$ ]% B) q6 t5 r【台北旅遊攻略】菁桐老街,全世界唯一天燈造型的「天燈派出所」,煤礦紀念公園選洗煤場,80年歷史的的菁桐車站│Jingtong Old Street in Taipei.9 ~1 g! z$ N- X3 {6 q
% N2 o# F# }8 K
我們帶大家到懷舊的菁桐老街, 5 F( P# F% S9 D, V- Q看看全世界唯一天燈造型的「天燈派出所」, % p, Q+ e/ [% m# c7 G7 m煤礦紀念公園的選洗煤場,* w# b( [( F$ k! C. a: O1 y3 ^
80年歷史的木造站房─菁桐車站~( e( J3 a( V7 d/ _3 x/ ^
& d) l! Q8 S) `+ [# _
影片提供廁所、電梯、座椅資訊,. m, e$ H# j+ z' T4 o' k
使用雙北敬老卡坐捷運從台北車站搭到木柵站扣12點,( B; |: T, ]! _0 }' {* a
再轉搭公車795到菁桐坑站下車扣4點~ * u/ v0 m! G# Z7 t2 Y9 I; m; X: d1 y! d# m
有任何問題可以在下面留言,, P& K5 T4 ^5 k# P% Q* q- D
芭樂媽會和你一起交流~ 4 z; W* U8 Y% i1 l5 Q4 C . u% o# N" E8 D3 f( e【菁桐老街】 5 q% z& P9 o! n) G0 ]7 \1 M9 _地址:226新北市平溪區菁桐街- Y# j. o# I# p9 X* s' q) X, V
電話:02-2495 1510 ( 平溪區公所 )1 d# o; p/ H& ^
開放時間:全年開放(依店家營業時間為主)) U; t) D9 b& E
3 O( s) j2 z7 lWelcome to watch "Let's Go Outing!" unit. * S9 R) g- N9 l t9 q* g0 _We are going to Jingtong Old Street. ' `, {0 N; d( m* R/ H4 bWith the development of the railway, the busiest old street of Jingtong is at the exit of the Jingtong Station. ' ?# }5 {6 ~) u, d, c
Because of the increasing amount of tourists, the nearby merchants started catering to tourists by providing things such as local delicacies, agricultural specialties, and souvenir shop. 0 Y w% w4 n7 E, [4 c
In addition, although nobody knows how it started, it has become a trend in the Jingtong area to write prayers on bamboos and hang them next to the railway. 9 ]; D7 i% |9 v9 V. @+ W# Q7 u
Somehow, this became a feature of the Old Street.- ?$ N" q. ?1 i( N- N% o* W
( E6 O2 ]7 w: H& QHold Senior EasyCard take MRT from Taipei Main Staion to Muzha Station will deduct 12 points.4 v5 W+ F$ O1 F t% Y* P
9 `* P5 C$ u, j7 h2 R0 o* H GAnd then take bus 795 to Jingtongkeng Station deduct 4 points.6 l( w$ _2 g+ E. ~0 y5 k
Have any questions, please leave a message below. * v6 l) K& l5 H P# }5 N. q9 b9 [I will reply you. 0 A* ^. D2 c# X5 T4 b) }/ Q" F' ~+ A. _) B; `
Turn on CC subtitles, # a' x8 ] T' B1 M2 ]: Q9 GIf you have any questions about the practice,2 g% j5 w7 r1 s2 U, v! G* s
Welcome to leave a message below!1 w8 K# x: k* r