JFIFC    $ &%# #"(-90(*6+"#2D26;=@@@&0FKE>J9?@=C  =)#)==================================================" }!1AQa"q2#BR$3br %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz w!1AQaq"2B #3Rbr $4%&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz ?+ Lr~jzJp4dw58IMT_?γrsQZd܏W?W-}Y8,N!Ya)WhJ>S @#TRy2+I1]iřLW:*a9Ef*)$Ej(NC>%E{5^zcn@& V_9F =6A z菱2?՟QoV@lۃJs,6˹Z1ʮsjCr/+a5(R6Q͟[rLQRҫ67Ew#!%1 IW0 GI|KMkRQ%wgSI6MXvR2_(|'hjq \8*A*km:Cc{U@訿1cJm8Fv,q.ܱvHjRI?S0By!y' '%'tGCk^j0;)T(c wr'.f*3I9DpQsNHgI[4Ֆi:qܱʷ#\Zb72t߭τ/mp! VUN,5􋘯U_*1q=뫰nctˈ9A4Ʉbs >֝"1Mɦ֚(IpVoncb|`d\&fY4NPxHbKAܩ^|s.YdEѶ`XݮQv^Th9?N+ P4 m(N;ԓɨ?NAYڭM̗A¦J]DrJFNrw^.~l~eJydTvV7\.}+#21xB 5BbǜqƭH\!s<Wٚ.tTg_]]ᲴF\|$ 5j*څAenOMM4)j3@m&+qϧZ5;N"M5s*[ `xi4$'b#MjV0ίmRȫ YW8̓j݀4r:?:2}}+YRV3 nk*֗NZ9$?05B/76ؙ38Go=ʰo:i:UtF&{yӶ+ЅxOfb^cmCHަ?i?eI&6!=@+3+ZHpL`R=k"*Tiu4|#J[zSpD;R3HS4u8!W|JH3>{akп} ӓA-u;20V7\o '9uoX1iV֑|t3>ӆ? x(a7ny\vTޟNFl#\ljf"zdu1NSnp-.8bhsz'Ip pr) ~LjVrPb⺿ OD'\XFx84S%s @zk)1]FC2T=i.GQҠg $&Aui(W)J2@]chl`@fIţz2nt6sIg>\+Eԅn8~Qh:#`bGHGҙQ]#ې9}Lmf֯FSVc3(tVz:E,>njDZ0ZW'WGb-h[虄i2'c)*e]@V0vHWdY;2zfI.fجf0>9c߰H<:4Ί+'S5hyI;[~Y̤J&0J1Ys$n+-]#wyL\)ۏze+GWc6=)(ז'jFa 1Ǹw#'_\eUrVwW4;+B=;*HR'5^KvJho&VfgwzdQ#C Ce^LiG)hy<ƭg1s i1K^??:5g$,xSʟƻʎO71YITJHr3cҖ1qM.1^k'Q}%WS$ \T̬T']Erz'ߗj+I57ڧ@FUJ+Yu ;إFather of Plyometrics<br><br>The exercise scientist regarded as the father of modern-day plyometrics is Professor Yuri Verkhoshansky, a brilliant Russian scientist who pioneered this type of training as a means of sports training to improve athletic performance. Verkhoshansky s first research study on plyometrics was published in 1964, but he had been researching the subject for several years before then as part of his post-doctoral work.<br><br>In recent years, Verkhoshansky r8 ";HOi)J\pUFTTq_r`m`:@!'5 @*L}zQvWX3".&`xV*=( OJ~0;~zRgҪ."[^7¬1)^-={ "9]6VE\ѭN$xTco2>#En*}:jVSIu9 D3]6Ebz6.r"aH#jPq2TKqJ r(8L”fHJ-v=((yj-6$F J^U KJ_ϥ&G1Jn~c9R zRvҐJWaҚҚGA5խlbkmYhɵq]{* acJ AƔ l]I -gdX@G'RR(8?;R?J`Rcҁ1ҞDCҀ$(#4ޞ(nzSqߥ!^`юHXzT~)1ғ,=SOCM=T>gMZ&wL[$ezU ֦?@>,.dl1Y['l16e(Ƞibs,n{J}խ8cb4RqjQ}( RS1V{}(#?EN=(? (H~QHc;~(`9><4QT*%h,^QEQK QMٿΜ~ 2=+/Q+&9yi5PiqUB*j[[QA{hTw*}tQ<nj'm)$e@?\G?Jub`4 $HO` ^"iF*8pN;lGBMv#ʞ<#Ĩd>1vAYh3$ŴT6MviKK#z04m P? uюNHa&,0xVqGKv0W41{VG ^UdyMo#qSGpP@3[+d)˙ݔR!md׊sQqj,KJf>O#ҋKo8Nʋc#Uk>HJʥVh);OVȴf9ڼVus'- q<L٭Y%jɪ%P{%Š'= ;I}4nxBIlyxey7]jyfof$Yb,NsHFE/J@r \Աu3*֊\.}X($ }kŵ]VkmP1F+=a7#Tܘ~> EUW$1sUyRE3fOk`H'biq=8j#݃waxެ_ݙ&`]}rv'O8Dugd3wjqniqZ.}infUa n.6E1֊(n}ɼ}MQL|̋˟b|v=OPb6?z(s3aster. As illustrated in Figure 1, a delay as long as .25 seconds would prevent the athlete from being able to use that energy, and the activity would have to be regarded as low- or medium-level plyometrics. Says Siff,  A useful visualization of shock training is to imagine that the surface being touched by the hands or feet during the plyometric contact phase is red hot, so that any prolonged contact would be dangerous. Verkhoshansky s research has revealed that shock training is the most effective type of plyometrics. In one 12-week study, Verkhoshansky divided track and field athletes into two groups. The first group performed 1472 low-and medium-level plyometric activities, including squats. The other group performed 475 jumps using the shock training method. Although the shock t