MARC Record from harvard_bibliographic_metadata

LEADER: 17769nam a2200529 a 4500
001 009179786-1
005 20031021150853.0
008 030723s2003 nyua be 001 0 eng
010 $a 2003055700
020 $a0824709489
035 0 $aocm52757434
040 $aDLC$cDLC
042 $apcc
050 00 $aS494.5.W3$bE54 2003
082 00 $a627/.03$222
245 00 $aEncyclopedia of water science /$cedited by B.A. Stewart, Terry A. Howell.
260 $aNew York :$bMarcel Dekker,$cc2003.
300 $axviii, 1076 p. :$bill. ;$c29 cm.
504 $aIncludes bibliographical references and index.
520 $aEncyclopedia of Water Science provides instant access to the most effective procedures in agricultural water engineering, unveiling a wide spectrum of design concepts, methodologies, and solutions for enhanced performance of water quality, treatment, conservation, and irrigation methods, as well as improved water efficiency in agricultural programs. Online version features quarterly updates, keyword searchability, color graphics, and customized content views.
505 00 $tAcademic disciplines /$rJoseph R. Makuch and Paul D. Robillard --$tAcid rain and precipitation chemistry /$rPao K. Wang --$tAcidification for prevention of clogging of drip lines and emitters /$rAndrew C. Chang --$tAfrican market garden /$rDov Pasternak and Amnon Bustan --$tAgricultural runoff characteristics /$rMatt C. Smith, Daniel L. Thomas, and David K. Gattie --$tAgroforestry for enhancing water use effieciency /$rJames Brandle, Xinhua Zhou, and Laurie Hodges --$tAquifer Recharge /$rJohn R. Nimmo, David A. Stenestrom, and Richard W. Healy --$tAquifer transmissivity /$rMohamed Hantush --$tAquifers /$rMiguel A. Marino --$tAquifers, artificial recharge of /$rSteven P. Phillips --$tAquifers, karst /$rJohn Van Brahana --$tAquifers, karst: water quality and water-resource problems /$rJohn Van Brahana --$tAquifers, ogallala /$rB.A. Stewart --$tAral sea disasters /$rGuy Fipps --$tBoron /$rRami Keren --$tCanal automation /$rAlbert J. Clemmens --$tCarbon dioxide, plants and transpiration /$rL.H. Allen, Jr., J.C.V. Vu, and J. Sheehy --$tChemical measurement /$rWilliam J. Rogers and Kevin Jeanes --$tChemigation /$rWilliam L. Kranz --$tChlorination for disinfection and prevention of clogging of drip lines and emitters /$rAndrew C. Chang --$tChromium /$rBruce R. James --$tConservation tillage and no-tillage /$rPaul W. Unger --$tConsumptive water use /$rFreddie R. Lamm --$tCrop coefficients /$rRichard G. Allen --$tCrop development models /$rPeter S. Carberry --$tCrop plants: critical developmental stages of water stress /$rZvi Plaut --$tCrop residues, snow capture by /$rDonald K. McCool, Brenton S. Sharratt, and John R. Morse --$tCrops, water harvesting for /$rGary W. Frasier.
505 00 $tDarcy's law /$rGraeme D. Buchan and Keith C. Cameron --$tDatabases /$rRosemary Streatfeild --$tDrainage coefficient /$rGary Sands --$tDrainage, controlled /$rRobert O. Evans --$tDrainage, hydrologic impacts of /$rMark Robinson and David W. Rycroft --$tDrainage: inadequacy and crop response /$rNorman R. Fausey --$tDrainage of irrigated land /$rJames E. Ayars --$tDrainage, land shaping for /$rRodney L. Huffman --$tDrainage materials /$rJames L. Fouss --$tDrainage modeling /$rGeorge M. Chescheir --$tDrainage for soil salinity management /$rGlenn J. Hoffman --$tDrainage and water quality /$rJames L. Baker --$tDrought /$rDonald A. Wilhite --$tDrought avoidance and drought adaptation /$rJ.W. Chandler and Dorothea Bartels --$tDrought hardening and presowing seed hardening /$rNeil C. Turner --$tDrought management /$rMichael J. Hayes and Donald A. Wilhite --$tDrought resistance /$rM.B. Kirkham --$tDryland cropping systems /$rWilliam A. Payne --
505 00 $tDryland farming /$rClay A. Robinson --$tDust bowl era /$rR. Louis Baumhardt --$tEl nino /$rDavid E. Stooksbury --$tEnergy dissipation structures /$rYouichi Yasuda and Iwao Ohtsu --$tErosion, accelerated /$rJ. Kent Mitchell and Michael C. Hirschi --$tErosion control, tillage/residue methods /$rRichard Cruse, Jerry Neppel, John Kost, and Krisztina Eleki --$tErosion control, vegetative /$rSeth M. Dabney --$tErosion and precipitation /$rBofu Yu --$tErosion process modeling /$rJohn M. Laflen --$tErosion and productivity /$rFrancisco Arriaga and Birl Lowery --$tErosion research, history of /$rRattan Lal --$tErosion research, instrumentation for /$rGary Bubenzer --$tEutrophication /$rThomas G. Franti and Kyle D. Hoagland --$tEvaporation and eddy correlation /$rRoger Shaw and Richard L. Snyder --$tEvaporation and energy balance /$rMatthias Langensiepen --$tEvaporation from lakes and large bodies of water /$rJohn Borrelli --$tEvaporation as a process /
505 00 $rAlain Perrier and Andree Tuzet --$tEvaporation from soils /$rAndre Chanzy --$tEvapotranspiration formulas /$rRobert D. Burman --$tEvapotranspiration in greenhouses /$rThierry Boulard --$tEvapotranspiration, reference and potential /$rMarcel Fuchs --$tEvapotranspiration, remote sensing of /$rW.P. Kustas, G.R. Diak, and M.S. Moran --$tEverglades /$rKenneth L. Campbell.
505 00 $tFarm ponds /$rRonald W. Tuttle --$tFertilizer/pesticide leaching, irrigation management and /$rLuciano Mateos --$tField water supply and balance /$rJean L. Steiner --$tFiltration and particulate removal /$rLawrence J. Schwankl --$tFloodplain management /$rFrench Wetmore --$tFloods and flooding /$rJay A. Leitch and Steven Shultz --$tFlow measurement, history of /$rJames F. Ruff --$tFluoride /$rJudy A. Rogers --$tFrozen soil, water movement in /$rJohn Baker --$tFurrow dikes /$rOrdie R. Jones and R. Louis Baumhardt --$tGlobal temperature changes and terrestrial ecology /$rSherwood B. Idso and Keith E. Idso --$tGroundwater arsenic contamination /$rDipankar Chakraborti, Mohammad Mahmudur Rahman, Kunal Paul, Uttam Kumar Chowdhury, and Quazi Quamruzzaman --$tGroundwater contamination /$rC.W. Fetter, Jr. --$tGroundwater law of the western United States /$rJ. David Aiken --$tGroundwater levels, mapping /$rMarios Sophocleous --$tGroundwater levels, measuring /$rPaul F. Hudak --$tGroundwater mining /$rHugo A. Loaiciga --$tGroundwater modeling /$rJesus Carrera --$tGroundwater modeling: how codes work /$rJesus Carrera --$tGroundwater pollution from mining /$rGeorge F. Vance and Geffrey G. Skousen --$tGroundwater pollution by nitrogen fertilizers /$rLloyd B. Owens --$tGroundwater pollution by phosphorus fertilizers /$rBahman Eghball --$tGroundwater pumping methods /$rDennis E. Williams --$tGroundwater quality /$rLoret M. Ruppe and Timothy R. Ginn --$tGroundwater quality, irrigated agriculture and /$rStephen R. Grattan --$tGroundwater, regulation of /$rKevin B. McCormack --$tGroundwater, saltwater intrusion in /$rAlexander H.-D. Cheng --$tGroundwater, world resources /$rLucila Candela.
505 00 $tHydrologic cycle /$rJohn Van Brahana --$tHydrologic and hydraulic science and technology in Ancient Greece /$rD. Koutsoyiannis and A.N. Angelakis --$tHydrologic process modeling /$rDaniel L. Thomas and Matt C. Smith --$tHydrology research centers /$rDaniel L. Thomas --$tInternet /$rJanice G. Norris --$tIrrigated agriculture, economic impacts of investments in /$rRobert A. Young --$tIrrigated agriculture and endangered species policy /$rRay G. Huffaker, Norman K. Whittlesey, and Joel R. Hamilton --$tIrrigated agriculture, historical view of /$rLyman S. Willardson --$tIrrigated agriculture: managing toward sustainability /$rWayne Clyma, M.S. Shafique, and Jan van Schilfgaarde --$tIrrigated agriculture, social impacts of /$rGaylord V. Skogerboe --$tIrrigated water, market role in reallocating /$rBonnie G. Colby --$tIrrigated water, polymer application in /$rWilliam J. Orts and Robert E. Sojka --$tIrrigation design steps and elements /$rGary A. Clark --
505 00 $tIrrigation economics, global /$rKeith Wiebe and Noel Gollehon --$tIrrigation economics, United States /$rNoel Gollehon --$tIrrigation efficiency /$rTerry A. Howell --$tIrrigation impact on river flows /$rRobert W. Hill and Ivan A. Walter --$tIrrigation management in humid regions /$rEdward John Sadler, Carl R. Camp, Jr., and James E. Hook --$tIrrigation management for the tropics /$rR. Sakthivadivel and Hilmy Sally --$tIrrigation mechanical systems: sprinkler /$rDennis Kincaid --$tIrrigation metering /$rAlbert J. Clemmens and John A. Replogle --$tIrregation, preplant /$rJames E. Ayars --$tIrrigation return flow, quality and /$rRamon Aragues and Kenneth K. Tanji --$tIrrigation sagacity /$rKenneth H. Solomon and Charles M. Burt --$tIrrigation with saline water /$rB.A. Steward --$tIrrigation scheduling with plant indicators: field applications /$rDavid A. Goldhamer --$tIrrigation scheduling with plant indicators: measurement /$rDavid A. Goldhamer --
505 00 $tIrrigation scheduling by remote sensing technologies /$rStephan J. Maas --$tIrrigation scheduling by soil water status /$rPhilip Charlesworth and Richard J. Stirzaker --$tIrrigation scheduling by water budgeting /$rClaudio O. Stockle and Brian Leib --$tIrrigation, sewage effluent use for /$rB.A. Steward --$tIrrigation, supplemental /$rPhilippe Debaeke --$tIrrigation, surface /$rWynn R. Walker --$tIrrigation systems, drip /$rI.P. Wu, J. Barragan, and V. Bralts --$tIrrigation systems, history of farm /$rWayne Clyma --$tIrrigation systems, subsurface drip /$rCarl R. Camp, Jr., and Freddie R. Lamm --$tIsotopes /$rMichael A. Anderson.
505 00 $tJournals /$rJoseph R. Makuch and Stuart R. Gagnon --$tLa nina /$rDavid E. Stooksbury --$tLand drainage, subsurface /$rStephen R. Workman --$tLeaf water potential /$rA.J. Karamanos --$tLivestock and poultry production, water consumption for /$rDavid B. Parker and Michael S. Brown --$tLivestock, water harvesting methods for /$rGary W. Frasier --$tLivestock water quality standards /$rJohn M. Sweeten, Floron C. Faries, Jr., Guy H. Loneragan, and John C. Reagor --$tManure management, beef cattle industry requirements /$rJohn M. Sweeten and B.W. Auvermann --$tManure management, dairy /$rH.H. Van Horn and D.R. Bray --$tManure management, poultry /$rSaqib Mukhtar and Patricia K. Haan --$tManure management, swine /$rFrank Humenik --$tMarketing /$rLal K. Almas and W. Arden Colette --$tMatric potential /$rMelvin T. Tyree --$tMicrobial sampling /$rSuresh D. Pillai and George Di Giovanni --$tNeuse river /$rCurtis J. Varnell and John Van Brahana --$tNitrogen measurement /$rJacek A. Koziel --$tNutrient best management practices /$rScott J. Sturgul and Keith A. Kelling --$tObservation wells /$rPhillip D. Hays and John Van Brahana --$tOpen-channel spillways /$rGregory J. Hanson and Sherry L. Britton --$tOxygen measurement: biological-chemical oxygen demand /$rDavid B. Parker and Marty B. Rhoades.
505 00 $tPathogens in water /$rJeanette Thurston-Enriquez --$tPesticide contamination, groundwater /$rRoy F. Spalding --$tPesticide contamination, surface water /$rSharon A. Clay --$tPfiesteria piscicida /$rHenry S. Parker --$tpH /$rWilliam J. Rogers --$tPhosphorus measurement /$rBahman Eghball and Daniel H. Pote --$tPlant available soil water /$rJudy A. Tolk --$tPlant exposure to water stress during specific growth stages /$rZvi Plaut --$tPlant water stress: optional parameters for stress relief /$rZvi Plaut --$tPlant water use, stomatal control /$rJames I.L. Morison --$tPlant yield and water use /$rM. Hossein Behboudian and Tessa Marie Mills --$tPlants, critical growth periods /$rTessa Marie Mills and M. Hossein Behboudian --$tPlants, osmotic adjustment /$rJames M. Morgan --$tPlants, osmotic potential /$rMark E. Westgate --$tPlants, salt tolerance of /$rMichael C. Shannon --$tPollution, nonpoint source /
505 00 $rRavendra Naidu, Mallavarapu Megharaj, Peter Dillon, Rai Kookana, Ray Correll, and Walter Wenzel --$tPollution, point source /$rRavendra Naidu, Mallavarapu Megharaj, Peter Dillon, Rai Kookana, Ray Correll, and Walter Wenzel --$tPrecipitation distribution patterns /$rGregory L. Johnson --$tPrecipitation, forms of /$rRichard T. Wynne --$tPrecipitation measurement /$rMarshall J. McFarland --$tPrecipitation measurements with remote sensors /$rMarshall J. McFarland --$tPrecipitation modification /$rGeorge W. Bomar --$tPrecipitation simulation models /$rTimothy O. Keefer --$tPrecipitation, stochastic properties /$rDavid A. Woolhiser --$tPrecipitation storms /$rClayton L. Hanson --$tPrecision agriculture and water use /$rRobert J. Lascano and Hong Li --$tProfessional societies /$rFaye Anderson --$tPsychrometry for measuring plant and soil water status: accuracy, interpretation, and sampling /$rDerrick M. Oosterhuis --
505 00 $tPsychrometry for measuring plant and soil water status: theory, types, and uses /$rDerrick M. Oosterhuis --$tPump powering with internal combustion engines /$rHal Werner --$tPumps, displacement /$rDorota Z. Haman.
505 00 $tQuality influenced by livestock production on range and pasture land /$rThomas Lee Thurow --$tQuality modeling /$rRichard Lowrance --$tQuality sampling of runoff from agricultural fields /$rJohn M. Laflen --$tRainfall shelters /$rArland D. Schneider --$tRainfed farming /$rPhilip J. Bauer, Edward John Sadler, and J.R. Frederick --$tRangeland management for enhanced water utilization /$rDarrell N. ueckert and W. Allan McGinty --$tRangeland water yield, influence of brush clearing on /$rWilliam A. Dugas, Steven Bednarz, Tim Dybala, Ranjan S. Muttiah, Wes Rosenthal, and Jeff Arnold --$tRangelands, water balance on /$rBradford P. Wilcox, David D. Breshears, and Mark S. Seyfried --$tResearch centers for dryland and semiarid regions /$rJohn Ryan --$tResearch organizations /$rGabriel Eckstein --$tReverse osmosis /$rMark Wilf --$tRichards' equation /$rGraeme D. Buchan --$tRing and tension infiltrometers /$rDong Wang and Laosheng Wu --$tRural water supply, water harvesting for /$rR.H. Mohtar, F.A. El-Awwar, and W. Jabre.
505 00 $tSacramento-San Joaquin Delta /$rMark J. Roberson --$tSaline seeps /$rArdell D. Halvorson --$tSaline water /$rKhaled M. Bali --$tSalinity and solute measurement by time domain reflectometry /$rJon M. Wraith --$tSalton sea /$rTimothy P. Krantz --$tSelenium /$rDean A. Martens --$tSoil macropores, water and solute movement in /$rDavid E. Radcliffe --$tSoil moisture measurement by feel and appearance /$rRick P. Leopold --$tSoil salinity measurement /$rDennis L. Corwin --$tSoil water, antecedent /$rSally D. Logsdon --$tSoil water, capillary rise of /$rJames E. Smith --$tSoil water diffusion /$rLaosheng Wu --$tSoil water energy concepts /$rSally D. Logsdon --$tSoil water flow under saturated conditions /$rJan W. Hopmans and Graham E. Fogg --$tSoil water flow under unsaturated conditions /$rJan W. Hopmans and Jacob H. Dane --$tSoil water, gravimetric measurement /$rJosheph L. Pikul, Jr. --$tSoil water hysteresis /$rDan Jaynes --
505 00 $tSoil water measurement by capacitance /$rJames L. Starr and Ioan C. Palitneanu --$tSoil water measurement by neutron thermalization /$rSteven R. Evett --$tSoil water measurement by time domain reflectometry /$rSteven R. Evett --$tSoil water potential measurement by granular matrix sensors /$rClinton C. Shock --$tSoil water potential measurement by tensiometers /$rJoel M. Hubbell and James "Buck" Sisson --$tSoil water storage measurement by soil probes /$rClay A. Robinson --$tSoil, waterborne chemicals leaching through /$rJohn Hutson --$tSoils, field capacity of water in /$rM.H. Nachabe, L.R. Ajuja, and Renee Rokicki --$tSoils, hydraulic conductivity rates in /$rDavid D. Bosch and Adel Shirmohammadi --$tSoils, hygroscopic water content in /$rDaniel G. Levitt and Michael H. Young --$tSoils, permanent wilting points /$rJudy A. Tolk --$tSoils, water infiltration and /$rSally D. Logsdon --$tSoils, water percolation through /$rKurt D. Pennell --
505 00 $tStorativity and specific yield /$rHugo A. Loaiciga and Paul F. Hudak --$tSummer fallow /$rDonald L. Tanaka and Randy L. Anderson --$tSurface water law in the western United States /$rJ. David Aiken --$tSurface water pollution by nitrogen fertilizers /$rGregory McIsaac --$tSurface water pollution by surface mines /$rJeffrey G. Skousen and George F. Vance --$tSurface water quality and phosphorus applications /$rRichard McDowell, Andrew Sharpley, and Peter Kleinman --$tSurface water quality protection for concentrated animal feeding operations /$rDouglas R. Smith and Philip A. Moore, Jr.
505 00 $tTailwater recovery and reuse /$rC. Dean Yonts --$tTimber harvesting -- influence on water yield and water quality /$rC. Rhett Jackson --$tTranspiration /$rThomas R. Sinclair --$tTranspiration efficiency /$rGraeme C. Wright and Nageswararao C. Rachaputi --$tTranspiration and water use efficiency /$rMiranda Y. Mortlock --$tUptake by plant roots /$rS.G.K. Adiku --$tUptake by plant roots, modeling water extraction /$rS.G.K. Adiku --$tUrban water engineering and management in Ancient Greece /$rA.N. Angelakis and D. Koutsoyiannis --$tVadose zone and groundwater protection /$rMichael H. Young and Charalambos Papelis --$tVapor transport in dry soils /$rGlendon W. Gee and Anderson L. Ward --$tWater properties /$rJames D. Oster --$tWell drilling /$rThomas Marek --$tWellhead protection /$rBabs Makinde-Odusola --$tWells, hydraulics of /$rMohamed Hantush --$tWetland ecosystems /$rSherri L. DeFauw --$tWetlands as treatment systems /$rKyle R. Mankin.
650 0 $aWater-supply, Agricultural.
650 0 $aWater in agriculture$vEncyclopedias.
650 0 $aIrrigation efficiency$vEncyclopedias.
650 0 $aWater in agriculture.
650 0 $aIrrigation efficiency.
655 7 $aWörterbuch.$2swd
700 1 $aStewart, B. A.$q(Bobby Alton),$d1932-
700 1 $aHowell, Terry A.
988 $a20030805
906 $0DLC