2013 ASB Classic – Doubles

Andrea Hlaváčková and Lucie Hradecká were the defending champions, but decided not to participate.

Doubles
2013 ASB Classic
Champion Cara Black
Anastasia Rodionova
Runner-up Julia Görges
Yaroslava Shvedova
Final score2–6, 6–2, [10–5]
Main article: 2013 ASB Classic

Cara Black and Anastasia Rodionova won the title, defeating Julia Görges and Yaroslava Shvedova in the final, 2–6, 6–2, [10–5].

Seeds
  1. Julia Görges / Yaroslava Shvedova (Final)
  2. Marina Erakovic / Heather Watson (Quarterfinals)
  3. Līga Dekmeijere / Megan Moulton-Levy (Semifinals)
  4. Jill Craybas / Eleni Daniilidou (Quarterfinals)

Draw

Key
First Round Quarterfinals Semifinals Final
1 J Görges
Y Shvedova 		6 3 [10]
  A Guthrie
E Hayman 		2 5     Y Beygelzimer
J Glushko 		4 6 [6]
  Y Beygelzimer
J Glushko 		6 7   1 J Görges
Y Shvedova 		6 6  
4 J Craybas
E Daniilidou 		6 6     J Coin
M-È Pelletier 		4 1  
  L Davis
S Dubois 		2 4   4 J Craybas
E Daniilidou 		4 65  
  K Flipkens
J Larsson 		4 2     J Coin
M-È Pelletier 		6 77  
  J Coin
M-È Pelletier 		6 6   1 J Görges
Y Shvedova 		6 2 [5]
  I Falconi
M Sanchez 		6 3 [10]   C Black
A Rodionova 		2 6 [10]
  Ç Büyükakçay
M Doi 		3 6 [5]   I Falconi
M Sanchez 		66 3  
  S Halep
A Rus 		4 5   3 L Dekmeijere
M Moulton-Levy 		78 6  
3 L Dekmeijere
M Moulton-Levy 		6 7   3 L Dekmeijere
M Moulton-Levy 		4 4  
  S Kuznetsova
Y Wickmayer 		2 3     C Black
A Rodionova 		6 6  
  C Black
A Rodionova 		6 6     C Black
A Rodionova 		6 4 [10]
  PM Hourigan
C Williams 		0 1    2 M Erakovic
H Watson 		2 6 [5]
2 M Erakovic
H Watson 		6 6  
gollark: Unlike cool™ technological civilization™, their knowledge worsens every year.
gollark: Also very backward.
gollark: The magical community is very small and they probably get random dark lords popping up a lot.
gollark: A competent cabal could trivially use it to give any pair of houses exclusive house cup ability, unless a teacher just meddled.
gollark: It isn't well-designed. The seeker basically does everything and you can be on the field for arbitrary amounts of time.

References
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