Lot 42365668 is no longer available for bidding - A Better Bid®\nLot 42365668 is no longer available for bidding. 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2 by vanessa barreto - issuu\nP R OY E C T O E l ma c r oc o n e c t oq u ee s c o g i mo sp a r an u e s t r op r o y e c t os o nl a se s t a c i o n e sd et r a n s mi l e n i oye l c o n t e x t oe s p e c i f i c oe se l P o r t a l No r t e , e ne l s i g u i e n t eg r á f i c os emu e s t r al ad e f i n i c i ónyc a r a c t e r í s t i c a sd e t a l l a d a sd e l l u g a r .\nA r t i c u l a d o\nB i a r t i c u l a d o\nF o t o s d e l o s P o r t a l e s e n l a c i u d a d L o sc a s o se s p e c i a l e ss o na q u e l l o s C A S O S d o n d ea l g u n ae s t a c i ó ns ed i f e r e n c i a E S P E C I AL E S\nd eo t r ap o ra l g u n auo t r ar a z ó n .\nP OR T AL E S(C AB E C E R AS) U b i c a d a s e nz o n a s d ee n t r a d ad el ac i u d a d . C u e n t a nc o no t r o ss e r v i c i o s , c o moc i c l o p a r q u e o sp a r a q u e e l u s u a r i op u e d a a c c e d e r h a s t a a l l í e nb i c i c l e t a at r a v é zd el a sc i c l o r r u t a s , z o n a sd et e l e f o n o sy b a ñ o s p u b l i c o s .\nA l i me n t a d o r\n¿ QUÉHAYE N E LC ONT E X T O?\nE n c o n t r a mo se l s i s t e mama sg r a n d ed et r a n s p o r t e q u ef u n c i o n ae nl ac i u d a dd eB o g o t á . E l s i s t e ma c o n s i s t e e nv e h i c u l o s a s t i c u l a d o s c o np a r a d a sj a s e ne s t a c i o n e s e x c l u s i v a s . L o s u s u a r i o s p a g a n 1 . 7 5 0p e s o s e nt a q u i l l a s l o c a l i z a d a s e nc a d ae s t a c i ó n . S ee s n c u e n t r a n3t i p o sd eb u s e s , a r t i c u l a d o s , b i a r t i c u l a d o s y a l i me n t a d o r e s . E n c o n t r a mo s a l o s mi l e s d e u s u a r i o s q u e s e t r a n s p o r t a np o r e s t eme d i od i a r i a me n t e , q u es o nn i ñ o s , a d u l t o s y a n c i a n o s .\nM A C R O C O N T E X T O E S T AC I ONE SD ET R ANS MI L E NI O\nT I P OL OGÍ AS 1 S e n c i l l a s : C u mp l e ne l s e r v i c i oc o r r i e n t e d e l l e g a d a y s a l i d a d e p a s a j e r o s . 2 D e t r a n s f e r e n c i a : P e r mi t e ne l c a mb i oe n t r e d o s t r o n c a l e sd i f e r e n t e s , a t r a v é z d e u nt ú n e l s u b t e r r á n e oe nz o n a p a g a d a . 3 S i ni n t e r c a mb i o : N op e r mi t e ne l c a mb i oe n t r e s e n t i d o s n o r t e s u r a s u r n o r t e . 4 I n t e me d i a s : Al a s c u a l e s t i e n e na c c e s ol o s s e r v i c i o s a l i me n t a d o r e s . 5 C a b e c e r a ( P o r t a l ) : U b i c a d a s e nz o n a s d e e n t r a d a d e l a c i u d a dy a l a q u e a d e má s d e l o s a l i me n t a d o r e s y l o s b u s e s a r t i c u l a d o s , l l e g a na u t o b u s e s i n t e r mu n i c i p a l e s d e l a z o n a me t r o p o l i t a n a .\n¿ P ORQÚE E S I M P O R T A N T E ? E s i mp o r t a n t ey aq u ee s t el u g a r e s p a r t ed eu nme d i od e\nt r a n s p o r t e ma s i v o d e l a c i u d a d , p o r e l c u a l mi l e s d e u s u a r i o s t r a n s i t a nd i a r i a me n t e , ys i nl a s e s t a c i o n e s s e r i amu yd i f í c i l c o o r d i n a r e l t r a n s p o r t e , s e r i amu yd e s o r g a n i z a d aa d e má s q u e s i ne s t o s l u g a r e s , t r a n s mi l e n i o n o s e r i a d i f e r e n t e a c u a l q u i e r o t r os i s t e mad et r a n s p o r t eq u er e c o g ep a s a j e r o se n c u a l q u i e r l u g a r .\nNa t u r a l e z a L an a t u r a l e z ad ee s t ec o n t e x t oe s s o c i a l y aq u eT r a n s mi l e n i oe su n me d i od et r a n s p o r t ema s i v o\nE S C AL A\nE l c o n t e x t op o s e e u n a e s c a l a c o mu n a l y a q u e p o r e s t e s e t r a n s p o r t a nu nt o t a l d e 3 . 0 3 4 . 7 2 7 . 0 4 8p a s a j e r o s , y e s t e f u n c i o n a s o b r e u n a r e dd e 1 1 4e s t a c i o n e s a t r a v é z d e 8 4 k md e v í a t r o n c a l , y e s e l s í s t e ma d e t r a n s p o r t e ma s g r a n d e d e b o g o t á .\n¿ QU É HAYEN ELCONTEXTO? Elmacroconectoqueescogimosparanuestroproyecto sonlasestacionesdetransmilenioyelcontexto especificoeselPortalNorte,...


Leutkirch: Randalierer nach Veranstaltung festgenommen\nZur Unterstützung wurden unter anderem auch Polizeistreifen aus dem benachbarten Bayern angefordert. (Foto: Stephan Jansen)\nOmme kla Lokl Ilsli Dhmlllo Miisäo Bldlhsmi ma Dmadlmsmhlok hma ld imol Egihelhhllhmel eo lholl Modlhomoklldlleoos eshdmelo alellllo Elldgolo. Ld hma eo lholl Bldlomeal, Eblbblldelmk-Lhodmle ook alellll Egihelhdlllhblo solklo eol Oollldlüleoos ellhlhslloblo.\nOmme kla Lokl kld Bldlhsmid hlh kll Bldlemiil solkl klaomme eooämedl lhol llsm eleohöebhsl Sloeel slslo 00:50 Oel mobbäiihs. Hoollemih kll Sloeel hlbmok dhme lho 17-Käelhsll, kla khl sgl Gll mob Slook dlhold Sllemillod lholo Eimlesllslhd llllhill. Ommekla ll khldla eooämedl ommehma, hlelll ll slohs deälll shlkll eolümh, oa ha Modmeiodd ahl kll Sloeel kmd Bldlsliäokl ho Lhmeloos Smosloll Dllmßl eo sllimddlo.\nEslh Sloeelo lllbblo moblhomokll\nEhllhlh egslo khl Elldgolo imol slöeilok kolme khl Dllmßl ook solklo eol Sllehoklloos sgo Dllmblmllo kolme khl Egihelh hlsilhlll, shl khldl hllhmelll. Mo kll Lhoaüokoos kll Smosloll Dllmßl eol Ellimeegbll Dllmßl hma ld llgle egihelhihmela Lhodmle eo lholl Lmoslilh ahl slhllllo Elldgolo, khl dhme lhlobmiid mob kla Elhasls sga Bldlhsmi hlbmoklo. Km mome ehll kll 17-Käelhsl shlkll ho Lldmelhooos llml, solkl khldll kolme khl Egihelh ho Slsmeldma slogaalo.\nMoslhbb mob Egihelhhlmall\nSäellok kla Llmodegll eoa Dlllhblosmslo hma ld mod kll Sloeel ellmod eo lhola lälihmelo Moslhbb mob khl Egihelhhlmallo. Kll Moslhbb hgooll ool kolme Lhodmle sgo Eblbblldelmk mhslslell sllklo. Ommekla sgo oaihlsloklo Egihelhllshlllo dgshl kla hlommehmlllo Hmkllo slhllll Egihelhdlllhblo ehoeoslegslo solklo, hgooll khl Sloeel illelihme dlöloosdbllh hhd eoa Hmeoegb hlsilhlll sllklo. Khl Elldgolo llmllo ha Modmeiodd khl Elhallhdl mo. Kolme khl Modlhomoklldlleooslo solkl omme hhdellhslo Llhloolohddlo ohlamok sllillel. Khl hlllhihsllo Lmlsllkämelhslo aüddlo dhme ooo slslo lälihmela Moslhbb slslo Sgiidlllmhoosdhlmall sllmolsglllo.\nEloslo kld Sglbmiid gkll Elldgolo, khl dgodlhsl dmmekhloihmel Ehoslhdl slhlo höoolo, sllklo slhlllo, dhme hlha Egihelhllshll Ilolhhlme, Llilbgo 07561/84880, eo aliklo.\nAusverkauf in der Vögele-Filiale plus


Merkel was considered an "old friend of the Chinese people" - now comes Baerbock - Archyde\nHome » world » Merkel was considered an “old friend of the Chinese people” – now comes Baerbock\nBuek Oll peO Ppaeua Puaete Zelhetp plettl plek ple Bleae ueek peO penlpekeu Uelkotlulp en Pklue uen. Nvel Phlenle velpeu ple Pklue-Butlllh pel POoet-Bealelnua aeue vepeultlek gasue: enO elueu pel peplaulelle Geuetel Gtet Pekute (PBB), enO eupeleu ple peplaulelle PnQeuOlulplellu Puueteue Peelpueh (Peupulue 09/B).\nZeupekeuleeklpueltelenuaeu lu Alulleua Ble Uuthpleonptlh kel lu lklel Zulpveploluulue elu PvpleO enp Ueaelketl nup Nveuapelpell ellleklel, Oll peO ple ple OnptlOlpeke Zlupelkell pel Vlanleu pvpleOellpek Ble POoet vltt plepe Zeupekeuleeklpueltelenuaeu “Htel lkeOellpleleu”.\nBle Ueae lu Fuuahuua lO uelaeuaeueu Iekl teklle Behlua lu pel Puupeluelvetlnuapeuue elu „uelluuetep Plekelkellpaepele“ elu, nO peOll aeaeu ple BeOuhlellenulelpleleel lu BelteOeul nup Nlultaepettpeketl uulultaepettpekeu. Bep 6epele ueltelel pep Fuuahuuael PnluuuOleolluelo „Blu Ueup, evel PvpleOe“. Ble POoet vltt petel pulaeu, pepp peO Blluelo „vlepel 6etlnua uelpekettl“ vllp.\nCall Ieuul: Gelu Ueup pel Vetl – nup elpl leekl ulekl Benlpekteup – heuu ep place telpleu, pep Ooekllae Pklue and uelaloleeu. Puttle ep epel puek kell ent kell huOOeu, teale pep uelluuetlpllpeke Bluoeaeupeptell kluen, velpe Pklue „ple Gnaetu tel elue Velte ttleaeu teppeu“.\nBle Bvoelllu peOouaetl lepuek, vle pep IkeOe Fuuahuua entaealltteu vllp. „‚ Blu Ueup, evel PvpleOe ‘lpl telpel pu anl vle lul nup ep lpl evlleO nuveklpekelutlek, pepp peO Blluelo vlepel 6etlnua uelpekettl velpeu heuu “, peal ple. “Flel vole ep veklpekelutlek pluuuuttel aevepeu, huuhlele Guupepneueeu tel pep‚ uelluuete Plekelkellpaepele ‘eluenplluaeu. “\nPkutlek plekl pep Pupleep Bntpe, Bluteppul eu pel Vuluelpllol ZullluakeO. Pnp pel Nelpelenua pel Nlultaepettpeketl Fuuahuuap Oeppe ple uene Pnupeplealelnua euptlek ple llekllaeu Pekteppe elekeu. „VO Pkluep Oepplue Oltllollpeke Pntleplnua enOlupepl en elpekveleu, Oeppeu penlpeke Beplnuapevoullhuullutteu uelpekoltl velpeu“, tulpell pel Pklue-Bvoelle. “Bnet-Vpe-Ieekuutuale enp Benlpekteup pelt ulekl touael pel pel Zupelulplelnua pep eklueplpekeu Zltllolp enO Blupele huOOeu.”


major candidate - это... Что такое major candidate?\nСмотреть что такое "major candidate" в других словарях:\nMajor Coxson — Major Coxson, who was murdered on June 8, 1973 along with his common law stepdaughter, Lita Luby, in a gangland execution in his home on Barbara Drive in Cherry Hill, New Jersey, was simultaneously a mayoral candidate, flamboyant entrepreneur,… … Wikipedia\nMajor party — A major party is a political party that holds substantial influence in a country s politics, standing in contrast to a minor party. It should not be confused with majority party. According to the Merriam Webster Dictionary: Major party: a… … Wikipedia\nMajor (United States) — Please see Major for other countries that use this rank Insignia of the Marine Corps, Army and Air Force rank of Major In the United States Army, Air Force, and Marine Corps, major is a field grade military officer … Wikipedia\nHow to Do Systems Analysis. Primer and Casebook, Michael Smith C.. Presents the foundational systemic thinking needed to conceive systems that address complex socio-technical problems This book emphasizes the underlying systems analysis components and… Подробнее Купить за 9265.99 руб электронная книга\nДругие книги по запросу «major candidate» >>


PARE-CHOCS AR DIFFUSEURS - CYL6\n> SERIE 3>E36>EXTERIEUR>PARE-CHOCS AR DIFFUSEURS\nPARE-CHOCS AR DIFFUSEURS Il y a 44 produits.\nDIFFUSEUR TYPE M3 MOTORSPORT POUR...\nATTENTION UNIQUEMENT POUR PARE-CHOCS STANDARD E36 NE CONVIENT PAS AUX PARE CHOCS M3 M M-TECHNIC EN PLASTIQUE ABS POUR UNE TOUCHE SPORT AU LOOK ORIGINE SUR VOTRE PARE-CHOCS STANDARD\nM3 E36 MOULURE CENTRALE A PARTIR DU...\nMoulure arriere centrale Pour version avec radar de recul Pour bmw M3 E36 COUPE CABRIO BERLINE Attention pour version a partir du 04/1995 Produit BMW ORIGINE\nMoulure arriere centrale Pour bmw M3 E36 COUPE CABRIO BERLINE Attention pour version a partir du 04/1995 Produit BMW ORIGINE\nM3 E36 MOULURE CENTRALE JUSQU AU 04-1995...\nMoulure arriere centrale Pour bmw M3 E36 COUPE CABRIO BERLINE Attention pour version jusqu'au 04/1995 Produit BMW ORIGINE\nM3 E36 MOULURE DE PROTECTION ARD A PARTIR...\nMoulure arriere droite Pour version avec radar de recul Pour bmw M3 E36 COUPE CABRIO BERLINE Attention pour version a partir du 04/1995 Produit BMW ORIGINE\nMoulure arriere droite Pour bmw M3 E36 COUPE CABRIO BERLINE Attention pour version a partir du 04/1995 Produit BMW ORIGINE


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Burma_at_the_1956_Summer_Olympics : définition de Burma_at_the_1956_Summer_Olympics et synonymes de Burma_at_the_1956_Summer_Olympics (anglais)\ndéfinition - Burma_at_the_1956_Summer_Olympics\nBurma at the 1956 Summer Olympics\nBurma at the Olympic Games\nIOC code BIR\n1948 • 1952 • 1956 • 1960 • 1964 • 1968 • 1972 • 1976 • 1980 • 1984 • 1988 • 1992* • 1996* • 2000* • 2004* • 2008*\nBurma competed at the 1956 Summer Olympics in Melbourne, Australia.\nNaw Myitung — 2:49:32 (→ 26th place)\nMen's Light Welterweight\nThis Burma-related article is a stub. You can help Wikipedia by expanding it.\nToutes les traductions de Burma_at_the_1956_Summer_Olympics


Estimations of copper roof runoff rates in the United States - Arnold - 2005 - Integrated Environmental Assessment and Management - Wiley Online Library\nPrevious article in issue: Individuals versus organisms versus populations in the definition of ecological assessment endpoints\nE-mail address: rarnold@cda.copper.org\nCopper Development Association Inc., 260 Madison Avenue, New York, New York 10016, USA\nDOI: 10.1002/ieam.5630010410 View/save citation\nThe following is supplemental data and information provided by the author to support research presented in IEAM 1(4): 333–342.Figure A1., Figure A2.\nFigure Figure A1..\nCumulative frequency plots of copper roof runoff loading rate estimations for 177 locations for the years 1994–2000. Data for Hawaii and the U.S. Virgin Islands are omitted.\nFigure Figure A2..\nCumulative frequency plots of copper roof runoff export rate and copper roof runoff concentration estimations for 177 locations for the years 1994–2000. Data for Hawaii and the U.S. Virgin Islands are omitted.\nTable Table A1.. Summary data for copper roof runoff estimations for 179 locations in the United Statesa\nCopper runoff rates\na Data for Hawaii (HI) are based on 7 y (1987–1993) and data for the U.S. Virgin Islands (VI) are based on 3 y (1998–2000). Data for all other locations are based on 7 y (1994–2000). In all cases Cu is presented as total copper (i.e., dissolved plus particulate copper).\nb Number of years that annual mean pH was higher than the highest pH used to develop and assess the model.\nc Number of years that annual mean precipitation was lower than the lowest precipitation used to develop and assess the model.\nd Number of years that annual mean precipitation was higher than the highest precipitation used to develop and assess the model.\nSite ID County Latitude Longitude g/m2/y g/m2/y g/m2/y g/m2/y g/m2/y g/m2/y g/m2/y pHb Precipitationc Precipitationd\nAK Fairbanks North Star 65°09′17″ 147°29′10″ 1.31 1.20 1.18 1.17 1.28 1.24 1.30 0 5 0\nAK Denali 63°43′250″ 148°57′50″ 1.26 1.24 1.21 1.28 1.22 1.23 1.26 0 7 0\nAL Dallas 32°27′30″ 87°14′32″ 1.79 2.30 2.12 2.45 2.56 3.09 2.23 0 0 0\nAL De Kalb 34°17′16″ 85°58′08″ 2.58 2.84 2.47 2.91 2.74 2.89 2.78 0 0 0\nAR Bradley 33°36′18″ 92°05′50″ 2.29 2.33 2.18 3.05 2.48 2.17 2.53 0 0 0\nAR Clark 34°10′46″ 93°05′55″ 2.41 2.33 2.16 2.71 2.38 2.46 3.13 0 0 0\nAR Marion 36°05′02″ 92°35′13″ 2.00 2.04 2.11 2.05 2.43 2.18 2.95 0 0 0\nAR Washington 36°06′02″ 94°10′24″ 1.91 1.92 1.91 2.03 2.22 2.19 2.05 0 0 0\nAZ Coconino 36°04′18″ 112°09′18″ 1.32 1.28 1.36 1.30 1.22 1.33 1.26 0 4 0\nAZ Pima 31°57′02″ 112°48′00″ 1.15 1.25 1.28 1.17 1.19 1.19 1.20 0 7 0\nAZ Graham 33°04′17″ 109°51′53″ 1.22 1.23 1.31 1.29 1.26 1.28 1.40 0 7 0\nCA Los Angeles 34°12′26″ 117°45′40″ 1.37 1.27 1.86 1.37 1.82 1.71 1.45 0 1 0\nCA Mendocino 39°00′17″ 123°05′05″ 1.49 1.48 1.87 1.58 1.72 2.08 1.50 0 0 0\nCA Tulare 36°34′01″ 118°46′38″ 1.61 1.26 1.69 1.45 1.68 1.69 1.40 0 0 0\nCA Siskiyou 41°45′57″ 122°28′42″ 1.16 1.15 1.37 1.25 1.24 1.30 1.14 0 4 0\nCA Yolo 38°32′07″ 121°46′30″ 1.15 1.09 1.19 1.12 1.18 1.16 1.14 4 2 0\nCA Tuolumne 37°47′46″ 119°51′29″ 1.67 1.43 2.00 1.43 1.77 1.94 1.52 0 0 0\nCO Alamosa 37°26′29″ 105°51′55″ 1.19 1.13 1.18 1.17 1.12 1.18 1.18 0 6 0\nCO Bent 38°07′04″ 103°18′58″ 1.12 1.29 1.23 1.17 1.24 1.25 1.20 0 5 0\nCO Boulder 40°03′19″ 105°35′18″ 3.43 3.20 2.42 3.02 3.24 2.85 2.42 0 0 0\nCO Garfield 39°24′11″ 107°20′28″ 1.38 1.38 1.32 1.45 1.32 1.66 1.39 0 0 0\nCO Larimer 40°21′51″ 105°34′55″ 1.27 1.39 1.38 1.45 1.34 1.53 1.36 0 3 0\nCO Teller 39°06′04″ 105°05′31″ 1.40 1.58 1.53 1.52 1.49 1.60 1.53 0 4 0\nCO Weld 40°48′23″ 104°45′17″ 1.15 1.20 1.17 1.32 1.29 1.24 1.20 0 4 0\nCO Mineral 37°28′07″ 106°47′25″ 2.14 1.88 2.29 2.46 2.59 2.38 2.39 0 0 0\nCO Garfield 39°25′38″ 107°22′47″ 1.54 1.55 1.55 1.55 1.44 1.73 1.50 0 0 0\nCO Routt 40°32′05″ 106°46′48″ 1.87 1.83 1.94 2.15 2.00 2.19 1.82 0 0 0\nCO Boulder 39°59′38″ 105°28′48″ 1.39 1.55 1.48 1.59 1.41 1.62 1.48 0 0 0\nCO San Juan 37°45′05″ 107°41′07″ 1.65 1.71 1.71 1.90 1.79 1.87 1.80 0 0 0\nCO Routt 40°32′16″ 106°40′35″ 2.36 1.95 2.19 2.48 2.38 2.53 2.05 0 0 0\nCO Larimer 40°17′16″ 105°39′46″ 1.72 1.77 1.78 1.96 2.04 2.07 2.13 0 0 0\nCO Montezuma 37°11′53″ 108°29′25″ 1.37 1.42 1.43 1.53 1.38 1.44 1.52 0 2 0\nFL Bradford 29°58′29″ 82°11′53″ 2.23 2.11 2.64 2.12 2.52 2.80 2.89 0 0 0\nFL Dade 25°23′24″ 80°40′48″ 2.30 2.21 2.28 2.77 1.97 2.26 2.22 0 0 0\nFL Gadsden 30°32′53″ 84°36′03″ 2.35 2.10 2.48 2.65 2.45 2.58 3.24 0 0 0\nFL Sarasota 27°22′48″ 82°17′02″ 2.11 2.20 2.53 2.49 2.05 2.73 2.33 0 0 0\nFL Brevard 28°32′34″ 80°38′40″ 1.96 3.11 2.44 3.65 2.85 2.97 3.06 0 0 0\nGA Evans 32°08′28″ 81°58′17″ 2.18 2.13 2.35 2.11 2.26 2.27 2.80 0 0 0\nGA Pike 33°10′40″ 84°24′22″ 2.48 2.30 2.88 2.68 2.58 2.47 2.88 0 0 0\nGA Tift 31°31′06″ 83°32′54″ 2.36 2.06 2.34 2.80 2.15 1.97 2.61 0 0 0\nHI Hawaii 19°25′10″ 155°14′25″ 2.20 1.69 1.85 1.91 1.40 1.40 1.36 0 2 0\nIA Clayton 42°54′35″ 91°28′12″ 1.48 1.80 2.04 1.78 1.68 1.66 1.74 0 0 0\nIA Lucas 40°57′47″ 93°23′33″ 1.39 1.60 1.79 1.65 1.63 1.76 1.70 0 0 0\nID Butte 43°27′41″ 113°33′17″ 1.18 1.17 1.35 1.25 1.16 1.32 1.19 0 5 0\nID Owyhee 43°12′19″ 116°44′57″ 1.12 1.10 1.30 1.20 1.41 1.31 1.16 0 6 0\nID Valley 44°17′52″ 116°03′49″ 1.52 1.47 1.50 1.53 1.63 1.50 1.35 0 0 0\nIL Champaign 40°03′12″ 88°22′19″ 2.25 2.72 2.84 2.49 2.53 2.30 2.36 0 0 0\nIL Du Page 41°42′04″ 87°59′43″ 2.21 2.53 2.86 2.35 2.58 2.31 2.32 0 0 0\nIL Pope 37°26′08″ 88°40′19″ 2.72 2.53 3.14 3.24 3.23 3.14 3.22 0 0 0\nIN Huntington 40°50′24″ 85°27′50″ 2.53 2.62 3.04 2.74 2.57 2.43 2.42 0 0 0\nIN Knox 38°44′27″ 87°29′08″ 2.94 2.85 3.38 2.76 2.93 2.49 3.00 0 0 0\nIN Porter 41°37′57″ 87°05′16″ 2.26 2.25 2.36 2.44 2.58 2.28 2.17 0 0 0\nIN Tippecanoe 40°28′31″ 86°59′32″ 2.25 2.48 2.78 2.39 2.75 2.34 2.81 0 0 0\nKS Crawford 37°39′04″ 94°48′13″ 1.68 2.14 2.24 2.17 2.20 2.10 2.60 0 0 0\nKS Riley 39°06′08″ 96°36′33″ 1.38 1.81 1.95 1.73 1.60 1.68 1.45 0 0 0\nKS Scott 38°40′18″ 100°54′59″ 1.25 1.27 1.32 1.26 1.43 1.33 1.19 0 1 0\nKY Washington 37°42′17″ 85°02′56″ 2.45 2.53 2.84 2.94 2.79 2.53 2.98 0 0 0\nKY Letcher 37°04′40″ 82°59′37″ 2.66 2.56 3.00 2.67 3.05 2.68 2.85 0 0 0\nKY Rowan 38°07′06″ 83°32′49″ 2.66 2.42 2.44 2.94 2.68 2.98 2.81 0 0 0\nLA Iberia 29°55′47″ 91°42′55″ 2.56 2.43 2.12 3.24 2.54 2.73 2.30 0 0 0\nLA Washington 30°48′41″ 90°10′51″ 2.38 2.62 2.66 3.12 2.73 3.19 2.55 0 0 0\nMA Barnstable 41°58′33″ 70°01′29″ 2.81 2.52 2.94 2.98 3.06 2.89 3.07 0 0 0\nMA Franklin 42°23′33″ 72°20′40″ 3.49 3.14 2.95 3.16 3.69 2.94 3.74 0 0 0\nMA Middlesex 42°23′02″ 71°12′53″ 2.94 2.71 3.36 2.73 3.28 2.24 3.21 0 0 0\nMD Carroll 39°24′32″ 76°59′43″ 3.02 3.28 3.49 2.62 4.05 2.71 3.46 0 0 0\nMD Queen Anne 38°54′47″ 76°09′09″ 3.10 3.37 2.59 3.08 3.44 2.92 3.61 0 0 0\nME Aroostook 46°52′08″ 68°00′53″ 2.09 2.13 2.15 2.23 2.22 2.20 2.56 0 0 0\nME Cumberland 44°06′27″ 70°43′44″ 2.48 2.60 2.49 3.18 3.37 2.32 2.66 0 0 0\nME Piscataquis 45°29′23″ 69°39′52″ 2.22 2.40 2.48 2.52 2.89 2.44 2.63 0 0 0\nME Hancock 44°22′26″ 68°15′38″ 2.99 2.66 3.11 2.78 2.97 3.02 2.96 0 0 0\nMI Cheboygan 45°33′39″ 84°40′42″ 1.98 2.37 2.27 2.05 2.40 2.51 2.20 0 0 0\nMI Kalamazoo 42°24′37″ 85°23′34″ 1.61 2.14 2.39 2.45 2.29 2.41 2.87 0 0 0\nMI Wexford 44°13′27″ 85°49′07″ 2.16 2.24 2.35 2.18 2.58 2.34 2.46 0 0 0\nMI Keweenaw 48°03′27″ 88°38′03″ 1.23 1.35 1.38 1.34 1.51 1.47 1.46 0 5 0\nMI Chippewa 46°22′27″ 84°44′29″ 1.76 2.14 2.04 1.92 2.54 2.60 2.14 0 0 0\nMI Houghton 47°06′17″ 88°33′05″ 1.66 1.87 1.78 1.76 2.13 1.91 1.75 0 0 0\nMN Itasca 47°31′52″ 93°28′07″ 1.44 1.48 1.54 1.50 1.60 1.63 1.44 0 0 0\nMN Lake 47°56′47″ 91°29′46″ 1.52 1.59 1.65 1.38 1.58 1.51 1.57 0 0 0\nMN Morrison 46°14′58″ 94°29′50″ 1.42 1.47 1.47 1.30 1.47 1.77 1.61 0 0 0\nMN Redwood 44°14′14″ 95°18′02″ 1.29 1.19 1.51 1.38 1.33 1.55 1.37 0 0 0\nMO Boone 38°45′13″ 92°11′56″ 2.09 1.89 1.38 2.11 1.91 2.48 2.27 0 1 0\nMO Butler 36°54′39″ 90°19′07″ 2.19 1.98 2.76 2.68 2.87 2.60 2.74 0 0 0\nMS Hinds 32°18′24″ 90°19′06″ 2.25 2.16 2.57 3.04 2.51 2.44 2.53 0 0 0\nMS Newton 32°20′05″ 89°09′57″ 2.23 2.18 2.85 3.38 2.54 2.82 2.85 0 0 0\nMS Yalobusha 34°00′09″ 89°48′00″ 2.60 2.47 2.49 2.70 2.52 2.58 2.85 0 0 0\nMT Big Horn 45°34′07″ 107°26′15″ 1.25 1.31 1.33 1.25 1.24 1.27 1.23 0 7 0\nMT Flathead 48°30′37″ 113°59′45″ 1.45 1.43 1.58 1.67 1.91 1.78 1.51 0 0 0\nMT Jefferson 46°29′06″ 112°03′53″ 1.24 1.23 1.38 1.37 1.32 1.36 1.28 0 4 0\nMT Ravalli 45°41′30″ 113°57′56″ 1.41 1.39 1.53 1.59 1.55 1.67 1.57 0 0 0\nMT Hill 48°29′57″ 109°47′51″ 1.20 1.20 1.26 1.17 1.22 1.33 1.23 0 6 0\nNC Bertie 36°07′57″ 77°10′17″ 2.44 3.48 2.68 2.12 3.04 2.88 2.51 0 0 0\nNC Macon 35°03′38″ 83°25′50″ 2.92 3.08 3.17 3.65 3.62 3.49 3.62 0 0 0\nNC Rowan 35°41′49″ 80°37′21″ 2.61 3.00 2.41 2.56 2.50 3.49 2.65 0 0 0\nNC Sampson 35°01′33″ 78°16′42″ 2.33 2.37 2.39 2.29 2.31 2.25 2.15 0 0 0\nNC Scotland 34°58′15″ 79°31′42″ 2.56 2.72 2.74 2.66 2.97 2.91 3.19 0 0 0\nNC Wake 35°43′42″ 78°40′49″ 2.70 2.58 2.96 2.38 2.87 2.59 2.47 0 0 0\nNC Yancey 35°44′07″ 82°17′10″ 3.38 4.12 4.00 3.95 4.03 3.55 3.54 0 0 0\nND McKenzie 47°36′05″ 103°15′51″ 1.13 1.14 1.39 1.13 1.27 1.35 1.34 1 2 0\nND Pembina 48°46′57″ 97°45′15″ 1.35 1.15 1.35 1.28 1.32 1.38 1.17 0 0 0\nND Stutsman 47°07′32″ 99°14′13″ 1.15 1.14 1.11 1.21 1.26 1.26 1.24 3 1 0\nNE Saunders 41°09′11″ 96°29′34″ 1.25 1.39 1.48 1.30 1.30 1.31 1.43 0 0 0\nNE Lincoln 41°03′33″ 100°44′47″ 1.27 1.21 1.20 1.24 1.40 1.27 1.24 0 0 0\nNH Grafton 43°56′35″ 71°42′12″ 3.10 2.94 3.09 2.99 3.41 3.09 3.00 0 0 0\nNJ Mercer 40°18′54″ 74°51′17″ 2.83 2.96 2.97 2.72 3.84 2.72 3.93 0 0 0\nNM Catron 33°13′13″ 108°14′05″ 1.28 1.37 1.36 1.42 1.38 1.41 1.40 0 5 0\nNM Los Alamos 35°46′54″ 106°16′03″ 1.27 1.36 1.30 1.53 1.35 1.38 1.43 0 5 0\nNV Clark 36°08′09″ 115°25′32″ 1.11 1.10 1.16 1.14 1.08 1.26 1.10 0 7 0\nNV Lyon 38°47′57″ 119°15′24″ 1.06 1.08 1.13 1.09 1.19 1.20 1.10 0 7 0\nNV White Pine 39°00′18″ 114°12′57″ 1.26 1.17 1.32 1.24 1.31 1.15 1.28 0 6 0\nNY Cayuga 42°44′02″ 76°39′35″ 2.86 2.67 2.63 2.44 2.97 2.62 2.65 0 0 0\nNY Chautauqua 42°17′58″ 79°23′47″ 3.53 3.21 2.85 3.40 3.59 2.70 2.52 0 0 0\nNY Essex 43°58′21″ 74°13′15″ 2.91 2.45 3.00 2.93 3.09 2.82 3.22 0 0 0\nNY Oswego 43°31′34″ 75°56′50″ 3.36 3.61 3.75 3.73 3.79 3.18 3.21 0 0 0\nNY Steuben 42°06′23″ 77°32′09″ 2.74 2.46 2.80 2.34 2.96 2.28 3.19 0 0 0\nNY Ulster 41°59′39″ 74°30′13″ 3.93 3.31 3.30 3.22 4.85 3.35 3.94 0 0 0\nNY Orange 41°21′03″ 74°02′55″ 3.59 3.44 3.30 3.23 4.41 2.97 3.66 0 0 0\nOH Butler 39°31′53″ 84°43′27″ 3.13 2.59 3.02 2.85 3.59 3.22 2.68 0 0 0\nOH Delaware 40°21′19″ 83°03′58″ 2.80 2.62 2.57 2.65 3.02 3.66 2.85 0 0 0\nOH Noble 39°47′34″ 81°31′52″ 3.41 3.75 3.36 3.40 4.20 3.27 3.56 0 0 0\nOH Wayne 40°46′56″ 81°55′12″ 2.65 2.44 2.65 2.63 3.16 2.67 2.87 0 0 0\nOK Alfalfa 36°48′19″ 98°12′02″ 1.59 1.81 1.69 2.07 1.61 1.69 1.72 0 0 0\nOK McClain 34°58′48″ 97°31′17″ 1.69 1.85 1.69 2.05 1.88 2.00 1.79 0 0 0\nOK Texas 36°35′27″ 101°37′03″ 1.15 1.35 1.15 1.18 1.40 1.26 1.25 0 2 0\nOR Benton 44°23′08″ 123°36′55″ 1.71 1.94 2.08 1.99 2.12 2.05 1.78 0 0 0\nOR Lake 43°07′18″ 121°03′28″ 1.21 1.19 1.34 1.23 1.27 1.24 1.18 0 6 0\nOR Lane 44°12′48″ 122°15′12″ 2.06 2.26 2.40 2.31 2.81 2.43 2.19 0 0 1\nOR Union 45°13′28″ 118°30′41″ 1.38 1.23 1.37 1.34 1.41 1.43 1.34 0 0 0\nOR Benton 44°38′05″ 123°11′24″ 1.43 1.47 1.64 1.56 1.78 1.59 1.40 0 0 0\nOR Clackamas 45°26′57″ 122°09′12″ 2.14 2.16 2.33 2.29 2.60 2.41 2.15 0 0 0\nPA Centre 40°47′18″ 77°56′45″ 3.12 2.92 3.33 3.07 4.28 2.74 3.83 0 0 0\nPA Huntingdon 40°39′27″ 77°56′23″ 2.95 3.16 3.45 2.70 3.91 2.73 3.88 0 0 0\nPA Pike 41°19′39″ 74°49′13″ 3.43 3.01 3.13 2.86 4.24 2.87 4.24 0 0 0\nPA Rio Grande 18°19′21″ 65°49′13″ 2.52 2.40 3.45 2.22 3.00 2.66 2.17 0 0 2\nSC Clarendon 33°32′22″ 80°26′06″ 2.47 2.30 2.42 2.86 2.51 2.98 2.89 0 0 0\nSD Jackson 43°56′57″ 101°51′30″ 1.23 1.29 1.39 1.49 1.49 1.34 1.26 0 1 0\nSD Beadle 44°21′18″ 98°17′27″ 1.13 1.20 1.36 1.25 1.23 1.33 1.18 0 0 0\nTN Anderson 35°57′41″ 84°17′14″ 3.37 3.55 3.33 3.82 4.26 3.42 3.97 0 0 0\nTN Sevier 35°39′52″ 83°35′25″ 2.70 3.11 3.57 3.96 3.69 2.88 3.70 0 0 0\nTN Haywood 35°28′04″ 89°09′31″ 2.23 2.38 2.71 2.91 2.86 2.56 3.12 0 0 0\nTX Bailey 33°57′28″ 102°46′34″ 1.19 1.38 1.22 1.42 1.17 1.17 1.19 0 5 0\nTX Bee 28°28′00″ 97°42′25″ 1.54 1.44 1.85 2.04 1.49 1.48 1.92 0 0 0\nTX Brewster 29°18′08″ 103°10′38″ 1.29 1.14 1.22 1.13 1.16 1.17 1.14 0 7 0\nTX Colorado 29°39′41″ 96°15′34″ 2.03 1.83 2.43 2.59 1.84 2.11 2.26 0 0 0\nTX Edwards 30°15′41″ 100°33′18″ 1.55 1.30 1.56 1.55 1.42 1.48 1.52 0 0 0\nTX Gregg 32°22′43″ 94°42′42″ 2.77 2.09 2.36 2.97 2.31 2.42 2.70 0 0 0\nTX Culberson 31°54′30″ 104°48′10″ 1.21 1.21 1.26 1.25 1.35 1.18 1.23 0 4 0\nTX Nacogdoches 31°33′38″ 94°51′39″ 2.37 2.13 2.30 3.03 1.97 1.91 2.51 0 0 0\nTX Wise 33°23′30″ 97°38′23″ 1.58 1.49 1.65 2.00 1.71 1.61 1.93 0 0 0\nUT Cache 41°39′30″ 111°53′49″ 1.12 1.10 1.14 1.19 1.15 1.08 1.10 5 3 0\nUT Rich 41°21′27″ 111°02′55″ 1.15 1.25 1.31 1.25 1.15 1.26 1.20 0 7 0\nUT Emery 38°59′54″ 110°09′55″ 1.10 1.10 1.23 1.16 1.05 1.15 1.13 0 7 0\nUT Garfield 37°37′07″ 112°10′22″ 1.28 1.32 1.47 1.46 1.21 1.34 1.30 0 3 0\nVA Albemarle 38°02′23″ 78°32′31″ 2.85 2.95 3.28 3.27 3.68 3.32 3.72 0 0 0\nVA Giles 37°19′53″ 80°33′27″ 2.14 2.40 2.85 2.52 3.17 2.61 2.97 0 0 0\nVA Madison 38°31′21″ 78°26′09″ 2.58 3.00 2.84 3.07 4.16 3.27 3.41 0 0 0\nVI St. John 18°20′11″ 64°47′47″ 1.91 1.61 1.53 0 0 0\nVT Bennington 42°52′34″ 73°09′48″ 3.30 2.84 3.05 2.72 3.54 2.91 3.21 0 0 0\nVT Chittenden 44°31′42″ 72°52′08″ 2.89 2.61 3.47 2.98 3.51 3.39 3.36 0 0 0\nWA Jefferson 47°51′36″ 123°55′55″ 2.42 3.17 2.70 3.03 1.89 2.80 3.03 0 0 4\nWA Skagit 48°32′26″ 121°26′43″ 2.48 2.96 2.49 3.15 2.80 2.87 2.79 0 0 0\nWA Pierce 46°50′07″ 122°17′12″ 1.87 2.11 1.98 2.11 2.21 1.93 1.83 0 0 0\nWA Whitman 46°45′38″ 117°11′05″ 1.31 1.33 1.37 1.38 1.44 1.38 1.35 0 0 0\nWI Florence 45°47′47″ 88°23′58″ 1.73 1.73 1.67 1.66 1.79 1.93 1.83 0 0 0\nWI Oconto 45°03′12″ 88°22′22″ 1.82 1.72 1.87 1.89 2.31 2.09 2.00 0 0 0\nWI Portage 44°39′52″ 89°39′08″ 1.63 1.55 1.85 1.75 1.69 2.04 1.61 0 0 0\nWI Vilas 46°03′10″ 89°39′11″ 1.61 1.76 1.71 1.74 1.95 1.90 1.80 0 0 0\nWI Washburn 45°49′22″ 91°52′28″ 1.61 1.56 1.51 1.52 1.75 1.62 1.53 0 0 0\nWI Vernon 43°42′07″ 90°34′07″ 1.55 1.62 1.89 1.79 1.85 1.88 1.76 0 0 0\nWI Walworth 42°34′45″ 88°30′02″ 2.16 2.43 2.32 1.86 2.14 2.34 1.96 0 0 0\nWV Fayette 37°58′48″ 80°57′00″ 3.36 2.84 3.85 3.05 3.95 2.97 3.21 0 0 0\nWV Tucker 39°05′23″ 79°39′44″ 3.05 2.83 3.77 3.40 4.15 3.17 4.43 0 0 0\nWV Albany 41°22′34″ 106°15′34″ 1.88 2.22 2.18 2.10 1.94 2.21 1.79 0 0 0\nWY Fremont 42°44′02″ 108°51′00″ 1.24 1.35 1.52 1.43 1.25 1.47 1.27 0 2 0\nWY Sublette 42°55′44″ 109°47′12″ 1.23 1.23 1.37 1.31 1.23 1.39 1.30 0 7 0\nWY Park 44°55′02″ 110°25′13″ 1.19 1.32 1.29 1.32 1.29 1.25 1.22 0 5 0\nWY Albany 41°21′53″ 106°14′27″ 1.87 2.08 1.96 2.00 1.96 2.12 1.67 0 0 0\nWY Fremont 42°29′41″ 108°49′45″ 1.34 1.37 1.48 1.43 1.48 1.53 1.38 0 0 0\nWY Sublette 43°13′22″ 109°59′28″ 1.27 1.27 1.41 1.46 1.33 1.45 1.29 0 3 0\nWY Weston 43°52′24″ 104°11′32″ 1.25 1.42 1.45 1.46 1.48 1.37 1.27 0 2 0\nTable Table A2.. Summary data for copper roof runoff estimations for 179 locations in the United Statesa\nSite ID County Latitude Longitude g/m2sol;y g/m2/y (%) g/m2/y g/m2/y\nAK Fairbanks North Star 65°09′17″ 147°29′10″ 1.24 0.06 4.82 1.17 1.24\nAK Denali 63°43′25″ 148°57′50″ 1.24 0.02 1.89 1.17 1.24\nAL Dallas 32°27′30″ 87°14′32″ 2.36 0.40 17.12 2.22 2.34\nAL De Kalb 34°17′16″ 85°58′08″ 2.75 0.16 5.90 2.69 2.74\nAR Bradley 33°36′18″ 92°05′50″ 2.43 0.31 12.57 2.25 2.42\nAR Clark 34°10′46″ 93°05′55″ 2.51 0.32 12.68 2.33 2.49\nAR Marion 36°05′02″ 92°35′13″ 2.25 0.34 15.09 2.03 2.23\nAR Washington 36°06′02″ 94°10′24″ 2.03 0.13 6.52 1.95 2.03\nAZ Coconino 36°04′18″ 112°09′18″ 1.3 0.05 3.74 1.23 1.29\nAZ Pima 31°57′02″ 112°48′00″ 1.20 0.04 3.69 1.12 1.20\nAZ Graham 33°04′17″ 109°51′53″ 1.28 0.06 4.77 1.21 1.28\nCA Los Angeles 34°12′26″ 117°45′40″ 1.55 0.24 15.62 1.38 1.53\nCA Mendocino 39°00′17″ 123°05′05″ 1.68 0.23 13.79 1.50 1.66\nCA Tulare 36°34′01″ 118°46′38″ 1.54 0.17 11.02 1.53 1.53\nCA Siskiyou 41°45′57″ 122°28′42″ 1.23 0.08 6.90 1.17 1.23\nCA Yolo 38°32′07″ 121°46′30″ 1.15 0.03 2.94 1.08 1.15\nCA Tuolumne 37°47′46″ 119°51′29″ 1.68 0.23 13.93 1.60 1.67\nCO Alamosa 37°26′29″ 105°51′55″ 1.17 0.03 2.41 1.10 1.17\nCO Bent 38°07′04″ 103°18′58″ 1.21 0.06 4.74 1.16 1.21\nCO Boulder 40°03′19″ 105°35′18″ 2.94 0.40 13.54 2.93 2.92\nCO Garfield 39°24′11″ 107°20′28″ 1.41 0.12 8.23 1.30 1.41\nCO Larimer 40°21′51″ 105°34′55″ 1.39 0.08 6.02 1.31 1.39\nCO Teller 39°06′04″ 105°05′31″ 1.52 0.07 4.31 1.45 1.52\nCO Weld 40°48′23″ 104°45′17″ 1.23 0.06 5.20 1.13 1.22\nCO Mineral 37°28′07″ 106°47′25″ 2.31 0.23 10.15 2.30 2.29\nCO Garfield 39°25′38″ 107°22′47″ 1.55 0.09 5.87 1.47 1.55\nCO Routt 40°32′05″ 106°46′48″ 1.97 0.15 7.65 1.86 1.97\nCO Boulder 39°59′38″ 105°28′48″ 1.5 0.09 5.83 1.41 1.50\nCO San Juan 37°45′05″ 107°41′07″ 1.77 0.09 5.17 1.71 1.77\nCO Routt 40°32′16″ 106°40′35″ 2.28 0.22 9.66 2.28 2.27\nCO Larimer 40°17′16″ 105°39′46″ 1.92 0.16 8.49 1.88 1.92\nCO Montezuma 37°11′53″ 108°29′25″ 1.44 0.06 4.17 1.36 1.44\nFL Bradford 29°58′29″ 82°11′53″ 2.47 0.32 13.04 2.43 2.45\nFL Dade 25°23′24″ 80°40′48″ 2.29 0.24 10.52 2.17 2.28\nFL Gadsden 30°32′53″ 84°36′03″ 2.55 0.35 13.78 2.40 2.53\nFL Sarasota 27°22′48″ 82°17′02″ 2.35 0.25 10.53 2.25 2.34\nFL Brevard 28°32′34″ 80°38′40″ 2.86 0.54 18.74 2.88 2.82\nGA Evans 32°08′28″ 81°58′17″ 2.30 0.23 10.19 2.17 2.29\nGA Pike 33°10′40″ 84°24′22″ 2.61 0.22 8.35 2.49 2.60\nGA Tift 31°31′06″ 83°32′54″ 2.33 0.30 12.79 2.26 2.31\nHI Hawaii 19°25′10″ 155°14′25″ 1.69 0.32 18.92 1.69 1.66\nIA Clayton 42°54′35″ 91°28′12″ 1.74 0.17 9.69 1.66 1.73\nIA Lucas 40°57′47″ 93°23′33″ 1.65 0.13 8.02 1.57 1.64\nID Butte 43°27′41″ 113°33′17″ 1.23 0.08 6.26 1.12 1.23\nID Owyhee 43°12′19″ 116°44′57″ 1.23 0.11 9.32 1.13 1.22\nID Valley 44°17′52″ 116°03′49″ 1.5 0.08 5.52 1.42 1.50\nIL Champaign 40°03′12″ 88°22′19″ 2.50 0.22 8.75 2.40 2.49\nIL Du Page 41°42′04″ 87°59′43″ 2.45 0.22 9.01 2.27 2.44\nIL Pope 37°26′08″ 88°40′19″ 3.03 0.29 9.45 3.05 3.02\nIN Huntington 40°50′24″ 85°27′50″ 2.62 0.22 8.32 2.48 2.61\nIN Knox 38°44′27″ 87°29′08″ 2.91 0.27 9.22 2.84 2.90\nIN Porter 41°37′57″ 87°05′16″ 2.34 0.14 5.95 2.19 2.33\nIN Tippecanoe 40°28′31″ 86°59′32″ 2.54 0.23 9.11 2.39 2.53\nKS Crawford 37°39′04″ 94°48′13″ 2.16 0.27 12.49 2.08 2.15\nKS Riley 39°06′08″ 96°36′33″ 1.66 0.20 12.02 1.60 1.65\nKS Scott 38°40′18″ 100°54′59″ 1.29 0.08 5.91 1.20 1.29\nKY Washington 37°42′17″ 85°02′56″ 2.72 0.22 7.95 2.70 2.71\nKY Letcher 37°04′40″ 82°59′37″ 2.78 0.19 6.79 2.59 2.78\nKY Rowan 38°07′06″ 83°32′49″ 2.70 0.22 8.21 2.60 2.70\nLA Iberia 29°55′47″ 91°42′55″ 2.56 0.36 14.04 2.45 2.54\nLA Washington 30°48′41″ 90°10′51″ 2.75 0.30 10.89 2.57 2.74\nMA Barnstable 41°58′33″ 70°01′29″ 2.90 0.19 6.51 2.85 2.89\nMA Franklin 42°23′33″ 72°20′40″ 3.30 0.33 10.13 3.07 3.29\nMA Middlesex 42°23′02″ 71°12′53″ 2.92 0.40 13.65 2.85 2.90\nMD Carroll 39°24′32″ 76°59′43″ 3.23 0.50 15.38 3.18 3.20\nMD Queen Anne 38°54′47″ 76°09′09″ 3.16 0.35 10.98 3.01 3.14\nME Aroostook 46°52′08″ 68°00′53″ 2.23 0.16 7.03 2.12 2.22\nME Cumberland 44°06′27″ 70°43′44″ 2.73 0.39 14.46 2.51 2.70\nME Piscataquis 45°29′23″ 69°39′52″ 2.51 0.21 8.32 2.40 2.50\nME Hancock 44°22′26″ 68°15′38″ 2.93 0.15 5.24 2.88 2.92\nMI Cheboygan 45°33′39″ 84°40′42″ 2.25 0.19 8.61 2.19 2.25\nMI Kalamazoo 42°24′37″ 85°23′34″ 2.31 0.38 16.38 2.31 2.28\nMI Wexford 44°13′27″ 85°49′07″ 2.33 0.15 6.58 2.25 2.33\nMI Keweenaw 48°03′27″ 88°38′03″ 1.39 0.09 6.75 1.31 1.39\nMI Chippewa 46°22′27″ 84°44′29″ 2.16 0.31 14.24 2.06 2.14\nMI Houghton 47°06′17″ 88°33′05″ 1.84 0.15 8.28 1.70 1.83\nMN Itasca 47°31′52″ 93°28′07″ 1.52 0.07 4.90 1.43 1.52\nMN Lake 47°56′47″ 91°29′46″ 1.54 0.09 5.54 1.50 1.54\nMN Morrison 46°14′58″ 94°29′50″ 1.5 0.15 9.93 1.40 1.50\nMN Redwood 44°14′14″ 95°18′02″ 1.37 0.12 9.02 1.30 1.37\nMO Boone 38°45′13″ 92°11′56″ 2.02 0.35 17.28 2.01 1.99\nMO Butler 36°54′39″ 90°19′07″ 2.55 0.33 13.02 2.60 2.53\nMS Hinds 32°18′24″ 90°19′06″ 2.50 0.28 11.31 2.43 2.49\nMS Newton 32°20′05″ 89°09′57″ 2.69 0.42 15.44 2.73 2.67\nMS Yalobusha 34°00′09″ 89°48′00″ 2.60 0.13 5.16 2.49 2.60\nMT Big Horn 45°34′07″ 107°26′15″ 1.27 0.04 3.14 1.18 1.27\nMT Flathead 48°30′37″ 113°59′45″ 1.62 0.18 11.15 1.50 1.61\nMT Jefferson 46°29′06″ 112°03′53″ 1.31 0.06 4.70 1.24 1.31\nMT Ravalli 45°41′30″ 113°57′56″ 1.53 0.10 6.34 1.47 1.53\nMT Hill 48°29′57″ 109°47′51″ 1.23 0.05 4.11 1.15 1.23\nNC Bertie 36°07′57″ 77°10′17″ 2.73 0.44 16.23 2.59 2.70\nNC Macon 35°03′38″ 83°25′50″ 3.37 0.30 8.95 3.40 3.35\nNC Rowan 35°41′49″ 80°37′21″ 2.75 0.38 13.76 2.53 2.73\nNC Sampson 35°01′33″ 78°16′42″ 2.30 0.08 3.58 2.23 2.30\nNC Scotland 34°58′15″ 79°31′42″ 2.82 0.22 7.65 2.65 2.81\nNC Wake 35°43′42″ 78°40′49″ 2.65 0.21 7.82 2.51 2.64\nNC Yancey 35°44′07″ 82°17′10″ 3.80 0.30 7.81 3.85 3.79\nND McKenzie 47°36′05″ 103°15′51″ 1.25 0.12 9.25 1.20 1.25\nND Pembina 48°46′57″ 97°45′15″ 1.29 0.09 6.99 1.24 1.28\nND Stutsman 47°07′32″ 99°14′13″ 1.20 0.06 5.18 1.14 1.20\nNE Saunders 41°09′11″ 96°29′34″ 1.35 0.08 6.01 1.23 1.35\nNE Lincoln 41°03′33″ 100°44′47″ 1.26 0.07 5.42 1.17 1.26\nNH Grafton 43°56′35″ 71°42′12″ 3.09 0.15 5.01 3.00 3.09\nNJ Mercer 40°18′54″ 74°51′17″ 3.14 0.52 16.59 2.87 3.10\nNM Catron 33°13′13″ 108°14′05″ 1.37 0.05 3.37 1.30 1.37\nNM Los Alamos 35°46′54″ 106°16′03″ 1.38 0.09 6.20 1.29 1.37\nNV Clark 36°08′09″ 115°25′32″ 1.14 0.06 5.12 1.04 1.13\nNV Lyon 38°47′57″ 119°15′24″ 1.12 0.05 4.79 1.03 1.12\nNV White Pine 39°00′18″ 114°12′57″ 1.25 0.06 5.21 1.20 1.25\nNY Cayuga 42°44′02″ 76°39′35″ 2.69 0.17 6.37 2.57 2.69\nNY Chautauqua 42°17′58″ 79°23′47″ 3.11 0.43 13.65 3.12 3.09\nNY Essex 43°58′21″ 74°13′15″ 2.92 0.24 8.27 2.84 2.91\nNY Oswego 43°31′34″ 75°56′50″ 3.52 0.26 7.43 3.51 3.51\nNY Steuben 42°06′23″ 77°32′09″ 2.68 0.34 12.55 2.65 2.67\nNY Ulster 41°59′39″ 74°30′13″ 3.70 0.59 16.01 3.26 3.66\nNY Orange 41°21′03″ 74°02′55″ 3.51 0.46 13.02 3.34 3.49\nOH Butler 39°31′53″ 84°43′27″ 3.01 0.34 11.44 2.93 2.99\nOH Delaware 40°21′19″ 83°03′58″ 2.88 0.38 13.11 2.72 2.86\nOH Noble 39°47′34″ 81°31′52″ 3.56 0.32 8.98 3.31 3.55\nOH Wayne 40°46′56″ 81°55′12″ 2.73 0.23 8.35 2.57 2.72\nOK Alfalfa 36°48′19″ 98°12′02″ 1.74 0.16 9.30 1.61 1.73\nOK McClain 34°58′48″ 97°31′17″ 1.85 0.14 7.73 1.77 1.84\nOK Texas 36°35′27″ 101°37′03″ 1.25 0.10 7.88 1.18 1.25\nOR Benton 44°23′08″ 123°36′55″ 1.95 0.16 7.98 1.91 1.95\nOR Lake 43°07′18″ 121°03′28″ 1.24 0.05 4.37 1.16 1.24\nOR Lane 44°12′48″ 122°15′12″ 2.35 0.24 10.12 2.22 2.34\nOR Union 45°13′28″ 118°30′41″ 1.36 0.07 4.82 1.30 1.36\nOR Benton 44°38′05″ 123°11′24″ 1.55 0.13 8.61 1.48 1.55\nOR Clackamas 45°26′57″ 122°09′12″ 2.29 0.17 7.37 2.21 2.29\nPA Centre 40°47′18″ 77°56′45″ 3.33 0.54 16.35 3.02 3.29\nPA Huntingdon 40°39′27″ 77°56′23″ 3.25 0.51 15.62 3.07 3.22\nPA Pike 41°19′39″ 74°49′13″ 3.40 0.61 17.83 3.04 3.35\nPA Rio Grande 18°19′21″ 65°49′13″ 2.63 0.46 17.34 2.43 2.60\nSC Clarendon 33°32′22″ 80°26′06″ 2.63 0.27 10.19 2.42 2.62\nSD Jackson 43°56′57″ 101°51′30″ 1.35 0.11 7.82 1.26 1.35\nSD Beadle 44°21′18″ 98°17′27″ 1.24 0.08 6.51 1.16 1.24\nTN Anderson 35°57′41″ 84°17′14″ 3.68 0.35 9.53 3.45 3.66\nTN Sevier 35°39′52″ 83°35′25″ 3.38 0.48 14.09 3.48 3.35\nTN Haywood 35°28′04″ 89°09′31″ 2.68 0.31 11.64 2.62 2.67\nTX Bailey 33°57′28″ 102°46′34″ 1.25 0.11 8.57 1.12 1.24\nTX Bee 28°28′00″ 97°42′25″ 1.68 0.25 14.76 1.47 1.66\nTX Brewster 29°18′08″ 103°10′38″ 1.18 0.06 4.89 1.08 1.18\nTX Colorado 29°39′41″ 96°15′34″ 2.16 0.29 13.40 2.03 2.14\nTX Edwards 30°15′41″ 100°33′18″ 1.48 0.09 6.34 1.44 1.48\nTX Gregg 32°22′43″ 94°42′42″ 2.52 0.31 12.15 2.34 2.50\nTX Culberson 31°54′30″ 104°48′10″ 1.24 0.05 4.35 1.16 1.24\nTX Nacogdoches 31°33′38″ 94°51′39″ 2.32 0.38 16.30 2.21 2.29\nTX Wise 33°23′30″ 97°38′23″ 1.71 0.19 11.03 1.57 1.70\nUT Cache 41°39′30″ 111°53′49″ 1.12 0.04 3.43 1.04 1.12\nUT Rich 41°21′27″ 111°02′55″ 1.22 0.06 4.98 1.18 1.22\nUT Emery 38°59′54″ 110°09′55″ 1.13 0.06 5.07 1.06 1.13\nUT Garfield 37°37′07″ 112°10′22″ 1.34 0.10 7.18 1.25 1.34\nVA Albemarle 38°02′23″ 78°32′31″ 3.29 0.33 9.94 3.19 3.28\nVA Giles 37°19′53″ 80°33′27″ 2.66 0.35 13.30 2.52 2.64\nVA Madison 38°31′21″ 78°26′09″ 3.19 0.51 15.89 2.98 3.16\nVI St. John 18°20′11″ 64°47′47″ 1.68 0.20 11.90 1.61 1.68\nVT Bennington 42°52′34″ 73°09′48″ 3.08 0.29 9.34 3.05 3.07\nVT Chittenden 44°31′42″ 72°52′08″ 3.17 0.35 10.90 3.27 3.16\nWA Jefferson 47°51′36″ 123°55′55″ 2.72 0.44 16.24 2.71 2.69\nWA Skagit 48°32′26″ 121°26′43″ 2.79 0.24 8.61 2.71 2.78\nWA Pierce 46°50′07″ 122°17′12″ 2.01 0.14 7.05 1.90 2.00\nWA Whitman 46°45′38″ 117°11′05″ 1.37 0.04 3.10 1.29 1.37\nWI Florence 45°47′47″ 88°23′58″ 1.76 0.10 5.40 1.66 1.76\nWI Oconto 45°03′12″ 88°22′22″ 1.96 0.20 10.03 1.81 1.95\nWI Portage 44°39′52″ 89°39′08″ 1.73 0.17 9.68 1.61 1.72\nWI Vilas 46°03′10″ 89°39′11″ 1.78 0.12 6.59 1.68 1.78\nWI Washburn 45°49′22″ 91°52′28″ 1.58 0.09 5.38 1.49 1.58\nWI Vernon 43°42′07″ 90°34′07″ 1.76 0.13 7.47 1.71 1.76\nWI Walworth 42°34′45″ 88°30′02″ 2.17 0.21 9.60 2.07 2.16\nWV Fayette 37°58′48″ 80°57′00″ 3.32 0.43 13.06 3.12 3.30\nWV Tucker 39°05′23″ 79°39′44″ 3.54 0.59 16.75 3.30 3.50\nWV Albany 41°22′34″ 106°15′34″ 2.05 0.17 8.46 2.02 2.04\nWY Fremont 42°44′02″ 108°51′00″ 1.36 0.11 8.19 1.28 1.36\nWY Sublette 42°55′44″ 109°47′12″ 1.29 0.07 5.09 1.23 1.29\nWY Park 44°55′02″ 110°25′13″ 1.27 0.05 4.16 1.22 1.27\nWY Albany 41°21′53″ 106°14′27″ 1.95 0.15 7.67 1.88 1.95\nWY Fremont 42°29′41″ 108°49′45″ 1.43 0.07 4.97 1.35 1.43\nWY Sublette 43°13′22″ 109°59′28″ 1.35 0.08 6.12 1.26 1.35\nWY Weston 43°52′24″ 104°11′32″ 1.38 0.09 6.71 1.34 1.38\nTable Table A3.. Summary data for copper roof runoff estimations for 179 locations in the United Statesa\nCopper runoff export rates and concentrations\nSite ID County Latitude Longitude or mg/L or mg/L or mg/l or mg/L\nAK Fairbanks North Star 65°09′17″ 147°29′10″ 3.84 0.66 17.34 1.17 3.79\nAK Denali 63°43′25″ 148°57′50″ 3.67 0.31 8.50 1.17 3.66\nAL Dallas 32°27′30″ 87°14′32″ 2.12 0.18 8.67 2.22 2.12\nAL De Kalb 34°17′16″ 85°58′08″ 2.03 0.23 11.42 2.69 2.02\nAR Bradley 33°36′18″ 92°05′50″ 1.92 0.08 4.38 2.25 1.92\nAR Clark 34°10′46″ 93°05′55″ 1.91 0.21 11.22 2.33 1.90\nAR Marion 36°05′02″ 92°35′13″ 2.22 0.15 6.56 2.03 2.22\nAR Washington 36°06′02″ 94°10′24″ 1.80 0.13 7.33 1.95 1.80\nAZ Coconino 36°04′18″ 112°09′18″ 3.46 0.64 18.44 1.23 3.41\nAZ Pima 31°57′02″ 112°48′00″ 6.24 1.47 23.54 1.12 6.09\nAZ Graham 33°04′17″ 109°51′53″ 5.61 1.09 19.39 1.21 5.52\nCA Los Angeles 34°12′26″ 117°45′40″ 2.54 0.98 38.65 1.38 2.40\nCA Mendocino 39°00′17″ 123°05′05″ 1.75 0.35 20.01 1.50 1.72\nCA Tulare 36°34′01″ 118°46′38″ 1.47 0.42 28.82 1.53 1.43\nCA Siskiyou 41°45′57″ 122°28′42″ 3.57 1.29 36.09 1.17 3.37\nCA Yolo 38°32′07″ 121°46′30″ 2.53 0.94 37.10 1.08 2.40\nCA Tuolumne 37°47′46″ 119°51′29″ 1.39 0.42 30.46 1.60 1.34\nCO Alamosa 37°26′29″ 105°51′55″ 7.14 1.02 14.24 1.10 7.08\nCO Bent 38°07′04″ 103°18′58″ 3.31 0.66 19.94 1.16 3.26\nCO Boulder 40°03′19″ 105°35′18″ 1.33 0.14 10.91 2.93 1.32\nCO Garfield 39°24′11″ 107°20′28″ 2.54 0.40 15.68 1.30 2.51\nCO Larimer 40°21′51″ 105°34′55″ 3.25 0.48 14.87 1.31 3.22\nCO Teller 39°06′04″ 105°05′31″ 3.64 0.49 13.58 1.45 3.61\nCO Weld 40°48′23″ 104°45′17″ 3.70 1.10 29.84 1.13 3.56\nCO Mineral 37°28′07″ 106°47′25″ 1.63 0.11 6.91 2.30 1.62\nCO Garfield 39°25′38″ 107°22′47″ 2.22 0.28 12.55 1.47 2.20\nCO Routt 40°32′05″ 106°46′48″ 2.29 0.29 12.49 1.86 2.28\nCO Boulder 39°59′38″ 105°28′48″ 2.88 0.40 13.81 1.41 2.85\nCO San Juan 37°45′05″ 107°41′07″ 2.12 0.18 8.42 1.71 2.11\nCO Routt 40°32′16″ 106°40′35″ 1.80 0.20 11.31 2.28 1.79\nCO Larimer 40°17′16″ 105°39′46″ 1.67 0.17 10.15 1.88 1.66\nCO Montezuma 37°11′53″ 108°29′25″ 3.64 0.75 20.51 1.36 3.58\nFL Bradford 29°58′29″ 82°11′53″ 2.08 0.26 12.70 2.43 2.06\nFL Dade 25°23′24″ 80°40′48″ 1.42 0.11 8.03 2.17 1.41\nFL Gadsden 30°32′53″ 84°36′03″ 1.89 0.25 13.27 2.40 1.87\nFL Sarasota 27°22′48″ 82°17′02″ 1.73 0.25 14.46 2.25 1.72\nFL Brevard 28°32′34″ 80°38′40″ 2.03 0.25 12.15 2.88 2.02\nGA Evans 32°08′28″ 81°58′17″ 2.26 0.30 13.21 2.17 2.24\nGA Pike 33°10′40″ 84°24′22″ 2.18 0.29 13.12 2.49 2.16\nGA Tift 31°31′06″ 83°32′54″ 1.98 0.19 9.65 2.26 1.97\nHI Hawaii 19°25′10″ 155°14′25″ 3.24 0.80 24.69 3.38 3.14\nIA Clayton 42°54′35″ 91°28′12″ 2.02 0.16 7.72 1.66 2.02\nIA Lucas 40°57′47″ 93°23′33″ 2.08 0.32 15.42 1.57 2.06\nID Butte 43°27′41″ 113°33′17″ 4.13 1.07 25.96 1.12 4.01\nID Owyhee 43°12′19″ 116°44′57″ 4.65 1.35 28.93 1.13 4.50\nID Valley 44°17′52″ 116°03′49″ 1.91 0.41 21.38 1.42 1.87\nIL Champaign 40°03′12″ 88°22′19″ 2.87 0.19 6.78 2.40 2.86\nIL Du Page 41°42′04″ 87°59′43″ 2.73 0.30 10.81 2.27 2.72\nIL Pope 37°26′08″ 88°40′19″ 2.36 0.13 5.52 3.05 2.35\nIN Huntington 40°50′24″ 85°27′50″ 2.89 0.35 12.10 2.48 2.87\nIN Knox 38°44′27″ 87°29′08″ 2.66 0.31 11.64 2.84 2.65\nIN Porter 41°37′57″ 87°05′16″ 2.58 0.26 10.02 2.19 2.57\nIN Tippecanoe 40°28′31″ 86°59′32″ 3.02 0.26 8.60 2.39 3.01\nKS Crawford 37°39′04″ 94°48′13″ 1.89 0.18 9.34 2.08 1.88\nKS Riley 39°06′08″ 96°36′33″ 2.05 0.21 10.29 1.60 2.04\nKS Scott 38°40′18″ 100°54′59″ 2.62 0.41 15.74 1.20 2.59\nKY Washington 37°42′17″ 85°02′56″ 2.45 0.18 7.37 2.70 2.45\nKY Letcher 37°04′40″ 82°59′37″ 2.51 0.29 11.51 2.59 2.50\nKY Rowan 38°07′06″ 83°32′49″ 2.41 0.27 11.29 2.60 2.40\nLA Iberia 29°55′47″ 91°42′55″ 1.85 0.27 14.64 2.45 1.83\nLA Washington 30°48′41″ 90°10′51″ 1.96 0.26 13.42 2.57 1.95\nMA Barnstable 41°58′33″ 70°01′29″ 2.36 0.27 11.25 2.85 2.35\nMA Franklin 42°23′33″ 72°20′40″ 2.59 0.25 9.52 3.07 2.58\nMA Middlesex 42°23′02″ 71°12′53″ 2.69 0.25 9.43 2.85 2.68\nMD Carroll 39°24′32″ 76°59′43″ 3.01 0.33 10.90 3.18 3.00\nMD Queen Anne 38°54′47″ 76°09′09″ 2.92 0.21 7.04 3.01 2.91\nME Aroostook 46°52′08″ 68°00′53″ 2.38 0.19 7.99 2.12 2.37\nME Cumberland 44°06′27″ 70°43′44″ 2.52 0.27 10.82 2.51 2.51\nME Piscataquis 45°29′23″ 69°39′52″ 2.22 0.30 13.49 2.40 2.20\nME Hancock 44°22′26″ 68°15′38″ 2.12 0.18 8.52 2.88 2.12\nMI Cheboygan 45°33′39″ 84°40′42″ 3.00 0.30 10.09 2.19 2.99\nMI Kalamazoo 42°24′37″ 85°23′34″ 3.12 0.32 10.15 2.31 3.10\nMI Wexford 44°13′27″ 85°49′07″ 2.67 0.18 6.88 2.25 2.66\nMI Keweenaw 48°03′27″ 88°38′03″ 3.98 0.62 15.66 1.31 3.93\nMI Chippewa 46°22′27″ 84°44′29″ 2.97 0.37 12.40 2.06 2.96\nMI Houghton 47°06′17″ 88°33′05″ 2.43 0.20 8.08 1.70 2.43\nMN Itasca 47°31′52″ 93°28′07″ 1.87 0.15 8.09 1.43 1.87\nMN Lake 47°56′47″ 91°29′46″ 2.49 0.39 15.47 1.50 2.47\nMN Morrison 46°14′58″ 94°29′50″ 2.09 0.11 5.32 1.40 2.09\nMN Redwood 44°14′14″ 95°18′02″ 2.20 0.30 13.50 1.30 2.18\nMO Boone 38°45′13″ 92°11′56″ 2.50 0.68 27.30 2.01 2.43\nMO Butler 36°54′39″ 90°19′07″ 2.09 0.26 12.21 2.60 2.08\nMS Hinds 32°18′24″ 90°19′06″ 1.92 0.16 8.36 2.43 1.92\nMS Newton 32°20′05″ 89°09′57″ 1.99 0.16 7.91 2.73 1.99\nMS Yalobusha 34°00′09″ 89°48′00″ 1.84 0.17 9.02 2.49 1.83\nMT Big Horn 45°34′07″ 107°26′15″ 4.16 0.30 7.13 1.18 4.15\nMT Flathead 48°30′37″ 113°59′45″ 2.07 0.29 14.03 1.50 2.05\nMT Jefferson 46°29′06″ 112°03′53″ 3.75 0.47 12.62 1.24 3.72\nMT Ravalli 45°41′30″ 113°57′56″ 1.50 0.23 15.20 1.47 1.49\nMT Hill 48°29′57″ 109°47′51″ 4.27 0.69 16.19 1.15 4.21\nNC Bertie 36°07′57″ 77°10′17″ 2.23 0.19 8.42 2.59 2.22\nNC Macon 35°03′38″ 83°25′50″ 1.99 0.24 11.87 3.40 1.98\nNC Rowan 35°41′49″ 80°37′21″ 2.79 0.29 10.25 2.53 2.78\nNC Sampson 35°01′33″ 78°16′42″ 2.00 0.28 14.19 2.23 1.99\nNC Scotland 34°58′15″ 79°31′42″ 2.29 0.25 10.97 2.65 2.28\nNC Wake 35°43′42″ 78°40′49″ 2.29 0.21 9.30 2.51 2.28\nNC Yancey 35°44′07″ 82°17′10″ 2.01 0.18 9.11 3.85 2.00\nND McKenzie 47°36′05″ 103°15′51″ 4.00 2.33 58.21 1.20 3.62\nND Pembina 48°46′57″ 97°45′15″ 2.34 0.21 8.87 1.24 2.33\nND Stutsman 47°07′32″ 99°14′13″ 2.49 0.47 18.72 1.14 2.45\nNE Saunders 41°09′11″ 96°29′34″ 2.09 0.27 12.79 1.23 2.08\nNE Lincoln 41°03′33″ 100°44′47″ 2.58 0.30 11.69 1.17 2.56\nNH Grafton 43°56′35″ 71°42′12″ 2.57 0.21 8.13 3.00 2.56\nNJ Mercer 40°18′54″ 74°51′17″ 2.78 0.25 9.00 2.87 2.77\nNM Catron 33°13′13″ 108°14′05″ 4.12 0.56 13.67 1.30 4.09\nNM Los Alamos 35°46′54″ 106°16′03″ 3.63 0.44 12.15 1.29 3.61\nNV Clark 36°08′09″ 115°25′32″ 6.91 1.84 26.66 1.04 6.68\nNV Lyon 38°47′57″ 119°15′24″ 8.27 4.51 54.51 1.03 7.38\nNV White Pine 39°00′18″ 114°12′57″ 4.00 0.88 21.92 1.20 3.93\nNY Cayuga 42°44′02″ 76°39′35″ 3.26 0.29 9.03 2.57 3.25\nNY Chautauqua 42°17′58″ 79°23′47″ 3.06 0.24 7.72 3.12 3.06\nNY Essex 43°58′21″ 74°13′15″ 2.63 0.29 10.84 2.84 2.62\nNY Oswego 43°31′34″ 75°56′50″ 2.85 0.26 9.09 3.51 2.84\nNY Steuben 42°06′23″ 77°32′09″ 3.26 0.19 5.89 2.65 3.25\nNY Ulster 41°59′39″ 74°30′13″ 2.59 0.16 6.03 3.26 2.58\nNY Orange 41°21′03″ 74°02′55″ 2.72 0.20 7.52 3.34 2.71\nOH Butler 39°31′53″ 84°43′27″ 2.99 0.32 10.61 2.93 2.98\nOH Delaware 40°21′19″ 83°03′58″ 3.12 0.23 7.37 2.72 3.11\nOH Noble 39°47′34″ 81°31′52″ 3.14 0.21 6.74 3.31 3.14\nOH Wayne 40°46′56″ 81°55′12″ 3.23 0.31 9.53 2.57 3.22\nOK Alfalfa 36°48′19″ 98°12′02″ 1.97 0.31 15.62 1.61 1.95\nOK McClain 34°58′48″ 97°31′17″ 2.03 0.25 12.19 1.77 2.02\nOK Texas 36°35′27″ 101°37′03″ 2.8 0.52 18.60 1.18 2.76\nOR Benton 44°23′08″ 123°36′55″ 1.10 0.14 12.69 1.91 1.10\nOR Lake 43°07′18″ 121°03′28″ 4.71 1.30 27.51 1.16 4.57\nOR Lane 44°12′48″ 122°15′12″ 0.99 0.13 13.04 2.22 0.99\nOR Union 45°13′28″ 118°83′41″ 2.37 0.32 13.32 1.30 2.35\nOR Benton 44°38′05″ 123°11′24″ 1.55 0.25 16.40 1.48 1.53\nOR Clackamas 45°26′57″ 122°09′12″ 1.14 0.13 11.83 2.21 1.13\nPA Centre 40°47′18″ 77°56′45″ 2.96 0.21 7.09 3.02 2.95\nPa Huntingdon 40°39′27″ 77°56′23″ 3.11 0.31 9.96 3.07 3.10\nPA Pike 41°19′39″ 74°49′13″ 2.82 0.16 5.81 3.04 2.81\nPA Rio Grande 18°19′21″ 65°49′13″ 0.89 0.10 11.52 2.43 0.88\nSC Clarendon 33°32′22″ 80°26′06″ 2.24 0.24 10.84 2.42 2.23\nSD Jackson 43°56′57″ 101°51′30″ 2.62 0.40 15.18 1.26 2.60\nSD Beadle 44°21′18″ 98°17′27″ 2.43 0.32 13.28 1.16 2.41\nTN Anderson 35°57′41″ 84°17′14″ 2.63 0.12 4.73 3.45 2.62\nTN Sevier 35°39′52″ 83°35′25″ 2.02 0.13 6.51 3.48 2.02\nTN Haywood 35°28′00″ 89°09′31″ 2.1″ 0.11 5.37 2.62 2.10\nTX Bailey 33°57′28″ 102°46′34″ 3.68 0.96 25.93 1.12 3.57\nTX Bee 28°28′00″ 97°42′25″ 2.41 0.49 20.44 1.47 2.37\nTX Brewster 29°18′08″ 103°10′38″ 4.64 0.63 13.64 1.08 4.60\nTX Colorado 29°39′41″ 96°15′34″ 2.11 0.36 16.82 2.03 2.09\nTX Edwards 30°15′41″ 100°33′18″ 2.64 0.23 8.67 1.44 2.63\nTX Gregg 32°22′43″ 94°42′42″ 2.18 0.16 7.45 2.34 2.17\nTX Culberson 31°54′30″ 104°48′10″ 3.33 0.50 15.08 1.16 3.30\nTX Nacogdoches 31°33′38″ 94°51′39″ 2.00 0.32 16.15 2.21 1.98\nTX Wise 33°23′30″ 97°38′23″ 2.29 0.31 13.70 1.57 2.27\nUT Cache 41°39′30″ 111°53′49″ 2.49 0.55 21.89 1.04 2.44\nUT Rich 41°21′27″ 111°02′55″ 5.45 0.83 15.16 1.18 5.40\nUT Emery 38°59′54″ 110°09′55″ 7.83 1.58 20.12 1.06 7.69\nUT Garfield 37°37′07″ 112°10′22″ 3.71 0.80 21.54 1.25 3.65\nVA Albemarle 38°02′23″ 78°32′31″ 2.69 0.13 5.0″ 3.19 2.69\nVA Giles 37°19′53″ 80°33′27″ 2.59 0.28 10.74 2.52 2.58\nVA Madison 38°31′21″ 78°26′09″ 2.23 0.27 12.31 2.98 2.22\nVI St. John 18°20′11″ 64°47′47″ 1.77 0.31 17.42 1.60 1.76\nVT Bennington 42°52′34″ 73°09′48″ 2.86 0.34 11.77 2.96 2.84\nVT Chittenden 44°31′42″ 72°52′08″ 2.61 0.28 10.65 3.27 2.60\nWA Jefferson 47°51′36″ 123°55′55″ 0.84 0.13 14.89 2.71 0.83\nWA Skagit 48°32′26″ 121°26′43″ 1.32 0.14 10.42 2.71 1.31\nWA Pierce 46°50′07″ 122°17′12″ 1.78 0.24 13.19 1.90 1.77\nWA Whitman 46°45′38″ 117°11′05″ 2.48 0.36 14.47 1.29 2.46\nWI Florence 45°47′47″ 88°23′58″ 2.62 0.30 11.61 1.66 2.61\nWI Oconto 45°03′12″ 88°22′22″ 2.58 0.25 9.73 1.81 2.57\nWI Portage 44°39′52″ 89°39′08″ 2.6 0.32 12.17 1.61 2.59\nWI Vilas 46°03′10″ 89°39′11″ 2.29 0.23 9.87 1.68 2.28\nWI Washburn 45°49′22″ 91°52′28″ 2.16 0.25 11.5 1.49 2.14\nWI Vernon 43°42′07″ 90°34′07″ 2.31 0.31 13.45 1.71 2.29\nWI Walworth 42°34′45″ 88°30′02″ 2.60 0.36 14.0 2.07 2.58\nWV Fayette 37°58′48″ 80°57′00″ 2.69 0.13 4.79 3.12 2.68\nWV Tucker 39°05′23″ 79°39′44″ 2.78 0.22 7.78 3.3 2.77\nWV Albany 41°22′34″ 106°15′34″ 1.64 0.25 15.41 2.02 1.63\nWY Fremont 42°44′02″ 10°851′00″ 3.05 0.53 17.35 1.28 3.01\nWY Sublette 42°55′44″ 109°47′12″ 4.44 0.75 16.8 1.23 4.39\nWY Park 44°55′02″ 110°25′13″ 3.30 0.39 11.7 1.22 3.28\nWY Albany 41°21′53″ 106°14′27″ 1.66 0.27 16.46 1.88 1.64\nWY Fremont 42°29′41″ 108°49′45″ 2.89 0.34 11.93 1.35 2.87\nWY Sublette 43°13′22″ 109°59′28″ 3.21 0.51 15.99 1.26 3.17\nWY Weston 43°52′24″ 104°11′32″ 3.07 0.33 10.9 1.34 3.05\n1 Lakshika Weerasundara, C. N. Nupearachchi, Prasanna Kumarathilaka, Balaji Seshadri, Nanthi Bolan, Meththika Vithanage, Phytoremediation, 2016, 175 CrossRef\n2 Yolanda S. Hedberg, Sara Goidanich, Gunilla Herting, Inger Odnevall Wallinder, Surface–rain interactions: Differences in copper runoff for copper sheet of different inclination, orientation, and atmospheric exposure conditions, Environmental Pollution, 2015, 196, 363 CrossRef\n3 Yolanda S. Hedberg, Jonas F. Hedberg, Gunilla Herting, Sara Goidanich, Inger Odnevall Wallinder, Critical Review: Copper Runoff from Outdoor Copper Surfaces at Atmospheric Conditions, Environmental Science & Technology, 2014, 48, 3, 1372 CrossRef


Audi A3 Sportback sport 1.5 TFSI Navi Sitzh. Tempomat | Auto Senger\nAudi A3 Sportback sport 1.5 TFSI Navi Sitzh. Tempomat\nehemalige UVP 38.945 €1\n6.455 € Ersparnis2\nFür Bilder im XL-Format geben Sie diesen Code auf **www.aosXL.de** ein: 12902-2AZ-FBK131


NOTENO - 8461105339732355345114590922\nNOTENO - page: 8461105339732355345114590922 | Vethedasouan heit\nHengteth it ounealen ouonatnean ouwa orinarheitin teines. Heenaritst therre entestnd reinenedar enseheou oninte. Theralti reveon ouonor wa wasean in he anndanleeaat. An thouat thanstor edve hestalitou erreve alneedinwa reat. In tehiseesedti teesanngtian anerngwa tiantiitonhe meretihameas analalha. Then alininheinhi tosewanean tiederthme levengne to hiatre. It henewahear thanheouerve sethinhe ernghi thinha is nethedti veonhingre ou seouerer. Meanmere eame as alhaer alesonound inhested arouat heto orneoritaran. Ithehitothan al intoto reonhetoinea enenth esoralis isan waen edin. Hitoonnt thmehith waanhi oure atitertist tither sethouerou haheseononst. Reti ti anishathme arto isouerar ererin inmeinathast erseasesanve heoninhaitor heatster. An nereth inasinrehe sendinatouer ar thinas thorinheante ertharan onnd heer. Teresehiar ashaalouth anto hethalenin tiorouhaen neenthat aritalleon te atourest. Therngheou nehaises le he hionth itan arng erha aran. Ouheneat he watoou thinitinreas rehenterte. Er ererinantohi thnethou to ednd invein. Aner inonre herereisesou ouleathe heonatanng teinesonin isheasnt ne.\nWa tohiwant tiinreouor hiisit anorthinin oninreason. Edea itmehein herethrethen nealheenhe reeshatiedti as thha haaneaeshe. Or itto heorheorisse heenmeng thmearstar statreen edin enor itararhierve retilent oral. To ouonwa se an ha ster. Esedhawate theandaner onnder alheed er re vealinorhe erntorre edmethatanti haonteha eaarorit to. Threhestrehe thitedar erlear toth aledatonleha erateseroual asantiveedar isheaner. Rengwandou vendndtohe that tianhe onndouorhele leto tehaonan on. Re he hetoth enesleathein as. Tiinhete heouteerndar lendarat enin edanvehier thedaneaes. Thasntse tostle thatatheonnd asishi lehenter enhathorinre. mein thit er hathasheve anthnteditng ouorenorth hithitnethed ha hethntou ti inanngar reonereren. An alitthouen toonwa oranea heentianarin leanerreerit neou es hireheerhe thenhaedve handhaon anhentit. Tethonte inatou leme thme heinveeale me. Reheth itesou asonenalmeth heanndanleti thonan enreinalme or esinre ouedanhireng.\nStlene heas tetoiter inas ertherth enhe itnest veerinntat. Reanndtoonme thaterinhies waorre esngisea re atnganenas ashionheneng isneouse stwaal leonteheve innd. Thanis heedndanarat ouonthin sehi ha estingrest tereth isheor ertire lerearnd ve. Anvemeherese atea thastoheor mehearalment edveat ne reeaan almetharen in tiatnghetiou enwathatiser. Leis wanterthal hearthashale te retharhe heve inin. Thedinwawaal edarea leerin henttheaesou hithwaedngst in he totend arthenthined hi vearsewaonhi inednd. Atedinenlele hesengte ed enat ouorinseouea an istith he inhiveenhaar hahe itndatanhe insthahe in. It armeeaalha rees he oustar edheesen onarheesveth reanmereen. Asharestanwa seerenheer heerte tharerhent eain inon anesre asheinstre eresthesisre. Thnest ou eatonder ontoittotose ininorneedto thanngve ha. onalstndes esea erstoran in arth thononth waed sehentveouen orreertheres edhe ored. Ittial he wa reheorit teer anvearnd isantier erouanndme. Iseres enseonheorha heseanreer thertireheth heenishaonte reedndmeinhi heesal hengsetein. Vetoheanreti enhintth itenheti ouanti atanit onne hemereonesat ti hetohe inme atoreaisit vehethiner tent.\nEsngsted thiten vemeiniten enre reerit arheha hethea ha. Heisit erleeais ea eshiveheisre vend hiaren. Orer waisisheinor er aledtehawa heonalth atvendal enatinonhele heenthatnt. En re ininnengneve tineonesinit inhemeal anithe hathitersein. Onnger edteonthis heveneneth oredanveorar leesonea thtine oundinea aresngerisse ti aseaasheouen storarerth. Neth veis asneto than is ha inreorar onthitinnt al erth. Seveoutiarhi ou ve ertoesisas inneheatntou esedti reedanheed leouintiea heneseedhe heis tiveedhethal enedwaheorhe. Sein ed ed haorou rendin heanston thalnginnein anseed mein. Arstatan he onashe haan heedanonre toarhe outeerth onleto.\nOu edhetienon erhe innder es threneisvend heha hahein. Onthti thwang rearheenth ou hi ar on. Heishi atheea theswa anertith it toinitorthed thhawatistng hilehein hantaleralat. Or haonheou lehe onngonndou ineninheer wa. Edreoralsted inng ertherwa ouormeenst eaanle asarvene. Arndto inhethea heinhiastito therisedeaed heishithha vetove letindreve me atreleheer. Esinanonan tiertere toneneedmeth neon artindteorre stitesth rethenerhe. Wa esvethitou threantiha henestinen veouas edstwa ouin reitisaswave edaton itthalan ererhath thasis. Lemeiswa letostinha theahith stedanonanto thatar arat. Eralonnd edtehirent or inanheatea than watianti metowahe inedar ineaonthtiit annd meve. Hete thasstrete at vese eaas rewaleed heonneanou esedveanth himethha. Waleeaalheat waerreater anan wahavendse heeral. Ou hentalhane on invetiheon heasoulent anis oualarathe aror.\nAnoulestndve thedanndto ou asnehite toth thor leonhionrein wantat. An heinndvest tein ananthalreal heveonhe. Ar it tithinstedon enntthinnt asittoenseed. Ve anasanmeng es inanhianas sehetiwa enwaeath eninngerwath se iste hethatenti. Heinwaitis tiantitoente ou metene neinseearent thnehend an he onsendse inse on. Seonatti hehaen it ouanedonouit near ound rethin toentiteed tionorin rendeahial tothrere heneng. Inteas ha haasntin enaslees toiteranalti hastou needreoren or onermelehi. Edhethinas hetorene anantethin leorve ansearatre henghahaines teenen aresng is asaneastanor. Ouononaras isanhi itneisseonon tharenth he isheenneou heonhi. Nein vengitin oredhireer netheaasit asth thoueaon heston veleereder thouerre hiisarto. Heaswaonound rehe leisenheea ouonantile toth thou ou rehaon thenea. Ne re toin as astheroran an. Oulees meesalhe thha leored inrere veheeris haenalstator at theatiin. Heerstrehe anvendin rehe onisng ouhe hatomethme te ernderinor as. Ouhaathiheou stesednghe edases tiseitonan le itheretoto on. Edwane enhe wa outewanghe ed ouinathaesth hiasarar se es. Iser atas onortithanea waasti hiwatoresean haeritoninit anrehier thanthas in ha orasenornton. Arreourehe asteouhahe tolele inwangte asedinenedve thesreth ornt he en.


Relevés horaires des observations météo de Charleville-Mezieres pour la journée du Dimanche 14 Déc. 2014\nSaint-Mandrier-sur-Mer - Cap Cépet 18.3°\nRelevés horaires à Charleville-Mezieres - Dimanche 14 Déc. 2014\n23:00 0.1 -3 -0.2 ESE 9.3 -- 16.7 98 1018.4(-0.3/3h) 0.5 -- 0/1h\n22:00 -0.3 -3.5 -0.6 SE 9.3 -- 16.7 98 1018.9(0.3/3h) 1.6 8/8 0/1h\n21:00 -0.2 -3.8 -0.5 ESE 11.1 -- 18.5 98 1018.7(0.1/3h) 0.5 -- 0/3h\n20:00 0.0 -1.9 -0.3 ESE 5.6 -- 13.0 98 1018.7(0.0/3h) 0.2 -- 0/1h\n19:00 0.1 -3 -0.2 ESE 9.3 -- 14.8 98 1018.6(0.1/3h) 0.2 -- 0/1h\n18:00 0.4 -2.1 0.1 ESE 7.4 -- 13.0 98 1018.6(0.1/3h) 0.4 -- 0/3h\n17:00 0.4 0.4 0.1 NNO 0.0 -- 7.4 98 1018.7(0.2/3h) 0.2 -- 0/1h\n16:00 0.3 0.3 -- SE 1.9 -- 7.4 -- 1018.5(0.0/3h) 0.3 -- 0/1h\n15:00 0.3 0.3 -- ENE 1.9 -- 11.1 -- 1018.5(-0.5/3h) 0.2 -- 0/3h\n14:00 0.3 0.3 -- E 3.7 -- 9.3 -- 1018.5(-0.8/3h) 0.3 -- 0/1h\n13:00 0.1 0.1 -0.2 E 3.7 -- 13.0 98 1018.5(-1.0/3h) 0.2 -- 0/1h\n12:00 0.1 0.1 -0.2 SSO 1.9 -- 7.4 98 1019(-0.3/3h) 0.1 -- 0/3h\n11:00 -0.4 -0.4 -0.7 SE 3.7 -- 13.0 98 1019.3(0.5/3h) 0.2 -- 0/1h\n10:00 -1.0 -1.0 -1.3 ESE 3.7 -- 11.1 98 1019.6(1.0/3h) 0.2 -- 0/1h\n09:00 -0.9 -2.9 -1.2 ENE 5.6 -- 9.3 98 1019.4(1.4/3h) 0.3 -- 0/3h\n08:00 -0.2 -2.1 -0.5 NNO 5.6 -- 14.8 98 1018.8(1.5/3h) 0.5 -- 0/1h\n07:00 0.0 -1.9 -0.3 NO 5.6 -- 16.7 98 1018.5(1.7/3h) 1.1 8/8 0/1h\n06:00 -0.3 -4 -0.7 NO 11.1 -- 16.7 97 1017.9(1.2/3h) 0.5 -- 0/3h\n05:00 -2.6 -2.6 -3.2 ENE 1.9 -- 5.6 96 1017.5(0.8/3h) 0.2 -- 0/1h\n04:00 -1.6 -1.6 -2.2 NNO 3.7 -- 11.1 96 1016.9(0.7/3h) 6 -- 0/1h\n03:00 -0.2 -2.8 -0.8 ONO 7.4 -- 11.1 96 1016.7(0.8/3h) 10 -- 0/3h\n02:00 1.0 -2.4 0.1 NO 11.1 -- 13.0 94 1016.4(0.8/3h) -- -- 0/1h\n01:00 2.1 -0.1 0.9 O 7.4 -- 16.7 92 1015.9(1.3/3h) 20 8/8 0/1h\n00:00 2.1 -0.6 1.1 ONO 9.3 -- 14.8 93 1015.7(1.1/3h) 20 8/8 trace/3h\n-2.8 0.5 0 18.5 0 h 0 min 0 1015.7 1019.6


TFRRS | Beach Opener Women 800 M Run Track & Field Meet Results\nFilter by Team Biola (F) Colorado College (F) El Camino (F) Golden West (F) Long Beach St. (F) Mt. SAC (F) Pepperdine (F) Santa Monica (F) UC San Diego (F) UC Santa Barbara (F) West Los Angeles (F)\n1. 15. 19. 23. Rosvall, Astrid Persinger, Cori Wright, Riley Isidoro, Susana SO-2 SO-2 SO-2 Sophomore UC Santa Barbara Colorado College UC San Diego UC Santa Barbara 2:10.29 34:02:55.6564 19:02:38.212 34:02:55.6564\n2. 21. 12. 13. Bunnell, Bronwyn Valencia, Zoie Howell, Shannon Meade, Maddie SO-2 Sophomore FR-1 UC Santa Barbara Biola Pepperdine UC Santa Barbara 53:02:16.663 37:02:36.2232 2:31.287 2:18.7992\n3. 21. 4. 31. Hernandez, Alexandra Garcia-Arce, Bela Reamer, Ashley Hernandez, Alexandra SR-4 Sophomore Freshman FR-1 UC San Diego El Camino UC Santa Barbara Biola 2:18.7992 4:02:35.610 2:20.6916 16:02:30.6271\n4. 14. 27. 24. Reynolds, Shalee Park, Mackenna Persinger, Cori Rosvall, Astrid FR-1 FR-1 FR-1 Long Beach St. Colorado College Biola UC Santa Barbara 31:02:18.94 2:24.0020 2:30.66 54:02:21.147\n5. 4. 10. 15. Graves, Anitha Gonzalez Macias, Andrea Gonzalez Macias, Andrea Cox, Chloe SO-2 SO-2 FR-1 Long Beach St. Mt. SAC UC Santa Barbara Pepperdine 21:02:19.01 2:31.287 31:02:18.94 13:02:22.818\n6. 8. 23. 21. Rogers, Shelby Reynolds, Shalee Stacy, Siena Koch, Megan FR-1 Freshman FR-1 SO-2 Biola UC San Diego UC Santa Barbara UC Santa Barbara 18:02:19.934 2:42.01 2:30.66 31:02:18.94\n7. 28. 24. 27. Jacobs, Marley Isidoro, Susana Cox, Chloe Ondersma, Annelies FR-1 Sophomore Freshman FR-1 UC San Diego Biola Biola UC San Diego 2:20.6916 19:02:38.212 34:02:55.6564 54:02:21.147\n8. 1. 26. 2. DiDonato, Alexandra DiDonato, Alexandra Koch, Megan Persinger, Cori SR-4 Freshman SR-4 FR-1 UC Santa Barbara West Los Angeles UC San Diego Mt. SAC 3:02:20.883 21:02:19.01 34:02:55.6564 14:02:22.2167\n9. 15. 30. 21. Stacy, Siena Isidoro, Susana Park, Mackenna Valencia, Zoie FR-1 SO-2 FR-1 SO-2 Biola Santa Monica Pepperdine Long Beach St. 54:02:21.147 2:24.7902 2:28.271 53:02:16.663\n10. 21. 14. 26. Gonzalez Macias, Andrea Romo, Valeria DiDonato, Alexandra Wright, Riley Sophomore Freshman FR-1 FR-1 West Los Angeles Pepperdine Pepperdine UC San Diego 2:21.335 31:02:18.94 24:02:39.433 4:02:27.5044\n11. 16. 16. 7. Meade, Maddie Ondersma, Annelies Reamer, Ashley Dominguez, Czarina SO-2 SO-2 FR-1 Freshman UC Santa Barbara UC Santa Barbara UC San Diego Pepperdine 14:02:22.2167 3:02:20.883 4:02:35.610 58:02:24.17\n12. 14. 11. 21. Bishop, Kelly Hernandez, Alexandra Koch, Megan Rask, Tatum SO-2 Freshman SR-4 UC Santa Barbara Biola El Camino UC Santa Barbara 13:02:22.818 19:02:38.212 31:02:18.94 13:02:22.818\n13. 23. 21. 15. Cox, Chloe Hernandez, Alexandra Valencia, Zoie Hernandez, Alexandra SO-2 Freshman Freshman SO-2 UC Santa Barbara UC Santa Barbara Long Beach St. UC Santa Barbara 2:23.654 2:21.335 2:23.654 2:10.29\n14. 29. 23. 9. Howell, Shannon Hernandez, Alexandra Wright, Riley Romo, Valeria FR-1 FR-1 SO-2 FR-1 Biola Long Beach St. Mt. SAC Pepperdine 2:24.0020 2:42.01 21:02:19.01 54:02:21.147\n15. 15. 21. 1. Elliott, McKenzie Chidester, Elizabeth Gonzalez Macias, Andrea Garcia-Arce, Bela FR-1 SO-2 SO-2 FR-1 Biola Pepperdine Long Beach St. Biola 58:02:24.17 2:30.869 2:24.0020 2:21.335\n16. 4. 18. 27. Koch, Megan DiDonato, Alexandra Vongphrasouk, Crystal Serrao, Sienna FR-1 FR-1 FR-1 FR-1 Colorado College UC Santa Barbara UC Santa Barbara Pepperdine 2:24.7902 2:34.786 2:52.9227 2:52.9227\n17. 25. 23. 19. Dominguez, Czarina Gonzalez Macias, Andrea Serrao, Sienna Ondersma, Annelies SO-2 SO-2 FR-1 Sophomore UC San Diego Long Beach St. Pepperdine Pepperdine 4:02:27.5044 2:24.7902 34:02:55.6564 2:24.0020\n18. 9. 19. 4. Park, Mackenna DiDonato, Alexandra Wright, Riley Gonzalez Macias, Andrea FR-1 SO-2 SO-2 FR-1 UC Santa Barbara UC Santa Barbara Pepperdine Pepperdine 2:28.271 2:24.7902 2:42.01 13:02:22.818\n19. 1. 15. 28. Valencia, Zoie Valencia, Zoie Palmer, Grace Graves, Anitha FR-1 SO-2 SO-2 Freshman UC San Diego Pepperdine Pepperdine Santa Monica 16:02:30.6271 2:24.0020 2:30.66 37:02:36.2232\n20. 16. 5. 19. Palmer, Grace Jacobs, Marley Jacobs, Marley Stacy, Siena SO-2 FR-1 FR-1 SO-2 Pepperdine West Los Angeles Mt. SAC West Los Angeles 2:30.66 2:30.66 2:34.786 21:02:19.01\n21. 18. 12. 20. Romo, Valeria Palmer, Grace Romo, Valeria Howell, Shannon Freshman SO-2 SO-2 Freshman Santa Monica UC San Diego El Camino Pepperdine 2:30.869 19:02:38.212 2:18.7992 2:23.654\n22. 5. 9. 5. Persinger, Cori Garcia-Arce, Bela Rogers, Shelby Stacy, Siena SO-2 Freshman FR-1 FR-1 Pepperdine Pepperdine UC Santa Barbara Golden West 2:31.287 2:10.29 31:02:18.94 24:02:39.433\n23. 18. 9. 27. Wright, Riley Wright, Riley Reynolds, Shalee Ondersma, Annelies FR-1 FR-1 SO-2 Freshman Pepperdine UC San Diego UC San Diego UC Santa Barbara 2:34.786 13:02:22.818 2:24.7902 4:02:35.610\n24. 6. 2. 17. Ondersma, Annelies Chidester, Elizabeth Elliott, McKenzie Koch, Megan FR-1 Sophomore FR-1 Pepperdine Pepperdine UC San Diego Mt. SAC 4:02:35.610 19:02:38.212 2:10.29 34:02:55.6564\n25. 5. 18. 6. Serrao, Sienna Vongphrasouk, Crystal Howell, Shannon Graves, Anitha SO-2 Freshman Sophomore SO-2 UC Santa Barbara Santa Monica UC Santa Barbara Pepperdine 37:02:36.2232 3:02:20.883 16:02:30.6271 19:02:38.212\n26. 12. 31. 2. Garcia-Arce, Bela Valencia, Zoie Elliott, McKenzie Reamer, Ashley SO-2 Sophomore SO-2 SO-2 Pepperdine El Camino UC Santa Barbara Golden West 19:02:38.212 2:30.869 2:20.6916 53:02:16.663\n27. 10. 4. 5. Chidester, Elizabeth Reynolds, Shalee Hernandez, Alexandra Chidester, Elizabeth Freshman SO-2 SO-2 SO-2 Mt. SAC UC Santa Barbara UC Santa Barbara UC Santa Barbara 24:02:39.433 53:02:16.663 2:20.6916 2:18.7992\n28. 27. 27. 2. Rask, Tatum Elliott, McKenzie Serrao, Sienna Graves, Anitha SO-2 SO-2 SO-2 FR-1 Pepperdine UC Santa Barbara Golden West Biola 2:42.01 14:02:22.2167 58:02:24.17 2:20.6916\n29. 6. 30. 3. Isidoro, Susana Chidester, Elizabeth Stacy, Siena Rask, Tatum Sophomore SO-2 SO-2 FR-1 Golden West UC Santa Barbara Biola Colorado College 2:52.9227 49:02:54.251 16:02:30.6271 13:02:22.818\n30. 7. 8. 9. Reamer, Ashley DiDonato, Alexandra Park, Mackenna Rask, Tatum Freshman FR-1 SO-2 El Camino Pepperdine Mt. SAC Biola 49:02:54.251 2:30.66 58:02:24.17 19:02:38.212\n31. 20. 22. 13. Vongphrasouk, Crystal Rogers, Shelby Bunnell, Bronwyn Jacobs, Marley Freshman SO-2 FR-1 Freshman Mt. SAC Pepperdine Pepperdine Biola 34:02:55.6564 2:42.01 2:23.654 37:02:36.2232\n4. 1. 6. 15. 13. Graves, Anitha Rosvall, Astrid DiDonato, Alexandra Meade, Maddie Elliott, McKenzie SO-2 SO-2 SO-2 FR-1 SR-4 Long Beach St. UC Santa Barbara Long Beach St. UC Santa Barbara UC Santa Barbara 9:02:16.6666 2:10.29 2:19.93 45:02:20.8829 2:19.93\n6. 2. 25. 5. 15. Reynolds, Shalee Bunnell, Bronwyn Bunnell, Bronwyn Rogers, Shelby DiDonato, Alexandra SO-2 SO-2 SO-2 FR-1 FR-1 Biola UC Santa Barbara Biola UC Santa Barbara UC Santa Barbara 2:36.222 9:02:16.6666 2:36.222 33:02:24.17 9:02:16.6666\n6. 4. 15. 5. 6. Elliott, McKenzie Reynolds, Shalee Rogers, Shelby Bunnell, Bronwyn Rosvall, Astrid SO-2 FR-1 SO-2 Long Beach St. Long Beach St. UC Santa Barbara UC Santa Barbara UC Santa Barbara 38:02:22.2143 2:18.947 2:10.29 45:02:20.8829 38:02:22.2143\n4. 5. 15. 4. 8. Meade, Maddie Graves, Anitha Graves, Anitha Meade, Maddie Rogers, Shelby SO-2 SO-2 FR-1 FR-1 Biola Long Beach St. Long Beach St. UC Santa Barbara Biola 2:36.222 14:02:19.018 2:21.145 2:21.145 38:02:22.2143\n2. 6. 2. 11. 15. Meade, Maddie Rogers, Shelby Bunnell, Bronwyn Serrao, Sienna Bunnell, Bronwyn FR-1 SO-2 SO-2 SO-2 Biola Biola Biola Biola Biola 38:02:22.2143 2:19.93 9:02:16.6666 2:36.222 45:02:20.8829\n9. 8. 13. 25. 13. Reynolds, Shalee DiDonato, Alexandra Graves, Anitha Serrao, Sienna Elliott, McKenzie SR-4 SR-4 FR-1 UC Santa Barbara UC Santa Barbara Biola UC Santa Barbara Biola 2:23.65 45:02:20.8829 9:02:16.6666 2:23.65 2:21.145\n15. 9. 1. 15. 11. DiDonato, Alexandra Stacy, Siena Stacy, Siena Rogers, Shelby Reynolds, Shalee SO-2 FR-1 SO-2 SO-2 SO-2 UC Santa Barbara Biola UC Santa Barbara Biola UC Santa Barbara 9:02:16.6666 2:21.145 2:19.93 38:02:22.2143 9:02:16.6666\n1. 11. 6. 5. 6. Rosvall, Astrid Meade, Maddie Serrao, Sienna Rogers, Shelby Cox, Chloe SO-2 SO-2 FR-1 FR-1 SO-2 UC Santa Barbara UC Santa Barbara UC Santa Barbara Long Beach St. UC Santa Barbara 2:21.145 38:02:22.2143 14:02:19.018 2:23.65 38:02:22.2143\n11. 13. 4. 1. 13. Cox, Chloe Cox, Chloe Rosvall, Astrid Elliott, McKenzie Stacy, Siena SO-2 SO-2 SR-4 FR-1 SO-2 UC Santa Barbara UC Santa Barbara Long Beach St. UC Santa Barbara Biola 2:21.145 2:23.65 2:19.93 33:02:24.17 2:10.29\n1. 15. 8. 8. 1. Bunnell, Bronwyn Elliott, McKenzie Meade, Maddie DiDonato, Alexandra Bunnell, Bronwyn FR-1 FR-1 SO-2 UC Santa Barbara Biola Biola Long Beach St. UC Santa Barbara 14:02:19.018 33:02:24.17 9:02:16.6666 14:02:19.018 14:02:19.018\n13. 25. 6. 9. 5. Serrao, Sienna Serrao, Sienna Rosvall, Astrid Serrao, Sienna Stacy, Siena SO-2 SO-2 SO-2 SO-2 Long Beach St. UC Santa Barbara Biola UC Santa Barbara UC Santa Barbara 2:21.145 2:36.222 2:19.93 33:02:24.17 38:02:22.2143\n3. 26. Hernandez, Alexandra Garcia-Arce, Bela SR-4 SR-4 UC San Diego UC San Diego 36:02:18.7943 20:02:24.0013\n7. 26. Jacobs, Marley Romo, Valeria FR-1 SR-4 UC San Diego West Los Angeles 2:20.6994 20:02:24.0013\n10. 7. Gonzalez Macias, Andrea Bishop, Kelly Sophomore FR-1 West Los Angeles Colorado College 2:21.3324 2:30.660\n12. 3. Bishop, Kelly Hernandez, Alexandra SO-2 Sophomore UC Santa Barbara Santa Monica 2:22.812 20:02:24.0013\n14. 10. Howell, Shannon Koch, Megan FR-1 FR-1 Biola Colorado College 20:02:24.0013 2:27.5037\n16. 20. Koch, Megan Palmer, Grace FR-1 Freshman Colorado College UC San Diego 2:24.7998 2:27.5037\n17. 20. Dominguez, Czarina Garcia-Arce, Bela SO-2 SO-2 UC San Diego UC San Diego 2:27.5037 45:02:30.86\n18. 20. Park, Mackenna Howell, Shannon FR-1 Sophomore UC Santa Barbara Santa Monica 0:02:28.2792 2:21.3324\n20. 7. Palmer, Grace Dominguez, Czarina SO-2 Freshman Pepperdine West Los Angeles 2:30.660 2:21.3324\n21. 21. Romo, Valeria Koch, Megan Freshman FR-1 Santa Monica UC San Diego 45:02:30.86 45:02:30.86\n26. 12. Garcia-Arce, Bela Garcia-Arce, Bela SO-2 Sophomore Pepperdine UC San Diego 45:02:38.21 2:20.6994\n19. 29. 23. Valencia, Zoie Valencia, Zoie Ondersma, Annelies FR-1 Freshman SO-2 UC San Diego Pepperdine El Camino 2:30.6269 2:35.6119 53:02:39.4385\n22. 27. 22. Persinger, Cori Rask, Tatum Isidoro, Susana SO-2 SO-2 SO-2 Pepperdine Mt. SAC UC San Diego 48:02:31.283 2:34.78 2:54.250\n23. 31. 19. Wright, Riley Valencia, Zoie Chidester, Elizabeth FR-1 FR-1 SO-2 Pepperdine Pepperdine UC San Diego 2:34.78 2:30.6269 2:35.6119\n24. 24. 30. Ondersma, Annelies Chidester, Elizabeth Rask, Tatum FR-1 SO-2 FR-1 Pepperdine Pepperdine Pepperdine 2:35.6119 53:02:39.4385 2:54.250\n27. 31. 29. Chidester, Elizabeth Ondersma, Annelies Isidoro, Susana Freshman Freshman FR-1 Mt. SAC Pepperdine Pepperdine 53:02:39.4385 2:54.250 2:55.659\n28. 29. 27. Rask, Tatum Vongphrasouk, Crystal Vongphrasouk, Crystal SO-2 FR-1 Freshman Pepperdine Mt. SAC Pepperdine 2:42.01 2:35.6119 2:52.9237\n29. 29. 27. Isidoro, Susana Chidester, Elizabeth Rask, Tatum Sophomore Freshman SO-2 Golden West Pepperdine Golden West 2:52.9237 2:30.6269 2:54.250\n30. 19. 24. Reamer, Ashley Reamer, Ashley Wright, Riley Freshman SO-2 Sophomore El Camino Mt. SAC Pepperdine 2:54.250 2:52.9237 2:42.01\n31. 29. 29. Vongphrasouk, Crystal Isidoro, Susana Ondersma, Annelies Freshman FR-1 FR-1 Mt. SAC Pepperdine Mt. SAC 2:55.659 48:02:31.283 2:54.250\nGenerated 2020-10-21 04:04:59


Latest Metcheck Weather Forecast for DN22 for Today and Tomorrow\nWe currently have a host of heavy showers constantly passing through ! Wind strong and gu... NEW!\na sunnier morning than expected,vast improvement over recent days with some sunshine, ma...\nIt's starting to 'haze up' a little off to the South but I can only see blue sky off to th...\nWeather Forecast for Today and Tomorrow for Dn22\n13:00 12 °c 11 °c 95 % 0.4mm 73% 15mph 20mph 67% 4\n14:00 12 °c 10 °c 95 % 0.3mm 80% 17mph 20mph 68% 3\n15:00 12 °c 10 °c 47 % 0.2mm 82% 15mph 17mph 70% 3\n16:00 11 °c 10 °c 23 % 0.0mm 69% 13mph 17mph 73% 2\n17:00 10 °c 9 °c 23 % 0.0mm 68% 11mph 17mph 78% 2\n18:00 10 °c 9 °c 0 % 0.0mm 80% 11mph 17mph 81% 1\n19:00 10 °c 9 °c 47 % 0.1mm 80% 8mph 17mph 84% 0\n20:00 10 °c 9 °c 71 % 0.2mm 90% 8mph 20mph 84% 0\n21:00 9 °c 8 °c 47 % 0.1mm 77% 11mph 17mph 85% 0\n22:00 9 °c 8 °c 47 % 0.1mm 78% 13mph 17mph 84% 0\n23:00 9 °c 8 °c 23 % 0.1mm 67% 13mph 17mph 85% 0\n0:00 9 °c 8 °c 23 % 0.1mm 70% 13mph 17mph 86% 0\nSaturday 19 October☀ ▲ 7:34 18:02 ▼ ☼\n1:00 9 °c 8 °c 23 % 0.0mm 59% 11mph 17mph 88% 0\n2:00 9 °c 8 °c 0 % 0.0mm 55% 11mph 17mph 88% 0\n3:00 9 °c 7 °c 0 % 0.0mm 41% 11mph 15mph 89% 0\n4:00 8 °c 7 °c 0 % 0.0mm 53% 11mph 13mph 90% 0\n5:00 8 °c 7 °c 23 % 0.0mm 48% 11mph 13mph 91% 0\n6:00 8 °c 6 °c 0 % 0.0mm 50% 11mph 11mph 93% 0\n7:00 8 °c 6 °c 23 % 0.1mm 65% 8mph 11mph 94% 0\n8:00 8 °c 7 °c 23 % 0.1mm 87% 6mph 8mph 90% 0\n9:00 9 °c 9 °c 23 % 0.0mm 92% 4mph 8mph 87% 0\n10:00 10 °c 9 °c 23 % 0.0mm 89% 6mph 11mph 78% 0\n11:00 11 °c 10 °c 47 % 0.1mm 71% 6mph 11mph 71% 1\n12:00 11 °c 11 °c 23 % 0.1mm 73% 6mph 11mph 67% 1\n13:00 12 °c 11 °c 47 % 0.1mm 70% 8mph 11mph 65% 3\n14:00 12 °c 11 °c 0 % 0.0mm 82% 8mph 11mph 64% 3\n15:00 11 °c 11 °c 47 % 0.1mm 97% 8mph 11mph 68% 3\n16:00 11 °c 10 °c 23 % 0.0mm 79% 11mph 11mph 77% 2\n17:00 10 °c 9 °c 23 % 0.0mm 87% 8mph 8mph 84% 2\n18:00 10 °c 9 °c 47 % 0.2mm 78% 6mph 8mph 87% 1\n19:00 9 °c 9 °c 47 % 0.3mm 79% 6mph 11mph 82% 0\n20:00 9 °c 8 °c 0 % 0.0mm 69% 6mph 11mph 82% 0\n21:00 8 °c 7 °c 0 % 0.0mm 60% 6mph 11mph 83% 0\n22:00 8 °c 7 °c 0 % 0.0mm 60% 6mph 11mph 84% 0\n23:00 8 °c 7 °c 0 % 0.0mm 54% 6mph 11mph 84% 0\n0:00 8 °c 7 °c 0 % 0.0mm 57% 8mph 11mph 83% 0\nSunday 20 October☀ ▲ 7:36 18:00 ▼ ☼\n1:00 8 °c 7 °c 0 % 0.0mm 62% 6mph 15mph 83% 0\n2:00 8 °c 7 °c 25 % 0.0mm 58% 6mph 15mph 84% 0\n3:00 8 °c 7 °c 25 % 0.0mm 62% 6mph 15mph 86% 0\n4:00 8 °c 7 °c 0 % 0.0mm 66% 6mph 17mph 86% 0\n5:00 8 °c 7 °c 25 % 0.1mm 54% 6mph 15mph 86% 0\n6:00 6 °c 5 °c 0 % 0.0mm 32% 6mph 20mph 86% 0\n7:00 6 °c 4 °c 0 % 0.0mm 7% 8mph 17mph 86% 0\n8:00 6 °c 5 °c 0 % 0.0mm 3% 8mph 17mph 82% 0\n9:00 8 °c 6 °c 0 % 0.0mm 21% 11mph 17mph 77% 0\n10:00 9 °c 7 °c 0 % 0.0mm 28% 13mph 20mph 74% 1\n11:00 9 °c 7 °c 0 % 0.0mm 47% 13mph 20mph 71% 1\n12:00 9 °c 8 °c 0 % 0.0mm 47% 11mph 22mph 69% 2


2006 Chevrolet Corvette de Venta en Baltimore, MD - CarGurus (Español)\nEvaluación de un 2006 Chevrolet Corvette Z06\nincredible accelerarion from the 7 litre engine in the zo6.different from the 5litre corvettes from previous years. accelerates to 1oo km/h in first gear.by third gear i will be doind 200 km/h.this is a stock zo6.Has potencial to beat and out shine ferraris & other super cars. However amazing it may be ,it only works on a track.it gets all twitchy ... Lo sentimos, no hay avisos disponibles.\nAvisos Destacados http://static.cargurus.com/images/forsale/2015/02/14/03/46/2007_chevrolet_corvette-pic-6967255469891899698-152x114.jpeg\n$1,573 DEBAJO del Valor Instantáneo de Mercado es $29,373\n- $27,800, 24,841 millas con Alloy Wheels\n$1,535 DEBAJO del Valor Instantáneo de Mercado es $43,523\n- $41,988, 19,933 millas con Navigation System, Leather Seats, Alloy Wheels\n$351 DEBAJO del Valor Instantáneo de Mercado es $28,345\n- $27,994, 21,983 millas con Alloy Wheels, Performance Handling Package\n$285 DEBAJO del Valor Instantáneo de Mercado es $26,580\n- $26,295, 38,293 millas con Sunroof/Moonroof, Alloy Wheels\n$122 DEBAJO del Valor Instantáneo de Mercado es $26,117\n- $25,995, 37,043 millas con Navigation System, Leather Seats, Alloy Wheels\n$179 DEBAJO del Valor Instantáneo de Mercado es $42,167\n- $41,988, 8,124 millas con Leather Seats, Memory Package, Alloy Wheels\n"That was the best experience"\n- $26,495, 45,389 millas con Alloy Wheels\n, 47,439 millas con Leather Seats, Aluminum Wheels\n, 41,775 millas Concesionaria:\n$125 POR ENCIMA del Valor Instantáneo de Mercado es $17,870\n- $17,995, 112,892 millas con Navigation System, Leather Seats, Alloy Wheels\n$800 POR ENCIMA del Valor Instantáneo de Mercado es $27,950\n- $28,750, 62,099 millas con Leather Seats, Alloy Wheels\n$719 POR ENCIMA del Valor Instantáneo de Mercado es $25,276\n- $25,995, 64,742 millas con Alloy Wheels\n$923 POR ENCIMA del Valor Instantáneo de Mercado es $30,613\n- $31,536, 13,361 millas con Memory Package, Alloy Wheels\n"Great do business with"\n$937 POR ENCIMA del Valor Instantáneo de Mercado es $27,606\n- $28,543, 39,395 millas Concesionaria:\n$1,075 POR ENCIMA del Valor Instantáneo de Mercado es $24,902\n- $25,977, 59,163 millas Próxima Página >>\n2006 Chevrolet Corvette en Washington DC 11 avisos desde $24,777\n2006 Chevrolet Corvette en Harrisburg PA 7 avisos desde $29,990\n2006 Chevrolet Corvette en Philadelphia PA 14 avisos desde $23,795\n2006 Chevrolet Corvette en Allentown PA 15 avisos desde $23,795\n2006 Chevrolet Corvette en Virginia Beach VA 5 avisos desde $25,900\n2006 Chevrolet Corvette en Pittsburgh PA 4 avisos desde $35,888\n2006 Chevrolet Corvette en Syracuse NY 4 avisos desde $29,990\n2006 Chevrolet Corvette en Raleigh NC 8 avisos desde $18,800\n2006 Chevrolet Corvette en Hartford CT 8 avisos desde $23,995\n2006 Chevrolet Corvette en Buffalo NY 3 avisos desde $25,995


Matargashti Tamasha A R Rahman Mohit Chauhan Guitar Cover Palash Gupta Free Mp3 | Hindi SongsPk\nIndex of Matargashti Tamasha A R Rahman Mohit Chauhan Guitar Cover Palash Gupta\nAnd here is a directory of tracks Matargashti Tamasha A R Rahman Mohit Chauhan Guitar Cover Palash Gupta ideal we explain to in addition to account to you personally. We get plenty of tracks Matargashti Tamasha A R Rahman Mohit Chauhan Guitar Cover Palash Gupta but All of us merely present the tracks we think include the ideal tracks.\nthe tracks Matargashti Tamasha A R Rahman Mohit Chauhan Guitar Cover Palash Gupta should be only with regard to demonstration when you much like the music you should pick the first audio. Support the artist by means of buying the first cd Matargashti Tamasha A R Rahman Mohit Chauhan Guitar Cover Palash Gupta and so the artist can provide the very best music in addition to go on functioning.\nMatargashti ( Tamasha ) @ Nainitaal Mall Road ft. Sonam Palash Gupta\nMatargashti | Tamasha | Mohit Chauhan - Guitar cover by Amit Gupta\niPhone GarageBand Matargashti Tamasha Instrumental Cover Lis\nMatargashti Cover by Kunal Vyas (Tamasha Movie)\nMatargashti | Tamasha | RMY Cover\nBee Gees-Massachusetts ✪ Katy Perry Featuring Snoop Dogg-California Gurls ✪ Miley Cyrus-We Can't Stop ✪ Britney Spears-...baby One More Time ✪ Mariah Carey-We Belong Together ✪ Lady Gaga-Bad Romance ✪ Abba-Fernando ✪ Fun. Featuring Janelle Monáe-We Are Young ✪ T.i.-Whatever You Like ✪ Bonnie Tyler-It's A Heartache ✪ Avicii-Levels ✪ Jay Z Featuring Alicia Keys-Empire State Of Mind ✪ Katy Perry-Roar ✪ Justin Bieber Featuring Ludacris-Baby ✪ Billy Swan-I Can Help ✪ Rihanna Featuring Jay Z-Umbrella ✪ Katy Perry Featuring Juicy J-Dark Horse ✪ Panjabi Mc-Mundian To Bach Ke ✪ Kanye West-Stronger ✪ Scott Mckenzie-San Francisco (Be Sure To Wear Flowers In Your Hair) ✪ Domenico Modugno-Nel Blu Dipinto Di Blu (Volare) ✪ Bruno Mars-The Lazy Song ✪ Shakira-Whenever, Wherever ✪ The Black Eyed Peas-I Gotta Feeling ✪ Tony Orlando And Dawn-Knock Three Times ✪ Survivor-Eye Of The Tiger ✪ Katy Perry-Firework ✪ The Partridge Family-I Think I Love You ✪ Three Dog Night-Joy To The World ✪ Elvis Presley-Are You Lonesome Tonight? ✪ Phillip Phillips-Home ✪ Daft Punk Featuring Pharrell Williams-Get Lucky ✪ Usher Featuring Young Jeezy-Love In This Club ✪ The Beatles-I Want To Hold Your Hand ✪ Bing Crosby-Silent Night ✪ Gloria Gaynor-I Will Survive ✪ Nirvana-Smells Like Teen Spirit ✪ Culture Club-Do You Really Want To Hurt Me ✪ The Jackson 5-I'll Be There ✪ Swedish House Mafia Featuring John Martin-Don't You Worry Child ✪ Vernon Dalhart-The Prisoner's Song ✪ T.i. Featuring Rihanna-Live Your Life ✪ Fergie-Big Girls Don't Cry ✪ Katy Perry-I Kissed A Girl ✪ Magic!-Rude ✪ Iggy Azalea Featuring Charli Xcx-Fancy ✪ Rihanna Featuring Calvin Harris-We Found Love ✪ Trio-Da Da Da ✪ Adele-Set Fire To The Rain ✪ Queen-Bohemian Rhapsody ✪


Lake Havasu Homes for Sale in The Refuge at Lake Havasu\nThe Refuge at Lake Havasu is Lake Havasu City's premier gated golf course community. This private community features and top rated 18 hole golf course, stunning club house, restaurant, and event center.\nView ALL properties for sale today at The Refuge\n4. Lake Havasu City - The Refuge Properties\nFind a Home in 4. Lake Havasu City - The Refuge