The RandomCluster Model: Corrections
Note:
The following corrections have been implemented in the corrected reprint
dated 2009 and downloadable via the
main page for the book.
The more serious:

Page 21: Theorem 2.3 is incorrect, with minor consequences for the proofs
of Theorems 2.6, 2.19, 3.79:
ps
pdf

Page 111: Theorem 5.47 needs a side condition, and Corollary 5.51
has a slip:
ps
pdf
The less serious:

Page 28, Example (2.26):
Z should be defined as the maximum of
X and Y, rather than as their product. That is,
Z = X \vee Y.

Page 53, equation (3.57): The first exponent should be V  k(G).

Page 64, line 2: \Omega_{F,\omega} should be \Omega_{E',\omega}.

Page 75, Thm 4.19: The superscript b may take the values 0 and 1 throughout.

Page 95, Thm 4.91 (a) (iv): Replace (4.89) by (4.90).

Page 157, line 7: The statements about continuity follow as in Theorems
4.63 and 6.17.

Page 157, line 5: h^0 is automatically leftcontinuous, and h^1
rightcontinuous, by Proposition 4.28.

Page 163: The conjectured equation (6.73) has been verified
by Bollobás and Riordan.

Page 175, equation (7.11): An emptyset
character has disappeared from the RHS of the
second suffix of the summation.

Page 176, Figure 7.2: Some of the lines may be incorrectly indicated.

Page 226, line 22: We can take p_1 \le p_2 and q_1 \ge q_2.

Page 255, line 4: This statement is of course known for sufficiently large d.

Page 258, equation (9.3): The first exponent should be W  k(H). And in
equation (9.5), the second exponent should be F  W + k(H).

Page 259: Perhaps E_m and E_P constitutes unfortunate notation.

Page 260, Thm 9.15: The powers of (1) are incorrect. It should be
k(E_P \cup < x,y > ) + E_P +1 in the numerator, and
k(E_P) + E_P in the denominator.

Page 262, Proof of Thm 9.15(a): The polynomials are in q and y = e^{\lambda q},
and the proof is an easy piece of analysis. Just multiply up and write as
\sum_{r,s} a_{r,s} q^r y^s = 0 where a_{r,s} \ne 0. By considering the limit
q \to \infty, we find that a_{R,S} = 0, a contradiction, where
S=\min s, and R is the maximum value of r corresponding to this value S.

Page 264: Corollary 9.32 is sometimes referred to as Theorem 9.32.

Page 274, line 17: The first term on the (first) RHS should be
J M_\Lambda dM_\Lambda/d(\beta h).

Page 275, line 5: Replace randomcluster by randomcurrent.

Page 353: Reference [11] was published by World Scientific, Singapore.

Page 354: Reference [19] appeared in 2004.

Page 366: Reference [232] concerns `transitions'.

Page 369: The pages of [267] are 20892116.