Vacchi, Canti di fabbrica

R

ic o

rd i

-M

per tenore e orchestra (2017)

ila

CANTI DI FABBRICA

no

Fabio Vacchi

©

C as

a

PARTITURA

RICORDI

©

C as

a

R

ic o

rd i

no

-M

ila

Opera commissiona a dal Teatro La Fenice

© Copyright 2017 by CASA RICORDI S.r.l. - Milano Tutti i diritti riservati - All rights reserved Printed in Italy 141725 ISMN M-041-41725-¬_

ORGANICO

ila

4 Corni in Fa 2 Trombe in Si  3 Tromboni

no

2 Flauti (2. anche O avino) 2 Oboi (2. anche Corno inglese) 2 Clarine i in La Clarine o basso in Si  2 Fago i (2. anche Controfago o)

-M

Timpani 2 Percussioni

5 Pia i sospesi (su un unico montante), Tam tam medio, 4 Tom tom ( fhqe ), Tamburo basco II: Gran cassa, Vibrafono, Tamburo militare, Tam tam grave I:

rd i

Canto

ic o

Archi il più possibile

©

C as

a

R

NB: gli strumenti traspositori sono notati nelle rispe ive tonalità.

Testi L’altro giorno l’ho sorpreso

Avevo precisato, nell’andarmene in ci à, io che vivo quasi alla periferia, tramite il fresco che proviene dal fiume che è una so ospecie in cui errano più cose insolite che chiarezza, che non avrei più avuto il suo vuoto riflesso.

Romano Mezzacasa è un compagno meccanico straordinario. Viene dai monti. Lavora il ferro e l’acciaio con una passione che non ha eguali. E’ duro duro come le rocce delle sue Dolomiti. Quando parla della prima neve dei caprioli che pascolano guardinghi delle primavere bisogna sentirlo c’è amore e il cuore. L’altro giorno l’ho sorpreso che stava costruendo una trappola per topi alzò la testa e mi disse solo due parole decise ci sono tanti topi in giro Ferruccio topi schifosi ma li prenderemo tu i vedrai vedrai li prenderemo tu i tu i.

(A ilio Zanichelli da Una cosa sublime, Einaudi, 1982)

R

Marta l’à quarantatrè àni da vintizhinque ‘a grata cornise co’a carta de vero, el tampòn, ‘a ghe russa via ‘a vernise dura dae curve

ic o

Marta

rd i

Ora il mio viso si sposa a rimasticate rovine. so di trovare un bordo ed è come un appello del sangue. so di pensare a tante cose nell’inverno che rinviene quando la calce crolla dal muro ed è so o il gelo la spoglia primavera di sempre che grida.

ila

Pure mi rammento di tante cose. Una siepe operaia aveva invaso le strade e le finestre stregate chiudevano alla presenza delle ossa nella ci à i loro occhi, qualche luce gradita serbava le sue fiamme, tinte di rosso, che il vento del fiume serpeggiando portava.

-M

la routine di sempre, in fronte, come un letale numero abbrunente il viso segnato dalla stanchezza avrebbero disperso anche l’eco dell’acqua, la metafora della sua luce fredda, come un antico salvacondo o, per astrarsi dal flusso.

no

Ci à addormentata

a

del ‘egno; e ghe ‘à restà come un segno tee man: carézhe che sgrafa, e onge curte, da òm. I so bèi cavéi biondi e bocoeòsi i è dèss

C as

un grop de spaghi stopòsi che nissùna peruchièra pòl pi tornàr rizhàr. Co’a cata ‘e so care amighe maestre o segretarie, ghe par che

©

‘e si tant pi zòvene de ea, ‘a ghe invidia chee onge cussì rosse e longhe, i cavèi lissi e luminosi, chii dèi ben curàdhi, co’ i sii pàra drio ‘e rece, i recìni. Le varda e spess ‘a pensa al so destin: tuta ‘na vita persa a gratàr, a gratarse via dal corpo ‘a beèzha.

(Fabio Franzin da Fabrica e altre poesie, Landolfi Editore, 2013)

(Ferruccio Brugnaro) Non racconteremo mai abbastanza Oltrepassiamo i cancelli oggi alla luce d’autunno, con lo stesso silenzio di animali spinti in avanti con violenza. Andiamo verso i reparti sparpagliati simile a un gregge sba uto, in balia della fame. Non sapremo mai dire completamente ciò che i nostri occhi hanno toccato su queste strade di ferro e di monomeri. Non racconteremo mai abbastanza cosa abbiamo sentito, cosa ci è mancato. (Ferruccio Brugnaro)

Fabio Vacchi

CANTI DI FABBRICA per tenore e orchestra (2017)

I. La città addormentata

4 &4

2 Oboi

4 & 4 .

∑

1.

pp

4 Corni in Fa

2 Trombe in Si b

3 Tromboni

Timpani

I

II

∑

‰

f

p

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4 V4

∑

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 = 48

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4 &4

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∑

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Violini II

4 &4

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∑

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B

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nel - l’an - dar -

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3

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V X. - tà,

‰

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io

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che vi - vo

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3

    Y

˘

3

3

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qua - si al - la pe - ri - fe - ri - a,

 3 Y   tra - mite il fre -

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 -

 - sco

≈ 

 W  3  X 

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che pro - vie -ne dal fiu - me

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Cb.

141725

1.

˜ 

espr. p

‰ W ¯    

che è una sotto-

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3

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za,

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pp

pp

∑

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mp

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5 X W ≈      W W  V  W

Y p

∑

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pp

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che non

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pp 1.

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3  WW W X W Y   

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pp

mf

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(a 2)

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¯

W p

, 

mf

∑ ∑

∑

∑

W X  W X    X   Y 3   W     ≈ 3   X   Y   Y  W  ‰ .W ˘˘ vi - so se - gna - to dalla stanchezza

∑

∑

a - vrebbero disperso anche l’eco dell’acqua, la me-

rit. . . .

∑

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∑

?

∑

∑

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pp

p

∑

∑

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a t.

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Œ

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rit. . . .

mf

‰



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pp + mf .

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f

mp

più avu - to il suo vuoto ri - fles -so.

mf e



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∑

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p

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 Y

f

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& B



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ppp

B

¯

Œ

p

p

mf

X.



∑ ∑



W.

mf

∑

La routine di sem - pre, in fronte, come un le - ta -le nume-ro abbrunente il

Vni I

mf

¯  W 3



p



pp q mf y pp

∑

∑

poco più lento ( = 40) ∑ &

& Ó

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X

mp 0

pp

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p e

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©

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che chiarez

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p

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3

3

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Y   ‰ W  

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pp

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¯ .  W

e 3

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pp

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in cui er - ra- no più co - se in - so - li - te

&

mf

mf

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mf p

‰ Y  Y    Y

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pp 1. 3. a 2

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1. 3. a 2

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W



.

∑

p

Fg.

p

W.



pp

W

p

∑

-spe - cie

Vni I

mf



p

∑

?

W

W.

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p

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W

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mf

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pp 1.

Crn.

3

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pp

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no

&

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ila

p D

mf

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Fg.

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Ob.

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Fl.

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rd i

13

∑

∑

∑

∑ 141725

∑ ∑

a t.

4

Œ

‰

3



X mf

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‰ Y ˘

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pp + mf 4

pp

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Cfg.

Crn.

Trb.

Trbn.

Timp.

C.

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W 

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p

,

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+ f . p

mf

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p

∑

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mf

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§ mf 8

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, W

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mf

∑ Ó

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mf

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∑  X  W  W 5

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pp

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1. 3. a 2

&

3

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.

¯

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mf



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3

 W W

W

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- ta - fo - ra del - la sua lu - ce fred - da,

3



‰

mf

W

Y



pp

mf

Œ



 

pp



f

‰ X 3

p

∑

  3

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f

mf

pp

p

f

∑

∑

∑

∑

∑

∑

∑

∑

∑

      W 5



 



3



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¯

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co -me un an - ti - co sal - va -con - dot-to, per a - strar - si dal

X 

flus -

-



∑

- so.

∑

∑

∑

∑

Vni II

&

∑

∑

∑

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©

&

B

?

∑

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W

.

W

W.



W.

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non vibr. p

?

Y.  3 X

W.

Vc.

Cb.

Œ

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p

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non vibr.

∑

IV

X

X.

non vibr. p

141725



X  3

p

mf

.  W

W.



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p

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3

Vni I

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p

f

∑



∑

3

p8

p ( mp ) pp

 

,

pp



?

V

X

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mf

& B

p

C as

Cl. b.

3

˘

ic o

&

pp

mf

mf

R

Cl.

W 

p

3  W 





Y

a

&

? W. W 

ppp

p

∑ .

Y



Ob.

&

W

no

& Œ

Y

ila

& Ó

3

-M

Fl.

1.

rd i

21

 Y.  .

˘



.

p

f

non vibr.

 . Y

f

˘



˘

˘

Y W Y

W

Y

f

W 3  f

3



p

mf

Fl.

Ó

Œ

∑

&

pp

≈ Œ

mp

& . pp

mf

& Ó

mf



.

pp

mp

p + mf

pp § p 8 3

mp y pp q mf

p

? W



fp

mf

Y

3

mf

pp

¯

X >



mf

Y



p

mf

?

∑

∑

∑

Ó

∑

∑

∑

∑

Y.

¯ ‰

Œ



mf 6

p 3

 W

 

˘

p

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mf

p

&

∑

∑

?

∑

∑

?

∑

a

     ˘ Œ ˘

C as mi rammento di tan

& B

W p

X ? Y ˘ p

 3Y ? p

-

te co - se.

ila ∑

∑

∑

∑

∑

∑

 3 Y   3  W      3 

  ®      6 X       ≈ ≈   

U - na sie - pe ope-raia aveva in-va - so le stra - de

e le fi -nestre strega-te chiude-va-no

∑

∑

∑

∑

∑

∑

3  W

˘ ˘

∑

∑

 W.



∑

∑

W. 

∑

∑

∑

 3 3 V   ‰     

&

8

p mf

Œ

-M



˘

mf

2. 4. a 2

pp

Y

Y.





‰

3

∑

p

Cb.



∑

? X Vc.

Y

∑

∑

© Vle

mp

B

Pu - re

Vni II

ppp sub.

∑ 3

 

3



.

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˘

pp

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&

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p

mp

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pp

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& W

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ic o

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mf

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no

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& Œ

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rd i

25

5



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141725

3

X

Y

 

.

˘

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.

˘

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‰ Y 

i lo - ro oc - chi,

qualche

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lu

-

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ce gradi

 

-

W  ≈ W  W.

ta ser - ba-va

 W    .

le sue fiam - me, tin - te di ros -

∑

∑

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141725

W

¯  . Œ

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5  5 V X         ≈    

- sen-za del -le os - sa nel-la cit-tà

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rd i

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141725

√ 

‰

DIV.

˘

mf espr.

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R

Crn.

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mf

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espr.

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mf

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mf

141725

@ W. W.

@  X @  @

@  

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3

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 @

@ . .  

 @

pp

pp

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pp

pp

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mf ( ff ) p

la spoglia pri -ma - ve - ra di sempre

DIV.



Œ

p

W  ≈ X      ‰ W W   W

¯@

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≈   

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p

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a4

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f

ed è come un ap - pel - lo del san - gue.

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quando la cal-ce crolla dal mu -ro

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rit. . . .   ≈    

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‰

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nell’inver-no

p

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p

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V       ‰     ‰   & ˘

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@ . >

‰

f

W

! "

?

˘

mf

p

mf



Y

!

!

pp

sff 0

Trbn.

.

˘

mf

" "

U & Y Trb.

!

" "

U & ΠCrn.

.



Y

p

" "

f

mf



pppp

U ! "

Y

p



pppp

U & Œ

! 

pppp

U & Œ

mf

! "

ic o

Ob.



˘

p

p

≈ Y ˘ .

U & Œ



no

U & Œ

˘

Y

!

ila

!

-M

≈ Y.

9

rd i

U & Œ

a t.

R

Fl.

rit. . . .

a

49

poco più lento

 ˘˘@

 .. ˘@

5 f6

‰.

W  ˘˘@

‰.

Y ˘˘@

 . . ˘@ . ˘@

5 f6

5 f6

≈ Ó

ff

@ . >

‰

∑

@ X. >

‰

∑

III

tasto

sfp

sfp

? . @

UN.

sfp

‰

Ó

≈ Ó

‰

Ó

≈ Ó

W ? . @

‰

Ó

141725

sfp

sfp

W 

Œ

mf

Y ? . @

UN.

DIV. pizz.

DIV. pizz.



Œ

X

Œ

mf pizz. mf

f



3

espr.

&

˘

ppp

3

˘

Y.

f

W

X  ‰

? .

Ob.

‰

˘˘  Y  .

& ‰.

espr.

mf

 ‰

& Cl. b.

 3Y 



espr.

˘

pp

f

. & ! pp

Fg.

." ?  !

? .

espr.

X.

‰

pp

˘

f

& 



‰



2. 4. a 2

‰ Y

˘

‰ Y

˘

f

≈ Œ

f

f

Ó

. ? 

&

pp

Vni II

Vle

Vc.

Cb.

  .



3

& B

f

UN. arco

3



pp

¯

˘



3



pp

f

W

X 

˘

Y.

Y

˘

f

UN. arco

$ &

$ $ & . &

$ &

@ 

¯ @ @.

@ 



.

¯

˘"



mf

W

 

¯3

X.



¯

.

 

.

  .



˘

p

‰ Y.

mf

3

¯

¯

 Y.



mf

¯ ‰

Ó

¯ ‰

Ó

p

p

.

 W ˘ 3

p

Y

˘

Y.

  Y.



¯

W

pp

3

¯

.



X 

W



.

mf

∑

  ˘ 3

¯

(rall.)

W.

W 

‰

p

¯





.

Œ



pp

 

. p

 ‰.

Ó

¯ ‰



Y.

∑ 141725

3

¯

mf

mf



 = 48

 W.



¯



∑

(rall.)

  X.

‰



∑

Y.

mf

.



 = 60

¯



¯ ‰



.



Y

Y 

¯

Y 

∑

¯



3

 W. ˘



 

mf

∑

¯

W ¯   .

.

a3

.

¯ @ @.

¯

‰

Œ

¯ @ $ & .



Œ

˘

3

p

X.

W 

¯ ‰



 

∑

˘

‰.

Œ

?espr. ! "W.

Ó

p



¯3

Ó

‰

W

mf

3

˘

W 

mf

Y  . espr.   Y  .

?  ?

˘

f

pp

W

W.

W 

¯

mf

a

©

Vni I

Y.

rallentando   Y.  3 X 

3

∑

.

C as  = 96

‰

p

 W.

"

p

3

∑

˘



! "

"

.



f

espr.

W.! "



sord. harmon

W.

W 

$  .&

mf

sord. harmon

3

∑ 

mf

p

$ &

‰

  .

mf

‰

  .

Ó

(sord.)

?

mf

R

∑

mf

Timp.

p

Œ

Y.

.

Ó

Trb.

&

.

˘

mf

‰

˘

!

f

˘

pp

Trbn.

¯3

Y

p

f

 

‰



mf

∑

‰

˘

‰



∑

Y.

p

˘ W.

˘

  . ∑

Y

3

.

‰

p

& 

1.

f

p

 .$ &

$ &

1. 3. a 2

&



˘

˘

f

p

sf / f

Y



f

?

Crn.

Y.

˘



!

pp

Cfg.

W

˘

f

3

p

X 

f

& Ó Cl.

sf / f 3

Y.



espr.

& Ó

W

˘

3

(rall.)

no

ppp



 = 48

(rall.)

ila

Fl.

√ .   Y. Y espr.

 = 60

-M

&

rallentando

rd i

53

 = 96

ic o

10

.



mf

p

˘

?

¯ W.



p

˘˘   .

arco

mf

p



mf

3

p

Y 

˘

mf

p

∑

Ob.

&

∑

& @ .

@ @ @   Y.

& @ .

@ @ @   Y.

& 

 W

p

mf

@

3

¯

W @

X 

pp

accelerando . . . ∑

U ∑

∑

¯ @ @ Y @.

U ¯@ 

¯ @ @ Y @.

U ¯@ 

3

p

p

Cl.

¯3

p

Fg.

mf

¯

X 

pp

p

¯

.



mf

? W

W @

pp

 Y. ˘

?

∑

∑

&

.

W  .



pp

Cfg.

3

Ó

Œ

p

Cb.

¯



pX b

.

.

. .

&

∑

&

∑

B .

  .

? W Y mf

U Œ

mf

3

˘ p

mf

¯

pp

 W

p

 Y. ˘

p



˘

mf

.

W  . p

p

.

W 

¯

senza sord.

3

mf

.

≈ ¯ . a2

Y 

Y

 

@ Y

@ .

.



W

.

 



¯

¯

pp

W 



p



Y

pp

p

U @ W

@ 

Ó

Xpb

p

@ . @

U ≈ @ @ W . > pp q p y 141725

3

pp

p

mf

.

pp

Y

mf

p

¯ .



.

.

W

mf

pp

¯ ‰

.

‰



p

¯

.



¯W 

. .

W 

 W ‰

pp

.

W 

.

¯

W W

pp

Œ

W

Œ

W

pp

pp

pp

¯ ‰ W



pp

pp

∑

 = 48

(accel.) ∑ ∑

@



3

¯ @ Y @ 

pp

 @ @

pp

p

@ W pp

 W @˘

espr.

p

 X @.

mf

¯@ 

p



¯@

mf

pp

@

mp

ppp

@ @ @ . W 

¯ @

.

pp

.

˘

¯

¯

˘

pp

p

¯3

mp





∑

.

pp



Y 

.

3

U Œ

U ¯@ 

3

p

¯ W



pp

.



.

3

3

 



p



¯

3

U ∑

˘

¯

.

 W

accelerando . . . ∑

.

.

3



U ∑

pp

¯  

p

pp + p . pp

U  Y @. ˘



pp

.

¯

Y

Y 

3



p

via sord.

Œ

 = 30



.

pp

via sord.

Ó

3

pp

senza sord.

U Œ

C as ∑

3



Œ

.



p

¯





.



Y 

Y

¯

Œ

p

R



?

?

2. 4. a 2

via sord.

p

Vc.

U ∑

Ó

W  .

© Vle

U

.

U ∑

.

  > mf

p

pp

U W W. >p + mf . pp

a

? ?

Vni II

qp y

1. 3. a 2 senza sord.

Ó

espr.

‰ W

+ p .

ic o

& . ?

Vni I

U  Y. ˘

pp

∑ a2

Timp.

 



  >

mf



Ó

mp

&

Trbn.

U

¯@ @

3

p

Crn.

Trb.

+ p .

@ .

.

3

(accel.) ∑

Œ

1.

rd i

Cl. b.

p

@

3

@ .

espr.

 = 48

no

&

U ∑

ila

Fl.

 = 30

-M

57

11

@ .

p

3

pp p

.



pp

˘

p

¯ @ X  .

espr.

pp

W

espr.

pp

& Œ

1.

Fl.

Ob.

(accel.) .



≈ ˘

˘

mf

 = 72

 Y X. ˘ Y X.



 

3

3

. W  . &



mf

˘

3 W  .! @ &  . W @ ¯@ !



˘

mf

f

W. ≈ W.



 

3

˘

mf

W W

˘

mf

 

3

   

˘

W.  . X  W.  . X  @ @

˘

f

¯

3



mf

Cl. b.

Fg.

&

æ Y.

! f

˘

¯ ‰ ‰  .$ & . W 

$ &

¯ #   .$

˘



mf

? 

 X Y

? W.

Œ

mf

Cfg.

mf

mf

Œ

$ &

Y !

mf

W. X  W. &



˘

mf



mf

Trbn.

?

W

W.

& Œ



˘ f

f

? Y

¯ ≈ .  .  DIV.

¯

 

   

p

mf

¯

DIV.

≈ ¯ . W .

 

mf

¯ Y X.  Y X. 

.  . W   WW  . . W 

‰ .

B 

Œ

‰ .

Cb.

? W. p

U ∑

"

X Y.

√ . X  W.  . X  W.  @ @ @ @ @

W. p

˘

Œ

U ∑

 ‰ ˘

Œ

U ∑

‰ Ó

U ∑

Ó

U ∑

pp



p

pp

.



pp

    @˘ @

rall. molto . . . 1. solo √   3X  W  . espr.   X ˘ p

?II  . & ‰ (loco)

 

   @ ˘

 @ f

 W.   W.  @ @ ˘@

W W

3

˘

p

Y. . X  Y. . X 

 

3

 = 30



p

mf

p

¯  .



mf

¯  @ .



 @ .

mf

Y ß pizz.

f

¯ non mis.  @ .

Ó

non mis.

non mis.

˘ Œ

 @ f

˘

 @ f

 @

 @˘

f

Ó

p



141725



p

sf

Œ



? molto espr. . 

sf

ß sf



∑

p6

f

U   

molto espr.



V

p

mf



 3  W

X 

1. solo molto espr.

˘

II ?  ‰ &



sf

?  @ . @˘

f

Y ß

?  @ . @˘

U

Y.  3 X  . X  ˘

W

mf

pp

non mis.

U ∑

∑

gli altri

3

U ∑

Œ

p

 = 96 3

 ‰ ˘

pp

∑

non mis.

f

U ∑

pp



Y

(accel.)

W W @˘

U ∑

Œ

pp §

Œ

p

˘

U ∑

pp q p 6

 .! "

p

3

.

© Vc.

 .!

gli altri

B 

? 



R 3

‰

U ∑

pp q p 6

ppp



˘

f

3

 .!

pp

. X  Y.  3 X 

¯ W 

 = 72

(accel.)

p

p

∑

p

Vle

¯ .

f

W

mf

C as

Vni II

& Œ



  W.

.

∑

 = 60 Vni I



 

a3

?

¯  .

mf

¯3

¯ .



 3  W. ˘

‰

∑

 f

p

U Ó

Œ U ∑

ppp

$ #

"

 . ˘

mf

¯

3

mf

Timp.



 

3

Trb.

& W. X  W.



"

! "

˘ ‰

pp

∑

ic o



‰ ˘

p

mf

¯  .

2. 4. a 2

ppp

∑

a

&

a2

Ó

p

 .!

∑

Crn.

Œ

! "

"

f



˘

 

 = 30

W ! !

ppp

∑

f

.

¯ .  

1. 3. a 2

& 

f

W W

p

p

. ! "

. ‰ ‰ !

. W 

.

$ &

    @˘

rall. molto . . . . . ‰ Œ

rd i

.$ @ @ ¯@ W $ &  & . W 

3

3  W $ k .' "   W  .$ " " # 

 

Cl.

&

 = 96

(accel.)

no

 = 60

ila

61

-M

12

Œ Œ Œ

&

˘

p6

U p6

f

U

.

p

mf

Ó

1. sola

Ó

le altre

Œ Œ

U ∑ U ∑

p6

WU 

espr. p 6

U

espr. p 6

13

II. Marta ?  

48 ¯  Y >

  ¯ > mf pp

pp

mf

Fl.

Ob.



pp

3 &8

p

48

∑

& 38 ‰ 3 &8 ‰



pp

mf



48 ¯ W  >



Cl. b.

& 38 

p

¯

espr.



pp

Fg.

Cfg.

? 38

∑

¯

? 38 Y 



pp

pp

p

& 38

48 ∑

?3 8

∑

?3 8

48

Trbn.

Timp.

= 60

©

Vni I

& 38

Vni II

Vle

Vc.

Cb.

& 38

?3 ‰ 8 ?3 ‰ 8

Y

mf

∑

85

∑

¯ 

38  W

‰

28

∑

85

∑

38 

‰

28

∑

85

¯  Y > p



38 ≈

? Y mf

∑



∑

¯

Y

∑

∑

38 W  .

28 ˘

38

∑

∑

∑

‰

85

∑

38

∑

∑

38

∑

? 28 ≈ W  . ˘

85 

sfp

28 ≈ ¯ W . >p

85 

ˆ X.

sord. muta 28  

W. 85 W  .

p

1.

pp

28

p

28

∑ ‰ ‰

∑

85

f

mf

∑

28

@ W

$

28

$

28

&

p

&

W 

W

pp

>W  ?

p

˘

pp

˜ .

W W W W mf

28

‰ Y

a2

f

28

28



f pp

28

28

∑

f

sfp

˘

W  W 



28

p

pp

?

¯@

W  ]¯

W   W  ]¯ 



ˆ X.

p

p

pp

∑

38

∑

28

∑

85

∑

∑

28

∑

48

∑

∑

38

∑

28

∑

85

∑

∑

28

∑

pont. poss., vib.ss. ? 48(tutti) ‰ Y.

38

 ..

 YY >

28 Y  

85

∑

‰

mf



 ..

 YY >

28 Y  



85

∑

tasto, non vibr.



mf

arco

mf

‰

" &

∑

∑



f

28

48

∑

B 38

mf

@ W p

$ W $ & W

28

‰

a

& 38

p

‰

$ #

f

‰

W > p

¯

C as

Trb.

.

p

∑

R

.

pp

85

mf

38  W

mf

Crn. 2. 4. a 2

∑

f

p

¯ 

Œ

B

p

pp

28

f

38

∑

48  48 .

85 W @.

‰

mf

p

1. 3. a 2

28 ¯ ‰ 

W > p

∑

& 38  .

3  8 W @.

‰

mf

48 W 48

≈Y > ∑



pp

85 W @ .

mf

∑

p

28 ¯ ‰ 

sub.

? 48 ¯ W ! 

pp

Cl.

pp

‰

mf

3  8 W @.

ic o

3 &8 ‰

pp sub.

W ! W 

≈Y >

no

p

˘ ‰

ila

pp

? 48 ¯ Y ! 

-M

3 & 8 ‰ X

rd i

= 60

p

mf

48(tutti) ‰ Y. > p

pont. poss., vib.ss.

48 48 ¯ ‰  48 ¯ ‰ 

mf

ord.

Y  >p Y  >p

∑ Œ Œ

38

ord.

∑ ? 

mp

? 

mp

(tutte)

(port.)

(port.)

mf

38 ‰ Y 

.p

.p

Y



Y





Y

p

mf

f

85  X 

vib.ss. 38  Y  ˘ p

28  >

85  X 

38  ˘

Œ

28

85 ‰

p

pont. poss.,

141725

mf

p

mf

p

∑

¯



28  >

pont. poss., vib.ss.

mf

mf

f

¯

f

pont. poss., vib.ss.

˘

˘

28

tasto, non vibr.

W p

.

pp



.



tasto, non vibr. pp

28 28 ?



pp espr.

W   W  ]¯ ¯



W  W 

ord.

ord. pp espr.

p

˘

p

28 28

14

8 Fl.

2 &8

¯¯ ‰ . W @

6 8

∑

2 8

∑

6 8

∑

4 8

∑

3 8

∑

5 8

Ob.

2 &8

∑

68

∑

28

∑

68

∑

48

∑

38

∑

85

Cl.

$‰ . & 28 ¯¯&

68

∑

28

∑

68

∑

48 Œ

68

∑

28

∑

68

∑

48

∑

48 Œ

? ? " ! W 3 X. ! ≈ 8

48

∑

a2

Cfg.

@ 

@ W

? 28

mf

∑

? 28 

 mf

∑

28

∑

68

∑

68

∑

28

∑

68

∑

Œ.

28

∑

68

∑

28

∑

68

68 

2 & 8 W

68

p

‰

mf

& 28 Y ¯¯ ‰ . a2

Trbn.

Timp.

C.

68

∑

? 28

∑

68

∑

?2 8

∑

68

∑

∑

68 ‰

V 28

.

p



& 28

W

X.

68  .

IV

mf

& 28 W 

68 ‰ .

B 28 W 

68 Œ

?2 8 

68 ‰ .

©

Vni II

Vle

-

ta

1. solo



B mf

¯

.

pp

38  .

∑

48

38

p

∑

85

28

∑

68

∑

48

∑

38

∑

85

28

∑

68

∑

48

∑

38

∑

85

?

l’à

qua - ran -

 W W 

-

- ta - trè à

.

¯ W ¯  . mf

(tasto)

DIV.

pp

pp

W W

28 W 28

f



68  ¯ W ]

X

II I

X



Cb.

gli altri

68 

tasto





?2  8



mf

pp

68 

p

tasto

mf

pp

p



28 W 

68 



.

28 W 

68 

ni

48 ≈ X ¯. ppp



X





X



pp

poco sf

.

48

85

38

∑

85

Œ

38

∑

85

Œ

38

∑

p

?  sf

ti - zhinque ’a gra - ta

∑

Y ‰

-

 85

38

p

48 ≈ ¯ X .

? W   48 ˘

vin

Y

loco

3

141725

da

UN.



?

.

-

? ¯ Y  . Y ?Y   3 Y  ¯ Y ] . 8 W

X

ppp

 W  ]¯W  W   . 68   Y  W  3

48 ‰



 W 

Vc.

? 28

.

mf

38

W

molto espr.

85

W >  p

∑

28 ≈ 6    8  W .

p

p

48

.

≈ ¯ .

p

85

W  >

mf

W

85

∑

∑

W √  W   WW  

Œ

38

48 W 

    W . 28 ≈    68  W   .

pp

pp

sfp

85

68

∑

28 ≈    68 ]¯ W   .

C as

Mar

Vni I

28

a

Trb.

mf

?

ic o

mf

R

2. 4. a 2

85 85

∑

∑

rd i

Crn.

B

pp

p

38

68

¯ & 28 ≈  . 1. 3. a 2

pp

ila

Fg.

2 &8

! " "  3 W. ! 8

-M

Cl. b.

≈

1.

no

a2

pp

?

85

? W   48 ˘

‰

Œ

38

∑

85

? W   48 ˘

‰

Œ

38

∑

85

poco sf

poco sf

pp

pp

Ob.

mf

sf p

pp

]¯ W  .!      W 



pp

?

mf

sf p

5 &8

∑

5 &8

∑

" . ! " ! V p0

" . ! " ! V p0

pp

5 &8

@



Œ.

∑

@



p q mf y

Fg.

Cfg.

p b pp

5 &8 ? 85 ‰ ? 85 ‰





p



5 & 8 .

. ! " "

mf

mf



p

W !

Œ.

∑

.! " "

mf

mf

pp q p y

? .

48 ≈ ˘

@ W.

48

@ W.

‰

48

∑

48

∑

48

. >

W

48

. >fp

W

W

1. 3. a 2

mf

.

W

mf

& 85

∑

5 &8

∑

? 85

∑

? 85

∑

sord. harmon

Trb.

5 V8

Vni I

Vni II

∑

∑

5 &8

©

C.

a

Timp.

∑

C as

Trbn.

sord. harmon

5 &8

‰

mf

∑

B 85  .

? W

? 85

∑

X.

p

Vc.

Cb.

? 85 ‰

mf

tutti

 p

‰ 

mf



? .

‰

Œ

˘

38

mf

W. ! "

48

"

48

∑

38

¯¯@ ≈ 38

∑

48

∑

38 W  . !

¯¯@ ≈ 38

∑

48

∑

38  !

˘ ≈ 3 ˘ 8

∑

48

∑

38

38

∑

38

∑

38

Y. ! "

48

"

pp

∑

48

∑

48

48

∑

48

mf

4 W $ ˘# 8

. ! "

mf

∑

48

38

∑

48

∑

38

∑

48

∑

38 ‰

ˆ 

48

38 ‰

ˆ 

48

"

‰

ppp

sfp

48

∑

∑

38

∑

48 Œ

‰

48

∑

38

∑

48 Œ

‰

48

∑

38

∑

48

∑

38

∑

48

48

∑

38

∑

48

∑

38

∑

48

 3 8

∑

48

? ¯ ] 

co’a

car

-

 W   ta

¯

de ve

-

Y X 4 X   W 8  Y 

38  W

ro, el tampòn,’a gherussa

p

p

p

W ˘    X  ]¯

˘

∑

˘

38  W  38

141725

? ¯ Y ]

48 X ˘

˘

38 

38 Y 

˘

mf

  3

? ¯ ]W 

mf



˘

più mosso √  38 ≈ ˘˘

mf

W



˘

48 X  48

ppp

‰

mf

Y  Y 

∑

W

mf

48

via ’a verni -se dura da e curve

48  ..

Y

tasto

? ¯   ]W 

? 38 X  .

48 ]¯    Y  

mf

38 Y Y  ..

3

sfp

˘

W

?

?

IV

∑

¯ Y ]

3

≈ ¯¯ 38 W  Y  W ]¯Y  ¯  

‰

48

48

? ¯ ]X 

∑

¯

mf



∑

  4 ]  . 8 ˘

˘

‰

mf

4 8

38

?

 X

espr.

Œ

48 Œ

˘

‰

∑

48

∑

4 Π8

∑

p

48 Œ

∑

Œ

W

38

  . ! " "

   48 ˘

cor - ni - se

∑

pont. poss., vib.ss.

Vle

¯  X.

˘ 8



R

fp

¯

ic o

2. 4. a 2

]Y  " 3 !



Crn.

5 &8

˘

sf p 0

48 X  . !

p

¯

sf p 0

∑

48

48

Œ

8

p b pp

‰B ≈ ˘

mf espr.

]Y  " 3 !

 ?

˘ 

p q mf y

Cl.

Cl. b.

4 ≈ ˘ 8

48

∑ Œ.

 ?

˘ 

15

no

5 &8 ≈

pp



ila

Fl.

" " "

più mosso X  .! " " 3 " 8

-M

5 &8 ≈

    W W  .! "

rd i

14

? ¯ ]

 

38 ≈ ˘˘ W

Y

mf

f

38 ‰ ∑

38 ‰

˘

 mf

˜

pizz.

sf

48 48

ppp

38

48

48 48 48

16

4 &8

.! " " "

‰

f

a tempo  2 ‰ ˘ 8

5 8

p

.

Y

Y! "

 Y " !

˘

" "

"

f6

Fl.

∑

28

∑

85

∑

& 48

∑

28

∑

85

∑

∑

28 ‰ Y  ˘

& 48

. 85

p



Y @

f6

Y ! "

Y  X !

˘

85

∑

28

∑

f 6 mf

.

B 48

∑

28 ≈ ˘

85

? 48

∑

28

85

p

& 48  W 

.

& 48  W 

.

f

. & 48 p

f

∑

38

∑

W  Y  W ]¯Y   . " ! 38



∑

mf

5 8

48

∑

28

∑

85

48

∑

28

∑

85

48 Œ

∑

∑

85

28

∑

85 85

@ @  Y

28

@ Y

@ 

@ @  Y

28

@ Y

@ 

! !

28  !  !

28

∑

28 ‰



85

˘

?

]¯

 85

C as ∑

©

sf sf

28 Y 

˘

28 Y 

sf sf

pp

28 ≈ ˘

.

 W

.

f

gli altri

? 48

?  2 X 8

sf

f

? 48 ≈ ¯¯ ‰ Œ ®

p

28

∑

38

∑

p

85

28

∑

85

pp

mf

48

∑

48 Œ

 Y

.

pp

85

28

∑

85

28 



85

mf

∑

38

∑

48 Y  ˘

28

∑

38

∑

48

∑

28

∑

85

28

∑

38

∑

48

∑

28

∑

85

1.

28 

mp

85

mf

∑

38

∑

48

∑

28

∑

85

∑

∑

28

∑

38

∑

48

∑

28

∑

85

∑

∑

28

∑

38

∑

48

∑

28

∑

85

  38  

.

 Œ ˘

Œ

 3 

‰

?

28 ]¯  .

e ghe’à re - stà



? ¯ ] Y 

f

sf



? ¯ ] Y 

f

sf

˘

 85

p

48 Œ

mf

28

 85

 85

85

∑

’e - gno;

85

?  2 X 8

sf

sf

 .

 W ? 48 1. solo



pp

? ?    ? Y

 B 48 æ

∑

a tempo

? ?    ? Y

sf

∑

mf

85

∑

a

∑

f

38

∑

28

? 48

& 48

∑

∑

p 8

∑

.

28

∑

28

sf

∑

∑

∑

(√) . & 48

∑

≈ 85

sf

48 Œ

∑

38

X.  28 ˘

? 48

V 48

W. f

p 8

38

∑

28

sf

∑

28

∑

non mis.

Cb.

mf

∑

∑

∑

f

f

Vc.

28

≈ 85

del

Vle

 X

38

 

2 ‰ 8

pp

R

p

Vni II

∑

X.  28 ˘

‰

& 48 

Vni I

28

28

f6

∑

Trb.

C.

p

Y ! Œ .

∑

85

∑ espr.

2. 4. a 2

Timp.

 ˘

∑

rd i

& 48

f

Trbn.

espr.

∑

4 8

no

28

∑

1. 3. a 2

Crn.

Y

28

ic o

Cfg.



X

∑

3 8

pp

& 48

Fg.

Œ. ∑

Cl.

Cl. b.

2 8

ila

Ob.

& 48

Œ.

-M

20

˘ W. f

∑ ∑ ∑



.

28

pp



.

28

pp

‰ X

? ¯ ] 

 .. 38 ˘  .. 38 ˘



28

∑

28 28

∑ 141725

28 ≈ W ˘ .

85

48

∑

28 ≈ ¯ W .

85

 

˜ ˜ ¯¯ ¯ ¯ 

+ .

mf

48 ≈ ˘

∑

38

mf

48

∑

mf

ppp

¯

38

˜ .

ppp

+ .

∑

38

e on-

∑

p

arco

sgrafa,

¯¯ ¯ 48 ¯ 

48  . .

˜ .

 ≈ Y ˘ 28 Y ]¯  ≈   85 ˘

ca - ré - zhe che

loco

DIV. III pont. poss., vib.ss.

˜ .

?

48 ¯ Y  . Y

38IVX  . X.

mf

∑

˘

come un segno te - e man:

28  Y  .

p

 

mf molto espr.

 ˘ W  

espr.

f

48

 

Y Y

ff

¯

28  

pp X b

28 28 28

?  W. sf

 

85

‰

pp

85 85 85

Cl. b.

Fg.

Cfg.

48

∑

38

∑

48

∑

38

∑

& 85

∑

48

∑

38

∑

48

∑

38

∑

& 85 Π.

48

∑

38

∑

48

∑

38

∑

‰ W !

Œ

48

∑

38

∑

48

∑

38

∑

‰ W $ &

Œ

48

∑

38

∑

48

∑

38

∑

48

∑

38

∑

48

∑

38

48

∑

. & 85 !

mf

B5 8

∑

? 5 W. 8

mf

Œ

& 85

48 

38  .

Œ

48

∑

38

∑

48

∑

38

∑

f

∑

mf

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∑

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? 85

∑

48

∑

? 85

∑

48

38

∑

38

∑

38

∑

R

∑

∑

C as ge curte, da ò

5 W &8

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gli altri

© mp

m.

48

mf

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mp

5 &8 

-

X.

mp

5 W &8

38 .

W \ W  f

48

mf

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∑ ∑

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mf

∑

48

∑

48

∑

I

so

bèi

ca

Y

 

espr.

38

p

f

mf

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38

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48 ‰

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∑

48

∑

∑

∑

48

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∑

48

∑

ˆ ≈ ¯¯ sfp

mf

38 Œ

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˜

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sfp

∑

f

Œ

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(pizz.) mf

¯

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f

¯

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mf

?

38 38

48 ˆ X

38

48 ˆ X

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sf

sf

38

48

∑

38

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48

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38

48

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38

∑

∑

48

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38

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véi bion -

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48



-

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48 48

‰ ‰

¯ 38    ]W   W

-

W  38 X   W   X  f Y

≈ Y ¯¯  . pp

38 Y 

 

√

YY 

p

Œ

¯

pont. poss., vib.ss.

48

‰

∑ 141725



mf

iè

W.

W  W ˘

pp q ff y

mf

 

W

gli altri

‰

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pp ( ff 2

38 

 

mf

∑

pp q ff y

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W

pp q ff y

‰

38 

¯ ¯ ≈

‰

38 Œ

¯ ≈ ¯ > mf



arco

vib.ss.

48

48 48

p + ff .

p + ff .

48

¯



 p

48

48

W

38

dèss

DIV.

38

‰

.

?

la metà

p

≈ ¯¯ YY   ..

≈ ˘ 48 ]¯W ¯ ‰ Œ ˘

Œ

di e bo-co - eò -si

6

sf

38 ‰ .

pizz.

˜ 

38 Œ

38

∑

48 

mf

38

48

48

f

∑

∑

38 .

  >

48

∑



48

38

38

48

f

∑

∑

38 ¯  X

¯

 W

48

48 3 $ . > 8 & X $ & $ &

p

& UN. ord.

X b

38

. ? 3 48 ˘! X ˘! ! 8

p

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ff

38

‰



¯ @

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48

  4 X.  . 8

a

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¯ 4 5 V 8    W  X   Y  . W Y   8 Œ -

Vni II

?  

Œ

& 85

Vni I

ff

¯

.

mf

Trb.

C.

∑

Œ

f

48

X b

48  . !

sf p

mf

@ .

.!

! 3 ˘ 8

" "

no

& 85

sf p

? ¯ ]W 

 .! "

4 8

38 ¯  X

mf

@ .

" "

48  X W >

W

W

pp 6

Timp.

∑

∑

1.  & 85 ˘ Crn.

3 8

∑

& 85

& 85 Cl.

sf

4 8

∑

.! "

ila

C. i.

3 8

∑

17

-M

Ob.

? Y Y Y  .  ! X " 4 8

rd i

Fl.

? ¯ ]W 

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ic o

28

? ¯ ]W 

¯

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

ff sfp

38

∑

38

¯

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p

ff sfp

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∑

38



˘ ‰

 X . f

 X . f

48 W > f

?  ? 

38 38 38

18

35

3 &8

∑

4 8

∑

2 8

∑

5 8

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3 8

∑

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3 8

Fl.

& 38

∑

48

∑

28

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85

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38

∑

24

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85

∑

38

Ob.

& 38

∑

48

∑

28

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85

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38

∑

24

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85

∑

38

24  W

.

∑

28

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85

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38 W  . !

& 38

∑

48

∑

28

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85

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38 ‰

& 38

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48

∑

28

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85

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38 Œ

Cfg.

Crn.

? 38

∑

48 ‰ .

W ˘ 

X

? 38

∑

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W ˘ 

X

˜ 3 & 8 .

48 ¯ .

≈ Œ

28

∑

85

˜ & 38 .

48

≈ Œ

28

∑

85

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48

≈ Œ

∑

48

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? 38

∑

48

? 38

∑

48

un

8

.

grop

38

 

38 

p

f

? ¯ ] 

 

pp X mf b ppp p

X. ˘ 85

pp

pp

sf mf

mf

∑

38

∑

38

∑

28

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28

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Y !

pp

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24

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mf

‰ B 24 ≈ W ˘ .



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p

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85

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

mf

24

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85

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24

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85 Y 

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24

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85

‰

p

38

∑

38

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24

∑

24

∑

p

p

mf

85 

 W

p

85

85

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38

∑

24

∑

85



p

X

38

¯

38

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mf

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38

24

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85

∑

38

∑

28

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85

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38

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24

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85

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38

 W

W  ]¯

Y    28 ≈ W   X ˘

5

de spaghi stopòsi

f

© mf

che nis-sù

28

? ¯ ]W 

       3 W.  .   ˘ 85 8 ˘

-

na peruchiè -ra pòl

. 85

sf

p

 W  f

pi tornàr rizhàr.

38

W.

24     W    

W W  W  W  85 ˘  

Co ’a cata ’e so ca - re a - mighe ma - estre o segre -tarie,

24

.

 X Y Y   5 ≈W ˘˘  Y W  Y  Y Y 3 W    8 8



3

f

∑

85

∑

38

∑

24

∑

85

Vle

B 38

∑

48

∑

28

∑

85

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38

∑

24

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IV 85 Y 

≈ Œ

28

∑

28

∑

85

∑

85

∑

38

∑

38

∑

141725

1. solo

24 

 W

mf

24



mf

38

∑ espr.

mf

85 ‰ 

 >

X



tutti

p

∑

3

3

3

pp

28

∑

38

5

∑

48 ¯ .

38

∑

48

IV

¯

38

∑

? 38 X.



∑

& 38

Cb.

38

85



48

˘

∑

Y.

∑

mf





28

 X Y . ˘ ˘ 3 4 . ‰ &8 8

? 38

38

mf

W

Vni II

Vc.

38

∑

espr.

1. solo

Vni I

28

∑

? 4 ]¯W 

 V 38 ‰

W

28 ‰

C as

& 38

C.

mf

≈ Œ

85

f

˘

48 ¯ .

¯ .

28 

mf

˜ 3 & 8 .

Trb.

Timp.

¯ .

˘

. ! "

mf

-M

Fg.

f sf

rd i

Cl. b.

mf

5 ¯  8 X . ≈ Œ. >f p 8

no

48

p

X

ila

∑

mf

38 ‰

ic o

Cl.

.

& 38

p

85 

? ¯ ] 

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R

C. i.

2   8 ≈ ˘ .

& 38 ‰ 

a

Ott.

ß 85 ‰ pizz.

mf

mf

Œ

Y

38 38 38

19

Cl. b.

Fg.

Cfg.

Crn.

∑

48

∑

38

∑

85

3 &8

∑

∑

∑

48

∑

38

∑

85

3 &8

∑

∑

3 &8

∑

∑

∑

48

3 &8

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∑

∑

48

3 &8

∑

∑

∑

48 Œ

? 58 ]¯W 

∑

38

∑

f

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∑

∑

48 Œ

≈ Y   38  .

3 &8

∑

∑

∑

48 Y 

38 

3 &8

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3 &8

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3 &8

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3

p

X ß

˘

48

  Y  W 

mf



p

mf

p

‰

¯@ @

≈ Y  Y  ¯

38

>

¯  X

 X

?  .

≈ X ˘ .

f

p



¯

38

¯@

38



‰ W ¯  .

 Y

˘

ff

f

@ 

f

38





˘

f

38

¯ 5 8

∑

∑

38

85

∑

∑

38

85

∑

∑

38

¯ 85

∑

∑

38

∑

85

∑

∑

38



. f

38 ¯  W f

38

38

no

mf 2

≈  ]¯ ¯  W

Y

 f

38

∑

85

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∑

38

∑

∑

48

∑

38

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85

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∑

38

∑

48

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38

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85

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∑

38

W Y

? 38 ≈ W ˘ ߉ ˘



48

zò -ve - ne de e - a,



tutti

Y W

mf



X

48 W

˘

85 Y  .

38

∑

3

¯

mf

! Œ

mp

85

f

38

7

48

3

? 38  W  ¯

p

∑

UN. IV

X



Œ

mf 2

≈ ¯@ W .

" 3 ˘" 8

∑

3 & 8 . B 38 Y 

48

∑

∑

W  X W  Y

p

mf

¯

W

85 W  . Y   . >f p

?

Œ ∑

p

 Y >>

Œ

38

X 3 Y  W   W

© 3 &8

f

J mp K

sf mf

85

38  .

‰

W! "

∑

par che’e sia tant pi

 Y 

1. solo

f

p

∑

∑

3 V 8 X ˘

p

∑

C as

? 38

ghe

Cb.

∑

∑

∑

Vc.

38

∑

? 38

Vle

∑

38 ]¯ W. >

! "

>

>

Y  >

pp

Œ

Y   ]¯W  . ˘˘ ® 38 ≈

∑

85 W ]¯X 

≈

‰

mf

Œ

38 ¯  W \ W 

B 38

Trbn.

Vni II

≈ W ¯¯ 48 W    > ff f

Œ

?

 ]¯ @

p

∑

∑

Vni I

∑

∑

3 &8

C.

∑

5 Y. 8

& 38

Trb.

Timp.

3 8

ila

Cl.

pp

f

4 8

-M

C. i.

˘

rd i

Ob.

mp

?  

ic o

Fl.

3 &8 ‰

? ¯ W ]Y 

R

Ott.

W Y

espr.

a

42

più mosso ¯ ]    Y   ! "

mf

? ¯ W ]Y 

più mosso ? W   48 W ¯¯ ‰ .

Œ

38

∑

85

∑

∑

38

¯¯ ‰ .

Œ

38

∑

85

∑

∑

38

f

Y W  

.

  >

W > f

48

W

f

48 W   >  > p f

38 ¯ \  W W



 Y >

48 

38  .

 Y >f >

48 Œ

Y   >

f

∑

 

‰

arco

p

f

? ? ]¯ Y  3   ≈ 8 . sf

141725

f

¯

? 85 W ]¯X 

W

+ f 4

sf mf

 Y >>

85 Y  . 85

 .

p

f

≈ X ˘ .ß ‰ Y  ß pizz. mf

f

Œ

≈ Y   W ¯

38

grad.

38

f

‰ W ¯  . ß

grad.

.

arco

p

grad.

38

20

C. i.

" "

3 &8

mp q mf 6

28

3 &8

∑

28

3 &8

¯ ≈  Y  28

W

Fg.

Cfg.

mf

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

fp

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Œ.



mf

85

∑

Ó

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85

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Ó

3 & 8 ¯$ @ &W

28

∑

85

∑

Œ.

‰ 28

∑

85

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3 &8



? 38 ¯  W ? 38 

28 ‰ 28

∑

85

∑

∑

85

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3 &8

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3 &8

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3 &8

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28

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85

3 &8

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28

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85

? 38

∑

28

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1. 3. a 2 p



mf

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W . >p

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mf

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3 V8

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28

3 &8

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©

C.

? 38

Vni I

Vni II

3 &8

∑

B 38 . W

pont. poss., vib.ss.

Vle

? 38 ¯  W

pont. poss., vib.ss.

Vc.

f

.

pont. poss., vib.ss.

Cb.

? 38

f

3

28 28



28 X 28

p

 p

85 85

∑

28

∑

48

∑

∑

68

Y ! " " 4 28 ! Y ! Œ 8

∑

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28 

∑

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6

X p

28

48 

6

Œ

48

∑

∑



espr.

48 Œ

‰ ˘



   

∑

28

∑

28

∑

48

∑

∑

∑

28

∑

48

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∑

?

68

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28

∑

48

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68

Y   Y  W ¯

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∑

48

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∑

68



28

∑

48

∑

∑

68

∑

B

p

˘

p

mp

68 68

∑

68

∑

28

∑

48

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∑

68

‰

p

68

∑

p

mf

X.

ord.

∑ ∑

W



pp

¯ X ]

+ mf

28 

. 48  .

28 W

48  .. X

‰

p

28  X  .

48  .



.

p

. 28  X 

. 48 

‰

Œ.

28 ≈ X ˘

48 Œ

141725

lis - si e

˘

III

 p

pp

‰

˘ ˘

p

tasto espr.

‰

˘

W  W 

tasto

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W

48 X  .



i cavèi

II espr.

˘

mf

W

longhe,

Y

≈ X ¯¯ 

28 X  ˘ W

X  ≈ W  . ˘

che - e on-ge cus - sì rosse e



∑

48

85

85

6

∑

3 . ≈ W  W  X W Y 

‰

68

28

85

85

∑

∑

  

∑

48 ! Œ

6

∑ ∑

p

6 8

∑

pp

85

a tempo 28 ∑



∑

prende il Fl.

48



sord. harmon

∑

’a ghe invi -dia

28 

4 ! Œ 8

∑

p

pp

R

a ≈ 



28

˘

W

sord. harmon

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85

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X.

∑

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2  8

∑

? ¯ ] 

ic o

85

¯

≈

2. 4. a 2

˘

∑

85 W  .



p

Œ

28

˘

? ¯ W ]

∑

¯ 85 ]W  .



p

Ó

3 & 8 .$ &

pq f y

Cl. b.

? ¯ Y ]

f

pq f y

Cl.

fp

Œ.



no

Ob.

W  .! "

p ( mf

5 8

ila

Fl.

3 &8 ‰

? ¯ W ]

-M

Ott.

?  Y  a tempo ]¯ 2 Y  ≈ 8 

rd i

49

W

tasto espr.

pp

W

tasto espr.

pp

W ß

pizz.

˘

p

lu -mi -no -

-

pp X f K

.ß

pp X f K

mf

mf

‰

. ≈ ˘ .

chi -i dè - i ben cu -

DIV.

ord.

+ mf .

‰       68

- si,

ord.

+ mf .

˘



pp

W W

DIV.

pp

¯

W W  X W  X W

68 68

p



pp

    68





p

pp

    6 8

˘

ß ‰ ˘

∑

68

21

6 &8

4 8 @. W >

∑

mf

C. i.

Cl.

Fg.

@ @   >

28

∑

48

6 &8

∑

48

∑

38

∑

85

∑

28

∑

48 ‰

6 &8

∑

48

  > mf

85 @ . >

@  >

28

∑

48 

85 @ W. >

@ Y >

28 @  >

a2

. >

6 &8 B 68

48

∑ ¯ ]

Y. >

mp

 W.

Œ.

‰

48



    > > >     > > > Y! "

38

  >  Y >

 X >

mf

mf

"  " 38 ˘ !

"

p

38

molto espr.

mf

∑

38

∑

? 68

∑

48

∑

38

∑

Trb.

6 &8

∑

48

∑

38

∑

Trbn.

? 68

∑

48

? 68

∑

48

W 68 W  &

X X

 

©

6 W. & 8 W. ?

¯ B 68 ] W  

? 68 ? 68 ? 68

? ¯ ]

W 

 

≈

¯  W W ¯ >

?  W

≈ W

48 Œ

W W

 

 >

? 

mf

∑

85

∑

85

∑

28

∑

48 ‰ .

85

∑

28

∑

48 ‰ .

85

∑

28

∑

48

∑

38

?

28  p

48

∑

38

28 

48

∑

38

p

ic o

1. 3. a 2

¯  .

¯

 38

¯

 38

p

¯  .

2. 4. a 2

p

∑

48

∑

38

∑

38

∑

85

∑

28

∑

48

∑

38

28

∑

48 ‰

 38 ≈ Y ˘     85 W   ˘ (più p)

i re - cì - ni

1. solo

≈

(sord.) W mf

f

i

re - cì

? ¯ W ] X 

-

‰

sf

ni.

85

espr.

 W W > mf

∑

38 Y  . .

W 4 8

∑

38

∑

pp § mp º

∑

38

∑

38

Œ.

più mosso

38

4 W 8

48

  > >

28

38

∑

38

¯¯@ @

∑

∑

∑

48 ‰ .

85

48

48

mp dolce

∑

R . .

il primo mette la sordina

38

38

a

C as

dhi,co’ i sii pà - radri - o ’e re - ce,

mf

38

∑

( p) ¯ 6 4 ]     ‰ W 8 X  Y. V 8 W    W W 

- rà -

¯

W



85

rd i

48

Cb.

38

∑

∑

Vc.

∑

85

? 68

Vle

3 8

∑

∑

Vni II

∑

38

38

Vni I

4 8

∑

∑

C.

∑

48

48

Timp.

2 8

∑

∑

Crn.

∑

f

? 68

Cfg.

5 8

6 &8

mp

Cl. b.

3 8 @ @ @ @ @ @  W > > > >

no

Ob.

più mosso

ila

Fl.

a2

-M

56

∑

?

28

∑

pp 4

85

    W  > >

≈ Œ.

28 28

∑

∑ tasto



p

tasto



p

∑

85  .

W

28 X  >

∑

85  .

W

28 X  >

141725

(pizz.) mp

(pizz.) mp

48 

mf

mf

˘

X 3   W 8

Le varda e spess ’a

 W



mf

38

48

∑

38

48

∑

38

48

∑

38

≈

sff

sf

ff

85

¯ 85  ..

¯ 28

 .  ]¯    W 



48 X 

 ..

 3 8

48 arco X 

 ..

3  8

arco

f

f

22

C. i.

4 8

∑

3 8

∑

U ‰

3 &8

∑

48

∑

38

∑

U ‰

& 38

∑

48

∑

38

∑

3 & 8 W 3 &8 

W ]W 

48 W  W 

 

f

¯

X .

? Y   38



∑

38

∑

U ‰

48

∑

38

∑

U ‰

48

∑

38

∑

48

∑

38

∑

(cuivré) 48 ˆ X

Œ

38

∑

(cuivré) 48 ˆ X

Œ

38

∑

38

‰

48

3 &8 

‰

3 &8

‰

Cl.

? 38

∑  W

? 38 

1. 3. a 2

Crn.

mf

 W

? 38 

2. 4. a 2

mf

&

&

sfp

sfp

3 &8

∑

48

∑

Trbn.

? 38

∑

48

∑

? 38

∑

48

∑

 ‰

48 ≈ W  Y    

C.

? 38  Y  V pen

-

sa

al so de - stin:

‰

p

Vni I

gli altri sord.

tasto

3 & 8 ≈ Y 

© Vni II

Vle

Vc.

Cb.

p

UN. sord.

≈ ¯¯ 48 W  Y   tasto

p

48 Y 

pp

Y

∑

sord.

? 38

∑

sord.

28

∑

85

U ∑

48

∑

28

∑

85



48

pp





p

W

Y

48 48



.



.



p

48 

pp

\

∑

p

28

W ! "

85

"



28 W  ! 28



28

mf

85 85

∑

X

85

U ∑

48

∑

28

∑

85

U ∑

48

∑

28

∑

85

U ∑

48

∑

28

∑

85

∑

U ∑

48

∑

28

∑

85

vi

? ¯U ]W 

.

˘

-

˘

ta

Y . tasto

per



˘

+ f

mf

U ‰



˘

U ‰

38 W  W

   

U ‰

+ f

DIV.

mf

48 Y 

38 

Y

X

+ f

Y

X + f

mf

Y 

-

sa a gra - tàr,

˘

a tempo IV



IV



p

+ f

U ‰ U ‰

48 ¯



p

38 Y   .

mf

p

∑

38

p

tasto

48

85

38 

tasto

B 38



5 8

∑

mf

pp

∑

28

38



28

∑

tutti DIV.

Y   

‰

48

tu - ta ’na

∑

48 ¯ 

¯