with magnified genes<\/a>\n
\nCircular motion diagram<\/a>\n
\nClam cross section with arrows<\/a>\n
\nClam with scalpel cutting adductor muscles<\/a>\n
\nClam, thumbnail with siphon, foot<\/a>\n
\nClams other burrowing animals in sand<\/a>\n
\nCluster algae (smithora sps.)<\/a>\n
\nColor comparator<\/a>\n
\nColor comparator scale<\/a>\n
\nContinental shelf diagram<\/a>\n
\nContour map, model<\/a>\n
\nCopepods, assorted<\/a>\n
\nCopepods, three major types<\/a>\n
\nCoralline algae<\/a>\n
\nCups with pins<\/a>\n
\nDead man’s fingers (Codium sps.)<\/a>\n
\nDeep sea angler fish<\/a>\n
\nDeep sea angler fish (bothophilus)<\/a>\n
\nDeep sea angler fish (Linophryne & Lasignathus sps.)<\/a>\n
\nDeep sea anglerfish (Linophryne sps. and Lasignathus sps.)<\/a>\n
\nDeep sea anglerfish with pressure arrows<\/a>\n
\nDeep sea black dragon<\/a>\n
\nDeep sea bristlemouth<\/a>\n
\nDeep sea eelpout<\/a>\n
\nDeep sea fish with protruding swimp bladder<\/a>\n
\nDeep sea gulper fish<\/a>\n
\nDeep sea larvacean<\/a>\n
\nDeep sea shining tubeshoulder fish<\/a>\n
\nDeep sea slender snipe eel<\/a>\n
\nDeep sea tadpole snailfish<\/a>\n
\nDesk items (scissors, paper clip, etc.)<\/a>\n
\nDiatom and dinoflagellates<\/a>\n
\nDrift kelp on beach, thumbnail<\/a>\n
\nDrifting weed (Sargassum sps.)<\/a>\n
\nErlenmeyer flask<\/a>\n
\nFactory and city scene<\/a>\n
\nFish, plastic token<\/a>\n
\nFishers with dead fish on bottom<\/a>\n
\nFishers, two on one fish<\/a>\n
\nFishers, with dead fish on bottom<\/a>\n
\nFlask on burner<\/a>\n
\nFood chain: phytoplankton, zooplankton, oysters, humans<\/a>\n
\nGenes and chromosomes<\/a>\n
\nGhost shrimp in burrow<\/a>\n
\nGiant kelp, left sweeping with fish<\/a>\n
\nGiant kelp, right sweeping<\/a>\n
\nGillnet and rowboat<\/a>\n
\nGillnet setting<\/a>\n
\nGlass and flashlight<\/a>\n
\nGrape tongue algae (Botryoglossum sps.)<\/a>\n
\nGroins, series along beach<\/a>\n
\nHydrometer, components<\/a>\n
\nHydrometer, construction<\/a>\n
\nHydrometer, reading the scale<\/a>\n
\nHydrometer, scale<\/a>\n
\nHydrometer, scaling paper strip 1<\/a>\n
\nHydrometer, scaling paper strip 2<\/a>\n
\nIodine algae (Prionitis sps.)<\/a>\n
\nKelp forest scene<\/a>\n
\nLife cycle of fish (salmon)<\/a>\n
\nMany veined algae (Polyneura sps.)<\/a>\n
\nMatter cycling and energy flow<\/a>\n
\nMinerals in water graphic<\/a>\n
\nMoss weed (Cladophora sps.)<\/a>\n
\nMuller’s larva<\/a>\n
\nNauplius larva of barnacle<\/a>\n
\nNoctiluca phosphorescent phytoplankton with stars<\/a>\n
\nNori (Porphyra sps.)<\/a>\n
\nNorthwest Native American net fishing scene<\/a>\n
\nNorthwest Native American stylized salmon<\/a>\n
\nOcean cross section diagram<\/a>\n
\nOcean depths graphic<\/a>\n
\nOyster dinner with fork and tablecloth<\/a>\n
\nPickle weed (Salicornia sps., vascular plant)<\/a>\n
\nPipette<\/a>\n
\nPlankton cartoon, Sherlock Holmes observing jar<\/a>\n
\nPlankton dropper and bottle<\/a>\n
\nPlankton net, area sampled<\/a>\n
\nPlankton net, opening<\/a>\n
\nPlant press, pressing steps<\/a>\n
\nPlanula larva of coral<\/a>\n
\nPointed weed (Punctaria sps.)<\/a>\n
\nPollution scene<\/a>\n
\nProbe, graduated<\/a>\n
\nPylon<\/a>\n
\nRainbow algae (Iridea sps.)<\/a>\n
\nRed membrane algae (Rhodomenia sps.)<\/a>\n
\nRed tide dinoflagelllate (Gonyaulax sps.)<\/a>\n
\nRibbed kelp (Costaria sps.)<\/a>\n
\nSalmon and stickleback compared<\/a>\n
\nSalmon life cycle, generalized<\/a>\n
\nSalmon oceanic migration map<\/a>\n
\nSalmon, chinook, male, female, smolt<\/a>\n
\nSalmon, chinook, thumbnail<\/a>\n
\nSalmon, chum, male, female, smolt<\/a>\n
\nSalmon, coho, male, female, smolt<\/a>\n
\nSalmon, five types compared<\/a>\n
\nSalmon, pink, male, female, smolt<\/a>\n
\nSalmon, sockeye, male, female and smolt<\/a>\n
\nSalmon, sockeye, male, female, smolt<\/a>\n
\nSand grains<\/a>\n
\nSCUBA diver<\/a>\n
\nSCUBA diver on tractor<\/a>\n
\nSea grapes (Botryocladia sps.)<\/a>\n
\nSea lettuce (Ulva sps.)<\/a>\n
\nSea sacks algae (Halosaccion sps.)<\/a>\n
\nSeawater recipe graphic<\/a>\n
\nSecchi disk under water<\/a>\n
\nSecchi disk, construction diagram<\/a>\n
\nSheepshead fish<\/a>\n
\nShellfish harvesting open sign<\/a>\n
\nShoebox and compass<\/a>\n
\nSign, contaminated area<\/a>\n
\nSign, red tide <\/a>\n
\nSlender algae (Gracillaria sps.)<\/a>\n
\nSouth America to Africa continent\/ocean floor cross section<\/a>\n
\nSteelhead<\/a>\n
\nSurfgrass (Phyllospadix sps., vascular plant)<\/a>\n
\nTapered algae (Neoagardhiella sps.)<\/a>\n
\nTest strip on scale, pH<\/a>\n
\nTest tube pouring into test tube<\/a>\n
\nTest tube, shaking<\/a>\n
\nTest tubes in rack<\/a>\n
\nTest tubes in rack, timer<\/a>\n
\nThermometer in waves<\/a>\n
\nThin rockweed (Pelvetia sps.)<\/a>\n
\nTiny branched algae (Microcladia sps.)<\/a>\n
\nTiny sea lettuce (Prasiola sps.)<\/a>\n
\nTiny Turkish towel algae (Mastocarpus sps.)<\/a>\n
\nToothpicks<\/a>\n
\nToothpicks and fish<\/a>\n
\nToxic sources: dredge spoils<\/a>\n
\nToxic sources: inorganic chemicals<\/a>\n
\nToxic sources: organic chemicals<\/a>\n
\nTrochophore larva<\/a>\n
\nTrout, cut throat<\/a>\n
\nTube algae (Enteromorpha sps.)<\/a>\n
\nTuft leaf algae (Endocladia sps.)<\/a>\n
\nTurbidity, particles in water with beaker<\/a>\n
\nVeliger larva<\/a>\n
\nWater quality report card<\/a>\n
\nWatershed impacts, bulldozer<\/a>\n
\nWatershed impacts, cows<\/a>\n
\nWatershed impacts, fertilizer<\/a>\n
\nWatershed impacts, gardening<\/a>\n
\nWeight of cubic foot of sea water<\/a>\n
\nWeights to show pressure<\/a>\n
\nWhip tube weed (Scytosiphon sps.)<\/a>\n
\nWing kelp (Alaria sps.)<\/a>\n
\nWorld map, black on white<\/a>\n","protected":false},"excerpt":{"rendered":"

Pictures from Grades 9-12 Parts IV-VI Click on picture […]<\/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\/5880"}],"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=5880"}],"version-history":[{"count":1,"href":"http:\/\/www.forsea.org\/wp-json\/wp\/v2\/pages\/5880\/revisions"}],"predecessor-version":[{"id":5881,"href":"http:\/\/www.forsea.org\/wp-json\/wp\/v2\/pages\/5880\/revisions\/5881"}],"wp:attachment":[{"href":"http:\/\/www.forsea.org\/wp-json\/wp\/v2\/media?parent=5880"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}