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! 5# ÛÜÝ, H: Þ5ßØàAÀáâã&(&9äå:æN×6zçè é 9 7
[42]TIANChang,PEIHaiyan,HUWenrong,etal.Variation [46]MICHALAKAM,ANDERSONEJ,BELETSKYD,et
ofcyanobacteriawithdifferentenvironmentalconditionsin al.RecordsettingalgalbloominLakeEriecausedbyag
NansiLake ,China[J].JournalofEnvironmentalSci riculturalandmeteorologicaltrendsconsistentwithexpec
ences ,2012,24(8):1394-1402. tedfutureconditions [J].ProceedingsoftheNationalA
[43]KENESIG,SHAFIKHM,KOV?CSAW,etal.Effect cademyofSciences,2013,110(16):6448-6452.
ofnitrogenformsongrowth ,cellcompositionandN fixa [47]ZHULiying,CHENYuanyuan,WANGYawei,etal.Ec
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tionof Cylindrospermopsisraciborskii inphosphoruslimit ologicalassessmentofwaterqualityinanurbanriverre
edchemostatcultures[J].Hydrobiologia,2009,623: plenishedwithreclaimedwater :thephytoplanktonfunc
191-202. tionalgroupsapproach[J].EnvironmentalResearchCom
[44]Ð í, ×`, K!Á, ê. 89%c0CnCV munications ,2021,3:115006.
ÍäoKTcWXYY`|F[J]. bc#Ü:, [48]LIUShuya,CUIZongmei,ZHAOYongfang,etal.Com
2014,33(12):3432-3439. positionandspatialtemporaldynamicsofphytoplankton
[45]`»Ì, 3h, ¼ 5, ê. ½CVÍäoKÇ2 communityshapedbyenvironmentalselectionandinterac
Tc«WXYY`|F[J]. ù*#,2022,34 tionsintheJiaozhouBay [J].WaterResearch,2022,
(6):1814-1827. 218:118488.
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( x 87 y)
[J]. @j*#®Ù,2012,31(1):26-31.
[40]JAINV,TANDONSK.Conceptualassessmentof(dis) [43] Å, K¿L, dqq, ê. TG8aC¨j|+J
connectivityanditsapplicationtotheGangaRiverdis z\WæÙlm[J]. H«Cñj,2021,41(5):15-21.
persalsystem [J].Geomorphology,2010,118(3-4): [44]%;, od;, Àlg, ê. ñ®@¼C©ôàx
349-358. y+J[J]. ·.XYJ,2017,33(2):55-60.
[41]5 ý, ) m, ®ï, ê. ¾9®?aCFYðSp6 [45] U, ù
, L, ê. =3ÔÕñ®µTG
xy«zôxy[J]. CDEB,2018,34(5):34-40. C¨bcêÍ^¦§[J]. XYHI#$,2022,
[42]0 5, % ¾, $%, ê. µCFY𰱫d 12(2):546-552.