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G-([__ID] = Guild_ID)2 '-Guilds@) 7-  G-__ID O- - G,Guild_Weights+++ ,  G, , G+ 1 '+[id]# g+[habitat_name]- g+Habitat + + G*B@ '*GoalSELECT * FROM Goal; ; 7*  G*__ID O* * G)V@ g)Indicator_Selector555 ) G) ) G(B@ '(Conservation_Target@C7 7(  G(__ID O( ( G'B@ ''Conservation_Target_EmptyR@OC 7'  G'__ID O' ' G&B@ '&Conservation_Target_BUR@I= 7&  G&__ID O& & G%CA_Category_LUT/// %  G% % GLVALl . @X>d 8.S_Rank_LUT.S_Rank=All_Species_Query.S_RankG_Rank_LUT.G_Rank=All_Species_Query.G_RankAll_Species_Query.Mississippi_Valley_Loess_PlainsAll_Species_Query.Mississippi_Alluvial_PlainsAll_Species_Query.South_Central_PlainsAll_Species_Query.Arkansas_ValleyAll_Species_Query.Boston_MountainsAll_Species_Query.Population_TrendAll_Species_Query.[Terrestrial or Aquatic]All_Species_Query.Scientific_Name((g_rank_lut.score_value+s_rank_lut.score_value)*[Trend_Multiplier])/0.2625Key_Factor.Key_Factor_DescriptionKey_Factor.Conservation_Target_ID[Guild_and_Habitat_LUT].[Habitat_ID][Guild_and_Habitat_LUT].[Guild_ID]SELECT Population.Population_Name, Population.Frank, Population.Number_of_EORs, Population.Rationale, Population.Species_ID FROM Population; ([__ID] = Conservation_Target_ID)SELECT [Key_Factor].[Conservation_Target_ID], [Key_Factor].[Key_Factor_Name], [Key_Factor].[Key_Factor_Description], [Key_Factor].[Key_Factor_Source], [Key_Factor].[Category], [Key_Factor].[ID], [kf_weight] FROM Key_Factor; SELECT [Guild_and_Habitat_LUT].[Guild_ID], [Guild_and_Habitat_LUT].[Habitat_ID], [weight] FROM Guild_and_Habitat_LUT; ([__ID] = Conservation_Target_ID)Indicator_Selector.Conservation_Target_Name([__ID] = Conservation_Target_ID)SELECT Key_Factor.Conservation_Target_ID, Key_Factor.Key_Factor_Name, Key_Factor.Key_Factor_Description, Key_Factor.Key_Factor_Source, Key_Factor.Category, Key_Factor.ID, Key_Factor.HUC_Importance, Key_Factor.HUC_Ownership, Key_Factor.HUC_Where_SP FROM Key_Factor; ([__ID] = Conservation_Target_ID)SELECT Key_Factor.Conservation_Target_ID, Key_Factor.Key_Factor_Name, Key_Factor.Key_Factor_Description, Key_Factor.Key_Factor_Source, [category], [ID] FROM Key_Factor; ([__ID] = Conservation_Target_ID)SELECT Key_Factor.Conservation_Target_ID, Key_Factor.Key_Factor_Name, Key_Factor.Key_Factor_Description, Key_Factor.Key_Factor_Source, [category], [ID] FROM Key_Factor; )X]?~X:  a ;  f H * z \  o Q r T  ^@"E' q0r1kM/9sU7A#F  GF F GESensitivities Weight LUTAAA E  GE E GDSensitivities Weight LUTAAA D  GD D GCSensitivities Weight LUTAAA C  GC C GBSensitivities Weight LUTAAA B  GB B GASensitivities Weight LUTAAA A  GA A G@Sensitivities Weight LUTAAA @  G@ @ G?([__ID] = Species_ID)4 '?Data_GapsSpecies11# ?  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JhoJmYM+J`fWYLYJb+hoQivJhoJmYM+MiJvSYkW+hoQivJhoJmYM+SYkW+hoQivJhoJmYM+WJLYmJmJhoJmYM+WJLYmJm+^omJhoJmYM+WJLYmJm+miJbk^JmQOJhoJmYM+YbqQimQLiJmQ+hoQivJhoJmYM+mWiQJmk+JbO+kdoiMQkLYiOiQfdimJO;LYiOiQfdimQd;LYiOiQfdimfx;LYiO+hoQivMJ+MJmQUdiv+^omMYmJmYdbkMdbkQiqJmYdbJMmYdbkMdiQkMdbkQiqJmYdb+JMmYdbkOJmJ+UJfkQMdLJkYbQMdLJkYbMidkksJ^\ QMdLJkYbYbOYMJmdi!QMdLJkYbkMdiQk"QMdLJkYb+^om#`kvkJMQk`kvkdL[QMmk`kvkhoQiYQk`kvkiQ^JmYdbkWYfkJMMQkk^Jvdom`kvkOLko``JivYbSdokQiOQSYbQONd0pR& ~ T  ] $ g I + i =   I + y9~<$j@{7w|:Fb D@ gb D@ gb S_Rank_LUT.Description5 gb G_Rank_LUT.Description5 gb All_Species_Query.G_Rank7 gb All_Species_Query.S_Rank7 gb T@ gb All_Species_Query.Taxa5 gb B@ gb All_Species_Query.Common_Name< gb @ gbTrend_LUTAll_Species_Queryn@QE# bS_Rank_LUTAll_Species_QueryT@SG% bG_Rank_LUTAll_Species_QueryT@SG% bAll_Species_Query.Ozarks7 gbb@ gbZ@ gbL@ gb All_Species_Query.Ouachitas: gb B@ gb D@ gb D@ gb S_Rank_DescriptionS_Rank_LUT.DescriptionY55 obG_Rank_DescriptionG_Rank_LUT.DescriptionY55 obAll_Species_Query.G_Rank7 gbAll_Species_Query.S_Rank7 gbT@ gbAll_Species_Query.Taxa5 gbB@ gbAll_Species_Query.Common_Name< gbViability_Score@;// obAll_Species_Query333 bG_Rank_LUT%%% bS_Rank_LUT%%% bTrend_LUT### b b GaX7YZ_____2<@1% 7aX7YZ_____1ܨU1% 7a Ga  Ga a G`Species `  G` ` G_Species_and_Management=== _  G_ _ G^Species ^  G^ ^ G] [kf_weight]* g]Key_Factor.ID, g]Key_Factor.Category2 g]Key_Factor.Key_Factor_Source; g]B@ g]Key_Factor.Key_Factor_Name9 g]B@ g]Key_Factor%%% ] ] G\ [habitat_name]- '\Habitat \ G\ \ G[Guilds [  G[ [ GZ [weight]' gZH@  gZD@  gZGuild_and_Habitat_LUT;;; _'O Mk ? K ` @ @C% "@11 "@Ecobasin IndicatorrtMURRRFFFFFFFD @+]-@r=%"@EcoBasinrO1MU>>>22222220 @ a1@Inu@Data_Gapsri@@@@44444442 @G o@M@Conservation_Actionsr@VVVJJJJJJJH @wZ,@WƔP@Conservation Action Scoresr@`@nbbVVVVVVVT @^@N@CA_Category_LUTr@LLL@@@@@@@> @v@6e@Bird_Queryr@`@NBB66666664 @u3B*S@@Bird Report P-Zr @@XLL@@@@@@@> @tH3S@E@Bird Report E-Or< @@XLL@@@@@@@> @s5@me@Bird Report A-Dr @@XLL@@@@@@@> @r7YHu@] 5@Aquatic_Invertebrate_Queryr!MU`@nbbVVVVVVVT @qwxXU@~@Aquatic_Habitat_Translatedr@@nbbVVVVVVVT @C֡#@,ͺ@Aquatic_Habitat_LUTr@TTTHHHHHHHF @:Y@XU@Aquatic_Habitatr@LLL@@@@@@@> @pzXU@)@Aquatic_Fish_Queryr!MU`@^RRFFFFFFFD @n0u@J@Aquatic_Amphibian_Queryr@`@h\\PPPPPPPN @mgct@t{&@Aquatic/Terrestrial Reptile ReportrMU@~rrfffffffd @lƔ5W@7cu@Aquatic/Terrestrial Invertebrate Reportr @@||pppppppn @k!J)W@O4%@Aquatic/Terrestrial Insect Reportr>U@|ppdddddddb @iV@$@Aquatic/Terrestrial Crayfish Reportr>U@tthhhhhhhf @hCGt@2,@Aquatic/Terrestrial Amphibian Reportr>U@vvjjjjjjjh @gK~@SU@Aquatic Species - EcobasinsrY@@pddXXXXXXXV @fh-@:@Aquatic Invertebrate Reportr@@pddXXXXXXXV @dNڷ@.@Aquatic Crayfish Reportry>U@h\\PPPPPPPN @c0@S@Aquatic Amphibian Reportr @@j^^RRRRRRRP @b%^m@S@All_Species_Rankedr>U@^RRFFFFFFFD @a(i@SS@All_Species_QueryrY@`@\PPDDDDDDDB @LVALܨUSELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Habitats" as Element_Name, Species_and_Habitats_Weights_Translated.Habitat as Element, "" as Category, Species_and_Habitats_Weights_Translated.Description as Weight, Population_Trend FROM Species INNER JOIN Species_and_Habitats_Weights_Translated ON Species.ID = Species_and_Habitats_Weights_Translated.Species_ID UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Problems Faced" as Element_Name, Threat_text as Element, "Threat: " & Aquatic_Threats_And_Sources.Threat & " Source: " & Aquatic_Threats_And_Sources.Source as Category, "" as Weight, Population_Trend FROM Species INNER JOIN Aquatic_Threats_And_Sources ON Species.ID = Aquatic_Threats_And_Sources.Species_ID UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Data Gaps/Research Needs" as Element_Name, Data_Gaps.Data_Gaps as Elem" LVAL2 ent, "" as Category, "" as Weight, Population_Trend FROM Species INNER JOIN Data_Gaps ON Species.ID = Data_Gaps.Species_ID UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Conservation Actions" as Element_Name, Conservation_Actions.Conservation_Actions as Element, Conservation_Actions.CA_Category as Category, Conservation_Actions.Importance as Weight, Population_Trend FROM Species INNER JOIN Conservation_Actions on Species.ID = Conservation_Actions.Species_ID LVAL V ~ * `X|.~00v4FPS_Rank_LUT.S_Rank = Aquatic_Amphibian_Query.S_RankG_Rank_LUT.G_Rank = Aquatic_Amphibian_Query.G_RankAquatic_Amphibian_Query.PageOrderAquatic_Amphibian_Query.Population_Trend(([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625Aquatic_Amphibian_Query.Element_NameAquatic_Amphibian_Query.ResidenceAquatic_Amphibian_Query.Federal_StatusAquatic_Amphibian_Query.Mississippi_Valley_Loess_PlainsAquatic_Amphibian_Query.Mississippi_Alluvial_PlainsAquatic_Amphibian_Query.South_Central_PlainsAquatic_Amphibian_Query.OuachitasAquatic_Amphibian_Query.Arkansas_ValleyAquatic_Amphibian_Query.Boston_MountainsAquatic_Amphibian_Query.[Terrestrial or Aquatic]Aquatic_Amphibian_Query.Scientific_NameAquatic_Amphibian_Query.Common_Name((g_rank_lut.score_value+s_rank_lut.score_value)*[Trend_Multiplier])/0.2625All_Species_Query.Mississippi_Valley_Loess_PlainsAll_Species_Query.Mississippi_Alluvial_PlainsAll_Species_Query.South_Central_PlainsAll_Species_Query.Arkansas_ValleyAll_Species_Query.Boston_MountainsAll_Species_Query.Population_TrendAll_Species_Query.[Terrestrial or Aquatic]All_Species_Query.Scientific_Name((g_rank_lut.score_value+s_rank_lut.score_value)*[Trend_Multiplier])/0.2625Trend_LUT.Trend_Text=All_Species_Query.Population_TrendSELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Monitoring Strategies" as Element_Name, Monitoring.Monitoring_Strategy as Element, Monitoring.Monitoring_Category as Category, "" as Weight, Population_Trend FROM Species INNER JOIN Monitoring ON Species.ID = Monitoring.Species_IDFe;I u C  q ) k  w M # f  48x">f^,CqGd t@  gd l@  gd ^@  gd H@  gd T@ gdV@ gdF@ gdB@ gdB@ gdb@ gd![Aquatic_Crayfish_Query].[Taxa]> gdT@ gdL@ gdAquatic_Crayfish_Query=== dG_Rank_LUT%%% dS_Rank_LUT%%% dTrend_LUT### d d GcTrend_LUTAquatic_Amphibian_Query~@]Q# cS_Rank_LUTAquatic_Amphibian_Queryd@_S% cG_Rank_LUTAquatic_Amphibian_Queryd@_S% cAquatic_Amphibian_Query.team; gcB@ gcP@ gcViability_Score@;// ocS_Rank_LUTS_Rank_LUT.Score_ValueI%% ocS_Rank_DescriptionS_Rank_LUT.DescriptionY55 ocG_Rank_ValueG_Rank_LUT.Score_ValueM)) ocG_Rank_DescriptionG_Rank_LUT.DescriptionY55 oc Aquatic_Amphibian_Query.Weight= gc"Aquatic_Amphibian_Query.Category? gc!Aquatic_Amphibian_Query.Element> gcH@ gcB@ gc Aquatic_Amphibian_Query.Family= gcAquatic_Amphibian_Query.Order< gcAquatic_Amphibian_Query.Class< gcL@ gc Aquatic_Amphibian_Query.Ozarks= gc n@ gc f@ gc X@ gc B@ gc N@ gcP@ gc"Aquatic_Amphibian_Query.Comments? gc Aquatic_Amphibian_Query.G_Rank= gc Aquatic_Amphibian_Query.S_Rank= gc`@ gcAquatic_Amphibian_Query.Taxa; gcN@  gcF@  gcAquatic_Amphibian_Query??? cG_Rank_LUT%%% cS_Rank_LUT%%% cTrend_LUT### c Gc Gc c Gb d@  /b S_Rank_LUT.Score_Value5 gb G_Rank_LUT.Score_Value5 gb All_Species_Query.Ozarks7 gb b@  gb Z@  gb L@ gb All_Species_Query.Ouachitas: gb B@ gLVAL+6> ` f D h  N R .b 4t2Fh [Aquatic_Invertebrate_Query].[Scientific_Name][Aquatic_Invertebrate_Query].[Common_Name](((Aquatic_Fish_Query.Common_Name)="Paddlefish"))Trend_LUT.Trend_Text = Aquatic_Fish_Query.Population_TrendS_Rank_LUT.S_Rank = Aquatic_Fish_Query.S_RankG_Rank_LUT.G_Rank = Aquatic_Fish_Query.G_RankAquatic_Fish_Query.Population_Trend(([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625Aquatic_Fish_Query.Federal_StatusAquatic_Fish_Query.Mississippi_Valley_Loess_PlainsAquatic_Fish_Query.Mississippi_Alluvial_PlainsAquatic_Fish_Query.South_Central_PlainsAquatic_Fish_Query.Arkansas_ValleyAquatic_Fish_Query.Boston_MountainsAquatic_Fish_Query.[Terrestrial or Aquatic]Aquatic_Fish_Query.Scientific_Name[Trend_LUT].[Trend_Text]=[Aquatic_Crayfish_Query].[Population_Trend][S_Rank_LUT].[S_Rank]=[Aquatic_Crayfish_Query].[S_Rank][G_Rank_LUT].[G_Rank]=[Aquatic_Crayfish_Query].[G_Rank][Aquatic_Crayfish_Query].[PageOrder][Aquatic_Crayfish_Query].[Population_Trend](([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625[Aquatic_Crayfish_Query].[Weight][Aquatic_Crayfish_Query].[Category][Aquatic_Crayfish_Query].[Element][Aquatic_Crayfish_Query].[Element_Name][Aquatic_Crayfish_Query].[Residence][Aquatic_Crayfish_Query].[Family][Aquatic_Crayfish_Query].[Federal_Status][Aquatic_Crayfish_Query].[Ozarks][Aquatic_Crayfish_Query].[Mississippi_Valley_Loess_Plains][Aquatic_Crayfish_Query].[Mississippi_Alluvial_Plains][Aquatic_Crayfish_Query].[South_Central_Plains][Aquatic_Crayfish_Query].[Ouachitas][Aquatic_Crayfish_Query].[Arkansas_Valley][Aquatic_Crayfish_Query].[Boston_Mountains][Aquatic_Crayfish_Query].[Comments][Aquatic_Crayfish_Query].[G_Rank][Aquatic_Crayfish_Query].[S_Rank][Aquatic_Crayfish_Query].[Terrestrial or Aquatic][Aquatic_Crayfish_Query].[Scientific_Name][Aquatic_Crayfish_Query].[Common_Name]Trend_LUT.Trend_Text = Aquatic_Amphibian_Query.Population_TrendK=`lB P D  ; i K -  ]  d:i?yO X:H2x5eG_Rank_LUTAquatic_Fish_QueryZ@%UI% eAquatic_Fish_Query.team6 geAquatic_Fish_Query.PageOrder; geF@$ geViability_Score@#;// oeS_Rank_LUTS_Rank_LUT.Score_ValueI%% oeS_Rank_DescriptionS_Rank_LUT.DescriptionY55 oeG_Rank_ValueG_Rank_LUT.Score_ValueM)) oeG_Rank_DescriptionG_Rank_LUT.DescriptionY55 oeAquatic_Fish_Query.Weight8 geAquatic_Fish_Query.Category: geAquatic_Fish_Query.Element9 ge!Aquatic_Fish_Query.Element_Name> geAquatic_Fish_Query.Residence; geAquatic_Fish_Query.Family8 geAquatic_Fish_Query.Order7 geAquatic_Fish_Query.Class7 geB@" geAquatic_Fish_Query.Ozarks8 ge d@! ge \@  ge N@ ge Aquatic_Fish_Query.Ouachitas; ge D@ geF@ geAquatic_Fish_Query.Comments: geAquatic_Fish_Query.G_Rank8 geAquatic_Fish_Query.S_Rank8 geV@ geAquatic_Fish_Query.Taxa6 geD@ ge Aquatic_Fish_Query.Common_Name= geAquatic_Fish_Query555 eG_Rank_LUT%%% eS_Rank_LUT%%% eTrend_LUT### e Ge Ge e GdTrend_LUTAquatic_Crayfish_Query@[O# dS_Rank_LUTAquatic_Crayfish_Queryn@]Q% dG_Rank_LUTAquatic_Crayfish_Queryn@]Q% d![Aquatic_Crayfish_Query].[team]> gdH@ gdV@ gdViability_Score@;// odS_Rank_LUT[S_Rank_LUT].[Score_Value]M%% odS_Rank_Description[S_Rank_LUT].[Description]]55 odG_Rank_Value[G_Rank_LUT].[Score_Value]Q)) odG_Rank_Description[G_Rank_LUT].[Description]]55 odB@ gdF@ gdD@ gdN@ gdH@ gdB@ gd"[Aquatic_Crayfish_Query].[Order]? gd"[Aquatic_Crayfish_Query].[Class]? gdR@ gdB@  g$ @ @ @ @ @ @ @ @ @ @ @ @ @ @b2b3b4b5b6b 7b 8b 9b :b ;bb?b@bAbBb Cb Db Eb Fb Gb Hb Ib Jb  Kb  Lb  Mb  b  b b b b b b b b*c c c c cccccccccccc c c c c ccc c!c"c#c$c%c&c'c(c)c*c+c,c-c.c/c0c1c2c d3d5d6d7d8d9d:d;dd?d@d Ad Bd Cd Dd Ed d d d d d d d d d d d d d d d d d d d d d4e e e e e e e e e e e e !e "e #e $e  %e  &e  'e  (e  )e *e +e ,e -e .e /e 0e 1e 2e 3e 4e 5e 6e 7e 8e 9e :e ;e vD t J x N $ | R ( V , d X.hhJ,r3y[+qGuK!h j@% gh T@(# gh `@'# ghb@&# ghR@%# ghN@$# ghN@## ghn@"# ghJ@!# gh`@ # ghX@# ghSemi-Aquatic_Amphibian_QueryIII hG_Rank_LUT%%% hS_Rank_LUT%%% hTrend_LUT### h h Ggj@# 'gEcoBasinEcobasin Crosswalkp@#QE! gSpeciesEcoBasin"Species.ID = EcoBasin.Species_ID]/ gL@# ggEcoBasin.EcoBasin0 ggSpecies.Scientific_Name6 ggSpecies.Common_Name2 ggEcobasin Crosswalk555 gEcoBasin!!! gSpecies g Gg Gg g GfTrend_LUTAquatic_Invertebrate_Query@#cW# fS_Rank_LUTAquatic_Invertebrate_Queryv@#eY% fG_Rank_LUTAquatic_Invertebrate_Queryv@#eY% fF@# gfP@# gf^@# gfViability_Score@#;// ofS_Rank_LUT[S_Rank_LUT].[Score_Value]M%% ofS_Rank_Description[S_Rank_LUT].[Description]]55 ofG_Rank_Value[G_Rank_LUT].[Score_Value]Q)) ofG_Rank_Description[G_Rank_LUT].[Description]]55 ofJ@# gfN@# gfL@# gfV@# gfP@# gfJ@# gfH@# gfH@ # gfZ@ # gfJ@ # gf |@ # gf t@ # gf f@# gf P@# gf \@# gf^@# gfN@# gfJ@# gfJ@# gfj@# gfF@# gf\@* gfT@) gfAquatic_Invertebrate_QueryEEE fG_Rank_LUT%%% fS_Rank_LUT%%% fTrend_LUT### f f Geb@( 'eTrend_LUTAquatic_Fish_Queryt@'SG# eS_Rank_LUTAquatic_Fish_QueryZ@&UI% LVAL)Pn d  j " @ P  `l4rZ l V[Semi-Aquatic_Amphibian_Query].[Ouachitas][Semi-Aquatic_Amphibian_Query].[Arkansas_Valley][Semi-Aquatic_Amphibian_Query].[Boston_Mountains][Semi-Aquatic_Amphibian_Query].[Comments][Semi-Aquatic_Amphibian_Query].[G_Rank][Semi-Aquatic_Amphibian_Query].[S_Rank][Semi-Aquatic_Amphibian_Query].[Terrestrial or Aquatic][Semi-Aquatic_Amphibian_Query].[Taxa][Semi-Aquatic_Amphibian_Query].[Scientific_Name][Semi-Aquatic_Amphibian_Query].[Common_Name](((Species.[Terrestrial or Aquatic])<>"terrestrial"))EcoBasin.EcoBasin = [Ecobasin Crosswalk].[AGFC Ecobasin][Ecobasin Crosswalk].[Allens Ecobasin][Trend_LUT].[Trend_Text]=[Aquatic_Invertebrate_Query].[Population_Trend][S_Rank_LUT].[S_Rank]=[Aquatic_Invertebrate_Query].[S_Rank][G_Rank_LUT].[G_Rank]=[Aquatic_Invertebrate_Query].[G_Rank][Aquatic_Invertebrate_Query].[team][Aquatic_Invertebrate_Query].[PageOrder][Aquatic_Invertebrate_Query].[Population_Trend](([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625[Aquatic_Invertebrate_Query].[Weight][Aquatic_Invertebrate_Query].[Category][Aquatic_Invertebrate_Query].[Element][Aquatic_Invertebrate_Query].[Element_Name][Aquatic_Invertebrate_Query].[Residence][Aquatic_Invertebrate_Query].[Family][Aquatic_Invertebrate_Query].[Order][Aquatic_Invertebrate_Query].[Class][Aquatic_Invertebrate_Query].[Federal_Status][Aquatic_Invertebrate_Query].[Ozarks][Aquatic_Invertebrate_Query].[Mississippi_Valley_Loess_Plains][Aquatic_Invertebrate_Query].[Mississippi_Alluvial_Plains][Aquatic_Invertebrate_Query].[South_Central_Plains][Aquatic_Invertebrate_Query].[Ouachitas][Aquatic_Invertebrate_Query].[Arkansas_Valley][Aquatic_Invertebrate_Query].[Boston_Mountains][Aquatic_Invertebrate_Query].[Comments][Aquatic_Invertebrate_Query].[G_Rank][Aquatic_Invertebrate_Query].[S_Rank][Aquatic_Invertebrate_Query].[Terrestrial or Aquatic][Aquatic_Invertebrate_Query].[Taxa]!) @ @ @ @ @ @ @ @ @ @ @ @ @ @d d d d d d d d d d d d d d4e e e e e e e e e e e e !e "e #e $e  %e  &e  'e  (e  )e *e +e ,e -e .e /e 0e 1e 2e 3e 4e 5e 6e 7e 8e 9e :e ;e h"?h"@h"Ah"Bh"Ch"Dh"Eh"Fh "Gh "Hh "Ih &h &h&h&h&h&h&h&h&h& h& h& h& h& h&h&h&h&h&h&h&h&h&h":i&i&i&i&i&i&i&i&i& i&!i&"i&#i&$i&%i&&i &'i &(i &)i &*i &+i&,i&-i&.i&/i&0i&1i&2i&3i&4i&5i&6i&7i&8i&9i&:i&;i&i&?i&@i&j&Aj&Cj&Dj&Ej&Fj(j(j(j(j(j(j(j(j(j( j ( j ( j ( j&BLVAL)P Z ^  n f  N @PTR.l@T[Semi-Aquatic_Crayfish_Query].Element[Semi-Aquatic_Crayfish_Query].Element_Name[Semi-Aquatic_Crayfish_Query].Residence[Semi-Aquatic_Crayfish_Query].Family[Semi-Aquatic_Crayfish_Query].Order[Semi-Aquatic_Crayfish_Query].Class[Semi-Aquatic_Crayfish_Query].Federal_Status[Semi-Aquatic_Crayfish_Query].Ozarks[Semi-Aquatic_Crayfish_Query].Mississippi_Valley_Loess_Plains[Semi-Aquatic_Crayfish_Query].Mississippi_Alluvial_Plains[Semi-Aquatic_Crayfish_Query].South_Central_Plains[Semi-Aquatic_Crayfish_Query].Ouachitas[Semi-Aquatic_Crayfish_Query].Arkansas_Valley[Semi-Aquatic_Crayfish_Query].Boston_Mountains[Semi-Aquatic_Crayfish_Query].Comments[Semi-Aquatic_Crayfish_Query].G_Rank[Semi-Aquatic_Crayfish_Query].S_Rank[Semi-Aquatic_Crayfish_Query].[Terrestrial or Aquatic][Semi-Aquatic_Crayfish_Query].Taxa[Semi-Aquatic_Crayfish_Query].Scientific_Name[Semi-Aquatic_Crayfish_Query].Common_Name[Trend_LUT].[Trend_Text]=[Semi-Aquatic_Amphibian_Query].[Population_Trend][S_Rank_LUT].[S_Rank]=[Semi-Aquatic_Amphibian_Query].[S_Rank][G_Rank_LUT].[G_Rank]=[Semi-Aquatic_Amphibian_Query].[G_Rank][Semi-Aquatic_Amphibian_Query].[team][Semi-Aquatic_Amphibian_Query].[PageOrder][Semi-Aquatic_Amphibian_Query].[Population_Trend](([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625[Semi-Aquatic_Amphibian_Query].[Weight][Semi-Aquatic_Amphibian_Query].[Category][Semi-Aquatic_Amphibian_Query].[Element][Semi-Aquatic_Amphibian_Query].[Element_Name][Semi-Aquatic_Amphibian_Query].[Residence][Semi-Aquatic_Amphibian_Query].[Family][Semi-Aquatic_Amphibian_Query].[Order][Semi-Aquatic_Amphibian_Query].[Class][Semi-Aquatic_Amphibian_Query].[Federal_Status][Semi-Aquatic_Amphibian_Query].[Ozarks][Semi-Aquatic_Amphibian_Query].[Mississippi_Valley_Loess_Plains][Semi-Aquatic_Amphibian_Query].[Mississippi_Alluvial_Plains][Semi-Aquatic_Amphibian_Query].[South_Central_Plains]GX.\2 @ | 4 @ V 8  | J xN$|R(V,Z0p lBzvX:jS_Rank_LUT%%% jTrend_LUT### j Gj Gj j GiTrend_LUTSemi-Aquatic_Crayfish_Query@'eY# iS_Rank_LUTSemi-Aquatic_Crayfish_Queryp@'g[% iG_Rank_LUTSemi-Aquatic_Crayfish_Queryp@'g[% iD@' giN@' gi\@' giViability_Score@';// oiS_Rank_LUTS_Rank_LUT.Score_ValueI%% oiS_Rank_DescriptionS_Rank_LUT.DescriptionY55 oiG_Rank_ValueG_Rank_LUT.Score_ValueM)) oiG_Rank_DescriptionG_Rank_LUT.DescriptionY55 oiH@' giL@' giJ@(% giT@'% giN@&% giH@%% giF@$% giF@#% giX@"% giH@!% gi z@ % gi r@% gi d@% gi N@% gi Z@% gi\@% giL@% giH@% giH@% gil@% giD@% giZ@% giR@% giSemi-Aquatic_Crayfish_QueryGGG iG_Rank_LUT%%% iS_Rank_LUT%%% iTrend_LUT### i Gi Gi i GhTrend_LUTSemi-Aquatic_Amphibian_Query@%g[# hS_Rank_LUTSemi-Aquatic_Amphibian_Queryz@%i]% hG_Rank_LUTSemi-Aquatic_Amphibian_Queryz@%i]% hJ@% ghT@% ghb@% ghViability_Score@ %;// ohS_Rank_LUT[S_Rank_LUT].[Score_Value]M%% ohS_Rank_Description[S_Rank_LUT].[Description]]55 ohG_Rank_Value[G_Rank_LUT].[Score_Value]Q)) ohG_Rank_Description[G_Rank_LUT].[Description]]55 ohN@ % ghR@ % ghP@ % ghZ@ % ghT@% ghN@% ghL@% ghL@% gh^@% ghN@% gh @% gh x@% gLVAL*lj h n $ n * > x  p$^ hx08j[Semi-Aquatic_Insect_Query].Mississippi_Valley_Loess_Plains[Semi-Aquatic_Insect_Query].Mississippi_Alluvial_Plains[Semi-Aquatic_Insect_Query].South_Central_Plains[Semi-Aquatic_Insect_Query].Ouachitas[Semi-Aquatic_Insect_Query].Arkansas_Valley[Semi-Aquatic_Insect_Query].Boston_Mountains[Semi-Aquatic_Insect_Query].Comments[Semi-Aquatic_Insect_Query].G_Rank[Semi-Aquatic_Insect_Query].S_Rank[Semi-Aquatic_Insect_Query].[Terrestrial or Aquatic][Semi-Aquatic_Insect_Query].Scientific_Name[Semi-Aquatic_Insect_Query].Common_NameTrend_LUT.Trend_Text = [Semi-Aquatic_Fish_Query].Population_TrendS_Rank_LUT.S_Rank = [Semi-Aquatic_Fish_Query].S_RankG_Rank_LUT.G_Rank = [Semi-Aquatic_Fish_Query].G_Rank[Semi-Aquatic_Fish_Query].PageOrder[Semi-Aquatic_Fish_Query].Population_Trend(([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625[Semi-Aquatic_Fish_Query].Category[Semi-Aquatic_Fish_Query].Element[Semi-Aquatic_Fish_Query].Element_Name[Semi-Aquatic_Fish_Query].Residence[Semi-Aquatic_Fish_Query].Federal_Status[Semi-Aquatic_Fish_Query].Mississippi_Valley_Loess_Plains[Semi-Aquatic_Fish_Query].Mississippi_Alluvial_Plains[Semi-Aquatic_Fish_Query].South_Central_Plains[Semi-Aquatic_Fish_Query].Ouachitas[Semi-Aquatic_Fish_Query].Arkansas_Valley[Semi-Aquatic_Fish_Query].Boston_Mountains[Semi-Aquatic_Fish_Query].Comments[Semi-Aquatic_Fish_Query].[Terrestrial or Aquatic][Semi-Aquatic_Fish_Query].Scientific_Name[Semi-Aquatic_Fish_Query].Common_NameTrend_LUT.Trend_Text = [Semi-Aquatic_Crayfish_Query].Population_TrendS_Rank_LUT.S_Rank = [Semi-Aquatic_Crayfish_Query].S_RankG_Rank_LUT.G_Rank = [Semi-Aquatic_Crayfish_Query].G_Rank[Semi-Aquatic_Crayfish_Query].team[Semi-Aquatic_Crayfish_Query].PageOrder[Semi-Aquatic_Crayfish_Query].Population_Trend(([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625[Semi-Aquatic_Crayfish_Query].Weight[Semi-Aquatic_Crayfish_Query].CategoryFX.n" z P & ; z P & J 4 Nv d2\h>lBpFbkS_Rank_DescriptionS_Rank_LUT.DescriptionY55 okG_Rank_ValueG_Rank_LUT.Score_ValueM)) okG_Rank_DescriptionG_Rank_LUT.DescriptionY55 okD@ * gkH@* gkF@* gkP@* gkJ@* gkD@* gkB@* gkB@* gkT@* gkD@* gk v@)' gk n@(' gk `@'' gk J@&' gk V@%' gkX@$' gkH@#' gkD@"' gkD@!' gkh@ ' gk"[Semi-Aquatic_Insect_Query].Taxa? gkV@' gkN@' gkSemi-Aquatic_Insect_QueryCCC kG_Rank_LUT%%% kS_Rank_LUT%%% kTrend_LUT### k Gk Gk k GjTrend_LUTSemi-Aquatic_Fish_Query@']Q# jS_Rank_LUTSemi-Aquatic_Fish_Queryh@'_S% jG_Rank_LUTSemi-Aquatic_Fish_Queryh@'_S% j [Semi-Aquatic_Fish_Query].team= gjF@' gjT@' gjViability_Score@';// ojS_Rank_LUTS_Rank_LUT.Score_ValueI%% ojS_Rank_DescriptionS_Rank_LUT.DescriptionY55 ojG_Rank_ValueG_Rank_LUT.Score_ValueM)) ojG_Rank_DescriptionG_Rank_LUT.DescriptionY55 oj"[Semi-Aquatic_Fish_Query].Weight? gjD@' gjB@' gjL@' gjF@' gj"[Semi-Aquatic_Fish_Query].Family? gj![Semi-Aquatic_Fish_Query].Order> gj![Semi-Aquatic_Fish_Query].Class> gjP@' gj"[Semi-Aquatic_Fish_Query].Ozarks? gj r@' gj j@' gj \@' gj F@' gj R@' gjT@ ' gjD@ ' gj"[Semi-Aquatic_Fish_Query].G_Rank? gj"[Semi-Aquatic_Fish_Query].S_Rank? gjd@ ' gj [Semi-Aquatic_Fish_Query].Taxa= gjR@ ' gjJ@ ' gjSemi-Aquatic_Fish_Query??? jG_Rank_LUT%%% $- @ @ @ @ @ @ @ @ @ @ @ @ @ @g"5g"6g"7g"8g",h"9h";h"h"?h"@h"Ah"Bh"Ch"Dh"Eh"Fh "Gh "Hh "Ih &h &h&h&h&h&h&h&h&h& h& h& h& h& h&h&h&h&h&h&h&h&h&h":i&i&i&i&i&i&i&i&i& i&!i&"i&#i&$i&%i&&i &'i &(i &)i &*i &+i&,i&-i&.i&/i&0i&1i&2i&3i&4i&5i&6i&7i&8i&9i&:i&;i&i&?i&@i&j&Aj&Cj&Dj&Ej&Fj(j(j(j(j(j(j(j(j(j( j ( j ( j ( j ( j (j(j(j(j(j(j(j(j(j(j(j(j(j(j(j(j(j(j( j(!j("j(#j&Bk($k(&k('k((k()k(*k(+k(,k(-k(.k(/k(0k(1k(2k(3k (4k (5k (6k (7k (8k(9k(:k(;k(k(?k(@k(Ak(Bk(Ck(Dk(Ek+k+k+k+k+k+k+k+k(%l+l+ l+ l+ l+ l+l+l+l+l+l+l+l+l+l+l +l +l +l +l +l+l+l+l+ l+!l+"l+#l+$l+%l+&l+'l+(l+)l+*l++l+,l+-l+.l+/l+0l+ LVAL)h&V x 4 6  4  rXJNLVL[Semi-Aquatic_Invertebrate_Query].Population_Trend(([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625[Semi-Aquatic_Invertebrate_Query].Weight[Semi-Aquatic_Invertebrate_Query].Category[Semi-Aquatic_Invertebrate_Query].Element[Semi-Aquatic_Invertebrate_Query].Element_Name[Semi-Aquatic_Invertebrate_Query].Residence[Semi-Aquatic_Invertebrate_Query].Family[Semi-Aquatic_Invertebrate_Query].Order[Semi-Aquatic_Invertebrate_Query].Class[Semi-Aquatic_Invertebrate_Query].Federal_Status[Semi-Aquatic_Invertebrate_Query].Ozarks[Semi-Aquatic_Invertebrate_Query].Mississippi_Valley_Loess_Plains[Semi-Aquatic_Invertebrate_Query].Mississippi_Alluvial_Plains[Semi-Aquatic_Invertebrate_Query].South_Central_Plains[Semi-Aquatic_Invertebrate_Query].Ouachitas[Semi-Aquatic_Invertebrate_Query].Arkansas_Valley[Semi-Aquatic_Invertebrate_Query].Boston_Mountains[Semi-Aquatic_Invertebrate_Query].Comments[Semi-Aquatic_Invertebrate_Query].G_Rank[Semi-Aquatic_Invertebrate_Query].S_Rank[Semi-Aquatic_Invertebrate_Query].[Terrestrial or Aquatic][Semi-Aquatic_Invertebrate_Query].Taxa[Semi-Aquatic_Invertebrate_Query].Scientific_Name[Semi-Aquatic_Invertebrate_Query].Common_NameTrend_LUT.Trend_Text = [Semi-Aquatic_Insect_Query].Population_TrendS_Rank_LUT.S_Rank = [Semi-Aquatic_Insect_Query].S_RankG_Rank_LUT.G_Rank = [Semi-Aquatic_Insect_Query].G_Rank[Semi-Aquatic_Insect_Query].PageOrder[Semi-Aquatic_Insect_Query].Population_Trend(([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625[Semi-Aquatic_Insect_Query].Weight[Semi-Aquatic_Insect_Query].Category[Semi-Aquatic_Insect_Query].Element[Semi-Aquatic_Insect_Query].Element_Name[Semi-Aquatic_Insect_Query].Residence[Semi-Aquatic_Insect_Query].Family[Semi-Aquatic_Insect_Query].Order[Semi-Aquatic_Insect_Query].Class[Semi-Aquatic_Insect_Query].Federal_Status[Semi-Aquatic_Insect_Query].OzarksIb8R t V 8  h d :  h >  l B  pF X. tV84 b8f<mV@, gmF@, gm x@, gm p@, gm b@, gm L@, gm X@ , gmZ@ , gmJ@ , gmF@ , gmF@ , gmj@, gmB@, gmX@, gmP@, gmSemi-Aquatic_Reptile_QueryEEE mG_Rank_LUT%%% mS_Rank_LUT%%% mTrend_LUT### m Gm Gm m GlTrend_LUTSemi-Aquatic_Invertebrate_Query@,ma# lS_Rank_LUTSemi-Aquatic_Invertebrate_Queryx@,oc% lG_Rank_LUTSemi-Aquatic_Invertebrate_Queryx@,oc% lL@, glV@, gld@(* glViability_Score@'*;// olS_Rank_LUTS_Rank_LUT.Score_ValueI%% olS_Rank_DescriptionS_Rank_LUT.DescriptionY55 olG_Rank_ValueG_Rank_LUT.Score_ValueM)) olG_Rank_DescriptionG_Rank_LUT.DescriptionY55 olP@&* glT@%* glR@$* gl\@#* glV@"* glP@!* glN@ * glN@* gl`@* glP@* gl @* gl z@* gl l@* gl V@* gl b@* gld@* glT@* glP@* glP@* glt@* glL@* glb@* glZ@* glSemi-Aquatic_Invertebrate_QueryOOO lG_Rank_LUT%%% lS_Rank_LUT%%% lTrend_LUT### l Gl Gl l GkTrend_LUTSemi-Aquatic_Insect_Query@*aU# kS_Rank_LUTSemi-Aquatic_Insect_Queryl@*cW% kG_Rank_LUTSemi-Aquatic_Insect_Queryl@ *cW% k"[Semi-Aquatic_Insect_Query].team? gkJ@ * gkX@ * gkViability_Score@ *;// okS_Rank_LUTS_Rank_LUT.Score_ValueI%% oLVAL*^n 4 B X R j $ Fb> B\l"S_Rank_LUT.S_Rank = Bird_Query.S_RankG_Rank_LUT.G_Rank = Bird_Query.G_Rank(([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625Bird_Query.Mississippi_Valley_Loess_PlainsBird_Query.Mississippi_Alluvial_PlainsBird_Query.[Terrestrial or Aquatic]Aquatic_Habitat.Weight = Weights_LUT.WeightTrend_LUT.Trend_Text = [Semi-Aquatic_Reptile_Query].Population_TrendS_Rank_LUT.S_Rank = [Semi-Aquatic_Reptile_Query].S_RankG_Rank_LUT.G_Rank = [Semi-Aquatic_Reptile_Query].G_Rank[Semi-Aquatic_Reptile_Query].team[Semi-Aquatic_Reptile_Query].PageOrder[Semi-Aquatic_Reptile_Query].Population_Trend(([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625[Semi-Aquatic_Reptile_Query].Weight[Semi-Aquatic_Reptile_Query].Category[Semi-Aquatic_Reptile_Query].Element[Semi-Aquatic_Reptile_Query].Element_Name[Semi-Aquatic_Reptile_Query].Residence[Semi-Aquatic_Reptile_Query].Family[Semi-Aquatic_Reptile_Query].Order[Semi-Aquatic_Reptile_Query].Class[Semi-Aquatic_Reptile_Query].Federal_Status[Semi-Aquatic_Reptile_Query].Ozarks[Semi-Aquatic_Reptile_Query].Mississippi_Valley_Loess_Plains[Semi-Aquatic_Reptile_Query].Mississippi_Alluvial_Plains[Semi-Aquatic_Reptile_Query].South_Central_Plains[Semi-Aquatic_Reptile_Query].Ouachitas[Semi-Aquatic_Reptile_Query].Arkansas_Valley[Semi-Aquatic_Reptile_Query].Boston_Mountains[Semi-Aquatic_Reptile_Query].Comments[Semi-Aquatic_Reptile_Query].G_Rank[Semi-Aquatic_Reptile_Query].S_Rank[Semi-Aquatic_Reptile_Query].[Terrestrial or Aquatic][Semi-Aquatic_Reptile_Query].Taxa[Semi-Aquatic_Reptile_Query].Scientific_Name[Semi-Aquatic_Reptile_Query].Common_NameTrend_LUT.Trend_Text = [Semi-Aquatic_Invertebrate_Query].Population_TrendS_Rank_LUT.S_Rank = [Semi-Aquatic_Invertebrate_Query].S_RankG_Rank_LUT.G_Rank = [Semi-Aquatic_Invertebrate_Query].G_Rank[Semi-Aquatic_Invertebrate_Query].team[Semi-Aquatic_Invertebrate_Query].PageOrder)} @ @ @ @ @ @ @ @ @ @ @ @ @ @j (j(j(j(j(j(j(j(j(j(j(j(j(j(j(j(j(j(j( j(!j("j(#j&Bk($k(&k('k((k()k(*k(+k(,k(-k(.k(/k(0k(1k(2k(3k (4k (5k (6k (7k (8k(9k(:k(;k(k(?k(@k(Ak(Bk(Ck(Dk(Ek+k+k+k+k+k+k+k+k(%l+l+ l+ l+ l+ l+l+l+l+l+l+l+l+l+l+l +l +l +l +l +l+l+l+l+ l+!l+"l+#l+$l+%l+&l+'l+(l+)l+*l++l+,l+-l+.l+/l+0l+1l+ m+2m+4m+5m+6m+7m+8m+9m+:m+;m+m+?m+@m+Am +Bm +Cm +Dm +Em +Fm+Gm+Hm.m.m.m.m.m.m.m.m.m. m. m. m. m. m.m.m.m.m.m+3n.n.n.n.n.n.o.o.o.o.o.o.p.p.!p."p.#p.$p. q.%q.'q.(q.)q.*q.+q.,q.-q..q./q.0q.1q.2q .3q.4q.&r.5r.7r.8r.9r.:r.6s.;s.=s.>s.?s.@s.As.Bs.Cs.Ds.Es.Fs.Gs.Hs.Is|s |s |s |s |s |s|s|s.<JX.J 4 n  d &  p 2  |> VJ AvX:dF(b u8sBird_Query.Comments2 gsBird_Query.G_Rank0 gsBird_Query.S_Rank0 gsF@$, gsBird_Query.Taxa. gsBird_Query.Scientific_Name9 gsBird_Query.Common_Name5 gsBird_Query%%% sG_Rank_LUT%%% sS_Rank_LUT%%% sTrend_LUT### s Gs Gs s GrX7YZ_____2 @91% 7rX7YZ_____1 F U1% 7r Gr  Gr r GqAquatic_HabitatWeights_LUTV@#,QE/ q WeightWeights_LUT.DescriptionB oqAquatic_Habitat.Headwater8 gqAquatic_Habitat.Large4 gqAquatic_Habitat.Medium5 gqAquatic_Habitat.Small4 gqAquatic_Habitat.Species_ID9 gqAquatic_Habitat.ID1 gqAquatic_Habitat.Habitat6 gqAquatic_Habitat.Formed_by8 gq Weights_LUT''' q Aquatic_Habitat/// q Gq Gq  q GpX7YZ_____2@91% 7pX7YZ_____16 U1% 7p Gp  Gp p GoX7YZ_____2@21% 7oX7YZ_____1 3 U1% 7o Go  Go o GnX7YZ_____2@21% 7nX7YZ_____1 / U1% 7n Gn  Gn n GmTrend_LUTSemi-Aquatic_Reptile_Query@",cW# mS_Rank_LUTSemi-Aquatic_Reptile_Queryn@!,eY% mG_Rank_LUTSemi-Aquatic_Reptile_Queryn@ ,eY% mB@, gmL@, gmZ@, gmViability_Score@,;// omS_Rank_LUTS_Rank_LUT.Score_ValueI%% omS_Rank_DescriptionS_Rank_LUT.DescriptionY55 omG_Rank_ValueG_Rank_LUT.Score_ValueM)) omG_Rank_DescriptionG_Rank_LUT.DescriptionY55 omF@, gmJ@, gmH@, gmR@, gmL@, gmF@, gmD@, gmD@, gLVAL U0SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Habitats" as Element_Name, iif(Formed_by is null,"Natural",Formed_by) & " " & Habitat & ": " & iif(Headwater = Yes,"Headwater","") & iif(Small = Yes, " - Small","") & iif(Medium = Yes," - Medium", "") & iif(Large = yes, " - Large", "") as Element, "" as Category, Aquatic_Habitat_Translated.Weight as Weight, Population_Trend,"2" as PageOrder, team FROM Species INNER JOIN Aquatic_Habitat_Translated ON Species.ID = Aquatic_Habitat_Translated.Species_ID Where taxa = "Amphibian" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Ecobasins" as Element_Name, Ecobasin as Element, "" as Category, "" as Weight, Population_Trend, "1" as PageOrder, team FROM Species INNER JOIN Ecobasin ON Species.ID = Ecobasin.Species_ID Where taxa = "Amphibian" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, SpecieLVAL1s.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Problems Faced" as Element_Name,"Threat: " & Aquatic_Threats_And_Sources.Threat & (Chr(13) & Chr(10)) & "Source: " & Aquatic_Threats_And_Sources.Source as Element, "" as Category, "" as Weight, Population_Trend, "3" as PageOrder,team FROM Species INNER JOIN Aquatic_Threats_And_Sources ON Species.ID = Aquatic_Threats_And_Sources.Species_ID Where taxa = "Amphibian" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Data Gaps/Research Needs" as Element_Name, Data_Gaps.Data_Gaps as Element, "" as Category, "" as Weight, Population_Trend, "4" as PageOrder,team FROM Species INNER JOIN Data_Gaps ON Species.ID = Data_Gaps.Species_ID Where taxa = "Amphibian" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Conservation Actions" as Element_Name, Conservation_Actions.Conservation_Actions as Element, Conservation_Actions.CA_Category as Category, Conservation_Actions.Importance as Weight, Population_Trend, "5" as PageOrder,team FROM Species INNER JOIN Conservation_Actions on Species.ID = Conservation_Actions.Species_ID Where taxa = "Amphibian" AND LVAL [Terrestrial or Aquatic] = "Aquatic" LVAL n(NTrend_LUT.Trend_Text = Bird_Query.Population_TrendS_Rank_LUT.S_Rank = Bird_Query.S_RankG_Rank_LUT.G_Rank = Bird_Query.G_Rank(([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625Bird_Query.Mississippi_Valley_Loess_PlainsBird_Query.Mississippi_Alluvial_PlainsBird_Query.[Terrestrial or Aquatic](((Bird_Query.Scientific_Name)<"E"))Trend_LUT.Trend_Text = Bird_Query.Population_TrendSELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Monitoring Strategies" as Element_Name, Monitoring.Monitoring_Strategy as Element, Monitoring.Monitoring_Category as Category, "" as Weight, Population_Trend, "6" as PageOrder,team FROM Species INNER JOIN Monitoring ON Species.ID = Monitoring.Species_ID Where taxa = "crayfish" AND [Terrestrial or Aquatic] = "Aquatic"SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Monitoring Strategies" as Element_Name, Monitoring.Monitoring_Strategy as Element, Monitoring.Monitoring_Category as Category, "" as Weight, Population_Trend, "6" as PageOrder,team FROM Species INNER JOIN Monitoring ON Species.ID = Monitoring.Species_ID Where taxa = "Amphibian" AND [Terrestrial or Aquatic] = "Aquatic"LVAL U4SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Habitats" as Element_Name, iif(Formed_by is null,"Natural",Formed_by) & " " & Habitat & ": " & iif(Headwater = Yes,"Headwater","") & iif(Small = Yes, " - Small","") & iif(Medium = Yes," - Medium", "") & iif(Large = yes, " - Large", "") as Element, "" as Category, Aquatic_Habitat_Translated.Weight as Weight, Population_Trend,"2" as PageOrder, team FROM Species INNER JOIN Aquatic_Habitat_Translated ON Species.ID = Aquatic_Habitat_Translated.Species_ID Where taxa = "Crayfish" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Ecobasins" as Element_Name, Ecobasin as Element, "" as Category, "" as Weight, Population_Trend, "1" as PageOrder, team FROM Species INNER JOIN Ecobasin ON Species.ID = Ecobasin.Species_ID Where taxa = "Crayfish" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.LVAL5Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Problems Faced" as Element_Name,"Threat: " & Aquatic_Threats_And_Sources.Threat & (Chr(13) & Chr(10)) & "Source: " & Aquatic_Threats_And_Sources.Source as Element, "" as Category, "" as Weight, Population_Trend, "3" as PageOrder,team FROM Species INNER JOIN Aquatic_Threats_And_Sources ON Species.ID = Aquatic_Threats_And_Sources.Species_ID Where taxa = "Crayfish" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Data Gaps/Research Needs" as Element_Name, Data_Gaps.Data_Gaps as Element, "" as Category, "" as Weight, Population_Trend, "4" as PageOrder,team FROM Species INNER JOIN Data_Gaps ON Species.ID = Data_Gaps.Species_ID Where taxa = "crayfish" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Conservation Actions" as Element_Name, Conservation_Actions.Conservation_Actions as Element, Conservation_Actions.CA_Category as Category, Conservation_Actions.Importance as Weight, Population_Trend, "5" as PageOrder,team FROM Species INNER JOIN Conservation_Actions on Species.ID = Conservation_Actions.Species_ID Where taxa = "crayfish" AND [TerLVALrestrial or Aquatic] = "Aquatic" LVAL U7SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Habitats" as Element_Name, iif(Formed_by is null,"Natural",Formed_by) & " " & Habitat & ": " & iif(Headwater = Yes,"Headwater","") & iif(Small = Yes, " - Small","") & iif(Medium = Yes," - Medium", "") & iif(Large = yes, " - Large", "") as Element, "" as Category, Aquatic_Habitat_Translated.Weight as Weight, Population_Trend,"2" as PageOrder, team FROM Species INNER JOIN Aquatic_Habitat_Translated ON Species.ID = Aquatic_Habitat_Translated.Species_ID Where taxa = "Fish" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Ecobasins" as Element_Name, Ecobasin as Element, "" as Category, "" as Weight, Population_Trend, "1" as PageOrder, team FROM Species INNER JOIN Ecobasin ON Species.ID = Ecobasin.Species_ID Where taxa = "Fish" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_LVAL8Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Problems Faced" as Element_Name,"Threat: " & Aquatic_Threats_And_Sources.Threat & (Chr(13) & Chr(10)) & "Source: " & Aquatic_Threats_And_Sources.Source as Element, "" as Category, "" as Weight, Population_Trend, "3" as PageOrder,team FROM Species INNER JOIN Aquatic_Threats_And_Sources ON Species.ID = Aquatic_Threats_And_Sources.Species_ID Where taxa = "Fish" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Data Gaps/Research Needs" as Element_Name, Data_Gaps.Data_Gaps as Element, "" as Category, "" as Weight, Population_Trend, "4" as PageOrder,team FROM Species INNER JOIN Data_Gaps ON Species.ID = Data_Gaps.Species_ID Where taxa = "Fish" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Conservation Actions" as Element_Name, Conservation_Actions.Conservation_Actions as Element, Conservation_Actions.CA_Category as Category, Conservation_Actions.Importance as Weight, Population_Trend, "5" as PageOrder,team FROM Species INNER JOIN Conservation_Actions on Species.ID = Conservation_Actions.Species_ID Where taxa = "Fish" AND [Terrestrial or Aquatic]LVAL = "Aquatic" LVAL  x2XTrend_LUT.Trend_Text = Bird_Query.Population_TrendS_Rank_LUT.S_Rank = Bird_Query.S_RankG_Rank_LUT.G_Rank = Bird_Query.G_Rank(([g_rank_lut].[score_value]+[s_rank_lut].[score_value])*[Trend_Multiplier])/0.2625Bird_Query.Mississippi_Valley_Loess_PlainsBird_Query.Mississippi_Alluvial_PlainsBird_Query.[Terrestrial or Aquatic](((Bird_Query.Scientific_Name)>="E" And (Bird_Query.Scientific_Name)<"P"))SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Monitoring Strategies" as Element_Name, Monitoring.Monitoring_Strategy as Element, Monitoring.Monitoring_Category as Category, "" as Weight, Population_Trend, "6" as PageOrder,team FROM Species INNER JOIN Monitoring ON Species.ID = Monitoring.Species_ID Where taxa = "Invertebrate - other" AND [Terrestrial or Aquatic] = "Aquatic"SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Monitoring Strategies" as Element_Name, Monitoring.Monitoring_Strategy as Element, Monitoring.Monitoring_Category as Category, "" as Weight, Population_Trend, "6" as PageOrder,team FROM Species INNER JOIN Monitoring ON Species.ID = Monitoring.Species_ID Where taxa = "Fish" AND [Terrestrial or Aquatic] = "Aquatic"z ~Y EN  ;;    Y d Y dY Y Y Y Y Y Y Formed_byHabitat WeightIDSpecies_ID Small Medium LargeHeadwater4e4e;Ae44e4e;Be4YYIDSpecies_IDv1:rfI+oP0 o Q 2  y Z :  y Z :  g 0  z O 0  mO0y[<uU7kEz\1 rS5wY9lN. }Pool |Riffle {Pool zNaturalOxbow - disconnected-? yOther xPool wShoal vRun uRun~ tRiffle~ sPool rRun qOxbow - disconnected$~ pOxbow - connected!~ oSwamp/Wetlands~ nSlough~ mPool~ lShoal kPool jPool> iRiffle> hRun> gSlough fSide channel eMan-madePelagic! dPool cNaturalPool bMan-madePelagic! aSlough 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'{Man-madeLittoral"? &{Other %{Oxbow - connected! ${Side channel #{Slough "{Pool !DShoal  DRun DPool |Side channel |Shoal |Pool |Run |Riffle 8Shoal 8Glide 8Pool 8Run 8Riffle 7Side channel 7Shoal 7Pool 7Run 7Riffle 4Pool~ 4Run~  1Slough  1Pool:                                                                                                                                   <<< <<<<<<< < < < < <<<<<<<< <!<"<#<$<%<&<'<(<)<+< ,<3@<4A<5B<6C<7D<8E<9F<:G<;H<<I<=J<>K=?=@=A=B=C=D=E=F=G=H=I=J=K=L=M=N=O=P=Q=R=S=T=U=V=W=X=Y=Z=[=\=]=^=_=`=a=b=c=d=e=f=g=h=i=j=k=l=m=n=o=p>>>>>>>>>> > > > > >>>>>>>> > > > >>>>>>>> >!>">#>$>%>&>'>(>)>*>+ >,!>-">.#>/$>0%>1&>2'>3(>4)>5*>6+>7,>8->9.>:/>;0><1>=2>>3>?4>@5>A6>B7>C8>D9>EE>FF>GL>HM>Id>Je>Kf>Lg>Mh>Ni>Oj>Pk>Ql>Rm>Sn>To>Up>Vq>Wr>Xs>Yt>Zu>[v>\w>]x>^y>_z>`{>a|>b}>c~>d>e>f>g>h>i>j>k>l>m>n>o>p>q>r>s>t?????????? ? ? ? ? ??????????????????? ?!?"?#?$?%?&?'?(?)?*?+?,?-?.?/?0?1?2?3?4?5?6?7?8?9?:?;?<?=?>???@?A?B?C?D?E?F?G?H?I?J?K?L?M?N?O?P?Q?R?S?T?U?V?W?X?Y?Z?[?\?]?^?_?`?a?b?c?d?e?f?g?h?i?j?k?l?m?n?o?p?q?r?s?t?u?v?w ?x ?y ?z @ @@@@@@@@@ @ @ @ @ @@@@@@ @!@"@#@$@%@&@'@(@)@*@+@,@ -@!.@"/@#0@$1@%2@&3@'4@(5@)6@*7@+8@,9@-:@.;@/<@0=@1>@2?@3@@4A@5B@6C@7D@8E@9???? ? ? ? ? ??????????????????? ?!?"?#?$?%?&?'?(?)?*?+?,?-?.?/?0?1?2?3?4?5?6?7?8:                                                                                                                                   <<<<<<<<<<< < < < < < < < < < < < < < <<<<@1@2@3@4=N=O=P>`>a>b>c>d>e>f>g>h>i>j>k>Y>Z>[>\????<?=?>???@?l?m?n#?S#?T#?U$?L$?M$?N$?O%?G%?H%?I%?J%?K&?B&?C&?D&?E&?F'?A(?](?^(?_(?`(?a)?b)?c)?d)?e)?f*? *? *? *? +?g+?h+?i+?j+?k,>],>^,>_.@ /?o/?p/?q/?r0?s0?t0?u0?v0?w1?x1?y1?z1@1@4@4@7@7@7@7@7@8@ 8@ 8@ 8@ 8@ <<<<<<<<D@D@D@i>Fi>Gl>Hl>Io=^o=_o=`E<_<`@.@/@0J>K>L=+=,=-=.=/=0=1=2=3=4=5=6=7=8=9=:=;=<===>=?=@=A=B=C=D=E=F=G=H=I=J=K=L=M=Q=R=S=T=U=V=W=X=Y=Z=[=\=]=$=%=&='=)=*>->.>/&>0&>1(>2)>3K>CL>DN>=N>>O>?P>4P>@Q>5R>6U@9V><W>7X>8Y>AY>BZ>9Z>:[>;a?5a?6b?4c?3c@&d?/d?0d?1d?2e?-e?.f?+f?,g?)g?*h?$h?%h?&h?'h?(i?#j>mk?k?k?k?k?l?7l?8l?9l?:l?;m?m?m?m?m?n?o?Po?Qo?Rp? q?q?q? q?!q?"r?r?s>ts?s?s?s?t>qt>rt>su>nv?v?v?v?v?x?Vx?Wx?Xx?Yx?Zx?[x?\y@y@z@z@%{@{@{@{@{@{@{@|@|@|@|@|@~>O~>P~>Q~>R~>S>T>U>V>W>X=(=a=b=c=d>p@!@">o@#@$>l@'@(@)"=e"=f"=g"=h"=i"=j"=k"=l"=m"=n"=o"=p">">">">">">">">">"> "> "> "> "> ">">">">">">">">">">">">">">">">">">"> ">!">"">#">$">%">&">'">(">)">*">+">,"@*"@+"@,"@-">M">N[>;a?5a?6b?4c?3c@&d?/d?0d?1d?2e?-e?.f?+f?,g?)g?*h?$h?%h?&h?'h?(i?#j>mk?k?k?k?k?l?7l?8l?9l?:l?;m?m?m?m?m?n?o?Po?Qo?Rp? q?q?q? q?!q?"r?r?s>tkY`ux NDD Y d Y dHabitatTypedv  Cv\7pL! Oxbow - disconnectedLentic Swamp/WetlandsSwamp/Wetlands"GroundwaterSubsurfaceSeepSubsurfaceSpring RunSubsurfaceCave StreamSubsurfaceGlideLotic RunLoticRiffleLotic OtherLotic Oxbow - connectedLoticSloughLotic ShoalLotic Side channelLoticPoolLoticPelagicLentic LittoralLentic LVAL UGSELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Habitats" as Element_Name, iif(Formed_by is null,"Natural",Formed_by) & " " & Habitat & ": " & iif(Headwater = Yes,"Headwater","") & iif(Small = Yes, " - Small","") & iif(Medium = Yes," - Medium", "") & iif(Large = yes, " - Large", "") as Element, "" as Category, Aquatic_Habitat_Translated.Weight as Weight, Population_Trend,"2" as PageOrder, team FROM Species INNER JOIN Aquatic_Habitat_Translated ON Species.ID = Aquatic_Habitat_Translated.Species_ID Where taxa = "Invertebrate - Other" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Ecobasins" as Element_Name, Ecobasin as Element, "" as Category, "" as Weight, Population_Trend, "1" as PageOrder, team FROM Species INNER JOIN Ecobasin ON Species.ID = Ecobasin.Species_ID Where taxa = "Invertebrate - other" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, LVALHSpecies.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Problems Faced" as Element_Name,"Threat: " & Aquatic_Threats_And_Sources.Threat & (Chr(13) & Chr(10)) & "Source: " & Aquatic_Threats_And_Sources.Source as Element, "" as Category, "" as Weight, Population_Trend, "3" as PageOrder,team FROM Species INNER JOIN Aquatic_Threats_And_Sources ON Species.ID = Aquatic_Threats_And_Sources.Species_ID Where taxa = "Invertebrate - other" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Data Gaps/Research Needs" as Element_Name, Data_Gaps.Data_Gaps as Element, "" as Category, "" as Weight, Population_Trend, "4" as PageOrder,team FROM Species INNER JOIN Data_Gaps ON Species.ID = Data_Gaps.Species_ID Where taxa = "Invertebrate - other" AND [Terrestrial or Aquatic] = "Aquatic" UNION ALL SELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Conservation Actions" as Element_Name, Conservation_Actions.Conservation_Actions as Element, Conservation_Actions.CA_Category as Category, Conservation_Actions.Importance as Weight, Population_Trend, "5" as PageOrder,team FROM Species INNER JOIN Conservation_Actions on Species.ID = Conservation_Action0LVAL@s.Species_ID Where taxa = "Invertebrate - other" AND [Terrestrial or Aquatic] = "Aquatic"  ^YNJJr Y `Y Y  Y d Y  ThreatIDSpecies_ID SourceThreat_TextrrJsrrrJvrrrJyrYYYIDPrimaryKeySpecies_IDJJv1b8@ Rj!IEq.L  I  r ? { C  S  w J  Oy@ d1Qe2F|>LMSedimentationGrazing"" LSedimentationUrban development,, KHabitat destructionDam$$ JHabitat destructionChannel alteration33 IHydrological alterationDam((# HHydrological alterationChannel alteration77# GHabitat destructionChannel maintenance44 FHabitat destructionChannel alteration33 EData GapData Gap DHydrological alterationWater diversion44# CSedimentationChannel maintenance.. BSedimentationDam ABiological alterationCommercial harvest55! @Habitat destructionChannel alteration33 ?Habitat destructionChannel maintenance44 >Habitat destructionDam$$ =Hydrological alterationDam((# <Hydrological alterationDam((# ;Biological alterationCommercial harvest55! :Biological alterationCrossbreeding00! 9Habitat destructionChannel alteration33 8Habitat destructionChannel maintenance44 7Habitat destructionDam$$ 6Hydrological alterationDam((# 5Habitat destructionForestry activities44 4Habitat destructionGrazing(( 3Habitat destructionResource extraction44 2SedimentationResource extraction.. 1SedimentationGrazing"" 0SedimentationRoad construction,, /SedimentationResource extraction.. .SedimentationRoad construction,, -SedimentationGrazing"" ,Habitat destructionGrazing(( +Habitat destructionResource extraction44 *SedimentationConfined animal operations55 )Habitat destructionCrop production practices:: (Habitat destructionChannel maintenance44 'SedimentationRoad construction,, &SedimentationGrazing"" %SedimentationResource extraction.. $Unknown  UnknownMore information is needed.< Habitat destructionChannel alteration33 Hydrological alterationWater diversion44# Hydrological alterationDam((# Habitat destructionChannel alteration33 Biological alterationCommercial harvest55! Biological alterationRecreation--! Hydrological alterationWater diversion44# Hydrological alterationChannel maintenance88# Hydrological alterationChannel alteration77# Hydrological alterationDam((# Hydrological alterationDam((# Habitat destructionChannel maintenance44 SedimentationUnknown"" Biological alterationRecreation--! Chemical alterationConfined animal operations;; Chemical alterationUrban development22 Hydrological alterationWater diversion44#  Hydrological alterationUrban development66#  Nutrient loadingUrban development//  Nutrient loadingConfined animal operations88  Temperature alterationDam''"  Hydrological alterationDam((# Hydrological alterationChannel maintenance88# Sedimentationunknown"" Habitat destructionDam$$ Hydrological alterationDam((# IB< U S u <  ` ( h ) } @  FP[o6}N_ @ h+Habitat destructionChannel alteration33 Habitat destructionRoad construction22 Habitat destructionUrban development22 Habitat destructionDam$$ Nutrient loadingGrazing%% Nutrient loadingConfined animal operations88 Habitat destructionRecreation++ Hydrological alterationWater diversion44# Habitat destructionDam$$ SedimentationResource extraction.. SedimentationForestry activities.. Chemical alterationForestry activities44 Chemical alterationResource extraction44 Habitat destructionForestry activities44 Hydrological alterationDam((# Habitat destructionChannel alteration33 Habitat destructionDam$$ Habitat destructionResource extraction44 SedimentationRoad construction,, Nutrient loadingConfined animal operations88 SedimentationResource extraction.. SedimentationConfined animal operations55 SedimentationGrazing"" Habitat destructionResource extraction44 ~Biological alterationCommercial harvest55! }Habitat destructionChannel alteration33 |Chemical alterationResource extraction44 {SedimentationResource extraction.. zHabitat destructionForestry activities44 ySedimentationForestry activities.. xHabitat destructionResource extraction44 wHabitat destructionChannel maintenance44 vHabitat destructionResource extraction44 uHabitat destructionChannel alteration33 tHabitat destructionChannel maintenance44 sHabitat destructionResource extraction44 rHabitat destructionChannel alteration33 qHabitat destructionUrban development22 oHabitat destructionChannel alteration33 nHabitat destructionDam$$ mHabitat destructionResource extraction44 hHabitat destructionResource extraction44 gHabitat destructionRoad construction22 fHabitat destructionCrop production practices:: eHabitat destructionChannel alteration33 dSedimentationChannel alteration-- cSedimentationRoad construction,, bSedimentationCrop production practices44 aSedimentationResource extraction.. _SedimentationGrazing"" ^SedimentationForestry activities.. ]Habitat destructionRoad construction22 \Habitat destructionResource extraction44 [Habitat destructionDam$$ ZHydrological alterationDam((# XHydrological alterationChannel maintenance88# WHydrological alterationChannel alteration77# VHydrological alterationWater diversion44# UHabitat destructionChannel alteration33 THabitat destructionWater diversion00 SHabitat destructionResource extraction44 RHabitat destructionChannel alteration33 QHabitat destructionDam$$ PHydrological alterationResource extraction88# OHydrological alterationChannel alteration77# NHydrological alterationWater diversion44# JIAwDK  N  T !  P  d 1 Z  CvCh9[!d*S0p%Habitat destructionForestry activities@N@4 Habitat destructionForestry activities@N@4 jChemical alterationCrop production practices:: jHabitat destructionForestry activities@N@4 lNutrient loadingGrazing%% lNutrient loadingConfined animal operationsz@ND8 iSedimentationUrban development,, iSedimentationForestry activities.. iSedimentationGrazing"" iSedimentationRoad construction,, iChemical alterationMunicipal/Industrial point sourceBB iBiological alterationCommercial harvest55! iNutrient loadingMunicipal/Industrial point source?? iNutrient loadingUrban development// iNutrient loadingConfined animal operations88 iNutrient loadingGrazing%% iNutrient loadingMunicipal/Industrial point source?? iNutrient loadingUrban development// iNutrient loadingGrazing@N1% Habitat destructionForestry activities@N@4 Hydrological alterationDamNeed more information.L(# Habitat destructionDam$$ SedimentationForestry activities.. SedimentationRoad construction,, SedimentationGrazing"" Habitat destructionChannel alteration33 Habitat destructionGrazing(( SedimentationGrazing"" SedimentationChannel maintenance.. SedimentationRoad construction,, Nutrient loadingGrazing%% Nutrient loadingConfined animal operations88 SedimentationGrazing"" SedimentationRoad construction,, Habitat destructionGrazing(( Habitat destructionRoad construction22 Nutrient loadingGrazing%% Nutrient loadingConfined animal operations88 SedimentationGrazing"" SedimentationRoad construction,, Habitat destructionGrazing(( Habitat destructionRoad construction22 Habitat destructionChannel maintenance44 SedimentationRoad construction,, SedimentationForestry activities.. Habitat destructionDam$$ SedimentationGrazing"" Habitat destructionGrazing(( Hydrological alterationChannel alteration77# Hydrological alterationDam((# Habitat destructionCrop production practices:: Habitat destructionWater diversion00 Biological alterationExotic species11! Habitat destructionChannel alteration33 Hydrological alterationUrban development66# Nutrient loadingMunicipal/Industrial point source?? Habitat destructionGrazing(( Habitat destructionResource extraction44 Habitat destructionChannel alteration33 Habitat destructionRoad construction22 Habitat destructionUrban development22 Hydrological alterationUrban development66# Habitat destructionGrazing(( Habitat destructionResource extraction44 Nutrient loadingMunicipal/Industrial point source?? jLVALnf t 4 > jnPOTENTIAL PROBLEMS: Loss and degradation of forest habitat surrounding breeding. KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Habitat destruction KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Habitat destruction KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Habitat destruction, agricultural practices KNOWN PROBLEMS: Unknown.POTENTIAL PROBLEMS: Agricultural practices, habitat destruction/alteraion. KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Habitat destruction, agricultural practices KNOWN PROBLEMS: Habitat destruction, agricultural practices Sustained laser leveling and well drilling as supported by government agencies accelerates habitat destruction and loss.POTENTIAL PROBLEMS: Riparian or instream habitat loss, forestry practices, contaminents KNOWN PROBLEMS: Sedimentation, grazing practices, conversion of riparian forestsPOTENTIAL PROBLEMS: Habitat destruction, forestry practices KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Habitat destruction, forestry practices, airborne contaminants KNOWN PROBLEMS: Breeding site mass mortalityPOTENTIAL PROBLEMS: Habitat destruction KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Habitat destruction, agricultural practices KNOWN PROBLEMS: Habitat destruction, agricultural practicesPOTENTIAL PROBLEMS: Loss of wetland and swamp habitat KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Habitat destruction, forestry practices KNOWN PROBLEMS: UnknownLoss and degradation of forest habitat surrounding breeding pondsPOTENTIAL PROBLEMS: Habitat destruction, forestry practices, hydrologic alteration, gravel mining KNOWN PROBLEMS: Unknown.POTENTIAL PROBLEMS: Riparian or instream habitat loss, forestry practices, contaminents, urb an development KNOWN PROBLEMS: Sedimentation, grazing practices, conversion of riparian forestsKNOWN PROBLEMS: stream bank erosion, instream livestock waste, loss of riparian forest buffer, chemical alteration, nutrient loadingForestry practices and associated negative impacts pose greatest problem..I:d> B  ^ ! : Y  9 ZZy:\)Z0=M HAltered composition/structureFire suppressiont@PG;) FHabitat fragmentationUrban development@P@4! EExtraordinary competition for resourcesExotic species@POC3 DHabitat destructionForestry activitiesn@ P@4 ?Habitat destructionForestry activities@ P@4 =Habitat destructionForestry activitiesT@ P@4 <Habitat destruction or conversionCrop production practices@ PTH- ;Habitat destructionUrban developmentv@ P>2 8Extraordinary predation/parasitism/diseasePredation^@PMA6 6Habitat disturbanceRecreation" KNOWN PROBLEM: Nest disturbanceY+ Hydrological alterationDam((#  Habitat destructionDam@P0$  Habitat destructionDam$$  Habitat destructionDam$$ Habitat destructionDam$$ N@P @P  Hydrological alterationDam((#   SedimentationRoad construction,,   SedimentationResource extraction..  Habitat destructionDamL@P0$  <Hydrological alterationDam((# Habitat destructionForestry activities44 Habitat destructionCrop production practices@PF: Habitat destructionCrop production practices:: Habitat destructionForestry activities@P@4 Habitat destructionConversion of Riparian Forest>> SedimentationCrop production practices44 SedimentationForestry activities.. Habitat destructionResource extraction44 Hydrological alterationResource extraction@PD8# Habitat destructionCrop production practices:: Habitat destructionForestry activities@P@4 hHabitat destructionForestry activities@N@4 vHabitat destructionCrop production practices:: vHabitat destructionForestry activities~@N@4 uHabitat destructionCrop production practices:: tHabitat destructionForestry activities44 tHabitat destructionCrop production practices~@NF: sHabitat destructionCrop production practices@NF: rHabitat destructionCrop production practices@ NF: qChemical alterationCrop production practices:: qHabitat destructionCrop production practices@ NF: oChemical alterationUrban development22 oSedimentationRoad construction,, oNutrient loadingGrazing%% oNutrient loadingConfined animal operations88 oNutrient loadingUrban development// oHydrological alterationUrban developmentP@ NB6# lSedimentationUrban development,, lSedimentationGrazing"" kHabitat destructionForestry activities@ N@4 xToxins/contaminantsMunicipal/Industrial point sourceBB xHabitat destructionForestry activities@ N@4 &Habitat destructionUrban development22 &Habitat destructionCrop production practices~@NF: %Habitat destructionCrop production practices@NF: Habitat destructionForestry activities@N@4 LLVAL.  @ f Zdr80h KNOWN PROBLEM: Forest fragmentation, even-aged forest management, lack of small patches of shrub cover within mature forestsKNOWN PROBLEM: even-aged forest management causing lack of understory and midstory - loss of midseral stages interspersed with more mature woodlands.POTENTIAL PROBLEM: Mature forest loss from red oak borer destruction caused by fire suppressionKNOWN PROBLEM: Loss of forested wetlandsKNOWN PROBLEM: loss of mature/old growth un-evenaged forestsKNOWN PROBLEM: Loss of shrubby, early successional habitatKNOWN PROBLEM: Habitat fragmentation of extensive tracts of mature forest.POTENTIAL PROBLEM: Competition for nest sites with House Wrens, European Starlings, and House SparrowsKNOWN PROBLEM: Loss of mature pine habitat from loggingKNOWN PROBLEM: Loss of extensive, mature pine habitat that is open and parklike KNOWN PROBLEM: Loss of old growth forestsPOTENTIAL PROBLEM: Habitat loss due to conversion to agriculturePOTENTIAL PROBLEM: Habitat loss caused by urban developmentPOTENTIAL PROBLEM: Fire ant predation on chicksThreat: Habitat destruction Source: Dam Source: Resource extraction Threat: Hydrological alteration Source: Water diversion Threat: Sedimentation Source: Resource extraction Source: Forestry practicesData needed to determine problems facedAdditional data is needed to determine threats and sources of threats.Threat: Habitat Destruction Source: Dam Source: Resource extraction Threat: Sedimentation Source: Forestry activities Source: Road construction Source: Channel alteration Threat: Chemical alteration Source: Resource extraction Threat: Biological Alteration Source: PredationPOTENTIAL PROBLEMS: Wetland habitat loss KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Wetland habitat loss KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Contaminents, stream nutrient loading KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Wetland loss KNOWN PROBLEMS: Loss of swamps and other wetlands, commercial collection"I/n&- @ ? 7 Q c  ET q&|1P78THabitat destruction or conversionCrop production practicesD@STH- SChemical alterationParasites/pathogensN@S@4 RHabitat destruction or conversionConversion of Riparian Forest@SXL- QHydrological alterationWater diversion@S@4# PToxins/contaminantsCrop production practicesv@SF: OHydrological alterationWater diversion@S@4# NAltered composition/structureGrazingt@S>2) MHydrological alterationWater diversion@S@4# LHydrological alteration@S/## KHydrological alterationWater diversion@R@4# JHydrological alterationWater diversion@R@4# IHydrological alterationWater diversion@R@4# HHydrological alterationWater diversion@R@4# GHydrological alterationWater diversion@R@4# FHabitat destruction or conversionCrop production practicesD@RTH- EHydrological alterationWater diversion@R@4# DHydrological alterationUrban development@RB6# CHydrological alterationWater diversion@R@4# BHydrological alterationWater diversion@R@4# AHydrological alterationWater diversion@R@4# @Habitat destructionCrop production practices!KNOWN PROBLEM: Loss of wetlandsg: =Habitat destruction or conversionCrop production practicesKNOWN PROBLEM: Habitat lossqH- <Habitat destruction or conversionForestry activities@RNB- ;Habitat destruction or conversionCrop production practices^@RTH- :Extraordinary predation/parasitism/diseasePredationX@RMA6 9Extraordinary predation/parasitism/diseasePredationKNOWN PROBLEM: Nest failurejA6 8Toxins/contaminantsCrop production practicesv@RF: 7Habitat destruction or conversionCrop production practicesd@ RTH- 6Biological alterationT@ R-!! 5Habitat destruction or conversionUrban developmentp@ RL@- 4Habitat destruction or conversionCrop production practices!KNOWN PROBLEM: Loss of wetlandsuH- 3Extraordinary competition for resourcesConfined animal operationsR@ R[O3 1Extraordinary competition for resourcesf@ R?33 0~Habitat destruction or conversionCrop production practicesv@RTH- /}Habitat destruction or conversionCrop production practices^@RTH- .|Habitat destruction or conversionCrop production practicesn@RTH- -{Toxins/contaminantsCrop production practicesf@RF: ,zToxins/contaminantsCrop production practices^@RF: *UHabitat destructionCrop production practicesj@RF: )THydrological alterationWater diversion@R@4# (RHabitat destructionCrop production practicesX@RF: 'PHabitat destruction or conversionForestry activities@RNB- &OHabitat destructionForestry activities@P@4 $MAltered composition/structureForestry activities*@PJ>) #LHabitat destructionFire suppression@P=1 "KHabitat destructionWater diversionP@P<0 !IHabitat destructionForestry activitiesx@P@4 LVAL^X * ^ 0 l  : J@D:KNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alteration KNOWN PROBLEM: Loss of grasslandsKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEM: Loss of early succesional habitat and/or regeneration cutsKNOWN PROBLEM: Loss of undisturbed grassslandsKNOWN PROBLEM: Nest failure due to predationPOTENTIAL PROBLEM: Vulnerability to toxins and contaminantsKNOWN PROBLEM: Loss of wetlands due to agricultureKNOWN PROBLEM: Hybridization with mallardsPOTENTIAL PROBLEM: Lack of foraging habitat, developmentKNOWN PROBLEM: Conflicts with aquaculturePOTENTIAL PROBLEM: Competetion for breeding habitatKNOWN PROBLEM: Loss/degradation of wetland nesting habitatKNOWN PROBLEM: Loss of wetlands from conversionKNOWN PROBLEM: Lack of emergent marsh, lack of wetlandsPOTENTIAL PROBLEM: Poor water quality, contaminantsKNOWN PROBLEM: Poor water quality, contaminantsKNOWN PROBLEM: Lack of grassland with shrub componentKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEM: Habitat loss and degradation.KNOWN PROBLEM: Loss of shortleaf pine/bluestem communities from fire suppressionLVALR0 ^ > R 2\D@LhRoad construction/maintenance, application of chemical herbicidesRoad construction/maintenance, application of chemical herbicidesRoad construction/maintenance, application of chemical herbicidesWater quality degradation, disturbance of stream habitatsWater quality degradation, disturbance of stream habitatsWater quality degradation, disturbance of stream habitatsWater quality degradation, disturbance of stream habitatsWater quality degradation, disturbance of stream habitatsRoad construction/maintenance, application of chemical herbicides KNOWN PROBLEM: Loss of wooded wetlands.POTENTIAL PROBLEM: Replacement of three-awn grass (Aristida spp.) with bermuda at airportsKNOWN PROBLEM: Loss of mesic grasslands, succession due to lack of periodic disturbanceKNOWN PROBLEM: Habitat disturbance from heavy grazingKNOWN PROBLEM: Loss of grassland with shrub componentKNOWN PROBLEM: Loss of habitat due to fire suppressionKNOWN PROBLEM: Loss of midseral stage habitatKNOWN PROBLEM: Loss of riparian habitatKNOWN PROBLEM: Loss of early successional habitat primarily due to reduction of even-aged forest management.KNOWN PROBLEM: Loss of extensive early successional habitat with shrub componentKNOWN PROBLEM: Loss and degradation of seasonal wetland habitatsKNOWN PROBLEM: Loss of grassland with shrub component.KNOWN PROBLEM: Loss of grasslandsKNOWN PROBLEM: Lack of nesting cavitiesKNOWN PROBLEM: Population declines thought to be linked to habitat lossKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationPOTENTIAL PROBLEM: Vulnerability to toxins and contaminantsKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEMS: Lack of open areas containing short grass.KNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alterationKNOWN PROBLEM: Lack of mudflats during migration as a result of hydrological alteration5I3c] N  e  X  F i  (9Z&w6;&|[ Habitat destruction or conversionForestry activities@UNB- Habitat destruction or conversionForestry activities@UNB- f@U Habitat destruction or conversionCrop production practices@UTH- Habitat disturbanceForestry activities@U@4  oGroundwater depletionExcessive groundwater withdrawalCC! kHabitat destruction or conversionConversion of Riparian ForestLL- (Habitat destruction or conversionFire suppressionp@UK?- )Habitat destruction or conversionFire suppressionp@UK?- jHabitat destructionLandfill construction or operationCC Resource depletionCommercial harvest22 iResource depletionCommercial harvestCommercial collectingU2 Habitat destruction or conversionFire suppression@UK?- Habitat destruction or conversionForestry activities@UNB- Habitat destruction or conversionForestry activities@ UNB- {"Habitat disturbanceRoad construction@ U>2 z"Habitat disturbanceRoad construction@ U>2 y"Habitat disturbanceRoad construction@ U>2 x"Hydrological alterationUrban development@ UB6# w"Habitat disturbanceRoad construction@U>2 v"Habitat disturbanceRoad construction@U>2 u"Habitat disturbanceForestry activities@U@4 t"Riparian Habitat DestructionRoad constructionr@UG;( s"Toxins/contaminantsConfined animal operations@UG; r"Habitat destruction or conversionRoad construction@UL@- q"Hydrological alterationUrban development@UB6# p"SedimentationRoad construction@U8, o"Groundwater depletionExcessive groundwater withdrawal@UOC! n"Habitat destructionResource extraction@S@4 m"Habitat destructionRoad construction@S>2 l"Habitat destructionRoad construction@S>2 k"Habitat disturbanceRoad constructionr@S>2 j"SedimentationRoad constructionr@S8, i"SedimentationRoad constructionr@S8, h"SedimentationRoad constructionr@S8, g"SedimentationRecreationr@S1% f"Habitat destructionRoad construction@S>2 eHydrological alterationDam((# aHabitat destructionConversion of Riparian ForestP@SJ> `Habitat destruction or conversionExotic species@SI=- _Habitat destruction or conversionFire suppression@SK?- ]Habitat disturbanceGrazingj@S4( \Habitat destruction or conversionCrop production practicesj@STH- [Alteration of natural fire regimesFire suppressionl@SL@. ZHabitat destruction or conversionForestry activitiesZ@SNB- YExtraordinary competition for resourcesConversion of Riparian ForestN@ S^R3 XHabitat destructionForestry activities@ S@4 WAltered composition/structureFire suppression@ SG;) VHabitat disturbanceExcessive groundwater withdrawal@ SMA UAltered composition/structureDaml@ S:.) LVAL`| R 8 4 ^4hPOTENTIAL PROBLEMS: Habitat destruction, forestry practices KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Habitat destruction, forestry practices KNOWN PROBLEMS: UNKNOWNPOTENTIAL PROBLEMS: Habitat destruction, forestry practices KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: UNKNOWN KNOWN PROBLEMS: UNKNOWNPOTENTIAL PROBLEMS: Habitat loss KNOWN PROBLEMS: Fire suppression, lack of pine savannah habitatPOTENTIAL PROBLEMS: Habitat modification, forestry practices KNOWN PROBLEMS: Habitat modification, forestry practicesPOTENTIAL PROBLEMS: Habitat loss KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Habitat loss KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Commercial collection, habitat loss KNOWN PROBLEMS: Fire suppression, lack of suitable glade habitatPOTENTIAL PROBLEMS: Habitat modification, forestry practices, fire suppression KNOWN PROBLEMS:UnknownPOTENTIAL PROBLEMS: Habitat modification, forestry practices KNOWN PROBLEMS: UnknownRoad construction/maintenance, application of chemical herbicidesRoad construction/maintenance, application of chemical herbicidesRoad construction/maintenance, application of chemical herbicidesDevelopment/disturbance of cave habitat and recharge zone, groundwater contaminationRoad construction/maintenance, application of chemical herbicidesRoad construction/maintenance, application of chemical herbicidesDevelopment/disturbance of cave habitat and recharge zone, groundwater contaminationWater quality degradation, disturbance of stream habitatsDevelopment/disturbance of cave habitat and recharge zone, groundwater contaminationRoad construction/maintenance, application of chemical herbicidesRoad construction/maintenance, application of chemical herbicides, as well as timber harvesting that damages woodland swamps/temporary poolsWater quality degradation, disturbance of stream habitats, competition from introduced native crayfishForest management activies that impair water quality and damage stream habitats.I/\? k  Z @  hxGl#:7<]|Habitat disturbanceForestry activities@W@4 Habitat disturbanceForestry activities@W@4 Habitat disturbanceForestry activities@W@4 Habitat disturbanceForestry activities@W@4 Habitat disturbanceCommercial harvest@W?3 Resource depletionForestry activitiesv@W?3 Habitat destruction or conversionForestry activitiesv@WNB- Habitat destruction or conversionDamF@W>2- Habitat destruction or conversionForestry activitiesb@WNB- Alteration of natural fire regimesFire suppressionF@WL@. Habitat destruction or conversionDamLoss of sandbar habitat.X2- Habitat destruction or conversionDamF@W>2- Habitat destruction or conversionDamF@W>2-  Alteration of natural fire regimesFire suppressionN@WL@.  Habitat destruction or conversionDamF@W>2-  Habitat destruction or conversionDamF@W>2-  Habitat disturbanceUrban developmentr@ W>2  Habitat disturbanceUrban developmentr@ W>2 Habitat disturbanceUrban developmentr@ W>2 Habitat disturbanceForestry activities`@ W@4 SedimentationUrban developmentr@ W8, SedimentationUrban developmentr@W8, SedimentationUrban developmentDisturbance of cave habitatU, Habitat disturbanceForestry activities44 Habitat destruction or conversionRecreationz@WE9- SedimentationForestry activitiesWater quality degradation.V. Habitat disturbanceUrban developmentr@W>2 SedimentationUrban developmentWater quality degradationS, Toxins/contaminantsMunicipal/Industrial point sourceWater quality degradation.jB SedimentationUrban developmentWater quality degradationS, SedimentationUrban developmentWater quality degradationS, SedimentationUrban developmentWater quality degradationS, SedimentationUrban developmentWater quality degradationS, SedimentationUrban developmentWater quality degredationS, Habitat disturbanceForestry activities!Habitat degradation/disturbancea4 Habitat disturbanceForestry activities@W@4 Habitat destruction or conversionRoad constructionRoad construction maintenancek@- Habitat destruction or conversionForestry activitiesHabitat loss and degradation.mB- Habitat destruction or conversionUrban developmentHabitat destructiona@- Toxins/contaminantsMunicipal/Industrial point sourceWater quality degradation.jB Habitat destruction or conversionCrop production practices~@WTH- Habitat destruction or conversionFire suppression@WK?- & "Habitat destruction or conversionForestry activities@WNB- $Habitat destruction or conversionForestry activities@WNB- mHabitat destructionForestry activities@W@4 !Habitat destruction or conversionForestry activities@UNB- LVALZf F Z v  2 z4Zl\86Destruction/degradation of riparian habitat (pollution).Forestry practices that disturb litter layer and create xeric conditions.Forestry practices that disturb litter layer and create xeric conditions.Forestry practices that disturb litter layer and create xeric conditions.Forestry practices that disturb litter layer and create xeric conditions.Forestry practices that disturb litter layer and create xeric conditions.Forestry practices that reduce number of large, dead trees.Forestry practices that reduce number of large, dead trees.Loss of riverbank/sand bar habitat.This species prefers relatively mature forests. clear-cutting or other timber management practices that greatly open a stand could negatively impact populations of this species.Degredation of dry upland habitats.Loss of riverbank/sand bar habitat.Loss of riverbank/sand bar habitat.Fire suppression within glade habitats.Loss of riverbank/sand bar habitat.Loss of riverbank/sand bar habitat.Development/disturbance of cave habitat and recharge zoneDevelopment/disturbance of cave habitat and recharge zoneDevelopment/disturbance of cave habitat and recharge zoneDisturbed litter layer creates xeric conditions.Development/disturbance of cave habitat and recharge zoneDevelopment/disturbance of cave habitat and recharge zoneHabitat disturbance from recreational development/activities.Development/disturbance of cave habitat and recharge zoneHabitat disturbance that limits access to dead wood and creates xeric conditions.POTENTIAL PROBLEMS: Habitat destruction KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Loss of glade habitat, fire suppression KNOWN PROBLEMS: UnknownPOTENTIAL PROBLEMS: Habitat destruction, forestry practices KNOWN PROBLEMS: UNKNOWNPOTENTIAL PROBLEMS: Habitat destruction, forestry practices KNOWN PROBLEMS: UNKNOWNPOTENTIAL PROBLEMS: Habitat destruction, forestry practices KNOWN PROBLEMS: Unknown I)N; o 0 ~ 3 D q  HJZo34)wVSedimentationForestry activitiesT@Y:. UToxins/contaminantsMunicipal/Industrial point sourceT@YNB TToxins/contaminantsMunicipal/Industrial point sourceV@YNB SToxins/contaminantsMunicipal/Industrial point sourcep@YNB RToxins/contaminantsMunicipal/Industrial point sourceT@YNB QToxins/contaminantsMunicipal/Industrial point sourceT@YNB PToxins/contaminantsMunicipal/Industrial point sourceT@YNB OToxins/contaminantsMunicipal/Industrial point sourceT@YNB NToxins/contaminantsMunicipal/Industrial point sourceT@YNB MHabitat destruction or conversionGrazingP@YB6- LToxins/contaminantsMunicipal/Industrial point sourcep@YNB KToxins/contaminantsMunicipal/Industrial point sourceV@YNB JHabitat destruction or conversionCommercial/industrial developmentHabitat lossjP- IHabitat destruction or conversionForestry activitiesHabitat destructioncB- HAlteration of natural fire regimesFire suppressionFire suppression^@. FHabitat destruction or conversionConversion of Riparian ForestHabitat loss and degradation.wL- DHabitat destruction or conversionForestry activitiesHabitat degradationcB- CHabitat destruction or conversionConversion of Riparian ForestHabitat loss and degradation.wL- ?Habitat destruction or conversionConversion of Riparian ForestLoss of canebrake habitat.tL- >Habitat destruction or conversionConversion of Riparian ForestLoss of canebrake habitat.tL- <Habitat destruction or conversionConversion of Riparian ForestV@ YXL- :Habitat destruction or conversionConversion of Riparian Forest@ YXL- 8Habitat destruction or conversionConversion of Riparian Forest@ YXL- 7Habitat destruction or conversionCommercial/industrial developmentHabitat destructionqP- 6Alteration of natural fire regimesFire suppression@ YL@. .Habitat disturbanceForestry activities@ Y@4 -Habitat disturbanceGrazingDegradation of prairies.N( ,Habitat disturbanceForestry activities@Y@4 +Habitat disturbanceForestry activities@Y@4 *Toxins/contaminantsMunicipal/Industrial point sourcep@YNB )Toxins/contaminantsMunicipal/Industrial point sourceV@YNB (SedimentationForestry activities"Degradation of riparian habitat.\. 'Habitat destruction or conversionUrban developmentT@YL@- %Habitat destruction or conversionCommercial/industrial developmentLoss of prairie habitat.vP- $Habitat destruction or conversionCommercial/industrial developmentLoss of prairie habitat.vP- #Habitat disturbanceForestry activities@Y@4 "Habitat disturbanceForestry activities@Y@4 !Habitat destruction or conversionForestry activities@YNB-  Habitat destruction or conversionRecreationDisturbance of cave habitats.d9- Toxins/contaminantsMunicipal/Industrial point sourcep@YNB Toxins/contaminantsMunicipal/Industrial point sourcep@WNB LVAL l 0 . ` :t$|(fLlDevelopment/disturbance of cave habitat and recharge zone, groundwater contaminationDevelopment/disturbance of cave habitat and recharge zone, groundwater contaminationDestruction/degradation of riparian habitat (pollution).Destruction/degradation of riparian habitat (pollution).Degradation of stream habitats (pollution).Destruction/degradation of riparian habitat (pollution).Degradation of stream habitat (siltation).Degradation of stream habitats (pollution)Degradation of stream habitats (pollution).Destruction/degradation of riparian habitat (pollution).Degradation of stream habitats (pollution)Degradation of stream habitats (pollution)Degradation of stream habitats (pollution)Degradation of stream habitats (pollution)Degradation of stream habitats (Pollution)Loss and degradation of prairie habitat.Destruction/degradation of riparian habitat (pollution).Degradation of stream habitats (pollution).Loss/conversion of woodland stream habitat.Clearing and draining of bottomland forests and associated wetlands have greatly reduced the available habitat for this species.Clearing and draining of bottomland forests have greatly reduced the available habitat for this species.Fire suppression has had a negative impact on potential habitat.Timber harvesting that decreases available dead wood and leads to more xeric forest conditionsForestry practices that disturb litter layer and create xeric conditions.Forestry practices that disturb litter layer and create xeric conditions.Destruction/degradation of riparian habitat (pollution).Degradation of stream habitats (pollution).Loss and degradation of grassland habitat.Forestry practices that disturb litter layer and create xeric conditions.Forestry practices that disturb litter layer and create xeric conditions.Forestry practices that disturb litter layer and create xeric conditions.Destruction/degradation of riparian habitat (pollution).2I8N5 o $ - > { $ p F Mf<Z`~-wk,/Habitat destructionUrban development22 .Habitat destructionResource extraction44 -Habitat destructionForestry activities44 ,Nutrient loadingUrban development// +Nutrient loadingGrazing%% *Nutrient loadingConfined animal operations88 )Altered composition/structureConversion of Riparian Forestx@[TH) (Habitat destruction or conversionUrban developmentZ@[L@- 'Habitat destruction or conversionCrop production practices@[TH- &Habitat disturbanceCrop production practices@[F: $|Hydrological alterationWater diversionn@[@4# #Biological alterationb@[-!! "Habitat destruction or conversionCrop production practicesd@[TH- !Riparian Habitat DestructionUrban developmentP@[G;(  Habitat destruction or conversionCrop production practices@[TH- "Chemical alterationRoad construction`@[>2 "Habitat destruction or conversionRoad construction@@- USedimentationResource extractionV@ [:.  Unknown Habitat destruction or conversionCrop production practicesHabitat loss and conversion.rH- B Unknown  Unknown Habitat destruction or conversionUrban developmentx@ [L@-  Unknown  Unknown  Unknown [Habitat disturbanceRecreation++ Z Unknown Hydrological alterationDam((# YHabitat fragmentationConversion of Riparian ForestV@ [L@!  Unknown Habitat destruction or conversionUrban development!Urbanization with habitat loss.m@-  Unknown  Death caused by humansExcessive non-commercial harvest or collectionf@ [^R"  Habitat disturbanceRecreation Unknown@+  VHabitat fragmentationConversion of Riparian Forest@ [L@!  @[  Habitat disturbanceUrban developmentr@[>2 Hydrological alterationDamHydrological alterationsN(# Hydrological alterationDamHydrological alterationsN(# Toxins/contaminantsMunicipal/Industrial point sourceWater quality degradation.jB ^@[ Habitat disturbanceRecreationDisturbance of cave habitats.V+ Habitat disturbanceForestry activities@[@4 Habitat disturbanceForestry activities@[@4 Habitat disturbanceForestry activities@[@4 `Habitat disturbanceRecreation\@[7+ _@[ ^@[ ]@Y \@Y [SedimentationForestry activities"Degradation of riparian habitat.\. ZToxins/contaminantsMunicipal/Industrial point sourcep@YNB YToxins/contaminantsMunicipal/Industrial point sourcep@YNB XToxins/contaminantsMunicipal/Industrial point sourceV@YNB WToxins/contaminantsMunicipal/Industrial point sourcep@YNB zLVAL!XT 0 < " X $ n:j0^fn jKNOWN PROBLEM: Loss of early successional habitat and native warm season grassesKNOWN PROBLEM: Conversion to Fescue and Bermuda grassesKNOWN PROBLEM: Habitat fragmentationPOTENTIAL PROBLEM: Shoreline conversionPOTENTIAL PROBLEM: Shoreline conversionKNOWN PROBLEM: Pesticide/lead contaminationKNOWN PROBLEM: Avian Vacuolar MyelinopathyKNOWN PROBLEM: Predation by mesopredators Threat: Sedimentation Source: Resource extraction Source: Forestry practicesKNOWN PROBLEM: Lack of early successional bottomland forestsKNOWN PROBLEM: Habitat loss from urbanizationKNOWN PROBLEM: Habitat loss from conversion of grassland to croplandKNOWN PROBLEM: Habitat disturbance and nest failure from earlier and more frequent hayingKNOWN PROBLEM: Lack of emergent marsh, lack of wetlandsKNOWN PROBLEM: Dependency on supplemental feedingKNOWN PROBLEM: Loss of wetlands due to agriculturePOTENTIAL PROBLEM: Shoreline developmentKNOWN PROBLEM: Loss and degradation of seasonal wetland habitatsHerbicides associated with roadside maintenance.Degradation of stream habitats (siltation).Urbanization and habitat loss. Invasive non-native grasses.Fragmentation of habitat. Loss of habitat.Nuisance control by landowners. Restricted range.Fragmentation of habitat. Loss of habitat. Genetic diversity loss, Loss of old houses and wells.Development/disturbance of cave habitat and recharge zone, groundwater contaminationDevelopment/disturbance of cave habitat and recharge zoneWater quality degradation, siltation, pollutionDevelopment or activities that alter talus slopes where this species occursForestry practices that disturb litter layer and create xeric conditions.Forestry practices that disturb litter layer and create xeric conditions.Disturbance of cave habitat and recharge zone.Development/disturbance of cave habitat and recharge zone, groundwater contaminationDevelopment/disturbance of cave habitat and recharge zone, groundwater contamination*IEd'{K ~ ? j , O  p G  ^ ]->m6|It5Pt:^+tgHabitat destructionRecreation++ sgHabitat destructionGrazing(( rgNutrient loadingRecreation(( qgNutrient loadingGrazing%% pgNutrient loadingConfined animal operations88 ofHabitat destructionRecreation++ nfHabitat destructionGrazing(( mfNutrient loadingUrban development// lfNutrient loadingGrazing%% kfNutrient loadingConfined animal operations88 jeHabitat destructionRecreation++ ieHabitat destructionGrazing(( heNutrient loadingUrban development// geNutrient loadingGrazing%% feNutrient loadingConfined animal operations88 eSedimentationChannel alteration-- dSedimentationCrop production practices44 cSedimentationDam bHabitat destructionChannel alteration33 aHabitat destructionChannel maintenance44 `Habitat destructionDam$$ _Hydrological alterationDam((# ^Hydrological alterationGrazing,,# ]Hydrological alterationConfined animal operations??# \SedimentationForestry activities.. [SedimentationRoad construction,, ZHabitat destructionResource extraction44 YHabitat destructionGrazing(( XHabitat destructionDam$$ WNutrient loadingGrazing%% VNutrient loadingConfined animal operations88 UdHabitat destructionChannel alteration33 TdHabitat destructionChannel maintenance44 SdHabitat destructionDam$$ RdNutrient loadingGrazing%% QdNutrient loadingConfined animal operations88 PdHydrological alterationDam((# OHabitat destructionMunicipal/Industrial point sourceBB NHabitat destructionChannel alteration33 MHabitat destructionChannel maintenance44 LHydrological alterationWater diversion44# KHydrological alterationDam((# JSedimentationChannel alteration-- ISedimentationDam HHabitat destructionChannel alteration33 GHabitat destructionDam$$ FHydrological alterationWater diversion44# EHydrological alterationDam((# DcNo data available.* CbNo data available.* BBiological alterationPredation,,! ABiological alterationExotic species11! @Habitat destructionChannel alteration33 ?Habitat destructionChannel maintenance44 >Habitat destructionCrop production practices:: =Hydrological alterationCommercial/industrial developmentFF# <Hydrological alterationWater diversion44# ;aSedimentationRecreation%% :aSedimentationForestry activities.. 9aSedimentationGrazing"" 8aSedimentationRoad construction,, 7aNutrient loadingGrazing%% 6aNutrient loadingConfined animal operations88 5aHabitat destructionRecreation++ 4aHabitat destructionGrazing(( 3aHabitat destructionRoad construction22 2SedimentationChannel alteration-- 1SedimentationGrazing"" 0SedimentationRoad construction,, :IGZ+yD u @ d 5 X  o , X + b,tDs<Eg7_2}MuH(SedimentationResource extraction.. (SedimentationForestry activities.. (SedimentationGrazing"" (SedimentationRoad construction,, (Habitat destructionResource extraction44 (Habitat destructionGrazing(( (Habitat destructionDam$$ (Nutrient loadingGrazing%% (Nutrient loadingConfined animal operations88 lSedimentationResource extraction.. lSedimentationForestry activities.. lSedimentationGrazing"" lSedimentationRoad construction,, lHabitat destructionResource extraction44 lHabitat destructionGrazing(( lHabitat destructionDam$$ lNutrient loadingGrazing%% lNutrient loadingConfined animal operations88 kSedimentationUrban development,, kSedimentationGrazing"" kSedimentationRoad construction,, kNutrient loadingMunicipal/Industrial point source?? kNutrient loadingUrban development// kNutrient loadingGrazing%% kNutrient loadingConfined animal operations88 &SedimentationUrban development,, &SedimentationGrazing"" &SedimentationRoad construction,, &Nutrient loadingUrban development// &Nutrient loadingRecreation(( &Nutrient loadingGrazing%% &Nutrient loadingConfined animal operations88 %Nutrient loading %Nutrient loading %Nutrient loading $Chemical alterationRecreation++ $Chemical alterationMunicipal/Industrial point sourceBB $Chemical alterationUrban development22 $SedimentationCrop production practices44 $SedimentationGrazing"" $SedimentationRoad construction,, $Nutrient loadingUrban development// $Nutrient loadingRecreation(( $Nutrient loadingGrazing%% $Nutrient loadingConfined animal operations88 #SedimentationChannel alteration-- #SedimentationChannel maintenance.. #SedimentationForestry activities.. #SedimentationCrop production practices44 #SedimentationRoad construction,, #SedimentationDam #Habitat destructionChannel alteration33 #Habitat destructionChannel maintenance44 #Habitat destructionDam$$ #Hydrological alterationWater diversion44# #Hydrological alterationDam((# No data available.* .No data available.* pNo data available.* nNutrient loadingGrazing%% No data available.* ~No data available.* }'No data available.* |jNo data available.* {iNo data available.* zhHabitat destructionChannel alteration33 yhHabitat destructionChannel maintenance44 xhHabitat destructionDam$$ whNutrient loadingGrazing%% vhNutrient loadingConfined animal operations88 uhHydrological alterationDam((# IF^+O i :  h / Z  x 9 d - }Do0Z+s<Qp2]_rHabitat destructionChannel maintenance44 rHabitat destructionChannel alteration33 rHabitat destructionCrop production practices:: rHydrological alterationWater diversion44# rHydrological alterationChannel alteration77# qHabitat destructionChannel alteration33 qHabitat destructionChannel maintenance44 qHabitat destructionDam$$ qNutrient loadingGrazing%% qNutrient loadingConfined animal operations88 qHydrological alterationDam((# /Habitat destructionChannel alteration33 /Habitat destructionChannel maintenance44 /Habitat destructionDam$$ /Nutrient loadingGrazing%% /Nutrient loadingConfined animal operations88 /Hydrological alterationDam((# oBiological alterationCommercial harvest55! oSedimentationChannel maintenance.. oSedimentationCrop production practices44 oSedimentationRoad construction,, oHabitat destructionWater diversion00 oHabitat destructionChannel maintenance44 oHabitat destructionChannel alteration33 oHabitat destructionDam$$ ,SedimentationResource extraction.. ,SedimentationForestry activities.. ,SedimentationGrazing"" ,SedimentationRoad construction,, ,Habitat destructionResource extraction44 ,Habitat destructionGrazing(( ,Habitat destructionDam$$ ,Nutrient loadingGrazing%% ,Nutrient loadingConfined animal operations88 +SedimentationChannel maintenance.. +SedimentationChannel alteration-- +SedimentationForestry activities.. +SedimentationCrop production practices44 +SedimentationRoad construction,, +SedimentationDam +Habitat destructionChannel alteration33 +Habitat destructionChannel maintenance44 +Habitat destructionDam$$ +Hydrological alterationWater diversion44# +Hydrological alterationDam((# *SedimentationForestry activities.. *SedimentationRoad construction,, *Habitat destructionResource extraction44 *Habitat destructionGrazing(( *Habitat destructionDam$$ *Nutrient loadingGrazing%% *Nutrient loadingConfined animal operations88 )SedimentationForestry activities.. )SedimentationRoad construction,, )SedimentationDam )Habitat destructionResource extraction44 )Habitat destructionGrazing(( )Habitat destructionDam$$ )Nutrient loadingUrban development// )Nutrient loadingGrazing%% )Nutrient loadingConfined animal operations88 mSedimentationResource extraction.. mSedimentationForestry activities.. mSedimentationGrazing"" mSedimentationRoad construction,, mHabitat destructionResource extraction44 mHabitat destructionGrazing(( mHabitat destructionDam$$ mNutrient loadingGrazing%% mNutrient loadingConfined animal operations88 IEOP a " C  d 5 B ] . r7k2U&r3IxOg$SF4SedimentationForestry activities.. E4SedimentationGrazing"" D4SedimentationRoad construction,, C4Habitat destructionResource extraction44 B4Habitat destructionGrazing(( A4Habitat destructionDam$$ @4Nutrient loadingGrazing%% ?4Nutrient loadingConfined animal operations88 >vSedimentationResource extraction.. =vSedimentationForestry activities.. <vSedimentationCrop production practices44 ;vSedimentationRoad construction,, :vSedimentationDam 9vHabitat destructionResource extraction44 8vHabitat destructionGrazing(( 7vHabitat destructionDam$$ 6vNutrient loadingGrazing%% 5vNutrient loadingConfined animal operations88 4uNo data available.* 3DSedimentationChannel maintenance.. 2DSedimentationForestry activities.. 1DSedimentationCrop production practices44 0DSedimentationRoad construction,, /DHabitat destructionChannel maintenance44 .DHabitat destructionChannel alteration33 -DHabitat destructionDam$$ ,DHydrological alterationDam((# +1SedimentationResource extraction.. *1SedimentationChannel alteration-- )1SedimentationChannel maintenance.. (1SedimentationForestry activities.. '1SedimentationGrazing"" &1SedimentationCrop production practices44 %1SedimentationRoad construction,, $1SedimentationDam #1Habitat destructionWater diversion00 "1Habitat destructionResource extraction44 !1Habitat destructionChannel maintenance44  1Habitat destructionChannel alteration33 1Habitat destructionDam$$ 1Nutrient loadingConfined animal operations88 1Nutrient loadingGrazing%% tSedimentationChannel maintenance.. tSedimentationForestry activities.. tSedimentationCrop production practices44 tSedimentationRoad construction,, tHabitat destructionChannel maintenance44 tHabitat destructionChannel alteration33 tHabitat destructionDam$$ tHydrological alterationDam((# 0Habitat destructionChannel alteration33 0Habitat destructionChannel maintenance44 0Habitat destructionDam$$ 0Nutrient loadingConfined animal operations88 0Nutrient loadingGrazing%% 0Hydrological alterationDam((# sSedimentationChannel maintenance..  sSedimentationCrop production practices44  sSedimentationRoad construction,,  sHabitat destructionWater diversion00  sHabitat destructionChannel maintenance44  sHabitat destructionChannel alteration33 sHabitat destructionCrop production practices:: sHydrological alterationWater diversion44# sHydrological alterationChannel alteration77# rSedimentationChannel maintenance.. rSedimentationCrop production practices44 rSedimentationRoad construction,, rHabitat destructionWater diversion00 IFJu6  ^ % ~ C  O  ~ G  x 5  ]0{KzC@o8 V&Oq2Habitat destructionDam$$ Habitat destruction or conversionChannel alterationAA- Habitat destructionChannel maintenance44 SedimentationGrazing"" SedimentationCrop production practices44 |Habitat destructionResource extraction44 |Habitat destructionGrazing(( |SedimentationForestry activities.. |SedimentationGrazing"" |SedimentationRoad construction,, |Nutrient loadingUrban development// |Nutrient loadingGrazing%% |Nutrient loadingConfined animal operations88 8SedimentationResource extraction.. 8SedimentationForestry activities.. 8SedimentationGrazing"" ~8SedimentationRoad construction,, }8Habitat destructionResource extraction44 |8Habitat destructionGrazing(( {8Habitat destructionDam$$ z8Nutrient loadingGrazing%% y8Nutrient loadingConfined animal operations88 x7Chemical alterationRecreation++ w7Chemical alterationUrban development22 v7Chemical alterationMunicipal/Industrial point sourceBB u7SedimentationUrban development,, t7SedimentationGrazing"" s7SedimentationRoad construction,, r7Nutrient loadingUrban development// q7Nutrient loadingRecreation(( p7Nutrient loadingGrazing%% o7Nutrient loadingConfined animal operations88 nSedimentationResource extraction.. mSedimentationForestry activities.. lSedimentationGrazing"" kSedimentationRoad construction,, jHabitat destructionResource extraction44 iHabitat destructionGrazing(( hHabitat destructionDam$$ gNutrient loadingConfined animal operations88 fNutrient loadingGrazing%% e~SedimentationResource extraction.. d~SedimentationForestry activities.. c~SedimentationGrazing"" b~SedimentationRoad construction,, a~Habitat destructionResource extraction44 `~Habitat destructionGrazing(( _~Habitat destructionDam$$ ^~Nutrient loadingGrazing%% ]~Nutrient loadingConfined animal operations88 \{SedimentationResource extraction.. [{SedimentationForestry activities.. Z{SedimentationCrop production practices44 Y{Habitat destructionWater diversion00 X{Habitat destructionResource extraction44 W{Habitat destructionGrazing(( TzNo data available.* SySedimentationResource extraction.. RySedimentationForestry activities.. QySedimentationCrop production practices44 PySedimentationRoad construction,, OySedimentationDam NyHabitat destructionResource extraction44 MyHabitat destructionGrazing(( LyHabitat destructionDam$$ KxBiological alterationPredation,,! JxBiological alterationExotic species11! IxHabitat destructionChannel maintenance44 HxHabitat destructionChannel alteration33 G4SedimentationResource extraction..  I;DxH n 5 P  _ & o 6 Z  o< SAX[=QD8Habitat fragmentationFire suppression@h?3! 8Habitat destruction or conversionFire suppression@ [K?- 8Altered composition/structureExotic speciesn@[E9) 8Habitat fragmentationGrazingH@[6*! 8Habitat destruction or conversionCrop production practicesKNOWN PROBLEM: Habitat lossqH- 6Habitat disturbanceUrban developmentN@[>2 6Riparian Habitat DestructionUrban developmentN@[G;( 6Toxins/contaminantsCrop production practicesV@: 6Extraordinary predation/parasitism/diseaseParasites/pathogensT@[WK6 3Extraordinary predation/parasitism/diseasePredationR@[MA6 3Habitat disturbanceRecreation"KNOWN PROBLEM: Human disturbanceY+ 3Hydrological alterationChannel maintenance!KNOWN PROBLEM: Loss of sandbarse8# nNutrient loadingUrban development// Habitat destruction or conversionCrop production practicesHH- Biological alterationRestricted range in Arkansas??! VHabitat destruction or conversionConversion of Riparian ForestLL- Habitat destruction or conversionExotic species==- YHabitat destruction or conversionConversion of Riparian ForestLL- Biological alterationIncidental take22! Biological alterationCommercial harvest55! Habitat destructionChannel alteration33 Nutrient loadingMunicipal/Industrial point source?? SedimentationRoad construction,, SedimentationForestry activities.. Habitat destructionDam$$  Hydrological alterationDam((#  Hydrological alterationChannel alteration77#  SedimentationResource extraction..  SedimentationGrazing""  Hydrological alterationResource extraction88#  Hydrological alterationDam((#  SedimentationForestry activities..  SedimentationRoad construction,,  SedimentationForestry activities..  SedimentationResource extraction..  Hydrological alterationWater diversion44#  Habitat destructionResource extraction@[@4  SedimentationGrazing""  SedimentationForestry activities..  SedimentationRoad construction,, Nutrient loadingMunicipal/Industrial point source?? SedimentationRoad construction,, SedimentationForestry activities.. Biological alterationPredation,,! Chemical alterationResource extraction44 SedimentationChannel alteration-- SedimentationRoad construction,, SedimentationForestry activities.. Habitat destructionResource extraction44 <SedimentationUrban development,, <SedimentationGrazing"" <SedimentationRoad construction,, <Nutrient loadingGrazing%% <Nutrient loadingConfined animal operations88 <Nutrient loadingMunicipal/Industrial point source?? <Habitat destructionResource extraction44 <Habitat destructionChannel alteration33 <Habitat destructionUrban development22 <Hydrological alterationUrban development66# |LVAL  $ &(.tHarris, J.L.; Gordon, M.E. 1990. Arkansas Mussels. Arkansas Game and Fish Commission, Little Rock, AR. 32 p.Harris, J.L. 1994b. Survey of the freshwater mussels (Mollusca: Unionidae) of the Poteau River drainage in Arkansas. Prepared for the U.S.D.A. Forest Service, Ouachita National Forest, Hot Springs, AR. 23 p. + Appendices.Harris, J.L. 1994a. Microhabitat and population analysis of Lampsilis powelli (Lea, 1852) in the South Fork Ouachita River, Montgomery County, Arkansas. Prepared for U.S.D.A. Forest Service, Ouachita National Forest, Hot Springs, AR. 26 p. + Appendices.Harris, J.L. 1993. Habitat characterization and species associates of the speckled pocketbook (Lampsilis streckeri Frierson) in the Middle Fork Little Red River, Arkansas. Prepared for the U.S. Fish and Wildlife Service, Endangered Species Office, JacksonHarris, J.L. 1992c. Temporary relocation of the speckled pocketbook (Lampsilis streckeri) at the NOARK pipeline crossing, Middle Fork Little Red River, Van Buren County, Arkansas. Prepared for ENSR Consulting and Engineering, Houston, TX. 10 p. + AppendixHarris, J.L. 1992b. Survey of the freshwater mussels (Mollusca: Unionidae) of the South Fourche LaFave River and major tributaries. Prepared for the U.S.D.A. Forest Service, Ouachita National Forest, Hot Springs, AR. 18 p. + field notes.Harris, J.L. 1992a. Status of Lampsilis streckeri in segments of the Middle, South, and Archey forks of the Little Red River, Stone and Van Buren Counties, Arkansas. Prepared for the U.S. Fish and Wildlife Service, Endangered Species Office, Jackson, MS 2Harris, J.L. 1991d. Survey for Lampsilis rafinesqueana in the Illinois River at the proposed Siloam Springs water intake structure. Prepared for McClelland Consulting Engineers, Inc., Fayetteville, AR. 10 p.Harris, J.L. 1991c. A mussel survey of Lake Dardanelle in the vicinity of the proposed River Mountain Pumped Storage Project. Prepared for CPS Arkansas, Inc., Greenwich, CT. 19 p.LVAL r  Harris, J.L. 2001. Distribution and relative abundance of freshwater bivalves (Unionacea) in sections of the Fourche La Fave River and Petit Jean River, Arkansas. Report to U. S. Department of Agriculture, Ouachita National Forest, Hot Springs, AR. 18 p. Harris, J.L. 1999a. Status of aquatic resources: aquatic animals and their habitats: diversity of mussels in U.S. Department of Agriculture, Forest Service Ozark-Ouachita Highlands Assessment: aquatic conditions. Report 3 of 5. Gen. Tech. Rep. SRS-33. Harris, J.L. 1999. Freshwater mussel survey: Carpenter-Remmel project, FERC No. 271. Final Report. Prepared for Entergy Arkansas, Inc. by Welch/Harris, Inc., Little Rock, AR.Harris, J.L. 1997c. Evaluation of impacts of commercial gravel dredging to three unionid bivalve aggregations in the White River, Arkansas. Prepared for Mobley Construction Co., Inc. 10 p. + Appendices A-C. Harris, J.L. 1997b. Status survey of Lampsilis rafinesqueana Frierson, the Neosho mucket, in Arkansas. Prepared for the U.S. Fish and Wildlife Service, Vicksburg, MS. 6 p. + Appendices.Harris, J.L. 1997a. A population assessment of recolonization by the fat pocketbook mussel of dredged habitat in the St. Francis Floodway, Arkansas. Final report to the U.S. Fish and Wildlife Service, Jackson, MS. 14 p. + appendices.Harris, J.L. 1996. The freshwater mussel resources of the Buffalo National River, Arkansas: Phase I qualitative survey: Location, species composition and status of mussel beds. Prepared for the U.S.D.I., Buffalo National River, Harrison, AR. 19 p. + AppenHarris, J.L. 1995. Mussel survey of the White River between river miles 264.0 - 274.0 near Oil Trough, Independence County, Arkansas. Prepared for Mobley Construction Co., Inc., Morrilton, AR. 14 p.Harris, J.L. 1994c. Mussel survey of the White River between river miles 260.0 - 264.0 in Independence and Jackson counties, Arkansas. Prepared for Mobley Construction Co., Inc., Morrilton, AR. 11 p.LVAL  THarris, J.L.; Milam, C.D. 2002a. Field identification notebook: mussels of the White River from Newport to the Arkansas River. Prepared for the Memphis District, U. S. Army Corps of Engineers, Memphis, TN. 100 p. + Appendix I.Harris, J.L.; Gordon, M.E. 1988. Status survey of Lampsilis powelli (Lea, 1852). Prepared for the U.S. Fish and Wildlife Service, Office of Endangered Species, Jackson, MS. 44 p. + Appendices.Harris, J.L.; Gordon, M.E. 1987. Distribution and status of rare and endangered mussels (Mollusca: Margaritiferidae, Unionidae) in Arkansas. Proceedings Arkansas Academy of Science 41(1987):49-56.Harris, J.L.; Gordon, M.E. 1985. Survey of the Ouachita River in Arkadelphia, Arkansas for the endangered freshwater mussel Lampsilis orbiculata (Hildreth). Report prepared for Arkansas Louisiana Gas Company. 8 pp.Harris, R.N.; Gill, D.E. 1980. Communal nesting, brooding behavior and embryonic survival of the four-toed salamander Hemidactylium scutatum. Herpetologica 36:141-144.Harris, J.L.; Doster, R.H. 1992. Survey for the Arkansas fatmucket, Lampsilis powelli (Lea), in the Caddo River at Interstate 30, Clark County, Arkansas. Environmental Division, Arkansas Highway and Transportation Department, Little Rock. 10 pp. + appendiHarris, J.L. 2002a. Translocation report of Potamilus capax (Green, 1832), fat pocketbook, for AHTD Job Number 110288, St. Francis River Structure and Approaches, U. S. Highway 64, Cross County, Arkansas. Environmental Division, Arkansas Highway & TranspoHarris, J.L. 2001b. Freshwater mussel survey of State Line Outlet Ditch, St. Francis River Basin, Mississippi County, Arkansas with population estimate for Potamilus capax. Prepared for Memphis District Corps of Engineers. 15 p.Harris, J.L. 2001a. Freshwater mussel survey of Lower Buffalo Creek, St. Francis River Basin, Mississippi County, Arkansas. Prepared for Memphis District Corps of Engineers. 10 p.XLVAL BD 0 & Dn~Hutchison, V.H. 1956. 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Notorpis suttkus , a new cyprinid from the Ouachita uplands of Oklahoma and Arkansas, with comments on the status of Ozarkian populations of N. rubellus. Copeia. (1): 82-90.Humphrey, S. R.; Richter, A.R.; Cope, J.B. 1977. Summer habitat and ecology of the endangered Indiana bat, Myotis sodalis. Journal of Mammalogy. 58(2):334-346.Humphrey, S. R. and J.B. Cope. 1977. Survival rates of the endangered Indiana bat, Myotis sodalis. Journal of Mammalogy. 58(1):33-36.Humphrey, S.R. 1978. Status, winter habitat, and management of the endangered Indiana bat, Myotis sodalis. Florida Scientist. 41(2):65-76.Harris, J.L.; Doster, R.H.; McLean, J. 1992. Relocation of the Arkansas fatmucket, Lampsilis powelli (Lea), at the U.S. Highway 270 bridge in Mt. Ida, Montgomery County, Arkansas. Final report prepared by the Environmental Division, Arkansas Highway and THarris, J.L.; Milam, C.D. 2002. Field identification notebook: mussels of the St. Francis River Basin Arkansas and Missouri. Prepared for the Memphis District, U. S. Army Corps of Engineers, Memphis, TN. 76 p. + Appendix I.BEp) h 5 _ .  = | ; j 7 l=k2\Vn-CWQ LaVal 1970@"Larson and Highton 1978V@<0Landers and Mueller 19868@>2Lacki and others 1995@8,Kurta and others 1993@8,Kurta and others 1992@8,Kurta and Kennedy 2002v@:.Krementz and Jackson 1999@ @4Kral, R.1983V@ &Kral, R.1983V@ &Kral, R.; Bates, V.1991@<0Kral, R.; Bates, V.1991@<0Kraemer and Gordon. ????@>2Kofron 1979b@&Klauber 1956@&Kiser and Elliot 1996Z@8,King and others 1998 @6*Killebrew 1982b@, Kilham 1992@ $Keppie and Whitting 1994@>2Kennedy and White 1997@ :.Kellner Unpublished@ 4(Karlin and others 1993@ :.Jurney and others 2001J@:.Jones and others 1984R@8,Jones 1984(@"Johnston 1994@(Johnson, G.P.1988@0$Johnson, G.P.1988@0$Johnson and others 1998@<0Johnson 2000 @&Johnson 1995@&Johnson 1987@ &Johnson 1980H@&Johnson 1977@ g&Jenkinson and Ahlstedt 1987@D8Jenkinson and Ahlstedt 1994@F:Jenkinson 1989@*Jamieson and others 1993D@>2Jamieson and others 2001@@4James and others 2001l@8,James and others 1991h@8,James and others 1989@8,James and Neal 1986@ g4(James and Maughan 19894@ g:.James and Collins 1984\@ g:.James 1996$@ g"James 1989b@g"James 1971@g"Jacobs 2001@g$Iverson 1979a@g(Ireland 1976&@g&Ireland 1974.@g&Ireland 1971N@g&Hutchison and others 1999@g@4Hutchison 1958@g*Hutchison 1956X@ e*Hutcherson and others 1989@ eB6Hurym and Wallace 1987 @ e:.Hurter and Strecker 1909@e>2Hurst and Lacki 1999@e6*Huntington and ohters 1993@eB6Humphries and Cashner 1994@eB6Humphrey and others 1977>@e>2Humphrey and Cope 1977 @e:.Humphrey 1978@e(`LVALL  H|fRJohnson, T.R. 1977. The Amphibians of Missouri. Univ. Kansas Mus. Nat. Hist. Publ. Ed. Ser. 6:1-134.James, D.A.; Neal, J.C. 1986. Arkansas Birds: Their Distribution and Abundance. The University of Arkansas Press. Fayetteville, AR. 402 p.James, P.W.; Maughan, O.E. 1989. Spawning behavior and habitat of the threatened leopard darter, Percina pantherina. Southwestern Naturalist. 34: 298-301.James, P.W.; Collins, K.D. 1984. Leopard darter Percina pantherina (Moore and Reeves). Revised Recovery Plan. Report to U.S. Fish and Wildlife Service. Albuquerque, NM. 53 p.James, P.W. 1996. Threatened fishes of the world: Percina pantherina (Moore and Reeves, 1955) (Percidae). Environmental Biology of Fishes 45: 342.James, P.W. 1989. Reproductive ecology and habitat preferences of the leopard darter, Percina pantherina. Unpublished Ph.D. dissertation. Okla. St. Univ. Stillwater, OK. 169 pp.James, F.C. 1971. Ordinations of Habitat Relationships among Breeding Birds. Wilson Bull. 83:215-236. Jacobs, R.B. 2001. Birds in Missouri. Missouri Dept. of Conservation, Jefferson City, MO. 375p.Iverson, J.B. 1979a. Sternotherus carinatus. Cat. Amer. Amphib. Rept. 226:1-226.2.Ireland, P.H. 1976. Reproduction and larval development of the gray-bellied salamander Eurycea multiplicata griseogaster. Herpetologica 32:233-238.Ireland, P.H. 1974. Reproduction and larval development of the dark-sided salamander Eurycea longicauda melanopleura (Green). Herpetologica 30:338-343.Ireland, P.H. 1971. Systematics, reproduction, and demography of the salamander, Eurycea multiplicata (Cope). Ph.D. Dissertation. Univ. Arkansas, Fayetteville. 127 pp.Hutchison, D.W.; Malcomber, S.I.; Pletscher, L.S. 1999. A multidisciplinary investigation of the applicability of the Pleistocene herpetofaunal stability model to collared lizards (Crotaphytus collaris). Herpetol. Monogr. 13:81-141.Hutchison, V.H. 1958. The distribution and ecology of the cave salamander, Eurycea lucifuga. Ecol. Monog. 28:1-20.LVALL~ R p  B \ 4 *B ~8V|zHKNOWN PROBLEM: Loss of bottomland hardwood habitat due to conversion to agricultureKNOWN PROBLEM: Loss of bottomland hardwood habitat for timber harvest.KNOWN PROBLEM: Even-aged forest management, lack of understory and midstory.POTENTIAL PROBLEM: Nesting failure caused by floodingKNOWN PROBLEM: Loss of giant cane habitat.POTENTIAL PROBLEM: Loss of habitat from even-aged forest managementKNOWN PROBLEM: Lack of small patches of shrub cover within mature forestsKNOWN PROBLEM: Mature forest destructionKNOWN PROBLEM: Loss of cavity treesKNOWN PROBLEM: Nest failure from alteration fo natural flooding regimePOTENTIAL PROBLEM: Red oak borer problems resulting from fire suppressionKNOWN PROBLEM: Loss uneven-aged forest structureKNOWN PROBLEM: Forest fragmentationKNOWN PROBLEM: Loss of shrubby, early successional habitatKNOWN PROBLEM: Loss of shrubby, early successional habitatKNOWN PROBLEM: Increased nest predation by mesopredators and parasitism by Brown-headed Cowbirds as a result of habitat fragmentationKNOWN PROBLEM: Habitat fragmentation of extensive tracts of mature forest.KNOWN PROBLEM: Habitat fragmentation of extensive tracts of mature forest.KNOWN PROBLEM: Habitat loss from fire suppressionKNOWN PROBLEM: Loss of mature tree snags for nesting and roosting.KNOWN PROBLEM: Competition for nesting cavitiesKNOWN PROBLEM: Decreased snag availability for nestingKNOWN PROBLEM: Habitat loss from fire suppressionKNOWN PROBLEM: Predation by snakesKNOWN PROBLEM: Habitat fragmentationKNOWN PROBLEM: Habitat loss and degradationKNOWN PROBLEM: Competition for nest cavities with European Starlings. KNOWN PROBLEM: Use of chimney caps prevents use of chimneys as nesting locationsPOTENTIAL PROBLEM: Loss of early successional habitat from conversion to fescue and bermuda monocultureKNOWN PROBLEM: Fragmentation of early successional habitat and native warm season grasses/I0vy! / r * 2 N Q  b,E'`=J? Extraordinary competition for resourcesR@j?33 ~Extraordinary predation/parasitism/diseasePredation@jMA6 ~Extraordinary competition for resourcesConfined animal operationsR@j[O3 }Toxins/contaminantsCrop production practices@ jF: }Habitat destruction or conversionExotic speciesr@ jI=- |Toxins/contaminantsCrop production practices~@ jF: {Resource depletionConfined animal operations@ jF: {Habitat destructionCrop production practicesd@ jF: {Hydrological alterationWater diversionx@j@4# {L@j zExtraordinary competition for resourcesConfined animal operationsh@j[O3 yToxins/contaminantsCrop production practicesf@jF: yHabitat destruction or conversionUrban developmentv@jL@- UToxins/contaminantsCrop production practicesPOTENTIAL PROBLEM: Pesticidese: RResource depletionExcessive non-commercial harvest or collectionn@jZN RExtraordinary predation/parasitism/diseaseParasites/pathogensD@jWK6 PAlteration of natural fire regimesFire suppression@jL@. OHabitat destructionFire suppression@j=1 NHabitat destructionConversion of Riparian Forest@hJ> NHabitat destructionCommercial harvest@h?3 NAltered composition/structureForestry activities@hJ>) MHydrological alterationDamj@h4(# MHabitat destructionConversion of Riparian ForestT@hJ> LHabitat fragmentationForestry activities@hB6! LHabitat fragmentationForestry activities@hB6! LHabitat destruction or conversionUrban developmentP@hL@- KHabitat destructionForestry activitiesF@h@4 KHydrological alterationChannel alteration@hC7# IAlteration of natural fire regimesForestry activities@hOC. IAltered composition/structureForestry activities`@hJ>) IHabitat fragmentationForestry activitiesF@hB6! HHabitat destructionExotic speciest@h;/ HHabitat destructionCrop production practicest@hF: FExtraordinary predation/parasitism/diseasePredation @hMA6 FHabitat fragmentationForestry activities@ hB6! FHabitat fragmentationCrop production practices@ hH<! EHabitat destructionFire suppressionb@ h=1 EHabitat destructionForestry activitiesKNOWN PROBLEM: Habitat loss]4 >Altered composition/structureForestry activities@ hJ>) ?Altered composition/structureForestry activities^@ hJ>) DAltered composition/structureForestry activitiesn@hJ>) DHabitat destructionFire suppressionb@h=1 ?Extraordinary predation/parasitism/diseasePredationD@hMA6 ?Habitat fragmentationForestry activitiesH@hB6! ?Habitat destruction or conversionFire suppressionV@hK?- >Extraordinary competition for resourcesExotic species@hOC3 =Habitat disturbance@h+ 8Habitat destruction or conversionExotic species@hI=- LVAL f 8  ( v $ PL&^ fKNOWN PROBLEM: Draining of swampy areas in bottomland hardwood forestsKNOWN PROBLEM: Loss of grasslandsKNOWN PROBLEM: Predation by raptors is a problem because of small population sizesKNOWN PROBLEM: Habitat fragmentation limiting movement of birds among available habitatKNOWN PROBLEM: Habitat fragmentation limiting movement of birds among available habitatKNOWN PROBLEM: Loss of undisturbed grassslandsPOTENTIAL PROBLEM: Vulnerability to toxins and contaminantsKNOWN PROBLEM: Loss of bottomland hardwood forestsKNOWN PROBLEM: Loss of bottomland hardwood forestsKNOWN PROBLEM: Loss of bottomland hardwood forestsKNOWN PROBLEM: Loss of wetlands due to developmentKNOWN PROBLEM: Loss of wetlands due to development or urbanizationKNOWN PROBLEM: Vulnerability to toxins and contaminants from agricultural run-offKNOWN PROBLEM: Degradation and loss of breeding and foraging habitatKNOWN PROBLEM: Nest failure resulting from mammalian predationKNOWN PROBLEM: Conflicts with aquacultureKNOWN PROBLEM: Nesting failure resulting from mammalian predationKNOWN PROBLEM: Conflicts with aquacultureKNOWN PROBLEM:: Vulnerable to toxins and contaminants resulting from agricultural run-offKNOWN PROBLEM: Loss of wetlands to invasive plant speciesKNOWN PROBLEM: Highly vulnerable to contaminants and pollutantsPOTENTIAL PROBLEM: Accidental shooting as a result of coromorant controlKNOWN PROBLEM: Loss of wetlands due to agricultureKNOWN PROBLEM: Loss of wetlands from hydrological alterationPOTENTIAL PROBLEM: Lack of forage fishKNOWN PROBLEM: Conflicts with aquaculture facilitiesPOTENTIAL PROBLEM: Poor water quality, contaminants KNOWN PROBLEM: Lack of emergent marsh and lack of wetlandsKNOWN PROBLEM: Loss of individuals to caged bird trade.KNOWN PROBLEM: Cowbird parasitism.KNOWN PROBLEM: Loss of shortleaf pine/bluestem communities from fire suppressionPOTENTIAL PROBLEM: Habitat loss from red oak borer caused by fire suppression I,)y a J . 8 \ )CBB2|y(z$rABiological alterationCrop production practices@lH<! @Habitat destruction or conversionCrop production practices@lTH- ?Habitat destruction or conversionFire suppression@lK?- >Habitat destruction or conversionUrban developmentf@lL@- =Habitat destruction or conversionUrban developmentj@lL@- <Habitat destructionCrop production practices@lF: 9Extraordinary predation/parasitism/diseased@lB66 8Habitat destruction or conversionUrban development@lL@- 7Habitat destruction or conversionCrop production practices@ lTH- 6Habitat destruction or conversionCrop production practicesh@ lTH- 5Habitat destruction or conversionUrban development@ lL@- 4Habitat destruction or conversionCrop production practicesn@ lTH- 3Habitat destruction or conversionUrban developmentn@ lL@- 2Riparian Habitat DestructionCrop production practicesl@lOC( 1Riparian Habitat DestructionConversion of Riparian Forestl@lSG( 0Toxins/contaminantsCrop production practicesv@lF: /Toxins/contaminantsCrop production practicesv@lF: .Habitat destruction or conversionUrban developmentD@lL@- ,Habitat fragmentationCrop production practices@lH<! +Habitat fragmentationConversion of Riparian Forest@lL@! *Habitat destruction or conversionUrban development@lL@- )Biological alterationRecreationb@l9-! (Hydrological alterationWater diversion@j@4# 'Habitat destruction or conversionUrban developmentB@jL@- #Habitat destructionUrban development!KNOWN PROBLEM: Loss of wetlands_2 "Habitat destructionCrop production practices!KNOWN PROBLEM: Loss of wetlandsg: !Habitat destructionUrban development!KNOWN PROBLEM: Loss of wetlands_2  Habitat destructionCrop production practices!KNOWN PROBLEM: Loss of wetlandsg: Extraordinary predation/parasitism/diseasePredation@jMA6 Habitat fragmentationCrop production practices@jH<! Habitat fragmentationUrban development@j@4! Habitat destruction or conversionUrban developmentKNOWN PROBLEM: Habitat lossi@- Habitat destruction or conversionUrban development^@jL@- Toxins/contaminantsCrop production practicesv@jF: Altered composition/structureForestry activitiesd@jJ>) Habitat destruction or conversionCrop production practicesd@jTH- Habitat destruction or conversionConversion of Riparian Forestd@jXL- Habitat destruction or conversionUrban developmentd@jL@- Habitat destruction or conversionUrban development@jL@- Habitat destructionUrban development!KNOWN PROBLEM: Loss of wetlands_2 Toxins/contaminantsCrop production practices@jF: Habitat destruction or conversionCrop production practices@jTH- Habitat destruction or conversionCrop production practices KNOWN PROBLEM: Loss of habitattH-  Extraordinary predation/parasitism/diseasePredation|@jMA6 :LVALp  2 X j  b ^,$|@L*vMany local populations have been lost as forests with seasonal pools have been converted to agricultural and urban uses.KNOWN PROBLEM: Habitat fragmentation and lossKNOWN PROBLEM: Habitat fragmentation and lossKNOWN PROBLEM: Habitat fragmentation and lossLow genetic diversity due to low historical population levels.Habitat destruction and fragmentation.KNOWN PROBLEM: Loss of large herbivoresKNOWN PROBLEM: Loss of grassland habitat containing three-awn grass (Aristida spp.)KNOWN PROBLEM: Loss of habitat due to conversion to agricultureKNOWN PROBLEMS: Nest failure from destruction of nests due to earlier and more frequent hayingKNOWN PROBLEM: Habitat loss due to conversion of pasture and hayfields to other usesKNOWN PROBLEM: Habitat loss due to natural succession related to fire suppressionPOTENTIAL PROBLEM: Habitat loss due to urbanizationKNOWN PROBLEM: Loss of grassland with shrub componentPOTENTIAL PROBLEM: Conversion of wintering habitat to monoculture could be limiting wintering range.KNOWN PROBLEM: Parasitism by Brown-headed CowbirdsKNOWN PROBLEM: Loss of extensive early successional habitat with shrub componentKNOWN PROBLEM: Loss of extensive early successional habitat with shrub componentKNOWN PROBLEM: loss of native warm season grasslandsKNOWN PROBLEM: Loss and degradation of seasonal wetland habitatsKNOWN PROBLEMS: Loss of grassland with shrub component.KNOWN PROBLEMS: Loss of grassland with shrub component.KNOWN PROBLEM: Loss of grassland with shrub component.KNOWN PROBLEM: Loss of grassland with shrub component.POTENTIAL PROBLEM: Vulernability to toxins and contaminantsPOTENTIAL PROBLEM: Vulernability to toxins and contaminantsKNOWN PROBLEM: Loss of grasslandsKNOWN PROBLEMS: Population declines thought to be linked to habitat fragmentationKNOWN PROBLEM: Population declines thought to be linked to habitat fragmentationKNOWN PROBLEM: Population declines thought to be linked to habitat lossPOTENTIAL PROBLEM: Loss of individuals to hunting$I:Pc- L  s ( m  X R  e.z@w0\Y L Oc&{"Hydrological alterationForestry activities88# z"Toxins/contaminantsRoad construction22 y"Toxins/contaminantsRoad construction22 x"Toxins/contaminantsRoad construction22 w"SedimentationForestry activities.. v"SedimentationRoad construction,, u"Habitat disturbanceResource extraction44 t"Nutrient loadingUrban development// s"Nutrient loadingConfined animal operations88 r"Hydrological alterationUrban development66# q"Habitat disturbanceForestry activities44 p"Toxins/contaminantsRoad construction22 o"Habitat destructionRoad construction22 n"Toxins/contaminantsCrop production practices:: m"Groundwater depletionExcessive groundwater withdrawalCC! l"Habitat disturbanceResource extraction44 k"Riparian Habitat DestructionForestry activities==( j"Toxins/contaminantsForestry activities44 i"Habitat disturbanceRoad construction22 h"Riparian Habitat DestructionForestry activities==( g"Toxins/contaminantsForestry activities44 f"Habitat destruction or conversionForestry activitiesBB- e"Groundwater depletionCrop production practices<<! d"Toxins/contaminantsCrop production practices:: c"Habitat destructionCrop production practices:: b"Habitat disturbanceResource extraction44 a"Nutrient loadingUrban development// `"Habitat destructionUrban development22 _"Nutrient loadingUrban development// ^"Habitat destructionUrban development22 ]"SedimentationUrban development,, \"Nutrient loadingUrban development// ["Habitat destructionUrban development22 Z"SedimentationUrban development,, Y"Habitat disturbanceForestry activities44 X"Biological alterationExotic species11! W"Riparian Habitat DestructionChannel alteration<<( V"Chemical alterationRecreation++ U"Toxins/contaminantsManagement of/for certain speciesBB T"Habitat disturbanceRoad construction22 SHabitat destruction R"Altered composition/structureForestry activitiesZ@lJ>) Q"Habitat destruction or conversionForestry activitiesZ@lNB- P"Habitat destruction or conversionCrop production practicesZ@lTH- O"Biological alterationExcessive non-commercial harvest or collectionQQ! NVBiological alterationConversion of Riparian Forest@@! M"Habitat fragmentationRoad construction44! L"Biological alterationCrop production practices|@lH<! K"Habitat fragmentationCrop production practices<<! J"Habitat fragmentationCrop production practices<<! I"Habitat destructionConversion of Riparian Forest>> H"Habitat destructionCrop production practicesL@lF: GHabitat disturbanceRecreation++ FVToxins/contaminantsCrop production practices:: EVHabitat destruction or conversionForestry activitiesBB- DBiological alterationManagement of/for certain speciesN@lPD! CHabitat destructionCrop production practices@lF: BHabitat destruction or conversionCrop production practices~@lTH- AI6CM g ( y @ W  ? D  A~9v1W@]r'6Habitat destruction or conversionUrban developmentHabitat destructiona@- MHabitat fragmentationUrban developmentP@o@4! MHabitat destruction or conversionCommercial/industrial developmentP@o\P- KHydrological alterationDamp@o4(# KSedimentationResource extractionV@o:. )Hydrological alterationDamp@o4(# )SedimentationResource extractionV@ o:.  Habitat disturbanceConfined animal operations OvergrazingT;  Habitat destruction or conversionUrban development DevelopmentY@- Habitat disturbanceRecreationHabitat degradationL+ Habitat disturbanceRecreationRecreational developmentQ+ Habitat disturbanceRecreationRecreational developmentQ+ UHydrological alterationDam@ o4(# QHydrological alterationDam@ o4(# QSedimentationResource extractionV@ o:. PHydrological alterationDam@ o4(# PSedimentationResource extractionV@o:. RHydrological alterationDam@o4(# RSedimentationResource extractionV@o:. OHydrological alterationDam@o4(# OSedimentationResource extractionV@o:. NHydrological alterationDam@o4(# NSedimentationResource extractionV@o:. XHydrological alterationDam@o4(# XSedimentationResource extractionV@o:. +Habitat destruction or conversionUrban development!Loss of habitat to development.m@- ,Habitat destruction or conversionUrban development!Loss of habitat to development.m@- Habitat destruction or conversionFire suppression??- Habitat destruction or conversionForestry activitiesBB- (Habitat destruction or conversionCrop production practicesHH- Habitat destruction or conversionCommercial/industrial developmentPP- Habitat fragmentationForestry activities66! Alteration of natural fire regimesForestry activitiesCC. jHydrological alterationResource extraction88# oChemical alterationConfined animal operations;; jHabitat destructionResource extraction44 Habitat destruction or conversionCrop production practicesHH- Habitat destruction or conversionUrban development@lL@- SedimentationChannel maintenance.. Hydrological alterationChannel alteration77# Habitat fragmentationDam&&! "Biological alterationExotic species11! "Habitat disturbanceResource extraction44 "SedimentationForestry activities.. "Habitat disturbanceForestry activities44 "SedimentationUrban development,, "SedimentationRoad construction,, "Habitat destructionUrban development22 "Habitat disturbanceResource extraction44 "Toxins/contaminantsRoad construction22 "Toxins/contaminantsRoad construction22 ~"Toxins/contaminantsRoad construction22 }"Nutrient loadingConfined animal operations88 |"Toxins/contaminantsRoad construction22 LVAL#&L r  B h ` D 4TZ`Hx 0Destruction/degradation of riparian habitat (sedimentation).Destruction/degradation of riparian habitat (sedimentation).Destruction/degradation of riparian habitat (sedimentation).Destruction/degradation of riparian habitat (siltation).Destruction/degradation of riparian habitat (siltation).Competition with other scavengers for suitable carcasses.Commercial forestry (conversion to plantations)Loss and degradation of grassland habitat.Loss and degradation of grassland habitat.Destruction/degradation of riparian habitat (siltation).Destruction/degradation of riparian habitat (siltation).Destruction/degradation of riparian habitat (hydrologic alterations).Destruction/degradation of riparian habitat (siltation).Destruction/degradation of riparian habitat (hydrologic alterations).Destruction/degradation of riparian habitat (siltation).Destruction/degradation of riparian habitat (pollution).Loss and degradation of prairie habitat.Loss and degradation of prairie habitat.Degradation of stream habitats (hydrologic alterations).Degradation of stream habitats (siltation).Degradation of stream habitats (hydrologic alterations).Degradation of stream habitats (siltation).Loss of natural river hydrology (construction of reservoirs/dams).Loss of natural river hydrology (construction of reservoirs/dams).Degradation of stream habitats (siltation).Loss of natural river hydrology (construction of reservoirs/dams).Degradation of stream habitats (siltation).Loss of natural river hydrology (construction of reservoirs/dams).Degradation of stream habitats (siltation).Loss of natural river hydrology (construction of reservoirs/dams).Degradation of stream habitats (siltation).Loss of natural river hydrology (construction of reservoirs/dams).Degradation of stream habitats (siltation).Loss of natural river hydrology (construction of reservoirs/dams).Degradation of stream habitats (siltation).PI,b#\ s  S  K  0F\58yDgUExtraordinary predation/parasitism/diseaseRoad construction@ qUI6 Habitat destructionCrop production practicesN@qF: Toxins/contaminantsCrop production practices@qF: Habitat destruction or conversionGrazingj@qB6- <Riparian Habitat Destruction@q4(( <Resource depletion@q* <Habitat destructionForestry activitiesx@q@4 Toxins/contaminantsMunicipal/Industrial point sourceWater quality degradationiB `Toxins/contaminantsMunicipal/Industrial point sourceGroundwater contaminationiB Habitat destruction or conversionRecreation!Loss of habitat to development.f9- Toxins/contaminantsMunicipal/Industrial point sourceWater quality degradation.jB SedimentationResource extractionWater quality degradation.V. Habitat disturbanceRecreation@q7+ Habitat destruction or conversionForestry activitiesHabitat degradationcB- Toxins/contaminantsMunicipal/Industrial point sourceGroundwater contaminationiB TSedimentationResource extractionV@q:. %Habitat destruction or conversionCrop production practicesLoss of prairie habitat.nH- %Habitat destruction or conversionUrban developmentLoss of prairie habitat.f@- $Habitat destruction or conversionUrban developmentLoss of prairie habitat.f@- $Habitat destruction or conversionCrop production practicesLoss of prairie habitat.nH- -Habitat destruction or conversionCommercial/industrial developmentLoss of prairie habitat.vP- JHabitat disturbanceRoad constructionHerbicide useM2 7Habitat destruction or conversionCommercial/industrial developmentHabitat destructionqP- *SedimentationResource extractionx@q:. WSedimentationResource extractionx@"o:. LSedimentationRecreationx@!o1% LSedimentationResource extractionx@ o:. ZSedimentationRoad constructionp@o8, YSedimentationResource extractionp@o:. DAlteration of natural fire regimesFire suppressionFire suppression^@. ?Alteration of natural fire regimesFire suppressionFire suppression^@. >Alteration of natural fire regimesFire suppressionFire suppression^@. Extraordinary competition for resourcesPredationr@oJ>3 Habitat fragmentationCommercial/industrial developmentHabitat fragmentationgD! HHabitat destruction or conversionForestry activities^@oNB- 'Habitat destruction or conversionGrazingT@oB6- 'Alteration of natural fire regimesFire suppressionT@oL@. SSedimentationResource extractionp@o:. SedimentationRoad constructionp@o8, Hydrological alterationDam@o4(# SedimentationResource extractionp@o:. &Hydrological alterationDam@o4(# &SedimentationResource extractionp@o:. &Toxins/contaminantsMunicipal/Industrial point sourcep@oNB LVAL2$ N \ > XKNOWN PROBLEM: Loss of early successional habitat primarily due to fire suppression.KNOWN PROBLEM: Loss of early successional habitat primarily due to changing farming practices.KNOWN PROBLEM: Loss of dense understory component of riparian/floodplain forest.KNOWN PROBLEM: Loss of dense understory component of riparian/floodplain forest.KNOWN PROBLEM: Fire suppression leading to loss of oak-savanna.The influence of the introduced fire ant (Solenopsis invicta) threatens the nesting success of this and many other egg laying reptiles in Arkansas.KNOWN PROBLEM: reduced productivity resulting from nest parasitism by Brown-headed CowbirdsPOTENTIAL PROBLEM: Competition with introduced species such as Mute Swan and also resident Canada GeeseKNOWN PROBLEM: Post-fledging mortality, especially resulting from car strikes KNOWN PROBLEM: Loss of wooded wetlandsPOTENTIAL PROBLEM: Toxins and contaminants in agricultural areas may pose a threatKNOWN PROBLEM: Loss of grassland with shrub componentiPOTENTIAL PROBLEM: Speculation that industrial pollution and pesticides negatively affect the speciesPOTENTIAL PROBLEM: Speculation on loss of food resource, the Giant Silkworm mothPOTENTIAL PROBLEM: Loss of forest openings due to successionDevelopment or activities that alter talus slopes where this species occursDegradation of stream habitats (siltation).Destruction/degradation of riparian habitat (sedimentation).I/Nf/ D  E  i , W  i/{Em%2x! OHabitat destructionResource extraction44 Habitat destructionResource extraction44 Habitat destructionResource extraction44  Alteration of natural fire regimesFire suppression@qL@. Habitat destructionCrop production practices@qF:  ?Alteration of natural fire regimesFire suppressionFire suppression^@.  MAlteration of natural fire regimesFire suppression@qL@.  MAltered composition/structureDam@q:.)  >Alteration of natural fire regimesFire suppression@ qL@.  Biological alterationExotic species&@ q=1! lToxins/contaminantsUrban development22 Habitat disturbanceUrban developmentGroundwater contaminationY2 SedimentationUrban development,, Toxins/contaminantsUrban development22 SedimentationUrban developmentGroundwater contaminationS, Toxins/contaminantsUrban development22 SedimentationUrban developmentGroundwater contaminationS, Habitat disturbanceUrban development22 Nutrient loadingUrban development// Habitat disturbanceUrban development22 Nutrient loadingUrban development// Habitat disturbanceUrban development22 Nutrient loadingUrban development// Habitat disturbanceUrban development22 Nutrient loadingUrban development// Habitat disturbanceUrban development22 Nutrient loadingUrban development// SedimentationUrban developmentWater quality degradationS, Habitat disturbanceUrban development22 Nutrient loadingUrban development//  Toxins/contaminantsUrban development groundwater contaminationZ2 Habitat disturbanceUrban development22 Nutrient loadingUrban development//  Toxins/contaminantsUrban development groundwater contaminationZ2 Toxins/contaminantsUrban developmentGroundwater pollutionU2 Toxins/contaminantsUrban developmentGroundwater contaminationY2 Toxins/contaminantsUrban developmentGroundwater contaminationY2 Habitat destruction or conversionUrban development!Loss of habitat to development.m@- "SedimentationRoad construction,, "Habitat disturbanceUrban development22 "SedimentationRoad construction,, "SedimentationRoad construction,, Habitat destruction or conversionCrop production practicesKNOWN PROBLEM: Habitat lossqH- Hydrological alterationWater diversion!KNOWN PROBLEM: Loss of wetlandsa4# KExtraordinary predation/parasitism/diseasePredation@ qMA6 yExtraordinary competition for resourcesExotic species@ qOC3 Iu ] tKKK K K K K KK K K K K KKKKKKKKKKKK K$K%K&K'K(K)K *K!+K",K#-K$.K%/K&0K'1K(2K)3K*4K+5K,6K-7K.8K/9K0:K1;K2<K3=K4>K5?K6@K7AK8BK9CK:DK;EK<FK=GK>HK?IK@JKAKKBLKCMKDNLOLPLQLRLSLTLULVLWL XL ZL [L \L 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OX!On!On"PX"Pn%Pn&QX#Qn'Qn(RX$Rn#Rn$SX%SpTX&TpUX'UZ&Un)VX(WZWpXZXnXnYZYpZZZp[Z\Z]Z^Z_Z`Z `p#a\a\a\a\a\a\a\ a\ a\ b\c\d\ d\!d\"d\#d\$d\%e\6e\7e\8e\9e\:f\;f\<f\=f\>f\?g\@g\Ag\Bg\Cg\Dh]h]h]h]h]h]i]j]k].k]/k]0k]1k]2k]3k]4l]5l]6l]7l]8l]9l]:l];l]<l]=m^m^m^m^m^m^m^m^m^n] na.o^-o^.o^/o^0o^1o^2o^3o^4p] q^;q^<q^=q^>q^?q^@r^Ar^Br^Cr^Dr^Er_r_r_r_s_s_s_s_s_s_ s_ s_ s_ t_t_t_t_t_t_t_t_u_2v_3v_4v_5v_6v_7v_8v_9v_:v_;v_<x`x`x`x`y`y`y`y`y` y` y` y` z` {`{`{`{`{`{`|`9|`:|`;|`<|`=|`>|`?|`@~`~`~`~`~`~`~`~`~````` `!`"`#`$`%Z Z p"Z pZ pr!ZZZZZrr mZ] ] ]"T "m+"m,"T"m"m"m"T"m"T"m"m"m"T"m"m"m"T"m"m"m "T"m!"m""m#"T"m$"m%"T"m&"m'"m("T"m)"m*"T"n "n "n "T"m-"m."m/"T"m"m"T"m0"m1"m2"r"T"m3"m4"m5"T"m6"r"r"T"m7"T"m8"m9"T"n"n"r"T "n"T!"n"T""n"n"n"n"n"n "Z'"Z("m"m"m"m "m "m "m "m"m"m>s3W ]  ] ` \  H |^@"p>{QQ V,n2r4RtS_Rank_DescriptionS_Rank_LUT.DescriptionY55 otG_Rank_ValueG_Rank_LUT.Score_ValueM)) otG_Rank_DescriptionG_Rank_LUT.DescriptionY55 otBird_Query.Weight0 gtBird_Query.Category2 gtBird_Query.Element1 gtBird_Query.Element_Name6 gtBird_Query.Residence3 gtBird_Query.Family0 gtBird_Query.Order/ gtBird_Query.Class/ gtBird_Query.Federal_Status8 gtBird_Query.Ozarks0 gt T@2 gt L@2 gt !Bird_Query.South_Central_Plains> gt Bird_Query.Ouachitas3 gt Bird_Query.Arkansas_Valley9 gtBird_Query.Boston_Mountains: gtBird_Query.Comments2 gtBird_Query.G_Rank0 gtBird_Query.S_Rank0 gtF@2 gtBird_Query.Taxa. gtBird_Query.Scientific_Name9 gtBird_Query.Common_Name5 gtBird_Query%%% tG_Rank_LUT%%% tS_Rank_LUT%%% tTrend_LUT### t Gt Gt t GsH@2 'sTrend_LUTBird_Queryd@2C7# sS_Rank_LUTBird_QueryJ@),E9% sG_Rank_LUTBird_QueryJ@(,E9% sBird_Query.team. gsBird_Query.PageOrder3 gsBird_Query.Population_Trend: gsViability_Score@',;// osS_Rank_LUTS_Rank_LUT.Score_ValueI%% osS_Rank_DescriptionS_Rank_LUT.DescriptionY55 osG_Rank_ValueG_Rank_LUT.Score_ValueM)) osG_Rank_DescriptionG_Rank_LUT.DescriptionY55 osBird_Query.Weight0 gsBird_Query.Category2 gsBird_Query.Element1 gsBird_Query.Element_Name6 gsBird_Query.Residence3 gsBird_Query.Family0 gsBird_Query.Order/ gsBird_Query.Class/ gsBird_Query.Federal_Status8 gsBird_Query.Ozarks0 gs T@&, gs L@%, gs !Bird_Query.South_Central_Plains> gs Bird_Query.Ouachitas3 gs Bird_Query.Arkansas_Valley9 gsBird_Query.Boston_Mountains: g- @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @l+ m+2m+4m+5m+6m+7m+8m+9m+:m+;m+m+?m+@m+Am +Bm +Cm +Dm +Em +Fm+Gm+Hm.m.m.m.m.m.m.m.m.m. m. m. m. m. m.m.m.m.m.m+3n.n.n.n.n.n.o.o.o.o.o.o.p.p.!p."p.#p.$p. q.%q.'q.(q.)q.*q.+q.,q.-q..q./q.0q.1q.2q .3q.4q.&r.5r.7r.8r.9r.:r.6s.;s.=s.>s.?s.@s.As.Bs.Cs.Ds.Es.Fs.Gs.Hs.Is|s |s |s |s |s |s|s|s|s| s| s| s| s| s|s|s|s|s|s|s|s|s|s|s|s|s|s|s. gu Bird_Query.Ouachitas3 gu Bird_Query.Arkansas_Valley9 guBird_Query.Boston_Mountains: guBird_Query.Comments2 guBird_Query.G_Rank0 guBird_Query.S_Rank0 guF@9 guBird_Query.Taxa. guBird_Query.Scientific_Name9 guBird_Query.Common_Name5 guBird_Query%%% uG_Rank_LUT%%% uS_Rank_LUT%%% uTrend_LUT### u Gu Gu u Gt@9 'tTrend_LUTBird_Queryd@ 2C7# tS_Rank_LUTBird_QueryJ@ 2E9% tG_Rank_LUTBird_QueryJ@2E9% tBird_Query.team. gtBird_Query.PageOrder3 gtBird_Query.Population_Trend: gtViability_Score@2;// otS_Rank_LUTS_Rank_LUT.Score_ValueI%% oLVAL *2N$[common_name] & " (" & [scientific_name] & ") Weight: " & [description]Habitat.Mississippi_Valley_Loess_PlainsHabitat.Mississippi_Alluvial_PlainsSpecies.Scientific_Name=All_Species_Ranked.Scientific_NameHabitat.Habitat_Name=Species_and_Habitats.HabitatSpecies.ID=Species_and_Habitats.Species_IDHabitat.Mississippi_Valley_Loess_PlainsHabitat.Mississippi_Alluvial_Plainsround(Sum([weight]*[viability_Score]),0)(((InStr([Indicator_Description],Chr(10)))<>0))InStr([Indicator_Description],Chr(10))Sum(All_Species_Ranked.Viability_Score)All_Species_Ranked.Scientific_Name = Species.Scientific_NameSum(All_Species_Ranked.Viability_Score)Select "South Central Plains" as Ecoregion, CA_Category, Sum([Viability_Score]*[Weight]) AS [CA Score] FROM Weight2_LUT INNER JOIN (All_Species_Ranked INNER JOIN (Species INNER JOIN Conservation_Actions ON Species.ID = Conservation_Actions.Species_ID) ON All_Species_Ranked.Scientific_Name = Species.Scientific_Name) ON Weight2_LUT.Weight_Name = Conservation_Actions.Importance WHERE species.south_central_plains= TRUE AND CA_Category is not null GROUP BY Conservation_Actions.CA_CategorySELECT Species.Common_Name, Species.Scientific_Name, Species.Taxa, Species.[Terrestrial or Aquatic], Species.S_Rank, Species.G_Rank, Species.Comments, Species.Boston_Mountains, Species.Arkansas_Valley, Species.Ouachitas, Species.South_Central_Plains, Species.Mississippi_Alluvial_Plains, Species.Mississippi_Valley_Loess_Plains, Species.Ozarks, Species.Federal_Status, Species.Class, [Species].[Order], Species.Family, Species.Residence, "Monitoring Strategies" as Element_Name, Monitoring.Monitoring_Strategy as Element, Monitoring.Monitoring_Category as Category, "" as Weight, Population_Trend, "5" as PageOrder, team FROM Species INNER JOIN Monitoring ON Spec