หมวด Q QL-QR Index

Skates (Fishes) INDEX Zoology: QL638.85.R3 Sleep behavior Skeleton Animal behavior: QL755.3+ Anatomy: QL821+ Human anatomy: QM101+ Sleeper sharks: QL638.95.D3 Slender blind snakes: QL666.O65 Skew algebraic curves: QA581 Slide rules (Mathematical instruments): Skiing QA73 Effect on plants and animals: Slime layers QH545.S56 Microbiology: QR77.5 Skimmers: QL520.3.L6 Slime molds Skimmers (Birds): QL696.C479 Skin Botany: QK635.A1+ Slit die rheometers: QC189.55.S58 Anatomy: QL941+ Slit-faced bats: QL737.C565 Microbiology: QR171.S5 Sloths Physiology: QP88.5 Skin effect Anecdotes and stories: QL795.S6 Electricity: QC612.S6 Slow neutrons Skin, External Human anatomy: QM484 Elementary particle physics: Skin glands QC793.5.S62+ Anatomy: QL943 Human anatomy: QM491 Slug caterpillar moths: QL561.L54 Skin nerves Small interfering RNA Physiology: QP369+ Skin secretions Animal biochemistry: QP623.5.S63 Physiology: QP220+ Smallpox Skinks Zoology: QL666.L28 Microbiology: QR201.S6 Skipperflies: QL537.P56 Smallpox vaccine: QR189.5.S6 Skippers (Lepidoptera): QL561.H5, Smectite QL561.M42 Skipping Mineralogy: QE391.S6 Physiology: QP310.S45 Smell Skuas Zoology: QL696.C46 Physiology: QP458 Skull Smelts Anatomy: QL822 Human anatomy: QM105 Zoology: QL638.O84 Skunks Smicripidae: QL596.S6 Anecdotes and stories: QL795.S55 Smilacaceae: QK495.S65 Zoology: QL737.C248 Sminthuridae: QL503.S6 Sky Smoke influences Color: QC976.C6 Sky, Southern: QB500.3 Meteorology: QC929.S6 Sleep Smoke plumes Physiology: QP425+ Atmospheric pollutants: QC882.6 Smoky bats: QL737.C53 Smooth affine curves: QA567.2.S56 Smooth muscle Physiology: QP321.5 Smoothing Numerical analysis: QA297.6 Smut fungi: QK628.A1+ Snailfishes: QL638.C9 Snails: QL430.4+ Snake-birds: QL696.P42 Snake eels: QL638.O633 825

Snake mackerels: QL638.G4 INDEX Snake toxins Social relations Animal biochemistry: QP632.S65 Animals: QL775 Snake venoms Sociogenomics: QH457.5 Animal biochemistry: QP632.S65 Sodium Snakeflies: QL514.9.R35 Snakes Chemical element: Q1 .N2 Sodium fluoride Anecdotes and stories: QL795.S65 Zoology: QL666.O6+ Effect on plants: QK753.S57 Snapdragon Sodium halides Botany: QK495.S43 Snapper Spectra: QC464.S63 Zoology: QL638.L9 Sodium hydride Sneezing Physiology: QP123.8 Spectra: QC464.S635 Snipe eels: QL638.N34 Sodium nitroferricyanide Snipefishes: QL638.C32 Snipeflies: QL537.R4 Spectra: QC464.S637 Snipes: QL696.C48 Sodium-potassium ATPase Snooks: QL638.C34 Snout beetles: QL596.C9 Animal biochemistry: QP609.S63 Snow Sodium sulfate Effect on plants: QK754.7.S55 Freshwater biology: QH100 Effect on plants: QK753.S6 Meteorology: QC926.3+ Soft computing Snow ecology: QH541.5.S57 Snow grooming Computer science: QA76.9.S63 Effect on plants and animals: Soft condensed matter QH545.S56 Condensed matter physics: Snowmobiles QC173.458.S62 Effect on plants and animals: Soft scales QH545.S6 Zoology: QL527.C6 Soapberry Softshell turtles Botany: QK495.S19 Zoology: QL666.C587 Soapfishes: QL638.G848 Software, Computer: QA76.75+ Soapstone Software ecosystems: QA76.76.S62 Software engineering: QA76.758 Petrology: QE475.S6 Software failures: QA76.76.F34 Social aspects Software frameworks: QA76.76.S63 Software maintenance: QA76.76.S64 Chemistry: QD39.7 Software measurement: QA76.76.S65 Computers: QA76.9.C66 Software patterns: QA76.76.P37 Genetics: QH438.7 Software reengineering: QA76.758 Mathematics: QA10.7 Software support: QA76.76.S66 Science: Q175.4+ Sogonidae: QL449.55.S63 Social life Soil amendments Birds: QL698.3 Insects: QL496 Effect on plants and animals: QH545.S63 Soil ecology: QH541.5.S6 Soil erosion Effect on plants and animals: QH545.S64 Soil fauna: QL110+ Soil fungi: QR111+ Soil microbiology: QR111+ 826

Soils INDEX Biogeography: QH84.8 Microbiology: QR111+ Solaris Computer software Solanaceae: QK495.S7 Operating systems: QA76.774.S65 Solanine Soldier beetles: QL596.C15 Plant constituent: QK898.S64 Soldier flies: QL537.S84 Solar activity Sole Astronomy: QB524+ Zoology: QL638.S7 Meteorology: QC883.2.S6 Soleidae: QL638.S7 Solar atmosphere: QB528 Solemyidae: QL430.7.S58 Solar chromosphere: QB528 Solar climate Paleozoology: QE812.S6 Meteorology: QC883.2.S6 Solemyoida Solar compass: QB105 Solar composition: QB539.C6 Paleozoology: QE812.S62 Solar constant Solendons: QL737.S74 Solar radiation: QC912.2.S64 Solenidae: QL430.7.S6 Solar cosmic rays: QC485.9.S6 Solenodontidae: QL737.S74 Solar cycles: QB526.C9 Solenogasters: QL430.1+ Solar eclipses: QB541+ Solenostomidae: QL638.S73 Solar energetic particles: QB526.S65 Solid analytic geometry: QA553 Solar flares: QB526.F6 Solid geometry: QA475 Solar flocculi: QB526.F64 Solid geometry textbooks: QA457 Solar magnetic fields: QB539.M23 Solid-liquid interfaces Solar neutrinos: QB539.S65 Solar noise storms: QB539.N6 Surface chemistry: QD509.S65 Solar nuclear reactions: QB539.N8 Solid state chemistry: QD478 Solar oscillations: QB539.O83 Solid-state physics: QC176+ Solar parallax: QB508+ Solidification Solar plages: QB526.F64 Solar prominences: QB526.P7 Physics: QC303 Solar radiation Solidity in visual space perception Meteorology: QC910.2+ Sun: QB531 Neurophysiology: QP492 Solar radio effects: QB539.R3 Solids Solar spectrum Physics: QC455 Atomic physics: QC176+ Solar system Theoretical chemistry: QD478 Astronomy: QB500.5+ Vaporization: QC309 Solar temperature: QB531 Solifugae: QL458.8+ Solar-terrestrial relations: QB539.T4 Paleozoology: QE826.S6 Solar time Solitaires Astronomy: QB211 Zoology: QL696.C67 Solar wind: QB529+ Solitons Solar x-rays: QB539.S655 Atomic physics: QC174.26.W28 Solpugida: QL458.8+ Solpugidae: QL458.82.S6 Sols Physical chemistry: QD549+ Solubility Physical chemistry: QD543 Polymers: QD381.9.S65 Solution, Heat of Physics: QC310 827

Solution, Theory of INDEX Physical chemistry: QD540+ Sound production Solutions Animal behavior: QL765 Polymers: QD381.9.S65 Insects: QL496.5 Solutions, Supersaturated Sound propagation: QC233 Physical chemistry: QD548 Sound waves Solvent, Universal Physics: QC242.8+ Alchemy: QD26.5.A4 Sounding balloons Solvents Meteorology: QC879.3+ Physical chemistry: QD544+ Sour gum Spectra: QC463.S72 Botany: QK495.N975 Solvidae: QL537.S6 SOURCE (Videotex system): Solvolysis QA76.57.S68 Organic chemistry: QD281.S6 Sources of radiation Somatic nervous system Radiation physics: QC476.S6 Neurophysiology: QP369+ Southern sky: QB500.3 Somatomedin Space Animal biochemistry: QP552.S65 Descriptive astronomy: QB495+ Somatostatin Space and time Animal biochemistry: QP572.S59 Elementary particle physics: Somatotropin QC793.3.S57 Animal biochemistry: QP572.S6 Relativity physics: QC173.59.S65 Somesthesia Space astronomy: QB136 Space biology Physiology: QP448+ Sommerfeld polynomial method Biology: QH327+ Space flight Quantum mechanics: QC174.17.S6 Somniosidae: QL638.95.D3 Effect on plants: QK760 Song Space microbiology: QR130 Space optics: QB500.26.S67 Birds: QL698.5 Space perception Soniphilidae: QL449.55.S66 Sonneratiaceae: QK495.S74 Physiology: QP443 Sonochemistry Space perception, Visual Chemistry: QD801 Physiology: QP491+ Sonoluminescence Space plasmas Radiation physics: QC480.2 Geophysics: QC809.P5 Sorbitol Space radiobiology: QH328 Space sciences Animal biochemistry: QP702.S6 Sordariaceae: QK623.S6 Descriptive astronomy: QB495+ Soricidae: QL737.S75 Spadefishes: QL638.E6 Soricomorpha: QL737.S7+ Spaghetti eels: QL638.M675 Spalacidae: QL737.R666 Paleozoology: QE882.S67 Spallation Sound Nuclear physics: QC794.8.S7 Physics: QC221+ Sparassidae: QL458.42.H48 Sound, light and heat: QC220+ Sparassodonta Sound localization Paleozoology: QE882.M39 Neurophysiology: QP469 Sparattidae: QL510.3.S6 Sparganiaceae: QK495.S745 828

Sparidae: QL638.S74 INDEX Spark chambers Spectra Nuclear physics: QC787.S55 Auroras: QC972.S6 SPARK (Computer program language): Condensed matter physics: QC173.458.S64 QA76.73.S59 Stellar spectroscopy: QB883 Spark discharge Superconductors: QC611.97.S64 Physics: QC703+ Spectral geometry: QA614.95 Spark spectroscopy Spectral lines: QC467 Spectral sequences Physics: QC454.S7 SPARQL (Computer program Topology: QA612.8 Spectral theory language): QA76.73.S62 Spatial ecology: QH541.15.S62 Geophysics: QC809.S67 Spatial orientation Mathematical physics: QC20.7.S64 Spectrograph Physiology: QP443 Optical instruments: QC373.S7 Spawning Spectrometer Nuclear physics: QC787.S6 Fishes: QL639.2 Optical instruments: QC373.S7 Mollusca: QL431.3 Spectrophotometry Special arc measures Animal biochemistry: QP519.9.S58 Geodesy: QB291 Biological research: QH324.9.S53 Speciation Organic chemistry: QD272.S57 Biology: QH380 Quantitative analysis: QD117.S64 Fishes: QL618.2 Spectroscopic observations (Double Insects: QL468.7 stars): QB903 Mammals: QL708.5 Spectroscopy Mollusca: QL406.7 Animal biochemistry: QP519.9.S6 Reptiles and amphibians: QL645.4 Biological research: QH324.9.S6 Species diversity Physics: QC450+ Ecology: QH541.15.S64 Planets: QB603.S6 Marine biology: QH91.8.S64 Plasma physics: QC718.5.S6 Specific graving X-rays: QC482.S6 Measurement: QC111+ Spectroscopy, Astronomical: QB465 Specific gravity determinations Spectroscopy, Luminescence Determinative mineralogy: QE369.S6 Physics: QC476.6 Specific heat of gases and vapors: Spectroscopy of comets: QB780 QC297 Spectroscopy of eclipses: QB551 Specific heat of solids and liquids: Spectroscopy of meteors: QB785 QC295 Spectroscopy of moon: QB770 Specificity Spectroscopy of planets: QB775 Immunology: QR186.9 Spectroscopy of sun: QB551 Specimen catalogs Spectroscopy, Stellar: QB870+ Descriptive mineralogy: QE387 Spectrum analysis Geology: QE55 Analytical chemistry: QD95+ Speckle Determinative mineralogy: Optics: QC427.8.S64 Speckle metrology QE369.S65 Optical measurements: QC367.3.S64 Electrochemistry: QD555.6.S65 829

Spectrum analysis INDEX Geology: QE33.2.S6 Sphenopsida Speech Paleobotany: QE965 Neurophysiology: QP399 Physiology: QP306 Spherical astronomy: QB140+ Spherical harmonics Speed Mechanics: QC137.5+ Mathematical physics: QC20.7.S645 Spherical projection Spelaeogriphacea: QL444.M37 Sperchonidae: QL458.2.S7 Descriptive geometry: QA520 Sperm whales Spherical trigonometry: QA535 Sphincters Zoology: QL737.C435 Spermatogenesis Physiology: QP322 Sphindidae: QL596.S7 Embryology: QL966 Sphingidae: QL561.S7 Plant anatomy: QK665 Sphingolipids Spermatophyta: QK474.8+ Spermatozoa Animal biochemistry: QP752.S6 Embryology: QL966 Sphinx moths: QL561.S7 Immunology: QR186.6.S64 Sphyraenidae: QL638.S77 Sphacelariaceae: QK569.S7 Sphyrnidae: QL638.95.S7 Sphaeriaceae: QK623.S73 Spicebush Sphaeriales: QK623.S76 Sphaeriidae: QL430.7.S65, QL596.S65 Botany: QK495.C15 Sphaeriodesmidae: QL449.65.S64 Spider beetles: QL596.P85 Sphaerioidaceae: QK625.S5 Spider mites: QL458.2.T4 Sphaeritidae: QL596.S66 Spider monkeys: QL737.P915 Sphaeroceridae: QL537.S7 Spider wasps: QL568.P6 Sphaerodactylidae: QL666.L245 Spiderflower Sphaerophoraceae: QK585.S64 Sphaeropsidaceae: QK625.S5 Botany: QK495.C198 Sphaeropsidales: QK625.S6 Spiders Sphaerosepalaceae: QK495.S7455 Sphaerosomatidae: QL596.S68 General: QL451+ Sphaerotheridae: QL449.65.S645 Zoology: QL458.4+ Sphagnaceae: QK539.S75 Spiderwort Sphalerite Botany: QK495.C73 Mineralogy: QE391.S65 Spikefishes: QL638.T695 Sphecidae: QL568.S7 Spilites: QE462.S65 Sphene Spin Mineralogy: QE391.S67 Elementary particle physics: Spheniscidae: QL696.S473 Sphenisciformes: QL696.S47+ QC793.3.S6 Paleozoology: QE872.S4 Spin geometry: QA671.5 Sphenocleaceae: QK495.S7456 Spin glasses Sphenodontidae: QL666.R48 Sphenophyllales Solid state physics: QC176.8.S68 Paleobotany: QE965 Spin labels Biological research: QH324.9.S62 Spin-lattice relaxation Nuclear magnetism: QC762.6.S64 Spin waves Nuclear magnetism: QC762.6.S65 Spinal cord Anatomy: QL938.S6 Human anatomy: QM465 830

Spinal cord INDEX Neurophysiology: QP371 Spongiphoridae: QL510.3.S66 Spinal nerves Spontaneous mutation Neurophysiology: QP367 Genetic mutation: QH464 Spine muscles Spookfishes: QL638.O657 Physiology: QP330 Spoonbills: QL696.C585 Spinel Paleozoology: QE872.T5 Mineralogy: QE391.S68 Spores Spinel group Microbiology: QR79 Inorganic chemistry: QD172.S6 Spores, Fossil: QE996 Sporidiales: QK627.8 Spines Sporidiobolaceae: QK627.8 Plant ecology: QK923 Sporozoa: QL368.A16 Shoots: QK650 Spot tests Spinor analysis: QA433 Analytical chemistry: QD98.S6 Mathematical physics: QC20.7.S65 Spotted fever, Rocky Mountain Spinturnicidae: QL458.2.S75 Microbiology: QR201.S65 Spiny eels: QL638.N58 Spread-winged damselflies: Spiny-headed worms: QL391.A2 Spiny rats: QL737.R65 QL520.3.L45 Spiral galaxies: QB858.42 Spreadsheets Spiraxidae: QL430.5.S65 Spiriferidae Chemistry: QD39.3.S67 Spring (Season) Paleozoology: QE797.S7 Spirillaceae: QR82.S6 Astronomy: QB637.5 Spirochaetaceae: QR82.S7 Springback Spirostreptidae: QL449.65.S655 Spirotricha: QL368.A22 Elastic properties: QC191.5.S67 Spirulidae: QL430.3.S65 Springhares: QL737.R672 Spittlebugs Springs Zoology: QL527.C4 Ecology: QH541.5.S65 Splachnaceae: QK539.S76 Freshwater biology: QH99 Splashes Zoology: QL147 Springs, Hot Fluid mechanics: QC156 Geology: QE528 Spleen Springtails Paleozoology: QE832.C63 Anatomy: QL868 Spriobolidae: QL449.65.S65 Human anatomy: QM371 Spurge Immunology: QR185.8.S65 Botany: QK495.E9 Physiology: QP188.S7 Sputtering Spline theory Solid state physics: QC176.8.S72 Algebra: QA224 Sputtering, Magnetron Spodumene Solid state physics: QC176.8.M34 Mineralogy: QE391.S7 Spyware: QA76.76.S69 Spondylidae: QL430.7.S68 SQL (Computer program language): Sponges QA76.73.S67 Paleozoology: QE775 Squalidae: QL638.95.S84 Zoology: QL370.7+ Squaliformes: QL638.94.S75 Spongillaflies: QL513.S65 Squall lines Meteorology: QC880.4.S65 831

Squalls INDEX Meteorology: QC880.4.S65 Standards Squamata Computer science: QA76.9.S8 Paleozoology: QE862.S65 Mathematical physics: QC20.7.S73 Zoology: QL666.L19+ Standards and systems of time Square root: QA119 Astronomy: QB223 Tables: QA49 Standards for software Squares and cubes Computer science: QA76.76.S73 Tables: QA49 Standards of length: QC101 Squatinidae: QL638.95.S88 Standards of weights and measures: Squeezed light: QC446.3.S67 Squid QC100.A2+ Stangeriaceae: QK494.5.S8 Laboratory manuals: QL813.S69 Stannite Squirrel monkeys: QL737.P925 Squirrelfishes: QL638.H64 Mineralogy: QE391.S73 Squirrels Stannum Anecdotes and stories: QL795.S7 Chemical element: Q1 .S7 Zoology: QL737.R68 Staphyleaceae: QK495.S77 St. Johnswort Staphylinidae: QL596.S75 Botany: QK495.G87 Staphylococcal infections Stability DNA: QP624.5.S73 Microbiology: QR201.S68 Mathematical physics: QC20.7.S68 Staphylococcal protein A Plasma physics: QC718.5.S7 Stability of systems Microbial metabolism: QR92.S68 Analytic mechanics: QA871 Star-branched polymers Stable isotope tracers Nutrition research: QP143.5.S73 Organic chemistry: QD382.B73 Stable isotopes Star catalogs: QB6 Analytical chemistry: QD75.4.S73 Star clusters: QB853+ Ecology: QH541.15.S68 Star names: QB802 Stachyuraceae: QK495.S76 Star occultations: QB392.O3 Stack effect: QC467 Star reduction Stackhousiaceae: QK495.S765 Staff tree Spherical astronomy: QB168 Botany: QK495.C385 Starbursts: QB806.5 Stag beetles: QL596.L8 Starch Stagnant water Zoology: QL149 Animal biochemistry: QP702.S75 Staining Organic chemistry: QD320+ Microbiology: QR69.S7 Plant constituent: QK898.S67 Microscopy: QH237 Starfishes: QL384.A8 Stamens Stargazers: QL638.U7 Plant anatomy: QK658 Stargazers' guides: QB63 Standard model Starlings Nuclear interactions: QC794.6.S75 Zoology: QL696.P278 Stars Astronomy: QB799+ Color: QB816 Cosmic ray physics: QC485.8.S8 Stars, New: QB841 Stars, Pulsating: QB838 Stars, Temporary: QB841 Stars, Variable: QB833+ 832

Startle reflex INDEX Neurophysiology: QP372.6 Statistics, Mathematical: QA276+ Starvation Staurolite Physiology: QP138.5 Mineralogy: QE391.S75 State, Change of Steatornithes Physics: QC301+ Paleozoology: QE872.S5 State plants Steatornithidae: QL696.C28 Botany: QK84.8+ Steel alloys Statics Analytical chemistry: QD133 Analytic mechanics: QA821+ Steenrod algebra: QA612.782 Steganopodes: QL696.P4+ Stationary processes Stochastic processes: QA274.3 Paleozoology: QE872.P4 Stegocephala Statistica Mathematical statistics: Paleozoology: QE868.L3 QA276.45.S83 Stegostomatidae: QL638.95.S92 Stellar atmospheres: QB809 Statistical astronomy: QB149 Stellar collisions: QB818.5 Statistical behavior Stellar diameters: QB818 Stellar distance: QB813 Plasma physics: QC718.5.S78 Stellar evolution: QB806 Statistical dynamics Stellar magnitudes: QB815 Stellar masses: QB814 Atomic physics: QC174.7+ Stellar mergers: QB818.5 Statistical mechanics Stellar motion: QB810+ Stellar orbits: QB810+ Atomic physics: QC174.7+ Stellar oscillations: QB812 Elementary particle physics: Stellar parallax: QB813 Stellar populations QC793.3.S77 Statistical methods Distribution: QB819 Stellar spectroscopy: QB870+ Analytical chemistry: QD75.4.C45 Stellar structure: QB808 Animal behavior: QL751.65.S73 Stellarators: QC791.77.S7 Botany: QK46.5.S7 Stelleroidea Cosmology: QB991.S73 Ecology: QH541.15.S72 Paleozoology: QE783.S8 Freshwater biology: QH96.57.S73 Stem Genetics: QH438.4.S73 Geology: QE33.2.S82 Plant anatomy: QK646+ Geometrical and mathematical Stem cells crystallography: QD919 Cytology: QH588.S83 Immunology: QR182.2.S7 Stem sawflies: QL568.C373 Information theory: Q386 Stemonaceae: QK495.S78 Microbiology: QR72 Stemonitaceae: QK635.S8 Mineralogy: QE364.2.S7 Stenochilida: QL458.42.S7 Nature conservation: QH77.3.S73 Stenocotidae: QL527.S8 Paleontology: QE721.2.S7 Stenolaemata Seismology: QE539.2.S73 Statistical physics: QC174.7+ Paleozoology: QE799.S74 Statistical thermodynamics: QC311.5 Stenomidae: QL561.S8 Statistical weather forecasting: Stenonite QC996.5 Statistics as a profession: QA276.17 Mineralogy: QE391.S77 833

Stenopelmatidae INDEX Zoology: QL508.S7 Stick insects Stephanidae: QL568.S8 Paleozoology: QE832.P45 Stephanoberycidae: QL638.S785 zoology: QL509.5+ Stephanocircidae: QL599.7.S8 Steppes Sticklebacks: QL638.G27 Stictaceae: QK585.S8 Ecology: QH541.5.P7 Stigmaeidae: QL458.2.S8 Stercorariidae: QL696.C46 Stigonemataceae: QR99.7.S85 Sterculiaceae: QK495.S8 Stilbaceae: QK625.S7 Stereaceae: QK629.S73 Stilbellaceae: QK625.S7 Stereocaulaceae: QK585.S78 Stilbopterygidae: QL513.S8 Stereochemistry: QD481 Stiliferidae: QL430.5.S74 Stiligeridae: QL430.5.S75 Animal biochemistry: QP517.S83 Stilts Stereographic projection Zoology: QL696.C473 Structural geography: QE601.3.S83 Stingless bees: QL568.A6 Stereophyllaceae Stingrays: QL638.85.D3 Stinkbugs Botany: QK539.S84 Stereoscope Zoology: QL523.P5 Stiphidiidae: QL458.42.S73 Optical instruments: QC373.S8 Stipules: QK649 Sterility Stizidae: QL568.S85 Stochastic analysis: QA274.2+ Plant physiology: QK828 Stochastic control theory Sterilization System analysis: QA402.37 Microbiology: QR69.S75 Stochastic differential equations: Sternoptychidae: QL638.S8 Sternopygidae: QL638.S83 QA274.23 Sternum Stochastic geometry: QA273.5 Stochastic inequalities Human anatomy: QM113 Steroid-binding proteins Mathematical probabilities: QA274.223 Animal biochemistry: QP552.S74 Steroid hormones Stochastic integral equations: QA274.27 Animal biochemistry: QP572.S7, QP752.S7 Stochastic integrals: QA274.22 Stochastic partial differential equations: Steroids Animal biochemistry: QP752.S7 QA274.25 Biochemistry: QD426+ Stochastic processes Microbial metabolism: QR92.S7 Plant constituent: QK898.S7 Mathematical physics: QC20.7.S8 Spectra: QC463.S8 Probabilities: QA274+ Quantum mechanics: QC174.17.S76 Sterols Statistical physics: QC175.25.S8 Animal biochemistry: QP752.S75 Stochastic sequences: QA274.225 Stomach Stibium Anatomy: QL862 Chemical element: Q1 .S3 Human anatomy: QM341 Microbiology: QR171.S8 Stichaeidae: QL638.S84 Physiology: QP151 Stichotrematidae: QL599.3.S85 Stichtite 834 Mineralogy: QE391.S8

Stomata INDEX Plant-water relationship: QK873 Stream channelization Stomatopoda: QL444.M375 Effect on plants and animals: Paleozoology: QE817.S8 QH545.S8 Stomiatidae: QL638.S86 Stream ecology: QH541.5.S7 Stonecrop Stream plants: QK932.7 Streams Botany: QK495.C79 Stoneflies Ecology: QH541.5.S7 Freshwater biology: QH97 Paleozoology: QE832.P55 Plants: QK932.7 Zoology: QL530+ Zoology: QL145 Stony-iron meteorites: QB759 Streams of meteors: QB748.2 Stony meteorites Streblidae: QL537.S86 Astronomy: QB758+ Strepsimanidae: QL561.S87 Stopping power Strepsiptera Nuclear interactions: QC794.6.S8 Paleozoology: QE832.S87 Storage rings Zoology: QL599+ Nuclear physics: QC787.S8 Streptaxidae: QL430.5.S78 Storks Streptococcaceae: QR82.S78 Zoology: QL696.C535 Streptococcus infections Storm petrels: QL696.P64 Microbiology: QR201.S7 Storm warnings: QC877 Streptomycetaceae: QR82.S8 Storms Streptomycin Meteorology: QC940.6+ Organic chemistry: QD377.S8 Straight line and circle Streptothricin Analytic geometry: QA557 Organic chemistry: QD377.S85 Straight lines Stress Plane geometry: QA482 Physiological effect: QP82.2.S8 Straminipilous fungi: QK604.2.S86 Stretch reflex Strange particles Neurophysiology: QP372.5 Elementary particle physics: Stretching Physiology: QP310.S77 QC793.5.S72+ Strigidae: QL696.S83 Strasburgeriaceae: QK495.S85 Strigiformes: QL696.S8+ Stratification Paleozoology: QE872.S8 String models Geology: QE602 Nuclear interactions: QC794.6.S85 Stratified sets Stringocephalidae Paleozoology: QE797.S8 Differentiable manifolds Strings in sound vibrations: QC241 Topology: QA614.42 Strip mining Effect on plants and animals: Stratigraphic correlation: QE652.5+ Stratigraphic paleontology: QE711+ QH545.S84 Stratigraphy Strobilomycetaceae: QK629.S76 Stroboscopes Geology: QE640+ Stratiomyidae: QL537.S84 Optical instruments: QC373.S85 Stratopause Stromateidae: QL638.S87 Meteorology: QC881.2.S8 835 Stratosphere Meteorology: QC881.2.S8 Stratus clouds: QC921.43.S8

Stromatolites INDEX Paleontology: QE955 Study and teaching Stromatoporoidea Elementary geometry: QA461+ Paleozoology: QE779 Mathematical statistics: QA276.18+ Mathematics: QA10.92+ Strombidae: QL430.5.S8 Moon: QB582.3 Strong interactions Probabilities: QA273.2+ Topology: QA611.17+ Nuclear physics: QC794.8.S8 Strongly coupled plasmas Sturgeons Zoology: QL638.A25 Plasma physics: QC718.5.S83 Strongylophthalmyiidae: QL537.S87 Sturnidae: QL696.P278 Strongylopsalididae: QL510.3.S8 Stygocaridacea: QL444.M378 Strontium Stylephoridae: QL638.S88 Stylidiaceae: QK495.S87 Chemical element: Q1 .S8 Stylodesmidae: QL449.65.S88 Strophariaceae: QK629.S77 Stylophora Strophocheilidae: QL430.5.S83 Strophomenida Paleozoology: QE783.S89 Stylopidae: QL599.3.S89 Paleozoology: QE797.S89 Styracaceae: QK495.S9 Strophomenidae Subcellular fractionation Paleozoology: QE797.S9 Cytology: QH585.5.S83 Structural equation modeling Subconsciousness Mathematical statistics: QA278.3 Neurophysiology: QP411 Structural geology: QE500+, QE601+ Subduction zones: QE511.46 Structuralism Subgiant stars: QB843.S85 Subjectivity Philosophy of science: Q175.32.S78 Structure Philosophy of science: Q175.32.S83 Sublimation Biochemistry: QD431.25.S85 Condensed matter physics: Physics: QC309 Sublittoral ecology: QH541.5.S87 QC173.458.S75 Submarine geology: QE39 DNA: QP624.5.S78 Subsidences Elementary particle physics: Geology: QE600+ QC793.3.S8 Substance P Nucleic acids: QD433.5.S77 Polymers: QD381.9.S87 Animal biochemistry: QP552.S9 Stars: QB808 Substania nigra Structure-activity relationships Animal biochemistry: QP517.S85 Neurophysiology: QP378.3 Structured techniques Substitution reactions Computer science: QA76.9.S84 Struthionidae: QL696.S9 Organic chemistry: QD281.S67 Struthioniformes: QL696.S87+ Subsurface geology: QE33.2.S9 Paleozoology: QE872.S9 Subterranean waters Study and teaching Algebra: QA159+ Zoology: QL118 Analytic mechanics: QA808.8 Subtilisins Arithmetic: QA135+ Calculus: QA303.3 Animal biochemistry: QP609.S93 Computer science: QA76.27+ Subtraction Elementary mathematics: QA115 Succinate dehydrogenase Animal biochemistry: QP603.S9 836

Succineidae: QL430.5.S87 INDEX Succinic acid Sulfoxides Animal biochemistry: QP801.S79 Aromatic compounds: QD341.S6 Effect on plants: QK753.S65 Suckers (Fishes): QL638.C27 Sulfur Sucking lice Chemical element: Q1 .S1 Zoology: QL570+ Effect on plants: QK753.S84 Sucrose Effect on plants and animals: Animal biochemistry: QP702.S8 QH545.S9 Suctorida: QL368.S9 Microbial metabolism: QR92.S8 Sugar Plant constituent: QK898.S8 Microbiology: QR129.S8 Plant constituent: QK898.S78 Sulfur compounds Sugar acids Effect on plants and animals: Animal biochemistry: QP801.S83 QH545.S92 Sugars Animal biochemistry: QP702.S85 Sulfur derivatives Effect on plants: QK753.S7 Aliphatic compounds: QD305.S84 Microbial metabolism: QR92.S79 Aromatic compounds: QD341.S3 Organic chemistry: QD320+ Suidae: QL737.U58 Sulfur dioxide Sulfantomonites Effect on plants: QK753.S85 Mineralogy: QE389.3 Spectra: QC464.S94 Sulfarsenites Mineralogy: QE389.3 Sulfur electrodes: QD572.S95 Sulfatases Sulfur organic compounds Animal biochemistry: QP609.S95 Sulfates Spectra: QC463.S9 Effect on plants: QK753.S8 Sulfuric acid concentrator Mineralogy: QE389.66 Sulfides Chemical laboratories: QD54.S8 Mineralogy: QE389.2 Sulidae: QL696.P48 Sulfo salts Sultriness Mineralogy: QE389.3 Sulfobismuthites Meteorology: QC981.8.S9 Mineralogy: QE389.3 Sum rules Sulfonation Organic chemistry: QD281.S7 Quantum mechanics: QC174.17.S77 Sulfones Summer Aliphatic compounds: QD305.S83 Aromatic compounds: QD341.S6 Astronomy: QB637.6 Sulfonic acids Summer temperatures: QC906 Animal biochemistry: QP801.S85 Sun Sulfonium compounds Aromatic compounds: QD341.S8 Descriptive astronomy: QB520+ Sulfotransferases Spectroscopy: QB551 Animal biochemistry: QP606.S85 Sun spiders: QL458.8+ Sunbeam snakes: QL666.O694 Sunbirds: QL696.P257 Sunbitterns: QL696.G83 Sundew Botany: QK495.D76 Sundials Practical astronomy: QB215 Sunfishes: QL638.C3 Sunflower Botany: QK495.C74 Sungrebes: QL696.G845 837

Sunrise INDEX Time: QB216 Supermassive stars: QB843.S94 Sun's apparent motion: QB374 Supernovae: QB843.S95 Sunset Superoxide dismutase Time: QB216 Animal biochemistry: QP603.S94 Sunshine Superposition Meteorology: QC910.2+ Quantum mechanics: QC174.17.S78 Sunshine recorders: QC912 Superradiance Sunspots Radiation physics: QC476.S86 Geomagnetism: QC836 Supersaturated solutions Superantigens Physical chemistry: QD548 Immunology: QR186.6.S94 Superstitioniidae: QL458.72.S85 Supercolliders Superstring theories Nuclear physics: QC787.S83 Nuclear interactions: QC794.6.S85 Supercomputers: QA76.88 Supervised learning Superconducting magnets Cybernetics: Q325.75 Physics: QC761.3 Supervolcanoes Superconducting materials Geology: QE521.5+ Physics: QC611.94+ Support, Software: QA76.76.S66 Superconducting Super Collider: Suppressor cells QC787.S83 Immunology: QR185.8.S96 Superconductivity physics: QC611.9+ Suprachiasmatic nucleus Superconductors Neurophysiology: QP383.8 Physics: QC611.94+ Supramolecular chemistry Supercooled liquids Chemistry: QD875+ Fluid mechanics: QC145.48.S9 Supramolecular organometallic Supercritical fluid chromatography chemistry: QD882 Animal biochemistry: QP519.9.S85 Suprarenal gland Supercritical fluid extraction Anatomy: QL868 Animal biochemistry: QP519.9.S85 Human anatomy: QM371 Superelectrophiles Surface active agents Spectra: QC463.S94 Organic analysis: QD271.35.E54 Surface brightness Superfluid physics: QC175.4+ Galaxies: QB857.5.S87 Supergiant stars: QB843.S9 Surface chemistry Supergravity Animal biochemistry: QP517.S87 Physical chemistry: QD506+ Quantum mechanics: QC174.17.S9 Surface films Superheavy elements Fresh water: QL142 Surface of the moon: QB591 Radioactivity: QC796.2 Surface properties Superior planets: QB639+ Semiconductor physics: QC611.6.S9 Superlattices Solid state physics: QC176.8.S8 Thin films: QC176.84.S93 Semiconductor physics: Surface tension QC611.8.S86 Atomic physics: QC183 Surface waves Superluminal sources Analytic mechanics: QA939 Radio astronomy: QB479.55.S88 838 Supermanifolds Differentiable manifolds Topology: QA614.44

Surfaces INDEX Atomic physics: QC173.4.S94 Condensed matter physics: Swarming QC173.458.S87 Animals: QL783 Infinitesimal geometry: QA631+ Mineralogy: QE364.2.S87 Sweat Planets: QB603.S95 Physiology: QP221 Polymers: QD381.9.S97 Sweat bees: QL568.H3 Surfaces determined by relations of Sweat glands curvature Differential geometry: QA645 Physiology: QP188.S9 Swedenborg, Emanuel, 1688-1772: Surfaces, General theory of: QA641+ Surfbirds: QL696.C43 Q143.S8 Surfperches: QL638.E5 Sweepers Surgeonfishes: QL638.A2 Surgery Zoology: QL638.P34 Sweetleaf Differential topology: QA613.658 Surgical anatomy Botany: QK495.S95 Swift (Computer program language): Human anatomy: QM531+ Surgical microbiology: QR46 QA76.73.S95 Surveys Swifts Ecology: QH541.15.S95 Zoology: QL696.A552 Survival Swimming Heart physiology: QP114.I8 Physiology: QP310.S95 Susceptibility Swimming bladders Magnetism: QC754.2.S8 Anatomy: QL855 Suspension feeders Swine Zoology Anecdotes and stories: QL795.S9 Water: QL120.5 Laboratory manuals: QL813.P54 Switching theory Suthoras: QL696.P2612 Machine theory: QA268.5 Suture zones: QE511.48 Swordfish SV40 Zoology: QL638.X5 Syarinidae: QL458.62.S9 Virology: QR406.2.S56 Sycamore Swallow tanagers: QL696.P28 Botany: QK495.P72 Swallows Syenite Petrology: QE462.S95 Zoology: QL696.P247 Sylvester equations Swallowtail butterflies: QL561.P2 Algebra: QA196.7 Swamp ecology: QH541.5.S9 Sylviidae: QL696.P279 Swamps Symbiogenesis Biology: QH378 Biogeography: QH87.3 Symbionts Botany: QK938.M3 Plant ecology: QK918 Ecology: QH541.5.S9 Symbiosis Zoology: QL114.5 Animals: QL756.8 Swans Ecology: QH548+ Zoology: QL696.A52 Microbial ecology: QR100.8.S9 Swarm intelligence Symbiotic stars: QB843.S96 Artificial intelligence: Q337.3 Symbolic dynamics Topology: QA614.85 839

Symmetric functions INDEX Theory of equations: QA212 Synoptic climatology: QC981.7.S8 Symmetrical fission Synoptic meteorology: QC874+ Nuclear fission: QC790.4.S9 Synovial fluid Symmetry Physiology: QP246.5 Elementary particle physics: Synteliidae: QL596.S9 QC793.3.S9 Syntexidae: QL568.S96 Group theory: QA174.7.S96 Synthesis Quantum mechanics: QC174.17.S9 Biochemistry: QD431.25.S93 Symmetry groups Heterocyclic and macrocyclic Quantum chemistry: QD462.6.S94 chemistry and compounds: Symmetry in science: Q172.5.S95 QD400.5.S95 Sympathetic nervous system Organic chemistry Carbohydrates: QD322.S95 Anatomy: QL939 Organometallic chemistry: Human anatomy: QM471 QD411.7.S94 Neurophysiology: QP368.5 Synthetic antigens Sympherobiidae: QL513.S9 Immunology: QR186.6.S95 Symphyla: QL449.8+ Synthetic vaccines Symphytognathidae: QL458.42.S9 Immunology: QR189.2 Symplectic and contact topology: Synthetonychidae: QL458.52.S9 QA613.659 Synucleins Symplectic geometry: QA665 Animal biochemistry: QP552.S96 Symplectic manifolds Synxenidae: QL449.65.S95 Atomic physics: QC174.52.S94 Syphilis Symplocaceae: QK495.S95 Microbiology: QR201.S9 Synancejidae: QL638.S42 Syringobiidae: QL458.2.S89 Synaphobranchidae: QL638.S892 Syringophilidae: QL458.2.S9 Synapses Syrphidae: QL537.S9 Neurophysiology: QP364 System analysis Synbranchidae: QL638.S893 Analytical methods used in the Synbranchiformes: QL637.9.S9 solution of physical problems: Synchrocyclotrons QA402+ Nuclear physics: QC787.S85 System design Synchronization in science: Computer science: QA76.9.S88 Q172.5.S96 System failures Synchrotron radiation Computer science: QA76.9.F34 Biological research: QH324.9.S95 System theory Elementary particle physics: Science: Q295 Systematics QC793.5.E62+ Botany: QK95+ Synchrotrons: QC787.S9 Zoology: QL351+ Synchytriaceae: QK621.S9 Systemic system Synclines Physiology: QP106+, QP106 Systems and standards of time Geology: QE606.3.S96 Astronomy: QB223 Syngnathidae: QL638.S9 Systems migration Synlestidae: QL520.3.S9 Computer science: QA76.9.S9 Synneuridae: QL537.S88 Synodontidae: QL638.S96 840

Systems programming INDEX Digital computers: QA76.66 Tamarisk Systems software: QA76.76.S95 Botany: QK495.T35 T Tanagers: QL696.P282 Tanaidacea: QL444.M38 T cells Tancrediidae Immunology: QR185.8.T2 Paleozoology: QE812.T3 T Tauri stars: QB843.T12 Tannins T4 bacteriophage: QR342.2.T14 Tabanidae: QL537.T25 Organic chemistry: QD327 Tables, Mathematical: QA47+ Plant constituent: QK898.T2 Tables of integrals Tantalates Mineralogy: QE389.63 Calculus: QA310 Tantalum Tablet computers: QA76.893 Chemical element: Q1 .T2 Taccaceae: QK495.T3 Tanyderidae: QL537.T35 Tachardiidae: QL527.K44 Tanypezidae: QL537.T357 Tachinidae: QL537.T28 Tapaculos: QL696.P273 Tachiniscidae: QL537.T3 Taphonomy: QE721.2.F6 Tachyglossidae: QL737.M73 Taphrinaceae: QK623.T3 Tachykinins Tapiridae: QL737.U64 Tapirs Animal biochemistry: QP552.T33 Zoology: QL737.U64 Tachyons Tarantulas: QL458.42.T5 Tarantulidae: QL458.32.T3 Elementary particle physics: Tardigrada: QL447.5 QC793.5.T32+ Paleozoology: QE823.T2 Targets Tactite: QE475.T33 Nuclear physics: QC787.T35 Tadpole shrimps: QL444.B86 Targioniaceae: QK555.T3 Taeniodontia Tarpon Zoology: QL638.M33 Paleozoology: QE882.T34 Tarsiers: QL737.P965 Taeniopterygidae: QL530.3.T3 Tarsiidae: QL737.P965 Tagging Tarsipedidae: QL737.M3875 Tarsonemidae: QL458.2.T3 Reptiles and amphibians: QL645.6+ Taste Tahitocoridae: QL523.T3 Physiology: QP456 Taiga ecology: QH541.5.T3 Taurine Taigas Animal biochemistry: QP801.T3 Tautomerism Botany: QK938.T34 Physical chemistry: QD471 Ecology: QH541.5.T3 Taxaceae: QK494.5.T25 Tail Taxales Anatomy: QL950.6 Paleobotany: QE977.5 Tailed frogs: QL668.E217 Taxes (Biology): QH514 Talc Taxidermy: QL63 Mineralogy: QE391.T2 Taxodiaceae: QK494.5.T3 Tallow-wood Botany: QK495.O35 841 Talpidae: QL737.S76 Tamaricaceae: QK495.T35 Tamarins: QL737.P925

Taxonomy INDEX Botany: QK95+ Zoology: QL351+ Teleodesmacea Paleozoology: QE812.T34 Tayassuidae: QL737.U59 Tcl (Computer program language): Teleology Nature conservation: QH77.3.T45 QA76.73.T44 Tea Teleostei Paleozoology: QE852.O45 Botany: QK495.T4 Teacher training Teleportation Quantum mechanics: QC174.17.Q38 Biology: QH315.25 Teaching teams Teleprocessing monitors Computer software: QA76.76.T45 Mathematics teaching: QA20.T43 Team teaching Telescopes Astronomy: QB88+ Mathematics: QA20.T43 Tear glands TÉLÉTEL (Videotex system): QA76.57.T44 Physiology: QP188.T4 Tears Television Mathematics teaching aid: QA19.T4 Physiology: QP231 Teasel Television in astronomy: QB125 Television in science teaching: Q196 Botany: QK495.D56 Teliomycetes: QK626.3+ Technetium Tellinidae: QL430.7.T3 Chemical element: Q1 .T35 Paleozoology: QE812.T37 Effect on plants and animals: Tellurates QH545.T37 Mineralogy: QE389.66 Technical analysis Tellurides Analytical chemistry: QD130+ Mineralogy: QE389.2 Technical support Tellurium Computer science: QA76.9.T43 Chemical element: Q1 .T4 Technique Semiconductor physics: QC611.8.T44 Tellurium chlorides Cytology: QH585+ Spectra: QC464.T44 Tectonite: QE475.T43 Tellurium ores Teeth Mineralogy: QE390.2.T42 Tellurometer: QB328.T4 Anatomy: QL858 Telmidae: QL458.42.T44 Human anatomy: QM311 Telomerase Physiology: QP88.6 Animal biochemistry: QP606.T44 Teeth, Fossil: QE846 Telomere Teichmüller spaces: QA337 Cytology: QH600.3 Teiidae: QL666.L285 Telomerization Tektites Organic chemistry: QD281.P6 Mineralogy: QE399 Teloschistaceae: QK585.T44 Telechelic polymers Tempel 1 comet: QB723.T3 Organic chemistry: QD382.T44 Temperate climate: QC993.75+ Telegeusidae: QL596.T16 Temperate forests Telegraph codes Ecology: QH541.5.T45 Astronomy: QB139 Temperate regions Telegraphic codes Biogeography: QH84.3 Astronomy: QB139 842

Temperate zones: QC993.75+ INDEX Temperature Tent-caterpillar moths: QL561.L3 Bacterial physiology: QR97.T4 Tentaculata: QL380.5.T4+ Effect on cells: QH653 Tentaculitida Effect on plants: QK755+ Effect on plants and animals: Paleozoology: QE899.2.T45 Tenthredinidae: QL568.T3 QH545.T4 Tenuipalpidae: QL458.2.T36 Moon: QB588 Tephritidae: QL537.T42 Physiological effect: QP82.2.T4 Tephrochronology Physiology: QP451.6 Sun: QB531 Volcanoes: QE527.56 Temperature-dependent sex Tephroite determination Physiology: QP278.53 Mineralogy: QE391.T3 Temperature effects Teponemataceae: QR82.T7 Superconductors: QC611.97.T46 Terahertz spectroscopy: QC454.T47 Virology: QR478.T4 Teraponidae: QL638.T27 Temperature measurements Teratembiidae: QL539.3.T4 Physics: QC270+ Teratology Temperature measuring instruments: QC270+ Embryology: QL991 Temperatures, Summer: QC906 Human embryology: QM690+ Temperatures, Winter: QC905 Plant anatomy: QK664 Templates, Biochemical Teratornis Animal biochemistry: QP517.B48 Paleozoology: QE872.V9 Temporal automata Terbium Algebra: QA267.5.T45 Chemical element: Q1 .T3 Temporal lobe Terebrataliidae: QL395.8.T39 Neurophysiology: QP382.T4 Terebratuladae Temporary stars: QB841 Paleozoology: QE797.T29 Tenascin Terebratulida Animal biochemistry: QP552.T37 Paleozoology: QE797.T29 Tendipedidae: QL537.C456 Terebratulidae: QL395.8.T4 Tendons Terebridae: QL430.5.T25 Human anatomy: QM170 Teredinidae: QL430.7.T4 Tendrils Paleozoology: QE812.T4 Physiology: QK773 Termatophylidae: QL523.T4 Shoots: QK650 Terminal restriction fragment length Tenebrionidae: QL596.T2 polymorphism analysis: QP624.5.T47 Tengellidae: QL458.42.T45 Termination Tenrecidae: QL737.A357 Computer software: QA76.76.T47 Tenrecomorpha: QL737.A35+ Terminology Tenrecs: QL737.A357 Analytical chemistry: QD71.8 Tensor algebra: QA200+ Biology: QH304.5 Tensor analysis: QA433 Natural history: QH83.5 Tensor products Termitaphididae: QL523.T43 Algebra: QA199.5 Termites Paleozoology: QE832.I8 Zoology: QL529+ Termitidae: QL529.3.T4 Termitoxeniidae: QL537.T447 843

Termopsidae: QL529.3.T5 INDEX Ternary superconductors: Tethyidae: QL430.5.T35 QC611.98.T37 Tetrablemmidae: QL458.42.T46 Ternary system: QA141.8.T45 Tetracampidae: QL568.T34 Terns Tetracentraceae: QK495.T355 Tetrachlorodibenzodioxin Zoology: QL696.C46 Terpenes Effect on plants and animals: QH545.T44 Animal biochemistry: QP752.T47 Biochemistry: QD416+ Tetracycline Plant constituent: QK898.T4 Organic chemistry: QD377.T45 Spectra: QC463.T4 Terrariums: QH68 Tetradymite Terrestrial heat flow Mineralogy: QE391.T4 Geophysics: QC809.T38 Terrestrial radiation: QC809.T4 Tetragnathidae: QL458.42.T48 Terrestrial-solar relations: QB539.T4 Tetragonal systems (Crystallography): Territoriality Animals: QL756.2 QD912 Tersinidae: QL696.P28 Tetragonuridae: QL638.T3 Tertiary Tetranychidae: QL458.2.T4 Paleobotany: QE926+ Tetraodontidae: QL638.T32 Paleontology: QE736+ Tetraodontiformes: QL637.9.T4 Stratigraphy: QE691+ Tertiary-Cretaceous boundary Paleozoology: QE852.T48 Stratigraphy: QE689 Tetras: QL638.C5 Tessellation Tetratomidae: QL596.T27 Algebra: QA166.8 Tetrigidae Test papers Analytical chemistry: QD77 Zoology: QL508.T38 Organic chemistry: QD271.3+ Tetrodotoxin Testacea Paleozoology: QE774.T5 Animal biochemistry: QP632.T46 Testacellidae: QL430.5.T3 Tettigellidae: QL527.C49 Testacida: QL368.T4 Tettigometridae: QL527.T43 Testes Tettigoniidae Physiology: QP255 Testing of hypotheses Zoology: QL508.T4 Mathematical statistics: QA277+ Text editors Testing of software: QA76.76.T48 Testosterone Computer software: QA76.76.T49 Animal biochemistry: QP572.T4 Text processing Testudinata: QL666.C5+ Paleozoology: QE862.C5 Computer science: QA76.9.T48 Testudinidae: QL666.C584 Textbooks Tetanus Microbiology: QR201.T3 Algebra: QA152+ Tethinidae: QL537.T448 Textbooks, Arithmetic: QA101+ Textbooks, Mathematics: QA36.5+ Textile industry Effect on plants and animals: QH545.T45 Th cells: QR185.8.T24 Thaididae Paleozoology: QE809.T5 Thalamus Anatomy: QL938.T45 Neurophysiology: QP383.5 844

Thalassiosiraceae INDEX Botany: QK569.T47 Theory of tides Thalattosauria Celestial mechanics: QB414+ Paleozoology: QE862.T4 Theory of vibrations Thallium Analytic mechanics: QA865+ Chemical element: Q1 .T7 Effect on plants: QK753.T5 Theory of wave motion: QA927 Theraphosidae: QL458.42.T5 Thallium chloride Theraponidae: QL638.T27 Spectra: QC464.T54 Therapsida Thallus Paleozoology: QE862.T5 Plant anatomy: QK651 Therevidae: QL537.T47 Theria Thamnophilidae: QL696.P2816 Thaumaleidae: QL537.T45 Paleozoology: QE881 Thaumastoscopidae: QL527.T5 Thericleidae: QL508.T45 Thaumastotheriidae: QL523.T48 Theridiidae: QL458.42.T54 Thaumatins Theridiosomatidae: QL458.42.T55 Thermal analysis Animal biochemistry: QP552.T43 Thaumatoxenidae: QL537.T458 Analytical chemistry: QD79.T38 Theaceae: QK495.T4 Geology: QE33.2.T45 Thecamoebae Organic chemistry: QD272.T45 Quantitative analysis: QD117.T4 Paleozoology: QE774.T5 Thermal analysis, Differential Thecidellinidae Determinative mineralogy: QE369.D5 Thermal diffusivity Paleozoology: QE797.T5 Physics: QC321.7.T55 Thecodontia Thermal electrons Elementary particle physics: Paleozoology: QE862.T47 Thelenellaceae: QK585.T48 QC793.5.T37+ Thelephoraceae: QK629.T4 Thermal neutrons Theligonaceae: QK495.T45 Thelotremataceae: QK585.T5 Elementary particle physics: Thelyphonida: QL458.85+ QC793.5.T42+ Thelyphonidae: QL458.87.T4 Thelypteridaceae: QK524.T54 Thermal pollution Theophrastaceae: QK495.T457 Effect on plants and animals: Theoretical astronomy: QB349+ QH545.T48 Theoretical chemistry: QD450+ Theory of distributions Thermal properties Condensed matter physics: Functional analysis: QA324 QC173.458.T48 Mathematical physics: QC20.7.T45 Crystals: QD937 Gases: QC165.5 Theory of double star systems Liquids: QC145.4.T5 Celestial mechanics: QB421 Matter and antimatter: QC192 Organometallic chemistry: Theory of errors QD411.7.T47 Mathematics: QA275 Petrology: QE431.6.T45 Polymers: QD381.9.T54 Theory of functions Radioactive substances: Analysis: QA331+ QC795.8.T45 Semiconductor physics: QC611.6.T4 Theory of solution Physical chemistry: QD540+ 845

Thermal properties INDEX Solid state physics: QC176.8.T4 Superconductors: QC611.97.T54 Thermosbaenacea: QL444.M384 Thermosphere Thermal radiation: QC331+ Thermionic emission Meteorology: QC881.2.T4 Thermostats Physics: QC701.7+ Thermoascaceae: QK623.T54 Chemical laboratories: QD54.T4 Thermobiology Theta functions: QA345 Thiamin pyrophysphate-dependent Biology: QH516 Thermochemistry: QD510+ enzymes Thermocouples (Physics): QC274 Animal biochemistry: QP601.8 Thermodynamic equilibrium: Thiamine Animal biochemistry: QP772.T5 QC318.T47 Effect on plants: QK753.T53 Thermodynamic potentials: QC318.T5 Thiaridae: QL430.5.T45 Thermodynamics Thick-knees: QL696.C428 Thickness measurement: QC102.5 Animal biochemistry: QP517.T48 Thigmotrichida: QL368.T5 Atomic physics: QC173.75.T5 Thin film superconductors: Cloud physics: QC921.6.T4 QC611.98.T55 Geochemistry: QE515.5.T46 Thin films Meteorology: QC880.4.T5 Solid state physics: QC176.82+ Mineralogy: QE364.2.T45 Thin films in optical instruments: QC378 Physical chemistry: QD504 Thin layer chromatography Physics: QC310.15+ Analytical chemistry: QD79.C8 Plasma physics: QC718.5.T5 Animal biochemistry: QP519.9.T55 Thermodynamics, Relativistic: QC311.7 Organic chemistry: QD272.C45 Thermodynamics, Statistical: QC311.5 Quantitative analysis: QD117.C52 Thermoelasticity Thin sections Analytic mechanics: QA933 Petrology: QE434 Thermoelectricity Thinocoridae: QL696.C49 Physics: QC621+ Thio compounds Thermogravimetry Aliphatic compounds: QD305.T45 Analytical chemistry: QD79.T4 Thioctic acid Thermoluminescence Animal biochemistry: QP772.T54 Radiation physics: QC479 Thiocyanates Thermomagnetism Animal biochemistry: QP801.T4 Physics: QC761.8 Thiols Thermometers Animal biochemistry: QP801.M37 Physics: QC270+ Radiation chemistry: QD651.M38 Thermometry Thioredoxin Physics: QC270+ Animal biochemistry: QP552.T45 Thermophilic bacteria: QR84.8 Thioureas Thermopiles: QC274 Effect on plants: QK753.T55 Thermoreceptors: QP451.6 Thirst Thermoregulation Physiology: QP137+ Physiology: QP135 Thixotropy: QC189.8 Thermoresponsive polymers Thomas-Fermi theory Organic chemistry: QD382.T46 Atomic physics: QC173.4.T48 846

Thomisidae: QL458.42.T56 INDEX Thomson effect: QC621+ Thoracica: QL444.C58 Thulium Thorax Chemical element: Q1 .T8 Regional anatomy: QM541 Thunderstorms: QC968+ Thorictidae: QL596.T35 Thurniaceae: QK495.T46 Thorium Thy-1 antigen Chemical element: Q1 .T5 Immunology: QR186.6.T48 Magnetic materials: QC766.T56 Thyasidae: QL458.2.T5 Thorium ores Thyatiridae: QL561.T46 Mineralogy: QE390.2.T45 Thylacine: QL737.M336 Thorns Shoots: QK650 Anecdotes and stories: QL795.T47 Thraciidae: QL430.7.T47 Thylacinidae: QL737.M336 Thrashers: QL696.P25 Thylacomyidae (Bilbies): QL737.M478 Thraupidae: QL696.P282 Thymelaeaceae: QK495.T48 Thraustochytriaceae: QK621.T45 Thymic hormones Threadfins: QL638.P75 Threads Animal biochemistry: QP572.T46 Computer software: QA76.76.T55 Thymus Three body problem Theoretical astronomy: QB362.T5 Immunology: QR185.8.T48 Three-dimensional imaging Thymus gland Biological research: QH324.9.T45 Three-toed tree sloths: QL737.E22 Anatomy: QL868 Threonine Physiology: QP188.T5 Animal biochemistry: QP562.T5 Thynnidae: QL568.T4 Thresher sharks: QL638.95.A4 Thyreophoridae: QL537.T49 Threskiornithidae: QL696.C585 Thyrididae: QL561.T48 Paleozoology: QE872.T5 Thyroglobulin Thripidae: QL598.3.T4 Animal biochemistry: QP552.T5 Thrips Thyroid gland Paleozoology: QE832.T5 Anatomy: QL868 Zoology: QL598+ Human anatomy: QM371 Thrombin: QP93.5+ Physiology: QP188.T54 Thrombocytes Thyroid hormones Immunology: QR185.8.P58 Animal biochemistry: QP572.T5 Thrombomodulin Thyronines Blood: QP93.7.T45 Animal biochemistry Thromboplastin: QP93.5+ Thrombospondins Hormones: QP572.T5 Animal biochemistry: QP552.T47 Thyroprotein Throscidae: QL596.T4 Thrushes: QL696.P288 Animal biochemistry: QP552.T55 Thryonomyidae: QL737.R686 Thyropteridae: QL737.C59 Thuathe meteorite: QB756.T58 Thyrotropin Animal biochemistry: QP572.T55 Thyrotropin releasing factor Animal biochemistry: QP572.T56 Thyroxine Animal biochemistry: QP563.T5 Hormones: QP572.T5 Thysanoptera Paleozoology: QE832.T5 Zoology: QL598+ 847

Thysanura: QL503.8.A1+ INDEX Tidal pool ecology: QH541.5.S35 Tidal pools Time service Astronomy: QB210.A1+ Ecology: QH541.5.S35 Tide marshes Time-sharing data processing: QA76.53 Time signals Botany: QK938.S27 Tide theory Astronomy: QB221 Time standards Celestial mechanics: QB414+ Tidemarsh ecology: QH541.5.S24 Astronomy: QB223 Tidemarshes Time systems Ecology: QH541.5.S24 Astronomy: QB223 Zoology: QL114 Timmiaceae: QK539.T58 Tides, Theory of Tin Celestial mechanics: QB414+ Tiger beetles: QL596.C56 Chemical element: Q1 .S7 Tiger moths: QL561.A8 Tin compounds Tigers Anecdotes and stories: QL795.T5 Effect on plants and animals: Tilefishes: QL638.B83 QH545.T55 Tiliaceae: QK495.T5 Tiling Tin ores Algebra: QA166.8 Mineralogy: QE390.2.T48 Tilletiaceae: QK628.T5 Tillite: QE471.15.T5 Tinamidae: QL696.T4 Tillodontia Tinamiformes: QL696.T37+ Paleozoology: QE882.C84 Timaliidae: QL696.P285 Paleozoology: QE872.T56 Timber beetles: QL596.L94 Tinamous: QL696.T4 Time Tindariidae: QL430.7.T55 Philosophy of science: Q175.32.T56 Tineidae: QL561.T55 Practical astronomy: QB209+ Tineodidae: QL561.T56 Time dilatation (Relativity physics): Tingidae: QL523.T5 QC173.59.T5 Tingupidae: QL449.65.T56 Time, Equation of Tintinnida: QL368.T55 Astronomy: QB217 Time, Finding the Paleozoology: QE774.T55 Astronomy: QB213 Tiphiidae: QL568.T5 Time measuring instruments Tipulidae: QL537.T6 Astronomy: QB214 Tischeriidae: QL561.T58 Time perception Tissue remodeling Physiology: QP445 Time-resolved spectroscopy Biology: QH491+ Animal biochemistry: QP519.9.T59 Tissue-specific antigens Time reversal (Relativity physics): QC173.59.T53 Immunology: QR186.6.T57 Time series analysis Tissues Mathematical statistics: QA280 Physiology: QP88+ Titanates Mineralogy: QE389.62+ Titanium Chemical element: Q1 .T6 Titanium group Inorganic chemistry: QD172.T52 Titanium ores Mineralogy: QE390.2.T5 Titis: QL737.P959 Titmice: QL696.P2615 848

Toadfishes: QL638.B3 INDEX Toads Topographical anatomy Zoology: QL668.E2+ Human anatomy: QM531+ Tobacco Zoology: QL950.1+ Animal biochemistry: QP801.T57 Topological algebras: QA326 Tobacco mosaic virus Topological defects Experimental genetics: QH470.T6 Cosmology: QB991.T67 Tocopherol Topological dynamics: QA611.5 Topological graph theory Animal biochemistry: QP772.T6 Todaridae: QL638.T55 Algebra: QA166.195 Todidae: QL696.C78 Topological groups Todies: QL696.C78 Togaviruses Analysis: QA387 Topological linear spaces Virology: QR415.5 Tolerance Functional analysis: QA322 Topological manifolds: QA613.2 Immunology: QR188.4 Topological transformation groups: Tolerance regions QA613.7 Mathematical statistics: QA276.74 Topology: QA611+ Tolylenediamine Mathematical physics: QC20.7.T65 Animal biochemistry: QP801.T6 Physical chemistry: QD455.3.T65 Tomaspididae: QL527.T6 Tornadoes: QC955+ Tomatoes Tornidae: QL430.5.T65 Toroidal harmonics: QA411 Microbiology: QR129.T65 Torpedinidae: QL638.875.T6 Tomoceridae: QL503.T6 Torpediniformes: QL638.87+ Tomography, Optical Torpedo electric rays Fishes: QL638.875.T6 Physics: QC449.5 Torsion Tone perception Analytic mechanics: QA934 Plant movement: QK773 Neurophysiology: QP465 Tortoises Tongue Zoology: QL666.C584 Tortricidae: QL561.T8 Anatomy: QL946 Torulosis Human anatomy: QM503 Microbiology: QR201.T5 Tongue worms: QL447.3 Torymidae: QL568.T6 Tonguefishes: QL638.C93 Toucans Tonnidae: QL430.5.T63 Zoology: QL696.P57 Tonsils Touch Anatomy: QL861 Physiology: QP451 Human anatomy: QM331 Touch-me-not Tonsteins: QE471.15.T64 Botany: QK495.B25 Toothbrush tree Touracos Botany: QK495.S165 Zoology: QL696.C85 Toothed whales: QL737.C43+ Tourmaline Top Mineralogy: QE391.T7 Rigid dynamics: QA862.T7 Tovariaceae: QK495.T6 Topaz Mineralogy: QE391.T6 849 Topoclimatology: QC981.7.T64

Toxicity testing INDEX Ecology: QH541.15.T68 Tracks, Animal: QL768 Toxicology Tracks, Dinosaur: QE861.6.T72 Aquatic biology: QH90.8.T68 Trade winds Toxins Meteorology: QC939.T7 Animal biochemistry: QP631+ Tradescantia Immunology: QR186.6.T6 Experimental genetics: QH470.T68 Toxodontia Tragulidae: QL737.U595 Paleozoology: QE882.U8 Trajectories Toxoids Quantum mechanics: Immunology: QR186.6.T65 QC174.17.Q385 Toxopidae: QL458.42.T6 Trans fatty acids Toxoplasmida: QL368.T6 Animal biochemistry: QP752.T63 Toxoplasmosis Trans-Neptunian objects: QB694+ Microbiology: QR201.T53 Transaction systems Toxotidae: QL638.T6 Trace elements Digital computers: QA76.545 Transactional interpretation Analytical chemistry: QD139.T7 Animal biochemistry: QP534 Quantum mechanics: QC174.17.T67 Blood constituents: QP99.3.T72 Transaminases: QP606.A43 Effect on plants: QK753.T7 Transborder data flow Effect on plants and animals: Computer science: QA76.9.T7 QH545.T7 Transcendental curves Geochemistry: QE516.T85 Spectra: QC462.T85 Infinitesimal geometry: QA628 Trace fossils: QE720.5 Transcendental functions Tracer techniques Immunology: QR183.2 Analysis: QA353.T7 Nuclear chemistry: QD607 Curves and surfaces: QA605 Tracers Transcendental numbers Biological research: QH324.3+ Algebra: QA247.5 Radioactive substances: QC798.T7 Transcendental surfaces Trachea Infinitesimal geometry: QA638 Anatomy: QL854 Transcription Human anatomy: QM257 Genetic regulation: QH450.2 Physiology: QP125 Transcription factors Tracheae Animal biochemistry: QP552.T68 Arthropoda: QL847 Transduction Trachichthyidae: QL638.T68 Genetics: QH448.3 Trachinidae: QL638.T685 Transfer factor Trachipteridae: QL638.T69 Immunology: QR185.8.T67 Trachoma Transfer RNA Microbiology: QR201.T54 Animal biochemistry: QP623.5.T73 Trachytidae: QL458.2.T7 Transferases Tracks Animal biochemistry: QP605+ Elementary particle physics: Transferrin Animal biochemistry: QP552.T7 QC793.3.T67 Transfinite numbers Algebra: QA248+ Transformation Genetics: QH448.4 850

Transformation INDEX Virology: QR472 Transmission Transformations Electric waves: QC665.T7 Quantum mechanics: QC174.17.T7 Radio waves: QC676.7.T7 Sound: QC233 Transformations for algebraic configurations: QA601+ Transmission electron microscopes: QH212.T7 Transforming growth factors Animal biochemistry: QP552.T72 Transmission of radiation Geometrical optics: QC389 Transgenic animals Biology: QH442.6 Transparent ceramics in optical instruments: QC378.5 Transgenic organisms Biology: QH442.6 Transpiration Plant-water relationship: QK873 Transglutaminases Animal biochemistry: QP606.T73 Transplantation immunology: QR188.8 Transplantation of organs, tissues, etc. Transit circle Astronomical instruments: QB101 Physiology: QP89 Transplutonium elements Transit instruments: QB105 Transit of Mercury: QB515 Inorganic chemistry: QD172.T65 Transit of Venus: QB509+ Transport Transit out of meridian Plasma physics: QC718.5.T7 Astronomical instruments: QB103 Transport phenomena Transition metal compounds Meteorology: QC880.4.T7 Photochemistry: QD730.T73 Transport theory Transition metal oxides: QC611.98.T73 Transition metals Elementary particle physics: QC793.3.T7 Inorganic chemistry: QD172.T6 Organometallic chemistry: Mathematical physics: QC20.7.T73 Statistical physics: QC175.2+ QD411.8.T73 Transportation problems Spectra: QC462.T86 Mathematical optimization: QA402.6 Transition temperature Transuranium elements Superconductors: QC611.97.T46 Effect on plants and animals: Transitions Nuclear interactions: QC454.N8 QH545.T74 Transits, Prediction of: QB175+ Inorganic chemistry: QD172.T7 Transketolase Trapaceae Animal biochemistry: QP606.T75 Botany: QK495.T66 Translating services Trapped ions Chemistry: QD9.2 Electric discharge: QC702.7.T73 Geology: QE33.2.T7 Traveltime inversion, Seismic: Science: Q124 QE539.2.S43 Translational motion: QC762.6.T73 Traverse surveying Translators Geodetic surveying: QB325 Computer software: QA76.76.T83 Travertine: QE471.15.T73 Translocation Trawls and trawling Chromosomal mutation: QH462.T7 Effect on plants and animals: Phytochemistry: QK871 QH545.T743 Tree frogs Zoology: QL668.E24 851

Tree of heaven INDEX Botany: QK495.S59 Trichophilopteridae: QL540.3.T72 Tree shrews: QL737.S254 Trichopolydesmidae: QL449.65.T75 Tree trunks: QK646.7 Trichoptera Treehoppers Paleozoology: QE832.T8 Zoology: QL527.M45 Zoology: QL516+ Trees Trichopterygidae: QL596.P83 Trichostomatida: QL368.T76 Botany: QK474.8+ Trichothecenes Graph theory: QA166.2 Animal biochemistry: QP632.T75 Tremandraceae: QK495.T7 Triclopyr Tremellaceae: QK629.T67 Effect on plants and animals: Tremellales: QK629.T7 Trentepohliaceae: QK569.T73 QH545.T75 Trepostomata Tricoliidae: QL430.5.T67 Paleozoology: QE799.T7 Trictenotomidae: QL596.T75 Triaenonychidae: QL458.52.T75 Tridacnidae: QL430.7.T7 Triakidae: QL638.95.T75 Tridactylidae Triangle Analytic geometry: QA557 Zoology: QL508.T73 Plane geometry: QA482 Tridenchthoniidae: QL458.62.T7 Triangularization Triggerfishes: QL638.B15 Matrices Triglidae: QL638.T8 Triglycerides Algebra: QA197 Triassic Animal biochemistry: QP752.T74 Trigonalidae: QL568.T74 Paleobotany: QE922 Trigoniaceae: QK495.T73 Paleontology: QE732 Trigonidiidae: QL508.T74 Stratigraphy: QE676+ Trigoniidae Tributyrin Animal biochemistry: QP752.T7 Paleozoology: QE812.T74 Tricanthidae: QL638.T695 Trigonioida Trichechidae: QL737.S63 Trichiidae: QL596.T7 Paleozoology: QE812.T74 Trichiuridae: QL638.T7 Trigonometric sums: QA246.8.T75 Trichoceridae: QL537.T7 Trigonometric tables: QA55+ Trichocomaceae: QK623.T75 Trigonometry: QA531+ Trichodectidae: QL540.3.T7 Trigonometry and geometry (combined): Trichodontidae: QL638.T73 Trichogrammatidae: QL568.T7 QA529 Tricholomataceae: QK629.T73 Triiodothyronine Trichomas Shoots: QK650 Animal biochemistry Trichomatidae: QL513.T7 Hormones: QP572.T5 Trichomonadida: QL368.T7 Trichomoniasis Trilliaceae: QK495.T735 Microbiology: QR201.T55 Trillium Trichomycteridae: QL638.T76 Trichonotidae: QL638.T78 Experimental genetics: QH470.T7 Trilobitomorpha Paleozoology: QE821+ Trimeniaceae: QK495.T74 Trimenoponidae: QL540.3.T74 Trimerellidae Paleozoology: QE797.T8 Triodontidae: QL638.T85 852

Trionychidae: QL666.C587 INDEX Triple-helix-forming oligonucleotides Tropics Animal biochemistry: QP625.T75 Biogeography: QH84.5 Tripletails: QL638.L6 Ecology: QH541.5.T7 Tripterygiidae: QL638.T87 Triptopause Tropidophiidae: QL666.O68 Tropiduchidae: QL527.T7 Meteorology: QC881.2.T7 Tropiduridae: QL666.L287 Triptosphere Tropisms Meteorology: QC881.2.T7 Biology: QH514 Trisection of the angle Tropopause Elementary geometry: QA468 Meteorology: QC881.2.T75 Tritium Troposphere Effect on plants: QK753.T75 Meteorology: QC881.2.T75 Effect on plants and animals: Tropospheric radio wave propagation: QH545.T76 QC973.4.T76 Tritoniidae: QL430.5.T7 Tropospheric radio waves Triuridaceae: QK495.T745 Trixoscelidae: QL537.T75 Radio meteorology: QC973.4.T76 Trochidae: QL430.5.T75 Troupials: QL696.P2475 Trochilidae: QL696.A558 Trout Trochodendraceae: QK495.T75 Trogidae: QL596.T78 Zoology: QL638.S2 Troglodytidae: QL696.P287 Trout-perches: QL638.P468 Troglotaoysicidae: QL458.72.T75 TRP channels Trogonidae: QL696.T7 Trogoniformes: QL696.T67+ Animal biochemistry: QP552.T77 Trogons: QL696.T7 True bugs Trogositidae: QL596.T8 Trogulidae: QL458.52.T76 Paleozoology: QE832.H4 Trombiculidae: QL458.2.T75 True starfish Trombidiidae: QL458.2.T76 Trona Paleozoology: QE783.A7 Trumpeters (Birds): QL696.G874 Mineralogy: QE391.T8 Trumpetfishes: QL638.A848 Trondhjemite: QE462.T74 Truncatellidae: QL430.5.T78 Tropaeolaceae: QK495.T77 Trunk Trophoblast Anatomy: QL950.3+ Immunology: QR185.8.T7 Regional anatomy: QM540+ Tropical climatology: QC993.5 Trunk muscles Tropical cyclones: QC945 Human anatomy: QM161 Tropical dry forests Trunks, Tree: QK646.7 Truth Ecology: QH541.5.T66 Philosophy of science: Q175.32.T78 Tropical ecology: QH541.5.T7 Truth maintenance systems Tropical geometry: QA582 Artificial intelligence: Q338 Tropical meteorology: QC993.5 Trypauchenidae: QL638.T95 Tropical plants: QK936 Trypetheliaceae: QK585.T7 Tropicbirds Trypetidae: QL537.T42 Trypoxylidae: QL568.T79 Zoology: QL696.P474 Trypsin Animal biochemistry: QP609.T7 Trypsinogen Animal biochemistry: QP609.T7 853

Tryptophan INDEX Animal biochemistry: QP562.T7 Tunicata Tryptophan oxygenase Paleozoology: QE840.5 Animal biochemistry: QP603.T78 Zoology: QL613 Tuatara: QL666.R48 Tuning forks in sound vibrations: Tube-eyes: QL638.S88 QC241 Tuberaceae: QK623.T8 Tuberculariaceae: QK625.T8 Tunneling Tuberculosis Solid state physics: QC176.8.T8 Superconductors: QC611.97.T86 Microbiology: QR201.T6 Tuberculosis vaccines: QR189.5.T7+ Tunneling spectroscopy Tubeshoulders: QL638.P63 Physics: QC454.T75 Tubulidentata: QL737.T75+ Tupaiidae: QL737.S254 Paleozoology: QE882.T8 Turbidites: QE471.15.T8 Tubulins Turbidity Animal biochemistry: QP552.T82 Effect on plants and animals: Tucu-tucos: QL737.R642 QH545.T87 Tuff Meteorological optics: QC976.T8 Petrology: QE461+ Turbinellidae: QL430.5.T85 Tuftsin Turbinidae: QL430.5.T9 Turbulence Animal biochemistry: QP552.T83 Tugtupite Meteorology: QC880.4.T8 Plasma physics: QC718.5.T8 Mineralogy: QE391.T85 Turdidae: QL696.P288 Tularemia Turgescence Cytology: QH621 Microbiology: QR201.T8 Turing test Tulasnellaceae: QK629.T8 Artificial intelligence: Q341 Tumbling flower beetles: QL596.M6 Turkeys Tumor immunology: QR188.6 Zoology: QL696.G27 Tumor necrosis factor Turneraceae: QK495.T8 Turnicidae: QL696.G89 Immunology: QR185.8.T84 Turnstones: QL696.C43 Tumors Turquoise Mineralogy: QE394.T8 Microbiology: QR201.T84 Turretsnails: QL430.5.T96 Tuna Turridae: QL430.5.T95 Paleozoology: QE809.T88 Zoology: QL638.S35 Turritellidae: QL430.5.T96 Tundra ecology: QH541.5.T8 Paleozoology: QE809.T9 Tundras Turtles Anecdotes and stories: QL795.T8 Botany: QK938.T8 Zoology: QL666.C5+ Ecology: QH541.5.T8 Tusk shells: QL430.8 Tungidae: QL599.7.T8 Tussock moths: QL561.L9 Tungstates Tuttle comet: QB723.T8 Mineralogy: QE389.67 Twilight phenomena Tungsten Meteorological optics: QC976.T9 Chemical element: Q1 .W1 Tungsten ores 854 Mineralogy: QE390.2.T85 Tunguska meteorite: QB756.T8

Twins INDEX Embryology: QL971+ Ubiquitous computing Twisted cubics: QA581 Digital computers: QA76.5915 Twisted-winged parasites Ubuntu Zoology: QL599+ Computer software Twistor theory Operating systems: QA76.774.U28 Atomic physics: QC173.75.T85 Udeonychophora: QL448.5+ Two body problem Udoteaceae Theoretical astronomy: QB362.T9 Botany: QK569.U46 Two-dimensional electrophoresis Ulidiidae: QL537.U4 Ulmaceae: QK495.U4 Animal biochemistry: QP519.9.T84 Uloboridae: QL458.42.U4 Two-phase flow Ulopidae: QL527.U4 Ulotrichaceae: QK569.U5 Fluid dynamics: QA922 Ultra-Neptunian planets Two-toed tree sloths: QL737.E238 Tylidae: QL537.M43 Perturbations: QB389 Type I superconductors: QC611.98.T86 Ultrabasic rocks: QE462.U4 Type II superconductors: Ultracentrifugation QC611.98.T87 Animal biochemistry: QP519.9.U47 TypeScript (Computer program Ultracold neutrons: QC793.5.C64+ Ultrahigh vacuum language): QA76.73.T97 Typewriting Fluid mechanics: QC166.5 Ultrasonic rays Physiology: QP310.T9 Typhaceae: QK495.T9 Physiological effect: QP82.2.U37 Typhlopidae: QL666.O685 Ultrasonic waves Typhoid fever Analytical chemistry: QD75.4.U48 Microbiology: QR201.T9 Ultrasonics Typhoid vaccine: QR189.5.T9 Typhoons: QC948 Physics: QC244 Typhus fever Ultrastructural studies Microbiology: QR201.T95 Virology: QR387.5 Typical antbirds: QL696.P2816 Ultrastructure Tyrannidae: QL696.P289 Tyrant flycatchers: QL696.P289 Bacteria: QR75+ Tyrminase Human histology: QM550+ Ultratrace analysis Animal biochemistry: QP603.M6 Animal biochemistry: QP519.9.U48 Tyrosine Ultraviolet Determinative mineralogy: QE369.U4 Animal biochemistry: QP562.T9 Ultraviolet astronomy: QB474 Tytonidae: QL696.S85 Ultraviolet microscopes: QH212.U48 Ultraviolet radiation: QH543.95 U Effect on cells: QH652.4 Ultraviolet rays Uakaris: QL737.P959 Effect on plants: QK757 Ubiquinones Genetic effects: QH465.U4 Meteorological optics: QC976.U4 Animal biochemistry: QP801.U24 Physiological effect: QP82.2.U4 Ubiquitin Ultraviolet spectroscopy Analytical chemistry: QD96.U4 Animal biochemistry: QP552.U24 855

Ultraviolet spectrum INDEX Physics: QC459+ Universalities Ulvaceae: QK569.U55 Condensed matter physics: Ulvales: QK569.U6 QC173.458.U54 Umbelliferae: QK495.U48 Umbilicariaceae: QK585.U5 Universe Umbridae: QL638.U5 Descriptive astronomy: QB495+ UMI Online (Videotex system): UNIX QA76.57.U43 Computer software Uncertainty, Measurement Operating systems: QA76.774.U64 Mathematical statistics: QA276.8 Unsolvability Uncertainty theory Recursion theory Mathematical logic: QA9.63 Information theory: Q375 Unconsciousness UPC (Computer program language): QA76.73.U63 Neurophysiology: QP411 Unconsolidated sediments Uplands ecology: QH541.5.U64 Upper atmosphere Petrology: QE471.2 Underground cosmic rays: QC485.9.U6 Meteorology: QC878.5+ Underground ecology: QH541.5.U55 Upper Cretaceous Underwater acoustics: QC242+ Underwater physiology Stratigraphy: QE688 Upper currents Animals: QP82.2.U45 Underwings (Lepidoptera): QL561.N7 Wind: QC935 Undulant fever Upper extremities Microbiology: QR201.B8 Physiology: QP333+ Ungulata: QL737.U4+ Upper Jurassic Ungulates Stratigraphy: QE684 Paleozoology: QE882.U2+ Upper mantle project Unified field theories Structural geology: QE501.4.U6 Atomic physics: QC173.68+ Upper Triassic Uniform flow Stratigraphy: QE679 Fluid dynamics: QA922.5 Upupidae: QL696.U68 Uniform spaces Upupiformes: QL696.U6+ Uraeotyphlidae: QL668.A69 Topology: QA611.25 Ural computer: QA76.8.U7 Unionicolidae: QL458.2.U5 Uranates Unionidae: QL430.7.U6 Mineralogy: QE389.65 Paleozoology: QE812.U6 Uraniidae: QL561.U7 Unit method of teaching Uraninite Mathematics teaching: QA20.U55 Mineralogy: QE391.U65 United States Geological Survey: Uranium QE75+ Chemical element: Q1 .U7 Units of measurement: QC81+ Uranium alloys Univac: QA76.8.U6 Universal algebra: QA251 Analytical chemistry: QD137.U73 Universal solvent Uranium compounds Alchemy: QD26.5.A4 Spectra: QC464.U73 Uranium mining Effect on plants and animals: QH545.U7 856

Uranium ores INDEX Mineralogy: QE390.2.U7 Urinary system Uranoscopidae: QL638.U7 Microbiology: QR171.U7 Uranothallite Urine Mineralogy: QE391.L5 Physiology: QP211 Uranus (Planet): QB681+ Urnatellidae: QL400.5.U7 Perturbations: QB387 Urochordata Satellites: QB406 Urate oxidase Zoology: QL613 Animal biochemistry: QP603.U7 Urocoptidae: QL430.5.U68 Urban climatology: QC981.7.U7 Urocteidae: QL458.42.U7 Urban ecology Urocyclidae: QL430.5.U7 Biology: QH541.5.C6 Urodacidae: QL458.72.S3 Urban geology: QE39.5.U7 Urodela: QL668.C2+ Urban growth Urodontidae Effect on plants and animals: Zoology: QL596.U75 QH545.C545 Urogenital system Urban insects Anatomy: QL871+ Zoology: QL472.7 Urolophidae: QL638.85.D3 Urban sprawl Uronic acids Effect on plants and animals: Plant constituent: QK898.U7 QH545.C545 Uropeltidae: QL666.O688 Uropodidae: QL458.2.U7 Urea Uropygi: QL458.85+ Aliphatic compounds: QD315 Urothripidae: QL598.3.U7 Animal biochemistry: QP801.U7 Ursidae: QL737.C27 Urticaceae: QK495.U7 Urease User interfaces Animal biochemistry: QP609.U7 Computer science: QA76.9.U83 Uredinales: QK627.A1+ Ustilaginaceae: QK628.U8 Ureters Ustilaginales: QK628.A1+ Ustomycetes: QK627.3+ Human anatomy: QM408 Uteroglobin Physiology: QP250 Urethra Animal biochemistry: QP552.U86 Anatomy: QL875 Uterus Human anatomy: QM413 Physiology: QP250.8 Physiology: QP262 Uric acid Utilities Plant constituent: QK898.U68 Uricase Computer software: QA76.76.U84 Animal biochemistry: QP603.U7 Uridine diphosphoglucurono- V syltransferase Animal biochemistry: QP606.U7 Vacant lot ecology: QH541.5.V27 Urinary organs Vaccines Human anatomy: QM401+ Human embryology: QM695.U74 Immunology: QR189+ Physiology: QP248+ Vacuum Urinary organs secretions: QP211 Atomic physics: QC174.52.V33 Gas mechanics: QC166+ Vacuum calorimeters: QC293.V3 857

Vacuum polarization INDEX Electrodynamics: QC648 Vangidae: QL696.P29 Vacuum techniques Vanhoeffeniidae: QL449.65.V34 Chemistry: QD63.V33 Vanhorniidae: QL568.V3 Vapor densities Vaejovidae: QL458.72.V4 Vaginulidae: QL430.5.V4 Thermochemistry: QD533 Valence fluctuations Vapor pressure Solid state physics: QC176.8.V34 Physical chemistry: QD545 Valencienniidae Physics: QC304 Vaporization of solids Paleozoology: QE809.V2 Physics: QC309 Valerianaceae: QK495.V3 Vapors Validation Thermochemistry: QD531 Varanidae: QL666.L29 Computer software: QA76.76.V47 Variable stars: QB833+ Valine Variable stars, Cataclysmic: QB837.5 Variables Animal biochemistry: QP562.V3 Stellar spectroscopy: QB895 Valley ecology: QH541.5.V3 Variance, Analysis of: QA279+ Valley winds: QC939.M8 Variation Valleys Evolution: QH401+ Fungi: QK602 Biogeography: QH87.2 Microbiology: QR73 Ecology: QH541.5.V3 Paleontology: QE721.2.V3 Zoology: QL113.77 Plants: QK983 Valloniidae: QL430.5.V34 Reptiles and amphibians: QL645.5 Valoniaceae: QK569.V3 Virology: QR392 Valsaceae: QK623.V35 Variation of latitude Values Astronomy: QB237 Philosophy of science: Q175.32.V35 Variational principles Valvatidae: QL430.5.V36 Quantum mechanics: QC174.17.V35 Vampires Science: Q172.5.V37 Zoology: QL737.C52 Variations Vampyroteuthidae: QL430.3.V35 Climatology: QC902.8+ Van Allen radiation belts: QC809.V3 Variations, Diurnal Van Biesbroeck comet: QB723.V35 Cosmic ray physics: QC485.8.V3 Van de Graaff generators Varicella-zoster virus Nuclear physics: QC787.V3 Virology: QR400.2.V37 Vanadates Varroidae: QL458.2.V37 Mineralogy: QE389.64 Vascular endothelium Vanadinite Physiology: QP110.V34 Mineralogy: QE391.V35 Vascular muscle Vanadium Cardiovascular system: QP110.V37 Chemical element: Q1 .V2 Vascular resistance Effect on plants and animals: Cardiovascular system: QP110.V38 Vascular system QH545.V3 Anatomy: QL835+ Superconductors: QC611.98.V35 Human anatomy: QM178+ Vanadium ores Mineralogy: QE390.2.V36 858 Vandicidae: QL510.3.V3 Vangas: QL696.P29

Vasidae: QL430.5.T85 INDEX Paleozoology: QE809.V3 Velds Vasoactive intestinal peptides Botany: QK938.P7 Animal biochemistry: QP572.V28 Veliferidae: QL638.V4 Vasomoter control Veliidae: QL523.V45 Physiology: QP109 Velloziaceae: QK495.V4 Velocipedidae: QL523.V46 Vasopressin Velocities, Stellar: QB810+ Animal biochemistry: QP572.V3 Velocity Vaucheriaceae: QK569.V35 Electric waves: QC665.V4 VBScript (Computer program language): Electrochemistry: QD562.M54 Mechanics: QC137.5+ QA76.73.V27 Plasma physics: QC718.5.T7 Vector algebra: QA200+ Sound: QC233 Vector analysis: QA433 Wind: QC933 Velocity of light: QC407 Mathematical physics: QC20.7.V4 Velvet ants: QL568.M8 Quantum mechanics: QC174.17.V4 Velvet spiders: QL458.42.E7 Vector bundles Velvet worms: QL448+ Topology: QA612.63 Veneridae: QL430.7.V5 Vector fields Paleozoology: QE812.V4 Differential topology: QA613.619 Veneroida Vector spaces Paleozoology: QE812.V45 Linear and multilinear algebra: QA186 Venom Vector theory Animal biochemistry: QP632.V46 Electricity: QC528.V4 Physiology: QP235 Vegetable oils Venous system Nutrition: QP144.O44 Physiology: QP106.4 Vegetables Venturiaceae: QK623.V46 Nutrition: QP144.V44 Venus (Planet) Vegetales Descriptive astronomy: QB621+ Microbiology: QR122 Perturbations: QB372 Vegetation dynamics: QK910 Transit: QB509+ Vegetation mapping Verbena Botany: QK63 Botany: QK495.V48 Vegetation monitoring Verbenaceae: QK495.V48 Botany: QK46.5.V44 Verification Vegetation productivity: QK909.5 Computer software: QA76.76.V47 Vegetation surveys Vermiculite Botany: QK62 Mineralogy: QE391.V5 Vegetative interrelation: QK911 Vermiform invertebrates Vegetative organs Paleozoology: QE791 Physiology: QK720 Zoology: QL386+ Plant anatomy: QK644+ Veronicellidae: QL430.5.V4 Veillonellaceae: QR82.V4 Verrucariaceae: QK585.V4 Veins Vertebral column Geology: QE611+ Human anatomy: QM111 Human anatomy: QM191 Vertebrate embryology: QL959 Physiology: QP106.4 859

Vertebrates INDEX Nervous system: QL937 Paleozoology: QE841+ Viperfishes: QL638.C534 Zoology: QL605+ Viperidae: QL666.O69 Vipers: QL666.O69 Vertex detectors Viral antigens Nuclear physics: QC787.V45 Immunology: QR186.6.V57 Vertical circle Viral diarrhea Astronomical instruments: QB103 Microbiology: QR201.V53 Vertical distribution Viral hepatitis Fishes: QL639.6 Microbiology: QR201.H46 Vesperidae: QL596.V47 Vireolaniidae: QL696.P294 Vespertilionidae: QL737.C595 Vireonidae: QL696.P2945 Vespidae: QL568.V5 Vireos: QL696.P2945 Vesuvianite Virgo Cluster: QB858.8.V57 Viroids Mineralogy: QE391.V55 Viability counts Virology: QR500 Virology Microbiology: QR69.V53 Vibration Microbiology: QR355+ Virtual computer systems: QA76.9.V5 Physiological effect: QP82.2.V5 Virtue epistemology Vibrational spectra Philosophy of science: Q175.32.V57 Analytical chemistry: QD96.V53 Virulence Physics: QC454.V5 Vibrations Microbiology: QR175 Acoustics: QC235+ Virus diseases Physics: QC136 Sound: QC231 Microbiology: QR201.V55 Vibrations of elastic bodies Virus function Analytic mechanics: QA935+ Vibrionaceae: QR82.V53 Virology: QR465 Video astronomy: QB126 Virus-host interaction Video microscopy: QH222 Videotex systems: QA76.55+ Virology: QR482 Villiaumite Virus-induced immunosuppression Mineralogy: QE391.V6 Vinegarflies: QL537.D76 Immunology: QR188.46 Vineyards Virus structure Botany: QK938.V5 Vinyl polymers Virology: QR450+ Organic chemistry: QD383.V56 Virus vaccines: QR189.5.V5 Violaceae: QK495.V5 Virus-vector interaction Violations Elementary particle physics: Virology: QR484 Virus-virus interaction QC793.3.V5 Violet Virology: QR480 Viruses, Computer: QA76.76.C68 Botany: QK495.V5 Viscaceae: QK495.V53 Viomycin Viscera Organic chemistry: QD377.V5 Human embryology: QM695.V55 Visceral reflex Neurophysiology: QP372.8 Viscosity Descriptive fluid mechanics: QC167 Liquids: QC145.4.V5 Matter and antimatter: QC189+ 860

Viscous fluids INDEX Descriptive fluid dynamics: QC154 Fluid dynamics: QA929 Vitamin BT Animal biochemistry: QP772.C3 Visibility Meteorological optics: QC976.V5 Vitamin C Animal biochemistry: QP772.A8 Vision, Binocular Effect on plants: QK753.V58 Physiology: QP487+ Vitamin D Vision, Peripheral Animal biochemistry: QP772.V53 Neurophysiology: QP494 Vitamin D2 Vista Animal biochemistry: QP772.E74 Computer software Operating systems: QA76.774.M56 Vitamin E Animal biochemistry: QP772.T6 Visual Basic Programming languages: Vitamin G QA76.73.M53 Animal biochemistry: QP772.R5 Visual Basic for applications Vitamin H Programming languages: Animal biochemistry: QP772.B55 QA76.73.M53 Vitamin K Visual pigments Animal biochemistry: QP772.V55 Animal biochemistry: QP671.V5 Vitamin K-dependent proteins Visual programming Animal biochemistry: QP552.V58 Digital computers: QA76.65 Vitamin K2 Visual space perception Animal biochemistry: QP772.V56 Physiology: QP491+ Vitamin M Visualization, Information Animal biochemistry: QP772.F6 Computer science: QA76.9.I52 Vitamin P Vitaceae: QK495.V55 Animal biochemistry: QP772.B5 Vital force (Biology): QH341 Vitalism Vitamin PP Animal biochemistry: QP772.N5 Philosophy of science: Q175.32.V65 Vitamin A Vitamins Animal biochemistry: QP771+ Animal biochemistry: QP772.V5 Microbial metabolism: QR92.V5 Vitamin B complex Plant constituent: QK898.V5 Animal biochemistry: QP772.V52 Vitronellidae: QL430.5.V65 Vitamin B1 Vivariums: QH68 Viverridae: QL737.C28 Animal biochemistry: QP772.T5 Vivianite Vitamin B12 Mineralogy: QE391.V64 Animal biochemistry: QP772.C9 Viviparidae: QL430.5.V7 Vitamin B15 Viviparity Animal biochemistry: QP772.P3 Physiology: QP280 Vitamin B2 Vivisection: QP45 VLF emissions Animal biochemistry: QP772.R5 Vitamin B5 Radio meteorology: QC973.4.V2 VLF radio wave propagation Animal biochemistry: QP772.P35 Vitamin B6 Radio meteorology: QC973.4.V2 Vocalization Animal biochemistry: QP772.P9 Animal behavior: QL765 Birds: QL698.5 861

Vocational guidance: QH314 INDEX Animal biochemistry: QP517.5 Aquatic biology: QH90.45 Voldo Astronomy: QB51.5 Botany: QK495.M67 Biological chemistry: QP517.5 Botany: QK50.5 Voles: QL737.R666 Chemistry: QD39.5 Volition Computer science: QA76.25 Entomology: QL468.4 Neurophysiology: QP405 Freshwater biology: QH96.45 Volkonskoite Genetics: QH439 Geodesy: QB281.5 Mineralogy: QE391.V68 Geology: QE34 Volta effect Marine biology: QH91.45 Mathematics: QA10.5 Electrostatics: QC581.V6 Meteorology: QC869.5 Voltage-sensitive dyes Natural history: QH49 Physics: QC29 Animal biochemistry: QP519.9.V65 Science: Q147+ Voltameters Statistics: QA276.17 Zoology: QL50.5 Physics: QC615 Voltammetry Voice Human anatomy: QM251+ Electrochemical analysis: QD116.V64 Physiology: QP306 Voltmeters Volcanic ash, tuff, etc. Physics: QC618 Petrology: QE461+ Volume Volcanic eruptions Measurement: QC104 Effect on plants: QK759.5 Volumetric analysis Volcanic gas reservoirs Analytical chemistry: QD111 Geology: QE527.75 Organic chemistry: QD272.V6 Volutidae: QL430.5.V75 Volcanic gases and vapors: QE527.75 Paleozoology: QE809.V7 Volcanic hazard analysis: QE527.6 Volutomitridae: QL430.5.V77 Volcanic plumes: QE527.7 Volvocaceae: QK569.V9 Volcanism Volvocales: QK569.V93 Volvocida: QL368.V6 Geology: QE521.5+ Vombatidae: QL737.M39 Mars (Planet): QB643.V65 Von Willebrand factor: QP93.7.V65 Planets: QB603.V65 Vortex flows Venus (Planet): QB623.V65 Fluid mechanics: QC159 Volcanite: QE462.V64 Vortex motion Volcanoes Fluid dynamics: QA925 Geology: QE521.5+ Vorticity Mars (Planet): QB643.V65 Meteorology: QC880.4.V6 Venus (Planet): QB623.V65 Voshysiaceae: QK495.V6 Volcanoes and earthquakes: QE521+ Voyages Volcanoes and weather Natural history: QH11 Meteorology: QC981.8.V65 Voyages and expeditions Botany: QK5 Voyages and expeditions, Scientific: Q115+ Vredefort Dome (South Africa): QB756.V74 Vultures (General): QL696.C53 862

Vulturidae INDEX Paleozoology: QE872.V9 Water chestnut W Botany: QK495.T66 W bosons Water fleas: QL444.B83 Elementary particle physics: Water immersion QC793.5.B62+ Physiological effect: QP82.2.W35 Wagnerite Water milfoil Mineralogy: QE391.W3 Botany: QK495.H2 Wagtails: QL696.P252 Water plantain Walking Botany: QK495.A4 Physiology: QP310.W3 Water pollution Walnut Effect on plants and animals: Botany: QK495.J85 QH545.W3 Walrus Physiological effect: QP82.2.W36 Zoology: QL737.P62 Water reptiles: QL665.3+ War Water resources development Effect on plants and animals: Effect on plants and animals: QH545.W26 QH545.W33 War and mathematics: QA10.8 Water-rock interaction Warbleflies: QL537.O4 Petrology: QE431.6.W38 Wart snakes: QL666.O62 Wasps Water scavenger beetles: QL596.H8 Water scorpions: QL523.N5 Paleozoology: QE832.H9 Water shrews: QL737.S73 Zoology: QL563+ Water-soluble polymers Waste disposal Chemistry: QD64 Organic chemistry: QD382.W3 Effect on plants and animals: Water-soluble vitamins QH545.W28 Animal biochemistry: QP772.W38 Water Water starwort Analytical chemistry: QD142 Botany: QK495.C1155 Bacterial physiology: QR97.W37 Water striders Biogeography: QH90+ Chemistry: QD39.3.W37 Zoology: QL523.G4 Ecology: QH541.5.W3 Water surface Inorganic chemistry: QD169.W3 Mars (Planet): QB643.W38 Fresh water: QL142 Microbial ecology: QR105+ Waterleaf Radiation chemistry: QD651.W3 Spectra: QC464.W37 Botany: QK495.H88 Water and plants: QK870+ Waterlily Water bears: QL447.5 Water birds Botany: QK495.N97 Zoology: QL678.5+ Waterspouts: QC957 Water boatmen Waterwort Zoology: QL523.C75 Botany: QK495.E37 Watobiidae: QL449.55.W3 Wattled crows: QL696.P224 Wave equations Atomic physics: QC174.26.W28 Wave functions Atomic physics: QC174.26.W3 863

Wave mechanics INDEX Elementary particle physics: QC793.3.W3 Weather charts: QC878 Quantum mechanics: QC174.2+ Weather control Wave motions Meteorology: QC926.6+ Acoustics: QC231 Weather forecasting: QC994.95+ Weather lore: QC998 Wave-particle duality Weather maps: QC878 Radiation physics: QC476.W38 Weather modification Wave propagation Meteorology: QC926.6+ Solid state physics: QC176.8.W3 Weather radar networks Wave propagation in elastic solids Radar meteorology: QC973.8.W4 Analytic mechanics: QA935+ Weather satellites Wave propagation in fluids: QA927 Meteorology: QC879.4+ Wave theory of light: QC403 Weather services: QC875.A2+ Wavelets Weather signals: QC877 Weathering Geology: QE33.2.W38 Harmonic analysis (General): Geology: QE570 Weaverbirds: QL696.P264 QA403.3 Web databases Mathematical physics: QC20.7.W38 Waves Computer science: QA76.9.W43 Fluid dynamics: QC157 Web geometry: QA648.5 Meteorology: QC880.4.W3 Web spinners Plasma physics: QC718.5.W3 Waves, Electric Zoology: QL539+ Physics: QC660.5+ Web-spinning sawflies: QL568.P3 Waves, Sound (Physics): QC242.8+ Weed control Wax moths: QL561.G3 Wax myrtle Effect on plants and animals: Botany: QK495.M83 QH545.W43 Waxbills: QL696.P244 Waxes Weighing instruments: QC107 Animal biochemistry: QP752.W3 Weight diagrams Waxwings: QL696.P22 Weak interactions Elementary particle physics: Nuclear physics: QC794.8.W4 QC793.3.W4 Weapons, Animal Anatomy: QL940 Weightlessness Wearable computers Physiological effect: QP82.2.W4 Digital computers: QA76.592 Weasels Weights and measures: QC81+ Anecdotes and stories: QL795.W4 Wells Zoology: QL737.C25 Weather Zoology: QL148 Physiological effect: QP82.2.C5 Weltwitschiaceae: QK494.5.W4 Weather almanacs: QC999 Western immunoblotting Weather broadcasting Meteorology: QC877.5 Analytical biochemistry: QP519.9.W47 Wetland ecology: QH541.5.M3 Wetlands Biogeography: QH87.3 Ecology: QH541.5.M3 Zoology: QL113.8+ Wetting, Heat of Physics: QC310 Whale lice: QL444.M315 864

Whale shark: QL638.95.R4 INDEX Whales Wildlife conservation Anecdotes and stories: QL795.W5 Zoology: QL81.5+ Whip scorpions: QL458.85+ Whirligig beetles: QL596.G8 Wildlife marking: QL60.5 Whiskers Wildlife monitoring: QL83.17 Wildlife refuges Anatomy: QL942 Whistlers Zoology: QL81.5+ Wildlife reintroduction: QL83.4 Radio meteorology: QC973.4.W5 Wildlife relocation White blood cells Zoology: QL83.2 Physiology: QP95+ Wildlife replacement White dwarfs (Astronomy): QB843.W5 White-eyes: QL696.P298 Zoology: QL83.2 White mangrove Wildlife rescue Botany: QK495.C7 Zoology: QL83.2 White noise theory Wildlife viewing sites: QL60 Wildlife watching: QL60 Stochastic analysis: QA274.29 Willow White whale Botany: QK495.S16 Zoology: QL737.C433 Wilting Whitefishes Phytochemistry: QK871 Zoology: QL638.M2, QL638.S2 Wind Whiteflies Effect on plants: QK754.7.W55 Zoology: QL527.A5 Meteorology: QC930.5+ Whole brain learning Wind and atmospheric pressure: QC934 Mathematics teaching: QA20.W46 Wind and atmospheric temperature: Whooping cough QC934.2 Wind chill: QC934.2 Microbiology: QR201.W6 Wind direction: QC933 Wide gap semiconductors Wind erosion Mars (Planet): QB643.W56 Semiconductor physics: Wind scorpions: QL458.8+ QC611.8.W53 Window functionality Computer software: QA76.76.W56 Wiggler magnets: QC757.92 Windows Wild asses Computer software: QA76.76.W56 Windows 10 Anecdotes: QL795.A8 Computer software Wild boars Operating systems: Anecdotes and stories: QL795.W6 QA76.774.M435 Wild flowers Windows 7 Botany: QK85.5 Computer software Wild food gathering: QH82+ Operating systems: QA76.774.M43 Wild horses Windows 8 Anecdotes and stories: QL795.H7 Computer software Wild ponies Operating systems: QA76.774.M434 Anecdotes and stories: QL795.H7 Wild rabbits 865 Anecdotes and stories: QL795.H35 Wilderness areas: QH75+ Wildlife attracting: QL59

Windows Me INDEX Computer software Operating systems: QA76.774.M48 Wolves Anecdotes and stories: QL795.W8 Windows NT Computer software Wombats Operating systems: QA76.774.M53 Anecdotes and stories: QL795.W83 Zoology: QL737.M39 Windows PowerShell (Computer program language): QA76.73.W56 Women and computers: QA76.9.W65 Women astronomers: QB34.5 Windows server Women biologists: QH305.5 Computer software Women chemists: QD20 Operating systems: QA76.774.M55 Women in astronomy: QB34.5 Women in chemistry: QD20 Windows Vista Women in mathematics: QA27.5 Computer software Women in physics: QC14 Operating systems: QA76.774.M56 Women in science: Q130 Women life scientists: QH305.5 Windows XP Women mathematicians: QA27.5 Computer software Women physicists: QC14 Operating systems: QA76.774.M58 Women scientists: Q130 Wood Winds Venus (Planet): QB623.W56 Plant anatomy: QK647 Wood-decaying fungi: QK604.2.W65 Wings Wood hoopoes: QL696.U66 Anatomy: QL950.8 Wood lice: QL444.M34 Wood sorrel Winter Astronomy: QB637.8 Botany: QK495.O98 Wood-staining fungi: QK604.2.W66 Winter craneflies: QL537.T7 Wood warblers Winter temperatures: QC905 Winteraceae: QK495.W5 Zoology: QL696.P2438 Witch hazel Wood wasps Botany: QK495.H3 Zoology: QL568.X5 WKB approximation Woodcocks: QL696.C48 Woodhewers: QL696.P24 Mathematical physics: QC20.7.W53 Woodpeckers Wnt proteins Zoology: QL696.P56 Animal biochemistry: QP552.W58 Woodshrikes: QL696.P265 Wobbegongs: QL638.95.O7 Woodswallows: QL696.P216 Wolf-Rayet stars: QB843.W6 Wool Wolf spiders: QL458.42.L9 Wolffian body Physiology: QP88.3 Woolly monkeys: QL737.P915 Anatomy: QL872.7 Work Wolffishes: QL638.A54 Wolfram Physiology: QP309 Work (Force and energy): QC73.8.W65 Chemical element: Q1 .W1 Wormfishes: QL638.M5 Wolfram language (Computer program Worms language): QA76.73.W65 Paleozoology: QE791 Wolframite Zoology: QL386+ Wormsnails: QL430.5.T96 Mineralogy: QE391.W6 Wollastonite 866 Mineralogy: QE391.W66

Woroniaceae: QK621.W6 INDEX Wrasses: QL638.L12 Wrens: QL696.P287 Xenobiotics Wrenthrushes: QL696.P296 Animal biochemistry: QP529+, Wrentits: QL696.P234 QP801.X45 Writing Bacterial physiology: QR97.X46 Effect on plants: QK753.X45 Physiology: QP310.W7 Effect on plants and animals: Writing, Mathematical QH545.X44 Mathematics teaching aid: QA20.M38 Xenocephalidae: QL638.X4 Wulff construction Xenocongridae: QL638.X45 Xenon Statistical physics: QC174.85.W85 Wutinoceratidae Chemical element: Q1 .X4 Xenopeltidae: QL666.O694 Paleozoology: QE807.W8 Xenophoridae: QL430.5.X46 Xenophyophorida: QL368.X4 X Xenosauridae: QL666.L295 Xeric ecology: QH541.5.X45 X-ray astronomy: QB472+ Xerophytes X-ray binaries: QB830 X-ray crystallography: QD945 Plant ecology: QK922 Xiphiidae: QL638.X5 Animal biochemistry: QP519.9.X72 Xiphocentronidae: QL518.X5 X-ray microanalysis Xiphosura: QL447.7 Xiphosurida Biological research: QH324.9.X2 X-ray microscopes: QH212.X2 Paleozoology: QE826.X5 X-ray petrology: QE435 Xiphydriidae: QL568.X5 X-ray powder XML (Document markup language): Determinative mineralogy: QE369.X2 QA76.76.H94 X-ray spectroscopy Xolalgidae: QL458.2.X65 XPath (Computer program language): Analytical biochemistry: QP519.9.X73 Analytical chemistry: QD96.X2 QA76.73.X57 X-rays XSLT (Computer program language): Effect on plants: QK757 Genetic effects: QH465.X2 QA76.73.X58 Physics: QC480.8+ Xyelidae: QL568.X7 X-rays, Solar: QB539.S655 Xylans X86 assembly language (Computer program language): QA76.73.X16 Animal biochemistry: QP702.X87 Xanthan gum Xylariaceae: QK623.X9 Microbial metabolism: QR92.X35 Xylitol Xanthomonadida: QL368.H53 Xanthopterin Animal biochemistry: QP702.X89 Animal biochemistry: QP671.X3 Xylophagidae: QL537.X9 Xanthorrhoeaceae: QK495.X3 Xylorictidae: QL561.X9 Xantusiidae: QL666.L293 Xylose Xenarthra: QL737.E2+ Paleozoology: QE882.E2 Animal biochemistry: QP702.X9 Xyridaceae: QK495.X9 Xystodesmidae: QL449.65.X9 867

Y INDEX Y-particles Zaproridae Elementary particle physics: Zoology: QL638.Z36 QC793.5.H42+ Zebra shark: QL638.95.S92 Yam Zebras Botany: QK495.D54 Anecdotes and stories: QL795.Z42 Yang-Baxter equation Zeeman effect: QC675.5.Z4 Atomic physics: QC174.52.Y36 Zeidae: QL638.Z4 Zeiformes: QL637.9.Z4 Yang-Mills theory Zeilleriidae Atomic physics: QC174.52.Y37 Paleozoology: QE797.Z4 Year 2000 date conversion: ZEKE spectroscopy QA76.76.S64 Physics: QC454.Z44 Yeast fungi Zeledoniidae: QL696.P296 Botany: QK617.5 Zenith telescope Yellow fever Astronomical instruments: QB101 Microbiology: QR201.Y4 Zeolites Yelloweyed grass Mineralogy: QE391.Z5 Botany: QK495.X9 Zerconidae: QL458.2.Z4 Zero-point field Yersinia infections Microbiology: QR201.Y45 Atomic physics: QC174.52.Z47 Zeta functions Yeti: QL89.2.Y4 Ylides Mathematical physics: QC20.7.Z47 Zika virus infection: QR201.Z45 Aliphatic compounds: QD305.C3 Zinc Yponomeutidae: QL561.Y7 Ytterbium Chemical element: Q1 .Z6 Effect on plants: QK753.Z5 Chemical element: Q1 .Y3 Effect on plants and animals: Yttrium QH545.Z56 Chemical element: Q1 .Y1 Superconductors: QC611.98.Z56 Yucca moths: QL561.P57 Zinc alloys Yuccas: QK495.A83 Analytical chemistry: QD137.Z5 Zinc enzymes Z Animal biochemistry: QP601.75.Z54 Zinc ores Z bosons Mineralogy: QE390.2.Z54 Elementary particle physics: Zinc proteins QC793.5.B62+ Animal biochemistry: QP552.Z55 Zingiberaceae: QK495.Z65 Z (Computer program language): Ziphiidae: QL737.C438 QA76.73.Z2 Zircon Mineralogy: QE391.Z7 Z-DNA Zirconium Animal biochemistry: QP624.5.Z33 Chemical element: Q1 .Z7 Zirconium oxide Zamiaceae: QK494.5.Z35 Spectra: QC464.Z57 Zanclidae Zoantharia: QL377.C7 Zoarcidae: QL638.Z6 Zoology: QL638.Z28 Zaniolepididae: QL638.Z3 868 Zannichelliaceae: QK495.Z3 Zapodidae: QL737.R648

INDEX Zodariidae: QL458.42.Z63 Zodiac Astronomy: QB803 Zodiacal light: QB761 Zoisite Mineralogy: QE391.Z8 Zones, Ecological: QH541.15.E248 Zones of climate Meteorology: QC981.8.Z6 Zonitidae: QL430.5.Z6 Paleozoology: QE809.Z9 Zoo animals: QL77.5 Zooflagellates: QL368.Z66 Zoological illustrating: QL46.5 Zoology: QL1+ Secondary education: QL51+ Zoology as a profession: QL50.5 Zoology, Medical: QL99 Zoomastigia: QL368.A12 Zoophyta Coelenterata: QL379 Zooplankton: QL123 Freshwater: QL143 Zoosporic fungi: QK604.2.Z66 Zopfiaceae: QK623.Z64 Zopheridae (Ironclad beetles): QL596.Z66 Zoraptera Zoology: QL515.5 Zoropsidae: QL458.42.Z67 Zosteraceae: QK495.Z7 Zosteropidae: QL696.P298 Zygaenidae: QL561.Z9 Zygnemataceae: QK569.Z8 Zygnematales: QK569.Z82 Zygophyllaceae: QK495.Z9 Zythiaceae: QK625.Z9 869