Corrections
to
Topographic
Effects in Stratified Flows
by Peter G. Baines
hardback
edition, published by C.U.P. 1995
Corrections to this
edition include the separate list of corrections to the 1998 paperback
addition, plus the following, which have been made in that edition.
I like to think that
most of these corrections are either trivial or obvious, but this is not the
case for all. Please contact me if you
identify any others.
page 1, line 2: replace “supercede” with
“supersede”.
page 4, line 3: after “viscosity” insert “assumed
spatially uniform”.
page 5, equations (1.1.12), (1.1.13): “r” should be replaced by “p” (as in equation
(1.1.1)). There are two instances
in each equation.
page 8, equation (1.1.22): “
” should be replaced by “
”.
page 12, line –5: (1.3.8) should be replaced by
“(1.3.9)”.
page 30, Figure 2.5a: delete the isolated vertical
arrow in the upper right.
page 90, equation (2.7.26): change sign of second
term on rhs from “-” to “+”.
equation
(2.7.27): change sign of first term on rhs from “-” to “+”.
page 101, 2nd paragraph, line 1: after
“gravity current”, insert “head”.
page 102, Figure 3.3b: an “O” should be added to
the diagram marking the stagnation
point on
the nose of the gravity current.
line –3:
replace “(2.4.31)” with “(2.4.33)”.
page 108, line –4: Insert a dagger on the word
“layer” relating to a new footnote at the
bottom
of the page, that states “Klemp, Rotunno & Skamarock (J. Fluid Mech. (1997)
331, 81) have recently shown that under certain conditions
(Boussinesq, small ru,
weak
upstream
shear) this assumption and the ‘bogus’ curve are in fact more appropriate.”.
page 127, equation
(3.7.11): replace “ds” with “ds”.
page 142, line –2:
replace “or” by “for”.
page 145, equation
(3.10.24): replace “
” with “
”.
page 155, Figure 3.28:
the letter “P” should be added to the left hand diagram, midway between the
numbers 0.48 and 0.50.
page 161, line –15:
replace “h + v = 0” with “h = v = 0”.
page 176, equation
(4.4.3): replace “jp/D” with
“jp/D”.
page 177, caption to
Figure 4.4b: replace “(4.4.13)” with “(4.4.12)”.
page 178, 2nd
paragraph, line 6: replace “Ri
is the ratio…” with “Ri1/2
is the ratio…”.
line –3:
replace “..much less than..” with “..much greater than..”.
page 186, equation
(4.5.9): add “= 0” to the right hand side, so that the equation reads
“ m2(z1)
= k2( ) = 0,”.
page 196, Figure
4.11a: replace “p0” by “r0”, “p0-Dp” by “r0 - Dr”, “U” by “U”
and
“d” by “d”.
page 198, Figure 4.12:
replace the ordinate “
” with “
”.
page 199, line 3:
replace “N0/dU0 = 1” with “N0d/U0 = 1”.
pages 205,206: The
three lines of text plus equation (4.10.2) at the bottom of page 205 are out of sequence, and should instead
appear at the bottom of page 206.
page 206, 3rd
paragraph, line 9: replace “Wendel” with “Wentzel” and “Brioullin” with
“Brillouin”.
page 242, first line
after equation (5.2.17): replace “Na/U” with “Na/U”.
3rd line after equation
(5.2.17): replace “4.5” with “4.7” and delete “uniformly”.
line –2: replace ‘4.6” with “4.7”.
page 243, line 12:
replace “4.7” with “4.8”.
page 260, Figure 5.17
caption: replace “upward-propagating” with “upstream-propagating”.
page 268, paragraph 2,
line 12: replace “that” with “than”.
page 292, line –9:
replace “constrast” with “contrast”.
page 332, caption to
Figure 5.51: The third sentence should read “Simulated wind and
N2
profiles on the upstream and downstream sides of the topography are shown.”.
page 346, equation
(6.1.7): replace “U” with “r0U2”.
page 347, equation
(6.1.9): replace “(k2 + m2)1/2 ” with “ k2(k2 + m2)-1/2
” .
equation (6.1.11): replace “(k2 + m2)1/2 ” with “ (k2 + m2)-1/2
”, and the first
term inside the brackets { }
should read
“ 
” .
page 349, equation
(6.1.18): replace “u- 2 ”
with “ u - 3/2 ” and “
” with “p3/2”.
line after equation (6.1.18):
replace “u £ 2 ” with
“ u £ 3/2 ”
2nd line after
equation (6.1.18): replace “(6.1.16)”
with “(6.1.17)”.
page 350, Figure 6.1:
replace “nR” with “vR” and “ nq” with “vq” .
page 352, line 11:
replace “ampitude” with “amplitude”.
page 354, line –7:
replace “(6.1.12)” with “6.1.13”).
line –5: replace “ (6.1.23) “
with “ (6.1.28) ”.
page 356, 2nd
paragraph, line 2: replace “a = 1 km” with “a
= 1 km” .
page 363, Figure 6.10:
In the left hand figures, “2 , 4 , 6 ,
8” on the contours should
be “0.2 , 0.4,
0.6, 0.8”. On the contours in the
right hand figure for
(a), “4” should be
“0.4” and “-4” should be “-0.4”.
Figure 6.10 caption: After “linear theory” insert “(right panels)”. After
“…flow.” Insert “The
mean wind direction is from left to right, and
the h contours are in units of hm,
p¢ in units of r0Nuhm.”
page 380: (i) add a footnote, with a ‘dagger’ at the
end of the line preceding equation
(6.4.2), which states:
“For (6.4.2) to
be exact, the last term should be multiplied
by the bracketed
term of (6.4.4). Here we make the
approximation that the vertical
acceleration is
much less than g, which is a weaker
assumption in (6.4.2) than in
equation
“(6.4.4).”
(ii) equation (6.4.6) should be replaced by
, (6.4.6)
(iii) in the line following
equation (6.4.6): replace “..of vorticity…” with
“.. of potential
vorticity..”.
page 382, first line
of section 6.4.2: replace “three-dimensioal” with “three
-dimensional”.
page 386, line –3:
replace “..follows, and near point P on the surface we have, to
leading order,” with
“..follows). Near point P on the surface
the stress
field relative to that of
P is given by, to leading order,”.
page 390, 2nd
paragraph, lines 4-6: replace “…the number of nodes…. theorem (Lighthill 1963)”
with “..from the Poincaré-Bendixson (or “hairy sphere”) theorem, one may deduce
that the number of nodes åN and the number of saddles åS are connected by (Lighthill 1963)”
page 406, line 1:
replace “Karman” with “Kármán”.
line 2: replace “noticable”
with “noticeable”.
page 418, caption for
Figure 6.35: replace “symmetry.” With “symmetry, in addition
to the dye released on the
surface of the obstacle as in Figure 6.34.”
page 419, caption for
Figure 6.37: replace “only occurs above” with “occurs below”.
page 431, line 9:
replace “boundary scale occurs” with “boundary occurs”.
page 460, line –9:
replace “D” with “du”.
page 464, equation
(A.5): replace “y(k,z)”
with “
”.