Standard Jet DBnb` Ugr@?~1y0̝cßFNa7ޜ(1,`v{6߱UnC53y[/|*|[A?@AB  !"#    [d _ Z g  ~  g c(Ww"@OD@tbl previousdataKONNNBBBBBBB@ @H7"@SiOD@tbl KBSdata'ODDD88888886 @#U@3ќOD@tbl bothdatasets,ONNNBBBBBBB@ @9@9@MSysAccessXML4MR2KeepLocal  T|||<<<<<<<: @g:PD@s:PD@MSysAccessObjectsDDDDDDDDDDB  .,@.,@Start~@888,,,,,,,* @ ,hS@,hS@UserDefinedA@DDD88888886 @ gS@gS@SummaryInfo @DDD88888886 @ ,PxU@*%OD@AccessLayout4MR2KeepLocal T"@zz:::::::8 @hS@hS@SysRel.........., hS@hS@Scripts0000000000. ,hS@,hS@Reports0000000000. hS@hS@Modules0000000000. ,hS@,hS@Forms,,,,,,,,,,* hS@hS@DataAccessPages@@@@@@@@@@> _rgS@_rgS@MSysRelationshipsDDDDDDDDDDB _rgS@_rgS@MSysQueries88888888886 _rgS@_rgS@MSysACEs22222222220 _rgS@_rgS@MSysObjects88888888886 _rgS@@MSysDbl@:::......., @_rgS@_rgS@Relationships<<<<<<<<<<: _rgS@_rgS@Databases44444444442 _rgS@_rgS@Tables..........,  YNY Y DataIDYAOIndexv1@>K[8(4N03DTwSysAccessObjectsLLLLLLLLLLJ xxK[ࡱ>    Root Entry`9}T VBApJVj`9}TVBAProjectpJVj`9}TVBApJVjpJVjdir_VBA_PROJECTPROJECT&@PROJECTwm+  !"#$%'()*/020* pHdTaste and Odor Database v2:@ j =  cG J<9stdole>stdole f%\*\G{00020430-C 0046}#2.0#0#C:\WINNT\sym32\c2.tlb#OLE Automation/gADODB> ADOBC CD1C10-8CAA006D2(EA4C1CProgram Files\CommonSM\ado\ms21NMicrosoft ActiveX Objects 2.1 LibraryH" am  *\G{000204EF-0000-0000-C000-000000000046}#4.0#9#C:\PROGRA~1\COMMON~1\MICROS~1\VBA\VBA6\VBE6.DLL#Visual Basic For Applications*\G{4AFFC9A0-5F99-101B-AF4E-00AA003F0F07}#9.0#0#C:\Program Files\Microsoft Office\Office\MSACC9.OLB#Microsoft Access 9.0 Object Library*\G{00020430-0000-0000-C000-000000000046}#2.0#0#C:\WINNT\system32\stdole2.tlb#OLE Automation*\G{00000201-0000-0010-8000-00AA006D2EA4}#2.1#0#C:\Program Files\Common Files\System\ado\msado21.tlb#K[Microsoft ActiveX Data Objects 2.1 LibrarycG x %AccessVBAWin16~Win32MacVBA6#Project1 stdole`Taste and Odor Database v2wADODBs<  ID="{1D0C7858-1E83-4D90-B197-5D7474C534B5}" Name="Taste and Odor Database v2" HelpContextID="0" VersionCompatible32="393222000" CMG="222098D1A7D5A7D5A7D5A7D5" DPB="2D2F97E2A9ECAAECAAEC" GC="383A82F583F5830A" [Host Extender Info] &H00000001={3832D640-CF90-11CF-8E43-00A0C911005A};VBE;&H00000000 [Workspace] ͬhyOؗ&Ahs&Detaild Label4d Label5d Label6d Label7d Label8AcessVBAData,Forms pJVj`9}T0 pJVj4}TBlob  m08=Babc1e g hi+j6k Qj@w\ 8H\ryad5U`xab+cH Label5The CPCB and the Kansas Biological Survey are not responsible for database integrity following download. Effort has been made to ensure the accuracy of the data, however, errors in the data are possible. Data are therefore provided without representation or implied or expressed warranty of accuracy for any uses beyond the specified uses expressed. Data may be corrected or updated as necessary. The CPCB would appreciate that any errors be brought to the attention of staff for evaluation and correction. izzLF{us{:d5U`xab/+ce Label6The Central Plains Center for BioAssessment, Kansas Biological Survey, 2101 Constant Ave., Lawrence, KS 66044, www.cpcb.ku.edugi ا&K'd5U`xaXb+cM d LabeK[l7 Taste and odor events impact drinking water reservoirs throughout the state. Cyanobacteria are most often associated with taste and odor events because several species are known to produce chemical compounds (i.e. geosmin and 2-methylisoborneol-MIB) that cause drinking water to taste and smell bad. Therefore, understanding what environmental factors impact the abundances of these organisms, and how they influence specific taste and odor events, are important management priorities. The Kansas Biological Survey received funding from the State Water Plan Fund to study taste and odor events in Kansas reservoirs. The KBS used a number of complimentary approaches included newly collected reservoir data, previously collected data from research units and treatment plants, and remotely sensed data in an attempt to develop relatively simple tools that can be used to predict the occurrence of taste and odor events. The database consists of 1. a table of previously collected taste and odor (geosmin and associated water quality) data from Kansas and regional reservoirs, 2. a table of data collected by the Kansas Biological Survey (KBS) in 2006, and 3. a table of the data from both 1. and 2. Within the database, a < sign refers to a value below the detection limit and an E refers to an estimated value. The databasebase was last updated on April 16, 2007. Please direct all questions to dbaker@ku.edu. t>[zN\[Z=d5U`xaby,c d e Label8Dzialowski, A.R., D.G. Huggins, J. deNoyelles, M. Jakubauskas, N.C. Lim, and J. Beury. 2007. Predicting Taste and Odor Events in Kansas Reservoirs - Phase 1. Open-file Report No. 143. Kansas Biological Survey, Lawrence, KS. 62 pp.Iw]Igld5U`xabO)cd e Label9More information is available through these resources: http://www.cpcb.ku.edu/progwg/html/tando.htm. 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"d Y!" #d Y"# $d Y#$ %d Y$% &d Y%& 'd Y&' (d Y'( )d Y() *d Y)* +d Y*+ ,d Y+, -d Y,- .d Y-. /d Y./ RIDReservoir State SourceSampling DateSampling Site$Sampling Depth (m) NO3+NO2 (mg-N/L)NO2 (mg-N/L)NO3 detectionNO3 (mg-N/L)NH3 (ug-N/L) TOTAL N (mg-N/L)$ORGANIC N (mg-N/L)PO4 (ug-P/L) TOTAL P (ug-P/L)$ORGANIC P (ug-P/L)"Geosmin detectionGeosmin (ng/L)MIB detectionMIB (ng/L)(Chlorophyl detection(Chlorophyll a (ug/L)(Phaeophytin a (ug/L)Water Temp (C)Turbidity (NTU)Turbidity (FNU)DO (mg/L)8Specific Conductance (mS/cm)pH Secchi Disk (cm).Aphanizomenon (um^3/mL)% Aphanizomenon*Microcystis (um^3/mL)% Microcystis$Anabaena (um^3/mL)Anabaena %,Oscillatoria (um^3/mL)% Oscillatoria$Melosira (um^3/mL)% MelosiraOther Algae% Other Algae:Total Algal Biomass (um^3/mL)DTotal Blue Green Biomass (um^3/mL)(% Blue Green BiomassComments$$$YPrimaryKeyv1 ? z n bTF/ `@{Gz?N@I*?>@X@Cl@gfffff:@,@Gz @n?333333!@P@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)40-2m depth integrated sample<<2>>>>>>>>>>>>>>>>>>>><::::888~r \{/ `@{Gz?[@vJ4}?D@@\@S㥛@:@1@Gz@x?p= #!@Q@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)30-2m depth integrated sample<2<<<<<<<<<<<<<<<<<<<<:8888888~r \{/`@{Gz?>@ ?>@]@-'"@:@2@333333@333333?(\!@O@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)20-2m depth integrated sample<<2>>>>>>>>>>>>>>>>>>>><:888888~r ^{/`@Q?>@>>>>>>>>>>>>>>>>>>><:888888~r ^{/@{Gz?@e@rv ?I@e@BPaj0@33333:@?@ףp= @&1? @D@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)60-2m depth integrated sample<2<<<<<<<<<<<<<<<<<<<<:8888888~r \{/@?[@pѸ?I@b@bSi(@33333:@B@q= ףp@/$?{Gz @H@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)50-2m depth integrated sample<2<<<<<<<<<<<<<<<<<<<<:8888888~r \{/@Q?V@N?D@a@%X&@33333:@5@zG@> ףp=?> ףp @K@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)40-2m depth integrated sample<2<<<<<<<<<<<<<<<<<<<<:8888888~r \{/@Q?Y@v/)?I@a@f9vc$@33333:@3@(\@&1?Q @M@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)30-2m depth integrated sample<2<<<<<<<<<<<<<<<<<<<<:8888888~r \{/@Q?[@<D/?I@c@)\ @:@A@@gfffff?RQ @H@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)20-2m depth integrated sample<2<<<<<<<<<<<<<<<<<<<<:8888888~r \{/@ ףp= ?V@:Blӊ{?D@_@-'"@33333:@0@ ףp= @V-?R @O@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)10-2m depth integrated sample<2<<<<<<<<<<<<<<<<<<<<:8888888~r \{ x h XH8/`@)\(?^.;1I@g4?x $(J@@_@qʡ@'@C@(\u&@jt?!@I@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)20-2m depth integrated sample<<2>>>>>>>>>>>>>>>>>>>><:888888~r ^{/`@F%u?ypw֞N@Pf]^?z,CJ@]@Cl@Q(@=@Qk%@jt? ףp= !@N@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)10-2m depth integrated sample<<2>>>>>>>>>>>>>>>>>>>><:888888~r ^{/ @M8?UMu0@:.\Ē?bO;5H@Z@Cl-@3333330@@@%@K?ףp= W!@H@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)60-2m depth integrated sample<<2>>>>>>>>>>>>>>>>>>>><:888888~r ^{/ @C &r?aYiR Z>@{L?eOL@X@"~'@fffff0@6@ףp= $@$C?!@L@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)50-2m depth integrated sample<<2>>>>>>>>>>>>>>>>>>>><:888888~r ^{/ @§2[? QJ@aO ?rQN@X@-'"@0@5@Gz#@S?Q @L@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)40-2m depth integrated sample<<2>>>>>>>>>>>>>>>>>>>><:888888~r ^{/ @{ǩ? K>>>>>>>>>>>>>>>>>>><:888888~r ^{/ @§2[?\Ɏ@,:@?`: P@Y@Mb(@fffff0@<@ףp= $@㥛 ?Q!@H@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)20-2m depth integrated sample<<2>>>>>>>>>>>>>>>>>>>><:888888~r ^{/ @EOl?Z![H@@u7'?VSmP@V@S㥛@1@,@Q8#@Cl?ףp= @T@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)10-2m depth integrated sample<<2>>>>>>>>>>>>>>>>>>>><:888888~r ^{/ `@{Gz?>@)(4?>@^@\(\%@:@7@> ףp=!@A`"?Q8!@J@CheneyKSSmith et al., 2002 (Lake and Reservoir Management 18: 319-323)60-2m depth integrated sample<<2>>>>>>>>>>>>>>>>>>>><::::888~r \{/ `@{Gz?I@_?>@[@nJ$@:@.@33333 @v?Q!@@R@CheneyKSSmith