Potentia_l degree_s (% vol)

12,0 10,0 8,0 6,0 4,0 2,0 0,0

10,4 9,9

12,0 10,0 8,0 6,0 4,0 2,0 0,0

255 Ra_infa_llsumme_r (mm)

Ave_rage annua_l tempe_ra_tu_re (°C ) Ra_infa_llannua_l (mm)

Tempe_ra_tu_reave_ragein summe_r (°C )

First day o_f ha_rve_st Numbe_r o_f daysbe_tween flo_we_ring and ha_rve_st

Hugl_in index(degree-day)

Annua_l Sunsh_inehou_rs (h) 18,8

14/09

169

11,8

680

93 8915/09 1820

1628

72510,2

8 7,4

Tota_l ac_idity (gH2SO4/L)

Ten-yea_r ave_rage 2010

10 yea_rs o_n ave_rage (2010) 2010

1505

1624

18,4

Potentia_l degree_s (% vol)

12,0 10,0 8,0 6,0 4,0 2,0 0,0

10,4 9,9

12,0 10,0 8,0 6,0 4,0 2,0 0,0

255 Ra_infa_llsumme_r (mm)

Ave_rage annua_l tempe_ra_tu_re (°C ) Ra_infa_llannua_l (mm)

Tempe_ra_tu_reave_ragein summe_r (°C )

First day o_f ha_rve_st Numbe_r o_f daysbe_tween flo_we_ring and ha_rve_st

Hugl_in index(degree-day)

Annua_l Sunsh_inehou_rs (h) 18,8

14/09

169

11,8

680

93 8915/09 1820

1628

72510,2

8 7,4

Tota_l ac_idity (gH2SO4/L)

Ten-yea_r ave_rage 2010

10 yea_rs o_n ave_rage (2010) 2010

1505

1624

18,4

Potentia_l degree_s (% vol)

12,0 10,0 8,0 6,0 4,0 2,0 0,0

10,4 9,9

12,0 10,0 8,0 6,0 4,0 2,0 0,0

255 Ra_infa_llsumme_r (mm)

Ave_rage annua_l tempe_ra_tu_re (°C ) Ra_infa_llannua_l (mm)

Tempe_ra_tu_reave_ragein summe_r (°C )

First day o_f ha_rve_st Numbe_r o_f daysbe_tween flo_we_ring and ha_rve_st

Hugl_in index(degree-day)

Annua_l Sunsh_inehou_rs (h) 18,8

14/09

169

11,8

680

93 8915/09 1820

1628

72510,2

8 7,4

Tota_l ac_idity (gH2SO4/L)

Ten-yea_r ave_rage 2010

10 yea_rs o_n ave_rage (2010) 2010

1505

1624

18,4 Potentia_l degree_s (% vol)

12,0 10,0 8,0 6,0 4,0 2,0 0,0

10,4 9,9

12,0 10,0 8,0 6,0 4,0 2,0 0,0

255 Ra_infa_llsumme_r (mm)

Ave_rage annua_l tempe_ra_tu_re (°C ) Ra_infa_llannua_l (mm)

Tempe_ra_tu_reave_ragein summe_r (°C )

First day o_f ha_rve_st Numbe_r o_f daysbe_tween flo_we_ring and ha_rve_st

Hugl_in index(degree-day)

Annua_l Sunsh_inehou_rs (h) 18,8

14/09

169

11,8

680

93 8915/09 1820

1628

72510,2

8 7,4

Tota_l ac_idity (gH2SO4/L)

Ten-yea_r ave_rage 2010

10 yea_rs o_n ave_rage (2010) 2010

1505

1624

18,4

45

DOSAGE

SERVING TEMPERATURE

AGING POTENTIAL

4g/L

10 12°C / 50 - 54°F

10 YEARS AND LONGER, DEPENDING ON STORAGE CONDITIONS

CHARACTERISTICS

Summer rainfall (mm)

First day of harvest

Average summer temperature (°C)

al sunshine(h)

Annual rainfall (mm)

Huglin index ( degree-day)

Average annual temperature (°C)

Number of days between flowering and harvest

10 years on average (2010)

Potential degree (%VOL) Total acidity (gH2SO4/L)

10

Dom Ruinart 2010 is particularly well suited to pair with dishes that also need time to develop deep and complex flavours. Salting, fermentation, smoking and slow cooking all echo the richness of its aromatic palette.

FOOD AND WINE PAIRINGS

D O

M R

UI N

AR T

20 10

S H

AP ED

B Y

TH E

CL IM

AT E