연구동향 분석
박사

소양호 동물플랑크톤의 장기변동과 환경요인

김문숙 2016년

논문상세정보
인용/피인용
' 소양호 동물플랑크톤의 장기변동과 환경요인' 의 주제별 논문영향력
논문영향력 선정 방법
논문영향력 요약
주제
  • 위생, 도시, 환경공학
  • Envrionmantal factors
  • Long Term
  • seasonal variations
  • zooplankton
동일주제 총논문수 논문피인용 총횟수 주제별 논문영향력의 평균
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0.0%

' 소양호 동물플랑크톤의 장기변동과 환경요인' 의 참고문헌

  • 박사
    홍수시 소양호에서 중층탁류의 이동 및 영향에 관한 연구
    김윤희 강원대학 교 석사학위논문 [1998]
  • 한국동식물도감(담수조류편)
    정영호 [1968]
  • 한강유역에서 비점오염원 유출 특성과 탁수가 수중생태계에 미치는 영향
    정성민 강원대학교 박사학위논문 [2012]
  • 한강물환경연구소
    수중생태계 물질순환 및 에너지 흐름조사 [2006]
  • 한강 수계 주요 댐호에서의 동물플랑크톤 군 집 구조와 천이
    공동수 박혜경 유경아 황순진 한국물환경학회지 26(5):850-859 [2010]
  • 팔당호의 물수지 및 수문특성
    공동수 류재근 윤일병 한국육수학회지,29, pp.51-64 [1996]
  • 팔당호 생태계 원생동물-대형동물플랑크톤의 영양통태학
    공동수 김난영 손주연 황순진 한국물환경학회 대한상하수도학회 공동춘계학술발표회 논문집, 1266-1272 [2006]
  • 진양호 환경요인과 동물플랑크톤 군 집 동태
    권영호 신찬기 윤종수 정현기 황동진 대한환경위생공학회지.23(4):45-54 [2008]
  • 인공호수내 서식환경에 따른 동물플랑크톤 군집과 수층분포
    서정관 윤영삼 이재관 이혜진 정현기 황동진 대한상하수도학회 한국물환경학회 추계학술 발표회 논문요약집 [2009]
  • 인공호수(옥정호)내 동물플랑크톤 동태 및 군집 여과 율의 수직적 변화
    김현우 라긍환 이학영 한국환경생물학회지 26(4):392-401 [2008]
  • 의암호 흐름특성 및 수온 성층에 관 한 바람과 댐 방류의 영향:3차원 모니터링 및 모델링 연구
    김경현 민중혁 송용식 이정현 최정규 대한상하수도 학회 한국물환경학회 공동학술발표회 [2015]
  • 의암호 수체 흐름과 혼한 패턴에 관한 모델 연구
    박선순 박성원 이용석 이혜원 한국하천호수학회.46(4):488-498 [2013]
  • 우포늪의 수환경요인 변화
    이정준 이정호 한국환경생태학회.27(3):306-313 [2009]
  • 우포늪의 미소갑각류 군집 동태:강우량 및 이화학적 요인이 미소갑각류 군집 분포에 미치는 영 향
    김성기 김태규 김현우 나긍환 정광석 주기재 최종윤 한국하천호수학회지 45(3):340-346 [2012]
  • 용존유기물의 내부생성 메커니즘에 관한 실험적 연구
    박제철 한국육수학회 지.31(2):129-135 [1998]
  • 얕은 부영양 저수지 동 식물플랑크톤 군집변화 특성
    공동수 김호섭 황순진 한국하천호수학회지.38(1):18-29 [2005]
  • 아시아 몬순지역의 대형댐(소양호)에서의 인순환과 2차원모델 의 적용
    김범철 김윤희 한국하천호수학회지 37(2):205-212 [2004]
  • 소형저수지에서 동물플랑크톤 군집 분포와 먹이망 구조:주변 토지 이용과 수변식생이 동물플랑크톤 군 집에 미치는 영향
    김성기 라긍환 정광석 주기재 최종윤 홍성원 한국환경생태학회,46(3):332-342 [2013]
  • 소양호의 탁수발생 실태와 환경학적 영향
    김범철 정성민 대한환경공학회지 29(11),1185-1190 [2007]
  • 소양호의 어류군집 동태
    고명훈 권오길 김범철 이광열 장영수 최재석 한 국어류학회지,15(2):95-104 [2003]
  • 소양호의 부영양화와 남조류 bloom에 관한 연구
    허우명 강원대학교 이학박 사논문 [1993]
  • 소양호에서 외부기원유기물의 유입,유출 특성
    권오윤 박혜경 정동일 한국 물환경학회지.27(1):88-97 [2011]
  • 소양호에서 세균수와 세균 체적의 계절적 수 심별 변화
    박호완 변명섭 안태석 최승익 한국육수학회지 31(3):186-190 [1998]
  • 소양호에서 세균군집 크기에 미치는 플랑크 톤의 영향
    안태석 이은주 정미정 조규송 한국육수학회지.28(2):219-224 [1995]
  • 소양호에서 동물플랑크톤의 섭식작용에 관한 연구
    심두섭 안태석 한국미생 물학회지 30(2):129-133 [1992]
  • 소양호 유역에서 비점오염원의 홍수유출과 오염수괴의 호수내 이동
    김범철 김윤희 최광순 허우명 한국육수학회지 31(1):1-8 [1998]
  • 소양호 유역과 가두리로부터의 인부하량 및 인수지
    김범철 안태석 이기종 허우명 한국육수학회지,25:207-214 [1992]
  • 소양호 수질의 시공간적 경향 분석
    박석순 안광국 이혜원 한국하천호수학 회.35(1):34-44 [2002]
  • 소양호 부영양화의 연변화 추이
    김동섭 김범철 조규송 허우명 한국육수학 회지 22(3):151-158 [1989]
  • 소양호 부영양화에 따른 N/P비의 변화와 남조류 Bloom
    김범철 조규송 허우명 한국육수학회지,24:283-288 [1991]
  • 소양호 동물성플랑크톤의 수직분포
    박영춘 조규종 조성주 한국육수학회지 22(3):191-197 [1989]
  • 소양강댐 흙탕물 저감대책
    전만식 강원발전연구원 연구보고 07-18 [2007]
  • 소양강댐 상류지역의 흙탕물관리와 농업 발전방안
    강종원 전만식 강원발전 연구원(연구보고 10-05) [2010]
  • 섬진강 유역 권내 29개 정수생태계의 동물플랑크톤 군집 크기 구조-2011)
  • 부영양한 낙동강수계에서 유 기물 오염에 조류 1차생산의 기여도
  • 배양조건에 따른 물벼룩의 개체생산 특성
    임병진 최성현 한국하천호수학회 지.36(2):208-214 [2003]
  • 몬순기후로 인한 수리수문학적 변화가 팔당호 동물플 랑크톤 군집에 미치는 영향
    변명섭 유경아 황순진 한국하천호수학회지 43(3):278-288 [2012]
  • 동 식물플랑크톤의 계절변동
    김범철 김재옥 소양호 전만식 황순진 한국육 수학회지,32:127-134
  • 대청호의 일차생산과 가두리양어장 및 유역 으로부터의 유기물 부하량
    김동섭 김범철 허우명 황길순 한국육수학회지.27(4):299-306 [1994]
  • 내수면 양식업의 수질오염 영향에 관한 연구
    김범철 안태석 조규송 한국환 경과학연구협의회 연구보고서 [1990]
  • 계절적인 강우와 기온의 변화에 따른 동물플랑크톤의 반응 종에 관한 연구
    곽인실 송영희 이원철 한국하천호수학회지 36(1):9-20 [2003]
  • 강 배후 습지생태계(우포)에서 강우 량과 동물플랑크톤 군집 동태
    김현우 라긍환 정광석 주기재 최종윤 한국하천호수학회지 43(1):129-135 [2010]
  • 根來健太郎. 1982. 琵琶湖のプランクトン. 滋賀県立衛生環境センター.
  • “팔당호 생태계에서 동물플랑크톤과 식물플랑크톤의 섭식관계”
    엄성화 황순진 한국하천호수학회지 39(3):390-401 [2006]
  • “계절적 몬순에 의한 댐 인공호 및 농업용 저수지에서의 영양상태지수 (TSI), 경험적 수질 모델 및 어류 트로픽 구조”
    안광국 윤영진 한정호 Journalof EnvironmentalScienceInternational23(7):1321-1332 [2014]
  • Z llner,E.,Santer,B.,Boersma,M.,Hoppe,H.,J rgens,K.,2003.Cascading predation effects of Daphnia and copepods on micro-bialfood web components.Freshw.Biol.,48(12):2174–2193.
  • Yunkyoung Lee,Jai-KuKim,SungminJung,Jaesung Eom,BomchulKim,2013. DevelopmentofWaterQuality Index forlakesand reservoirsin Korea. Nonpublish.
  • Yoshioka,T.,E.Wada.,and H.Hayashi.1994.A stable isotope study on seasonal food web dynamics in a eutrophic lake. Ecology, 75(3): 835-846.
  • YoshidaT.,UrabeJ.,ElserJ.J.,2003.Assessmentof‘top-down’and‘bottom-up’ forces as determinants ofrotiferdistribution among lakes in Ontario. Canada.Ecol.Res.,18:639–650.
  • Yoshida,T.2001.Relative importance oftop-down and bottom-up effects on rotifersin lake:analysiswithin and among lakes.CenterforEcological ResearchKyotoUniversity.
  • Yoshida, T., Kagami, M., Bahadur Gurung, T., Urabe, J. 2001. Seasonal Succession ofzooplankton in the north basin ofLake Biwa.Aquatic Ecology,35:19-29.
  • Yona, Z., F. Kong, X. Shi and H. Cao. 2006. Morphological response of Microcystis aeruginosa to grazing by different sorts of zooplankton. Hydrobiologia,563:225-230.
  • Yildiz,S.,Altindag,A.and Ergonul,M.B.,2007.Seasonalfluctuations in the zooplankton composition of a eutrophic lake: Lake Marmara(Manisa, Turkey).TurkishJournalofZoology,31:121-126.
  • Yang,E.J.,Hyun,J.J.,Kim,D.,Park,J.,Kang,S.H.,Shin,H.C.,& Lee,S.H. 2012.Mesoscale distribution ofprotozooplankton communities and their herbivory in thewestern ScotiaSeaoftheSouthern Ocean during the australspring.Journalof ExperimentalMarine Biology and Ecology, 428:5-15.
  • Winston, W.E. and R.E. Criss, 2002. Geochemical variations during flash flooding, Meramec River basin, May 2002. Journal Hydrology, 265: 149-163.
  • Williamson C.E.1986.The swimming and feeding behavior of Mesocyclops. Hydrobiologia,134:11-19.
  • WetzelR.G andG.E.Linkens.1983.Limmology2ndSaundersCollegePublishing. Philadelphia.pp.860.
  • Wetzel.R.G.andG.E.Likens.1991.Limnologyanalyses.Secondedition.
  • Wetzel,R.G.,2001.Limnology:Lakeand RiverEcosystems,3rd el.,New York. Academic.
  • Wetzel, R.G. and G.E. Likens. 1990. Limnological analyses. 2nd Ed. Springer-Verlag,New York.
  • VanniM.J.1987.Effectofnutrientsand zooplankton sizeon thestructureofa phytoplanktoncommunity.Ecology,68:624-635.
  • Vanni,A.E.and J.Temte.1990.Seasonalpatterns of grazing and nutrient limitation ofphytoplankton in aeutro-phiclake.Limnol.Oceanogr.,12: 411-418.
  • Vanderploeg,H.A.,Pothoven,S.A.,Fahnenstiel,G.L.,Cavaletto,J.F.,Liebig,J.R., Stow,C.A.,Nalepa,T.F.,Madenjian,C.P.,Bunnell,D.B.,2012.Seasonal zooplankton dynamics in Lake Michigan: disentangling impacts of resourcelimitation,ecosystem engineering,andpredationduring acritical ecosystem transition.JournalofGreatLakesResearch,38:336–352.
  • Van Egeren S.,S.I.Doson,B.Torke and J.T.Maxted.2011.The relative significance of environmental and anthropogenic factors affecting zooplankton community structure in Southeast Wisconsin Till Plain lakes.Hydorbiologia,668:137-146.
  • Val rieDavid,Beno tSautour,PierreChardy,MichelLeconte.2005.Long-term changes of the zooplankton variability in a turbid environment:The Gironde estuary (France).Estuarine,Coastal and Shelf Science,64: 171-184.
  • Urabe J.,Kawabata K.,NakanishiM.and Shimizu K.1996.Grazing and food sizeselection ofzooplankton community in LakeBiwadring BITEX'93. JpnJLimnology,57:27-37.
  • Twombly,S.,Clancy,N.,Burns,C.W.1998.Life history consequencesoffood quality in the freshwater copepod Boeckella triarticulata.Ecology,79: 1711-1724.
  • Timms,R.M.and B.Moss.1984.Prevention ofgrowth of potentially dense phytoplankton populations by zooplankton grazing,in the presence of zooplanktivorous fish,in a shallow wetland ecosystem.Limnology and Oceanography,29:472-486.
  • Thornton, K.W., B.L. Kimmel and F.E. Payne. 1990. Reservoir Limnology-Ecological Perspectives. A Wiley Interscience Publication, JohnWileyandSons,Inc.,pp.246.
  • Telesh I.V.,Rahkola M.,Viljanen M.1998.Carbon contentofsomefreshwater rotifers.Hydrobiologia,387/388:355-360.
  • Tanaka,Y.and R.Rsuda.1996.Daily fluctuations in thermalstratification, chlorophyll a,turbidity and dissolved oxygen concentration in Lake Biwa,JpnJ.Limnol.,57:377-393.
  • Susanne Menden-Deuer and Evelyn J. Lessard. 2000. Carbon to volume relationships for dinoflagellates, diatoms, and other protist plankton. Limnol.Oceanogr.,45(3):269-579.
  • Stoecker,D.K.,Weigel,A.,& Goes,J.I.2014.Microzooplankton grazing in the easternBeringSeainsummer.DeepSeaResearchPart-II,109:145-156.
  • Stewart,T.J.,Johannsson,O.E.,Holeck,K.,Sprules,W.G.,O'Gorman,R.,2010. TheLakeOntario zooplankton community before(1987-1991)and after (2001–2005)invasion induced ecosystem change.J GreatLakes Res., 36:596-605.
  • Sommer,U.,Z.M.Gliwicz,W.Lampert,and A.Duncan.1986.ThePEG-model of seasonal succession of planktonic events in fresh waters. Arch. Hydrobiol,106:433-471.
  • Smitha P.,Shivashankar,Venkataramana G.V.2013.Zooplankton Diversity of ChikkadevarayanaCanalinRelationtoPhysico-ChemicalCharacteristics. JournalofEnvironmentalBiology,34:819-24.
  • Sinha,B.and M.R.Islam.2002.Seasonalvariation in zooplankton population of two lentic bodies and Assam State Zoo cum Botanical garden, Guwahati,Assam.EcologyEnvironmentandConservation,8:273-278.
  • Sherr,E.B.,B.F.Sherr,and G Paffenhofer.1986.Phagotrophicprotozoaasfood for metazoans; amissing trophic link in marine pelagic food webs, MarineMacrobialFoodwebs,1:61-80.
  • Sendacz,S.,Caleffi,S.and Santos Soares,J.,2006.Zooplankton biomass of reservoirs in different trophic condition in the state of Sao Paulo, BrazilianJournalofBiology,66(1):337-350.
  • Sellami,I.,Guermazi,W.,Hamza,A.,Aleya,L.,Ayadi,H.2010.Seasonal dynamicsofzooplankton community in fourMediterranean reservoirsin humid area(BeniMtir:north ofTunisia)and semiarid area (Lakhmes, NabhanaandSidiSa d:centerofTunisia).J.Therm.Biol.,35:392-400.
  • Schmidt,K.,Atkison,A.,Petzke,K.,Voss,M.,& Pond,D.W.2006.Protozoans asafood sourceforAntarctickrill,Euphausiasuperba:complementary insights from stomach content, fatty acids, and stable isotopes. LimnologyandOceanography,51:2409-2427.
  • Schiewer,U.,1998.Hypertrophy ofa Baltic estuary-changes in structure and function of the planktonic community. Verhandlungen-Internationale Vereinigungf rtheoretischeundangewandteLimnologie,26:1503-1507.
  • Sanders, R.W. & S.A. Wickham, 1993. Planktonic protozoa and metazoa: predation,food quality and population control.Marine MicrobialFood Webs,7:197-223.
  • SalveB and HiwareC.2010.zooplankton diversity ofWan reservoir,Nagapur (MS)India.JournalofTrends Research Science and Technology 2(1): 39-48.
  • Sailley,S.F.,& Buitenhuis,E.T.2014.Microzooplankton functionalresponsesin the lab and in the field. Earth System Science Data Discussions, 7:149-167.
  • Sahu B.M.,S.K.Baliarsingh,S.Srichandan and K.C.Sahu.2013.Seasonal variation ofzooplankton abundanceand composition in GopalpurCreek: a tropicaltidalbackwater,eastcoastofIndia.Journalofthe Marine BiologicalAssociationofIndia,55(1):59-64.
  • Ruttner-Kolisko.1977.Suggestionsforbiomass calculation ofplankton rotifers. Arch.Hydrobial.Beih.Ergebn.Limnol.,8:71-76.
  • Rosemond A.D.,Mulholland P.J.,Elwood J.W.1993.Top-down and bottom-up control of stream periphyton: effects of nutrients and herbivores. Ecology,74:1264-1280.
  • Reynolds,C.S.1994.The ecologicalbasisforthe successfulbiomanipulation of aquaticcommunities.Arch.Hydrobiol.,139:1-33.
  • Rasma Deksne,Arturs Škute2,Davis Gruberts,Jana Paidere.2011.Effects of climate change on zooplankton community structure of the middle stretch oftheDaugavariveroverthelast50years.ECOHYDROLOGY andHYDROBIOLOGY,Vol(11):No.(1-2,79-96).
  • Prasanna S.Joshi.2011.Studies on zooplankton ofRajura Lake ofBuldhana district,MaharashtraIndia.ScienceResearchReporter,1(3):132-137.
  • Porter,K.G.1988. “Phagotrophic phytoflagellates on Microbial Food Webs.” Hydrobiologia,159:89-98.
  • PolisG.A.1991.Complex desertfood webs:An empiricalcritiqueoffood web theory.AmericanNaturalist,138:123-155.
  • Polis G.A. and Strong D.R. 1996. Food web complexity and community dynamics.AmericanNaturalist,147:813-846.
  • Pla m nn T.,MaierG.& Stich H.B.1997.Predation impactofCyclopsvicinus on the rotifer community in Lake Constance in spring.Journal of PlanktonResearch,19:1069–1079.
  • PintoCoelho,R.,B.PinelAlloul,G.Methot & K.E.Havens.2005.Crustacean zooplankton in lakes and reservoirs oftemperate and tropicalregions: variation withtrophicstatus.CanadianJournalofFisheriesandAquatic Sciences,62(2):348-361.
  • Perbiche-Neves,G.,Fileto,C.,La o-Portinho,J.,Troguer,A.,& J nior,M.S. (2013). Relations among planktonic rotifers,cyclopoid copepods, and waterquality in two Brazilian reservoirs/Relaciones entre los rot feros, cop podos planct nicos ciclopoides y la calidad del agua en dos embalsesbrasile os.Latin American JournalofAquaticResearch,41(1): 138-149.
  • Pederson,G.L.,E.B.Welch andA.H.Litt,1976.Plankton secondary productivity and biomass:their relation to lake trophic state.Hydrobiologia,50: 129-144.
  • Park,K.S.and H.W.Shin.2007.Studieson phyto-and-zooplankton composition and its relation to fish productivity in a west coast fish pond ecosystem.JournalofEnvironmentalBiology,28:415-422.
  • Park,J.C.,M.Aizaki,T.Fukushima and A.Otsuki,1997.Production oflabile and refractory dissolved organic carbon by zooplankton excretion:An experimentalstudy using large outdoorcontinuous flow-through pond. CanadianJournalofFisheriesandAquaticSciences,54(2):434-443.
  • Park,H.J.,An,K.G.,2007,Trophic state index (TSI) and empiricalmodels, Basedonwaterqualityparameters,inKoreanreservoirs,KoreanJournal ofLimnology,40(1):14-30.
  • Park, H.K., Byeon, M.S., Shin, Y.N. and Jung, D.I. 2009. Soruces and spatial/temporalcharacteristicsoforganiccarbonintwolargereservoirs withcontrastinghydrologiccharacteristics.Wat.Resour.Res.,45(11).
  • Pace,M.L.,J.E.Glasser & L.R.Pomeroy,1984.A stimulation analysis of continentalshelffoodwebs.MarineBiology,82:47-63.
  • Pace,M.L.,Funke,E.1991.Regulation ofplanktonicmicro-bialcommunitiesby nutrientsandherbivores.Ecology,72(3):904-914.
  • Pace M.L.and Orcutt J.D.,Jr.1981.The relative importance ofprotozoans, rotifers, and crustaceans in a freshwater zooplankton community. Limnol.Oceanogr.,26(5):822-830.
  • Pace M.J.1986.An empiricalanalysis ofzooplankton communitysize structure acrosslaketrophicgradients.Limnol.Oceanaogr.,31:45-55.
  • Ooms-WilmsA.L.1997.Arebacteriaand importantfood sourceforrotifersin eutrophiclakes?J.PlanktonRes.,19:1125-1141.
  • Okamoto K.,1984.Size-selective feeding o Daphnia longispina hyalina and Eodiaptomusjaponicuson anaturalphytoplankton assemblagewith the fractionizingmethod.Mem FacSciKyotoUniv(SerBiol),9:23-40.
  • Offem B.O.,Ayotunde E.O.,IkpiG.U.,Ada F.B.,Ochang S.N.,2011.Plankton basedassessmentofthetrophicstateofthreetropicallakes.J.Environ Prot,2(3):304-315.
  • Nǒges P.,van de Bund W.,Cardoso A.C.,SoliminiA.G.,Heiskanen A.S. 2009.AssessmentoftheecologicalstatusofEuropeansurfacewaters:a workinprogress.Hydrobiologia,633:197-211.
  • Noh,S.Y.and M.S.Han.2008.Carbon dynamics ofplankton communities in PaldangReservoir.KoreaJournalofLimnology,41(2):174-187.
  • Nogrday T,Wallace R.L.and SnellT.W.1993.Rotifera volume 1:Biology, ecologyandsystematics.SPB AcademicPublishing,Hague.
  • Nilssen,J.P.,1984.Tropicallakes– functionalecology andfuturedevelopment: theneedforaprocess-orientatedapproach.Hydrobiologia,113:231-242.
  • NeiffP.D.,J.J.Neiff,Y.ZalocardeDomitrovic,S.M.Frutosand M.B.Canon Veron,2007.Estructura de las comunidades en un lago eutrofico y perspectivasdemanejo(Corrientes,Argentina).In:Feyen,J.,Aguirre,L. and Moraes,M.(eds.).Congreso Internacionalsobre Desarrollo,Medio Ambiente y Recursos Naturales:sostenibilidad a multiples niveles y escalas.Cochabamba,2:1197-1202.
  • Muzaffar,S.B.and F.A.Ahmed.2007.The effects ofthe flood cycle on the diversity andcompositionofthephytoplankton community ofseasonally flooded Ramsar wetland in Bangladesh. Wetlands Ecology and Management,15:81-93.
  • Murugan,N.,P.Murugavel,and M.S.Koderkar.1998.Freshwater cladocera; IndianAssoci.ofAqua.Biologists(IAAB),Hyderabad,pp.1-47.
  • Mizuno,T.1991.An Illustrated Guide to Freshwater Zooplankton in Japan. TOUKAIUniversityPublications.
  • Mizuno,T.1975.IllustrationsofthefreshwaterplanktonofJapan (in japanese). HoikushaPublishingCo.,LTD.
  • Mizuno, T. and N. Takahashi. 1991. An Illustrated guide to freshwater zooplanktoninJapan.TokaiUniversityPress.
  • Miralto A., Ianora A. and Poulet S.A. 1995. Food type induces different reproductiveresponsesin thecopepod Centropagestypicus.J.Plankton Res.,17(7):1521-1534.
  • Mihuc,T.B.,Dunlap,F.,Binggeli,C.,Pershyn,C.,Myers,L.,Groves,A., Waring,A.,2012.Long-term patternsin LakeChamplain'szooplankton: 1992–2010.journalofgreatlakesresearch,38(Supplement1):49–57.
  • Middelboe,M.,B.Nielsen and M.Sondergaard.1992.Bacterialutilization of dissolved organic carbon(DOC) in coastal waters-determination of growthyield.Arch.Hydrobiol.Beih.Ergebn.Limnol.,37:51-61.
  • MichaelL.Pace and John D.Orcutt,Jr.1981.The relative importance of protozoans, rotifers, and crustaceans in a freshwater zooplankton community.Limnol.Oceanogr.,26(5):822-830.
  • McCune B.and J.B.Grace.2002.Analysis of EcologicalCommunities.MjM SoftwareDesign.
  • McCauleyE.& KalffJ.,1981.Empiricalrelationshipsbetweenphytoplanktonand zooplanktonbiomassinlakes.Can.J.Fish.Aquat.Sci.,38:458-63.
  • McCabe,G.D.andO′Brien,W.J.1983.Theeffectsofsuspendedsiltonfeeding and reproduction of Daphnia pulex. American Midland Naturalist, 324-337.
  • May L.,O’HareM.,2005.Changesinrotiferspeciescompositionandabundance along atrophicgradientin Loch Lomond,Scotland,UK.Hydrobiologia, 546:397-404.
  • Mathes, J. and H. Arndt. 1995. Annual cycle of protozooplankton(ciliates, flagellatesandsarcodines)inrelationtophyto-andzooplanktoninLake NeumuhlerSee(Mecklenburg,Germany).Arch.Hydrobiol.,134:337-358.
  • Lu,M.,Xie,P.2001.Impactsoffilter-feeding fisheson thelong-term changes ofcrustacean zooplankton in a eutrophic subtropical chinese lake.J. Freshw.Ecol.,16:219-228.
  • Likens,G.E.,J.J.Gilbert.1970.Notes on quantitative sampling ofnatural populationofplanktonicrotifers.Limnol.Occanogr.,15:816-820.
  • Licandro,P.,Ibanez,F.1995.ChangesofzooplanktoncommunitiesintheGulfof Tigullio (Ligurian Sea,Western Mediterranean) from 1985 to 1995. Influence of hydroclimatic factors.Journalof Plankton Research,22: 2225-2253.
  • Li,J.,Chen,F.,Liu,Z.,Zhao,X.,Yang,K.,Lu,W.,& Cui,K.2016.Bottom-up versus top-down effects on ciliate community composition in four eutrophiclakes(China).Europeanjournalofprotistology,53:20-30.
  • Lathrop,R.C.and S.R.Carpenter.1990.Zooplankton and their relationship to phytoplankton.Foodwebmanagement,127-150.
  • Lampert,W.,W.Flecker,H.Rai,andE.Taylor.1986.Phytoplankton controlby grazing zooplankton:A study onthespring clear-waterphase.Limnol. Ocenogr.,31(3):479-490.
  • LairNicole.1990.Effectsofinvertebratepredationontheseasonalsuccessionof a zooplankton community:a two year study in Lake Aydat,France. Hydrobiologia.198:1-12.
  • Komarek J.1991.A review ofwater-bloom forming Microcystis species with regard to populations from Japan.ArchivHydrobiologe,Suppl.Bd.92, AlgologicalStudies,64:115-127.
  • Koenings,J.,Burkett,R.D.and Edmundson,J.M.1990.The exclusion of limneticcladocerafrom turbidglacier-meltwaterlakes.Ecology,57-67.
  • KniselyK.andGellerW.1986.Selectivefeeding offourzooplanktonspecieson naturallakephytoplankton.Oecologia,69:86-94.
  • Kleppel GS, Holliday DV, Pieper RE (1991) Trophic interactions between copepods and microplankton: a question about the role of diatoms. Limnol.Oceanogr.36:172-178.
  • Kim,Y.,and Kim,B.2006.Application of a 2-DimensionalWater Quality Model(CE-QUAL-W2) to the Turbidity Interflow in a Deep Reservoir(Lake Soyang,Korea).Lakeand ReservoirManagement,22(3): 213-222.
  • Kim,H.J.S.J.Hwang and G.J.Joo.2000.Zooplankton grazing on bacteria and phytoplankton in the regulated Nakdong River(Korea).J.Plankton Res.22:1559-1577.
  • Kim,B.and W.M Heo.1992.Phosphorusdischargefrom floating-netfishfarms and theeutrophication oflakeSoyang.6th Internationalsymposium on River and Lake Environment. Environmental Research Institute. KangweonNationalUniversity.
  • Kim,B.C.,K.S.Cho,and T.S.Ahn.1985a.A Horizontalvariation ofprimary productivityandenvironmentalfactorsinLakeSoyang.Kor.J.Lim.,18: 1-10.
  • Kim,B.1987.An ecologicalstudy ofphytoplankton in Lake Soyang.Ph.D. Thesis.SeoulNat.Univ.
  • Keckeis.S.,C.Baranyi,T.Hein,C.Holarek,P.Riedlerand F.Schiemer.2003. The significance ofzooplankton grazing in a floodplain system ofthe RiverDanube.JournalofPlanktonResearch,25:243-253.
  • Kawabata Keiichi,Urabe Jotaro. 1998.Length-weight relationships of eight freshwaterplanktonic crustacean species in Japan.FreshwaterBiology, 39:199-205.
  • KarinKnisely,WalterGeller.1986.Selectivefeeding offourzooplanktonspecies onnaturallakephytoplankton.Oecologia,69:86-94.
  • KamatSV.2000.Hydrobiologicalstudies oftwo temple ponds in Ponda,aluk, Goa.Ecol.Environ.Cons.,6:361-362.
  • JoseE.C.,FurioE.F.,BorjaV.M.,GatdulaN.C.,SantosM.D.2015.Zooplankton Composition and Abundanceand itsRelationship with Physico-chemical ParametersinManilaBay.Oceanography,3:136.
  • Jeppesen,E.,J.P.Jensen,M.S ndergaard,M.Fenger-Gr n,M.E.Bramm,K. Sandby,P.H.M llerandH.U.Rasmussen.2004.Impactoffishpredation oncladoceranbodyweightdistributionandzooplanktongrazinginlakes duringwinter.FreshwaterBiology,49:432-447.
  • J rgens,K.1994.Impact of Daphnia on planktonic microbialfood webs–a review.Mar.Microb.FoodWebs,8:295-324
  • J rgens,K.,Skibbe,O.,Jeppesen,E.1999.Impactofmeta-zooplankton on the composition and population dynamicsofplanktonic ciliates in a shallow, hypereutrophiclake.Aquat.Microb.Ecol.,17:61-75.
  • Ianora A.,PouletS.A.,Miralto A.1995.A comparative and ofthe inhibitory effectofdiatoms on the reproductive biology ofthe copepod Temora stylifera.MarineBiology,121:533-539.
  • Ianora A.,Poulet S.A.1993.Egg viability in the copepod Temora stylifera. LimnolOceanogr.,38:1615-1626.
  • Hwang, S.J., R.T. Health. 1999. Zooplankton bacterivory at nearshore and offshoresiteofLakeErie.J.PlanktonRes.,21:699-719.
  • Hutchinson,G.E.1967.A tratiseonlimnology,v.2.Wiley.
  • HunterM.D.andPriceP.W.1992.Playingchutesandladders:heterogeneityand the relative roles of bottom-up and top-down forces in natural communities.Ecology.73:724-732.
  • Hirose,H.and T.Yamagishi.1977.Illustration of the Japanese fresh-water algae.UchidarokakunoPublishingCo.
  • Hidalgo,Pamela,etal.2010.PatternsofcopepoddiversityintheChileancoastal upwelling system. Deep Sea Research Part II: Topical Studies in Oceanography 57(24):2089-2097.
  • Heath, R.T., Hwang, S.J., and Munawar, M. 2003. A hypothesis for the assessment of the importance of microbial food web: Linkages in nearshoreand offshorehabitatsoftheLaurentian GreatLakes.Aquatic Ecosystem Health＆ Management,6(3):231-239.
  • Harman C.D., Bayne D.R., West M.S. 1995. Zooplankton trophic state relationships in four Alabama-Georgia reservoirs.Lake and Reservoir Management,11:299-309.
  • Haney,J.F.1973.An in situ examination ofthe grazing activities ofnatural zooplaktoncommunities.Arch.Hydrobiol.72:87-132.
  • Haney,J.F.,1997.Limnology:The Ecology ofLakes and Streams,New York Oxford,pp.256
  • Hall D.J.Threlkeld S.T.1976.The size-efficiency hypothesis and the size structureofzooplanktoncommunities.Ann.Rev.Ecol.syst.7:177-208.
  • Hahn,M.W.,H fle,M.G.2001.Grazing ofprotozoaand itseffecton populations ofaquaticbacteria.FEMS Microb.Ecol.,35:113-121.
  • Gulati,RD.,1990.Zooplankton structure in the Loosdrechtlakes in relation to trophicstatusandrecentrestorationmeasures.Hydrobiol.191:173-188.
  • Guevara,G.,Lozano,P.,& Reinoso,G.2009.Horizontalandseasonalpatternsof tropical zooplankton from eutrophic Prado reservoir (Colombia). Limnologica,39:128-139.
  • Gophen M.1977.Food and feeding habits ofMesocyclops leuckarti(Claus)in LakeKinneret(Israel).FreshwaterBiology,7:513–518.
  • Goma,R.H.,M.Aizaki,T.Fukushima and A.Otsuki,1996.Significance of zooplankton grazing activity as a source ofdissolve organic nitrogen, urea and dissolved free amino acids in a eutrophic shallow lake: experiments using outdoor continuous flow pond systems. Japanses journaloflimnology,57:1-13.
  • Gliwicz,M.Z.1986.Suspended clay concentration controlled by filter-feeding zooplanktoninatropicalreservoir.Nature,323(6086):330-332.
  • Gilbert,J.J.1987.The Polyarthra escaperesponse:Defenceagainstinterference from Daphnia.Hydrobiol.,147:235-238.
  • Gilbert,J.J.,1989.TheeffectofDaphnia interferenceon a natu-ralrotiferand ciliatecommunity short-term bottleexperiments.Limnol.Oceanogr.,34: 606–617.
  • Gasol,J.M.,P.A.delGiorgio,R.Massana& C.M.Duarte,1995.Activeversus inactive bacteria: size-dependence in a coastal marine plankton community.MarineEcologyProgressSeries,128:91–97.
  • Gary L.Hitchcock.1982.A comparative study ofthe size-dependentorganic compositonofmarinediatomsanddinoflagellates.J.PlanktonRes.,4(2): 363-377.
  • Garc a C.E.,NandiniS.,SarmaS.S.2009.Seasonaldynamicsofzooplankton in lake huetzalin, Xochimilco(Mexico City, Mexico). Limnologica, 39: 283-291.
  • Galbraith, L.M., Burns, C., 2010. Drivers of ciliates and phyto-plankton community structure across a range ofwater bodies insouthern New Zealand.journalofPlanktonresearch,32:327–339.
  • FukamiK.,B.Meier and J.Overbeck.1991.Verticland temporalchange in bacterialproductionanditsconsumptionby heterotrophicnanoflagellates inanorthGermaneutrophiclake.ArchHydrobiol,122:129-145.
  • Frutos,S.M.,NeiffP.D.,A.S.G.andNeiffJ.J.,2009.Zooplankton abundanceand species diversity in two lakes with differenttrophic states(Corrientes, Argentina),ActaLimnol.Bras.,21(3):367-375.
  • FreyD.G.,1963.“Wisconsin:Birge-JudayEra”,In:D.G.FreyED.,Limnologyin NorthAmerica,TheUniversityofWisconsinPrss,Madison.
  • FoissnerW.and BergerH.1996.A user-friendly guidetotheciliates(Protozoa, Ciliophora)commonly usedby hydrobiologistsasbioindicatorsin rivers, lakes,andwastewater,withnotesontheirecology.Freshwaterbiology, 35(2):375-482.
  • Ferdous,Z.,& Muktadir,A.K.M.2009.A review:potentialityofzooplanktonas bioindicator.Americanjournalofappliedsciences,6(10):1815-1819.
  • Etil R.N.,A.K.Kouassi,M.N.Aka,M.Pagano,V.N’doubaand N.J.Kouassi. 2009. Spatio-temporal variations of the zooplankton abundance and compositioninaWestAfricantropicalcoastallagoon(Grand-Lahou,C te d’Ivoire).Hydrobiologia,624:171-189.
  • Erben,R.,LajtnerJ.,Klobuear,G.,Maguire,I.,Lucia,A.andStambuk,A.,2002. Zooplankton reflecting the trophic state of the dam reservoir Modrac(BosniaandHerzegovina).InternationalConferenceonLimnology ofShallow Lakes,pp.51.
  • Elser,J.J.,Goldman,C.R.1991.Zooplanktoneffectson phytoplankton inlakesof contrastingtrophicstatus.LimnologyandOceanography,36(1):64-90.
  • Ejsmont-Karabin J.,2012.The usefulness of zooplankton as lake ecosystem indicators:rotifer trophic state index.Polish Journalof Ecology,60: 339-350.
  • Edmondson,W.T.and Litt,A.H.1982.Daphnia in Lake Washington.Limnol. Oceanogr,27:272-293.
  • Dumont,H.J.,I.Van deVelde,and S.Dumont.1975.Thedry weightestimate ofbiomassin aselection ofCladocera,CopepodaandRotiferafrom the plankton, Periphyton and Benthos of Continental Waters. Oecologia(Berl.),19:75-97.
  • Duggan,I.C.,Green,J.D.,& Shiel,R.J.,2001.Distribution ofrotifers in North Island,New Zealand,and their potentialuse as bioindicators oflake trophicstate.In:RotiferaIX.SpringerNetherlands,pp.155-164.
  • Dufr ne,M.and P.Legendre.1997.Speciesassemblagesand indicatorspecies: the need fora flexible asymmetricalapproach.EcologicalMonographs, 67:345-366.
  • Diodato,S.L.,& Hoffmeyer,M.S.2008.Contribution ofplanktonic and detritic fractions to the natural diet of mesozooplankton in Bah a Blanca Estuary.Hydrobiologia,614:83-90.
  • Dillon P.J.and Rigler F.H.1974.The phosphorus-chlorophyllrelationship in lakes.LimnolOceanogr,19:767-773.
  • DejenE.,Vijverberg J.,NagelkerkeL.A.J.andSibbing F.A.2004.Temporaland spatialdistributionofmicrocrustaceanzooplanktoninrelationtoturbidity and other environmentalfactors in a large tropicallake (L.Tana, Ethiopia).Hydrobiologia,513:39-49.
  • Dakos,V.,Beninc ,E.,vanNes,E.H.,Philippart,C.J.M.,Scheffer,M.,Huisman, J. 2009. Interannual variability in species composition explained as seasonally entrained chaos.Proceedings ofThe RoyalSociety B,276: 2871-2880.
  • Dadhick,N.and M.M.Saxena.1999.Zooplankton as indicators of trophical statusofsomedesertwatersnearBikaner.JournalofEnvironmentand Pollution,6:251-254.
  • Cushing, D.H. 1990. Plankton production and year-class strength in fish populations:an update ofthe match/mismatch hypothesis.In:Blaxter, J.H.S.,Southward,A.J.(Eds.),Advances in Maring Biology.Academic Press,pp.249-293.
  • Culver,D.A.,M.M.Boucherle,D.J.Bean,and J.W.Flethcer.1985.Biomass of freshwatercrustacean zooplankton from Legth-Weightregressions.Can. J.Fish.Aquat.Sci,42:1380-1390.
  • Conty,A.,Garc a-Criado,F.,B cares,E.,2007.Changes in bacterialand ciliate densities with trophic status in Mediterranean shallowlakes. Hydrobiologia,584:327-335.
  • Christou,E.D.1998.Interannual variability of copepods in a Mediterranean coastalarea(SaronikosGulf,Aegean Sea).JournalofMarineSystems, 15:523-532.
  • ChoiJ.Y.,K.S Jeong,G.H.La,H.W.Kim,K.H.Chang and G.J.Joo.2011. Inter-annualvariability ofa zooplankton community:theimportance of summerconcentratedrainfallin aregulatedriverecosysyem.Journalof EcologyandFieldBiology,34(1):49-58.
  • Choi,K.,Kim,B.,andLee,U.2001.CharacteristicsofDissolvedOrganicCarbon in Three Layers ofa Deep Reservoir,Lake Soyang,Korea.lnternat. Rev.Hydrobiol,86(1):63-76.
  • Choi, Y.G. 2000. The abundance of autotrophic picoplankton and their contribution to phytoplankton in Korean Lakes. Graduate school KangwonNationalUniversity.
  • Chen,G.,Dalton,C.,& Taylor,D.,2010.Cladoceraasindicatorsoftrophicstate inIrishlakes.JournalofPaleolimnology,44(2):465-481.
  • Chang,C.W.,ShiahF.K.,WuJ.T.,MikiT.HsiehC.H.,2014.Theroleoffood availability and phytoplankton community dynamics in the seasonal succession of zooplankton community in a subtropical reservoir. Limnologica,46:131-138.
  • Carpenter,S.R.andKitchellJ.F.1987.Thetemporalscaleofvarianceinlimnetic primaryproduction.Am Nat,129:417-433.
  • Carpenter,S.R.and J.R.Kitchell.1993.Cascading trophic interactions and lake productivity.BioScience,35:634-639.
  • Carpenter, S.R., Kitchell J.F. and Hodgson J.R. 1985. Cascading trophic interactionsandlakeproductivity.BioScience,35:634-639.
  • Caron,D.A.1983.Technique forenumeration ofheterotrophic and phototrophic nanoplankton, using epifluorescent microscopy, and comparison with otherprocedures,Appl.Environ.Microbiol,46:491-498.
  • Canfield TH, Jones JR. 1996. Zooplankton abundance and biomass, and sizedistribution in selected Midwestern waterbodies and relation with trophicstate.J.Freshwat.Ecol,11:171-181.
  • Campbell,C.E.2002.Rainfallevents and downstream driftofmicrocrustacean zooplankton in a Newfoundland boreal stream.Canadian Journal of Zoology-RevueCanadienneDeZoologie,80:997-1003.
  • Calbet, A., & Landry, M.R. 2004. Phytoplankton growth, microzooplankton grazing, and carbon cycling in marine systems. Limnology and Oceanography,49:51–57.
  • Burks,R.L.,E.Jeppesen and D.M.Lodge.2000.Macrophyteand fish chemicals suppressDaphniagrowthandalterlife-historytraits.Oikos88:139-147.
  • BunnellD.B.,Keeler K.M.,Puchala E.A.,Davis B.M.,2012. Comparing seasonaldynamicsofthe Lake Huron zooplankton community between 1983–1984 and 2007 and revisiting the impact of Bythotrephes planktivory.JournalofGreatLakes,38:451-462
  • Brown,M.E.,T.M.Curtin,C.J.Gallagher and J.D.Halfman.2012.Historic nutrient loading and recent species invasions caused shifts in water quality and zooplankton demography in two FingerLakes (New York, USA).JournalofPaleolimnology,48:623-639.
  • Bonecker C.C., M.Y. Nagae, M.C.M. Bletler, L.F.M. Velho and F.A. Lansac-T ha. 2007. Zooplankton biomass in trophical reservoirs in southernBrazil.Hydrobiologia,579:115-123.
  • Beyst,B.,Buysse,D.,Dewicke,A.,Mees,J.2001.Surfzone hyperbenthos of Belgian sandy beaches:seasonalpatterns.Estuarine,Coastaland Shelf Science,53:877-895.
  • Berninger,U.G.,B.J.Finlay,and P.Kuuppo-Leinikki.1991.Protozoan controlof bacterialabundancesinfreshwater,Limnol.Oceanogr,36:139-147.
  • Berman,T.1983.“PhosphorusUptakebyMicroplanktoninEstuariesandCoastal ShelfWatersnearSapeloIsland,Georgia,U.S.A.”Estuaries,6:160-166.
  • Berman,T.(ed.) 1988.The role of Microorganisms in Aquatic Ecosystems. Hydrobiologia,159,specialissue.131.
  • BeisnerB.E.,Peres-NetoP.R.2009.Seasonaltrophicdynamicsaffectzooplankton communityvariability.FreshwaterBiology,54:2351-2363.
  • Bec,A.,C.Desvilettes,A.V ra,D.Fontvieille& G.Boudier,2003.Nutritional valueofdifferentfood sourcesforthebenthicDaphnidaeSimocephalus vetulus:roleoffattyacids.Archivf rHydrobiologie,156:145-163.
  • BeaverJ.R.,CrismanT.L.1990.Useofmicrozooplanktonasanearlyindicatorof advancing cultural eutrophication. Internationale Vereinigung fuer TheoretischeundAngewandteLimnologie.Verhandlungen,24:532-537.
  • Beaver,J.R.and T.L.Crisman.1989.The role ofciliated protozoa in pelagic freshwaterecosystems,MicrobialEcol,17:111-136.
  • BaysJ.S.andCrisman,T.L.1983.Zooplanktonandtrophicstaterelationshipsin Floridalakes.CanJFishAquatSci.,40:1813-1819.
  • Basu M.G.,Destouni,J.W.,Jawitz,S.E.Thompson,S.E.,Loukinova,N.V.etal., 2010.Nutrientloadsexportedfrom managedcatchmentsrevealemergent biogeochemicalstationary,GeophysicalResearchLetters,37(23).
  • Balvay,G.,1999."Evolution du zooplancton du L man."Rapp.Comm.int.prot. eauxL mancontrepollut.,Campagne,79-90.
  • Azam F.,FenchelT.,Field J.G.,Gray J.S.,Meyer-ReilL.A.and Thingstad F. 1983.The ecologicalrole ofwater-column microbes in the Sea.Mar EcolProgSer,.10:257-263.
  • Arruda, J.A., Marzolf, G.R. and Faulk, R.T. 1983. The role of suspended sedimentsin thenutrition ofzooplankton in turbid reservoirs.Ecology, 1225-1235.
  • Arndt,H.,1993.Rotifers as predators on components of the microbialweb (bacteria, heterotrophic flagellates, ciliates)-a review. Hydrobiologia, 255(256):231–246.
  • Arcifa,M.S.,T.G.NorthcoteandO.Froehlich.1986.Fishzooplanktoninteractions and their effects on water quality of a tropicalBrazilian reservoir. Hydrobiologia,139:49-58.
  • Anneville, O., Molinero, J.C., Souissi, S., Balvay, G., Gerdeaux, D. 2007. Long-term changesin thecopepodcommunity ofLakeGeneva.Journal ofPlanktonResearch,29:49-59.
  • Angeler,D.G.,M.Alvarez-Cobelas,S.Sanchez-CarrilloandM.A.Rodrigo.2002. Assessmentofexoticfish impactson waterquality and zooplankton in adegradedsemiaridfloodplainwetland.AquaticSciences64:76-86.
  • Anderssen,A.andD.O.Hessen.1991.Carbon,nitrogen,andphosphoruscontents offreshwaterzooplankton.Limnol.Oceanogr.,36:807-814.
  • Ana Lı gia Primo,Ulisses Miranda Azeiteiro,S nia Cotrim Marques,Filipe Martinho,MiguelAngeloPardal.2009.Changesin zooplankton diversity and distribution pattern under varying precipitation regimes in a southern temperate estuary.Estuarine,Coastaland Shelf Science 82: 341-347.
  • An,K.G.2001.Hydrologicalsignificance on interannualvariability ofcations, anions,andconductivity in alargereservoirecosystem.Korean Journal ofLimnology,34(1):1-8.
  • An,K.G.2000. The impact of Monsoon on Seasonal Variability of Basin Morphology and Hydrology. Korean Journal of Limnology, 33(4): 342-349.
  • An,K.G.,Kim,D.S.2003.Responseoflakewaterquality to nutrientinputs from various streams and in-lake fishfarms. Water, Air and Soil Pollution,149(1-4):27-49.
  • Allan,J.D.1976.LifeHistory patternsin zooplankton.American Naturalist.110: 165-180.
  • Agbeti,M.D.and J.O.Smol.1995.Winterlimnology :Comparison ofphysical, chemicaland biologicalcharacteristics in two temperate lakes during lakesduringiceover.Hydrobiol,304:221-234.
  • Agbeti,M.D.,J.C.Kingston,J.P.Smol,and C.Watters.1997.Comparison of phytoplanktonsuccessionintwolakesofdifferentmixingregimes.Arch. Hydrobiol.,140(1):37-69.
  • Agbeti,M.D.,J.C.Kingston,J.P.Smol,and C.Watters.1997.Comparison of phytoplankton succession in two lakes of different mixing regimes. Archivf rHydrobiologie140(1):37-69.
  • Adrian R.& FrostT.M.1992.Comparative feeding ecology ofTropocyclops prasinus mexicanus (Copepoda, Cyclopoida). Journal of Plankton Research,14:1369–1382.