,,ii #aah? ,,congress #b;d ,session ,s4 #dige ,,9 ,,! ,,s5ate ,,( ,,! ,,unit$ ,,/ates ,augu/ #a1 #bjbd,ms4 ,ros5 7= h]self1 ,mr4 ,padilla1 & ,mr4 ,he9ri*7 introduc$ ! foll[+ bill2 :i* 0 read twice & ref]r$ to ! ,committee on ,comm]ce1 ,sci5ce1 & ,transportation ,a ,,bill ,to require ! ,"u ,secret>y ( ,comm]ce = ,oceans & ,atmosph]e to c>ry out pilot projects relat+ to improv$ subseasonal to seasonal =eca/+ 9 agriculture & wat] managem5t1 & = o!r purposes4 #a4 ,%ort title ,?is ,act may be cit$ z ! ,sm>t] ,wea!r ,=eca/+ = ,wat] ,managem5t1 ,f>m+1 & ,ran*+ ,act ( #bjbd4 #b4 ,wea!r & climate in=mation 9 agriculture & wat] managem5t ,section #agfb ( ! ,food ,security ,act ( #aihe 7#ae ,u4,s4,c4 #heba7 is am5d$-- 7#a7 by am5d+ subsection 7h7 to read z foll[s3 7h7 ,subseasonal to seasonal =eca/+ pilot projects 7#a7 ,e/abli%m5t ,! ,"u ,secret>y %all e/abli% n few] ?an two pilot projects1 9 accordance ) p>agraph 7#b71 )9 ! ,u4,s4 ,wea!r ,rese>* ,program ( ! ,oceanic & ,atmosph]ic ,rese>* (fice ( ! ,national ,oceanic & ,atmosph]ic ,adm9i/ration to support improv$ subseasonal to seasonal precipitation =eca/s = ! foll[+3 7,a7 ,wat] managem5t 9 ! we/]n ,unit$ ,/ates4 7,b7 ,agriculture 9 ! ,unit$ ,/ates4 7#b7 ,objectives ,9 c>ry+ out ?is subsection1 ! ,"u ,secret>y %all ensure ! foll[+3 7,a7 ,a pilot project "u subp>agraph 7,a7 ( p>agraph 7#a7 addresses key sci5ce *all5ges to improv+ =eca/s & develop+ relat$ products = wat] managem5t 9 ! we/]n ,unit$ ,/ates1 includ+ ! foll[+3 7i7 ,improv+ op]ational model resolution1 bo? horizontal & v]tical1 to resolve issues associat$ ) m\nta9\s t]ra91 su* z int5sity ( precipitation & relative fraction ( ra9 v]sus sn[ precipitation4 7ii7 ,improv+ fidelity 9 ! op]ational model+ ( ! atmosph]ic b\nd>y lay] 9 m\nta9\s regions4 7iii7 ,resolv+ *all5ges 9 pr$ict+ w9t] atmosph]ic circulation & /orm tracks1 includ+ p]iods ( block$ v]sus unblock$ fl[ ov] ! ea/]n ,nor? ,pacific ,ocean & we/]n ,unit$ ,/ates4 7iv7 ,improv+ ! =eca/ ( atmosph]ic riv]s4 7v7 ,improv+-- 7,i7 ! quality & temporal & spatial resolution ( obs]vations ( air-sea int]actions2 7,,ii7 op]ational model+ ( air-sea int]actions2 & 7,,iii7 op]ational model+ ( ! influ5ce ( oceans on subseasonal & seasonal =eca/+4 7,b7 ,a pilot project "u subp>agraph 7,b7 ( p>agraph 7#a7 addresses key sci5ce *all5ges to improv+ =eca/s & develop+ relat$ products = agriculture 9 ! ,unit$ ,/ates1 includ+ ! foll[+3 7i7 ,improv+ ! quality & temporal & spatial resolution ( obs]vations & accurate op]ational model+ ( ! l& surface & hydrologic cycle1 includ+ soil moi/ure & fla% dr\ght processes4 7ii7 ,improv+ fidelity 9 ! op]ational model+ ( w>m season precipitation processes4 7iii7 ,und]/&+ & pr$ict+ l>ge-scale upp]-level dynamical fl[ anomalies t occur 9 spr+ & summ]4 7#c7 ,activities ,a pilot project "u ?is subsection %all include activities t-- 7,a7 be/ implem5t recomm5dations conta9$ 9 ! #bjbj report ( ! ,national ,wea!r ,s]vice1 entitl$ ,subseasonal & ,seasonal ,=eca/+ ,innovation3 ,plans = ! ,tw5ty-,fir/ ,c5tury2 7,b7 a*ieve measurable objectives = op]ational =eca/ improvem5t2 7,c7 engage )1 & lev]age ! res\rces (1 in/itutions ( high] education 7z su* t]m is def9$ 9 section #aja ( ! ,high] ,education ,act ( #aife 7#bj ,u4,s4,c4 #ajja771 or a consortia !re(1 & entities )9 ! ,national ,oceanic & ,atmosph]ic ,adm9i/ration 9 exi/5ce z ( ! date ( ! enactm5t ( ?is subsection1 includ+ ,regional ,climate ,c5t]s & ! ,national ,c5t]s = ,environm5tal ,in=mation2 & 7,d7 are c>ri$ out 9 coord9ation ) ! ,assi/ant ,adm9i/rator = ! ,(fice ( ,oceanic & ,atmosph]ic ,rese>* & ! ,director ( ! ,national ,wea!r ,s]vice4 7#d7 ,sunset ,! au?ority "u ?is subsection %all t]m9ate on ! date t is five ye>s aft] ! date ( ! enactm5t ( ?is subsection4 2 & 7#b7 by am5d+ subsection 7j7 to read z foll[s3 7j7 ,au?orization ( appropriations ,!re are au?oriz$ to be appropriat$ #de1jjj1jjj = ea* ( fiscal ye>s #bjbd ?r\gh #bjbh to c>ry out ! activities "u ?is section4 4