Errata for SWCE 6/e Last updated: 28 June 2013
|
Page |
Location |
Existing |
Correct |
||||||||||||||||
|
46 |
Example 3.4, last line. |
106.4 mm. |
106.4 mm, and the intensity is (106.4 mm)/(6 h) = 17.7 mm/h. |
||||||||||||||||
|
52 |
Example 3.7, first equation |
0..76 |
0.76 |
||||||||||||||||
|
53 |
Internet Resources |
Precipitation Data Server |
Precipitation Frequency Data Server |
||||||||||||||||
|
58 |
Last line of example |
E = (112.5 = 25.1 … |
E = (112.5 + 25.1 … |
||||||||||||||||
|
63 |
First line under Eq. 4.10 |
= 4.903 10-9 |
= 4.903x10-9 |
||||||||||||||||
|
86 |
Section 5.7, last line |
(Chapter16) |
(Chapter 16) |
||||||||||||||||
|
104 |
Figure 5.7 |
More precise coordinates are available here |
|
||||||||||||||||
|
105 |
Second paragraph |
2620 |
2670 |
||||||||||||||||
|
105 |
Equation 5.13 |
u = Q/2620 |
u = Q/2670 |
||||||||||||||||
|
105 |
Paragraph after Eq 5.14 |
4th line: runoff must equal 1/2620 |
4th line: runoff must equal 1/2670 |
||||||||||||||||
|
106 |
Example 5.7, Solution |
|
|
||||||||||||||||
|
104 |
5th line on page |
ungaugedwatershed |
ungauged watershed |
||||||||||||||||
|
172 |
Figure 8.4(a) |
Cutslope, Sc |
Cutslope, zc |
||||||||||||||||
|
180 |
Example 8.3 |
Sf Sb |
zf zb |
||||||||||||||||
|
182 |
Equation 8.3, definition of A |
(L3) |
(L2) |
||||||||||||||||
|
195 |
Problem 1, 3rd sentence |
Determine, the |
Determine the |
||||||||||||||||
|
201 |
3rd sentence |
Values of C can be converted from to |
Values of C can be converted to |
||||||||||||||||
|
223 |
Equation 9.8 |
Vx |
Vs |
||||||||||||||||
|
233 |
First paragraph, 7th line |
Table 9.3 or Figure 9.20 |
Table 9.2 or Figure 9.21 |
||||||||||||||||
|
300 |
Example 12.2, Solution, Line 2 |
Table 12.2 |
Table 12.3 |
||||||||||||||||
|
311 |
2nd paragraph, 3rd line |
(Figure 8.11) |
(Figure 8.10) |
||||||||||||||||
|
329 |
Table 14.3, first two lines, right column |
3.5 |
10.0 |
||||||||||||||||
|
331 |
Example 14.1, (3) |
5.1 |
15.1 |
||||||||||||||||
|
331 |
Example 14.1, (3) |
|
|
||||||||||||||||
|
331 |
Example 14.1, (4) |
|
|
||||||||||||||||
|
331 |
Example 14.1, last paragraph, line 1 |
0.98 m |
1.11 m |
||||||||||||||||
|
331 |
Example 14.1, last paragraph, line 2 |
24.9 m |
26.1 m |
||||||||||||||||
|
331 |
Example 14.1, last paragraph, line 4 |
0.55 m and 17.8 m |
0.61 m and 18.3 m |
||||||||||||||||
|
333 |
Example 14.2, (3), line 2 |
5.1 mm |
15.1 mm |
||||||||||||||||
|
333 |
Example 14.2, (3) |
|
|
||||||||||||||||
|
333 |
Example 14.2, (4) |
|
|
||||||||||||||||
|
333 |
Example 14.2, (4) |
Additional iterations give de = 1.05 m and a drain spacing of 30.5 m. … Soil 2 are 0.59 m and 21.8 m, respectively. |
Additional iterations give de = 1.18 m and a drain spacing of 31.8 m. … Soil 2 are 0.64 m and 22.3 m, respectively. |
||||||||||||||||
|
336 |
Example 14.3, (4) |
5.1 mm |
15.1 mm |
||||||||||||||||
|
336 |
Example 14.3, (4) |
|
|
||||||||||||||||
|
336 |
Example 14.3, (4) |
Additional iteration gives de = 0.73 m and a drain spacing of 14.9 m. … Soil 2 are 0.48 m and 11.8 m, respectively. |
Additional iteration gives de = 0.87 m and a drain spacing of 15.6 m. … Soil 2 are 0.54 m and 12.1 m, respectively. |
||||||||||||||||
|
336 |
Example 14.3, summary table |
|
|
||||||||||||||||
|
339 |
Figure 14.9 |
|
An updated Figure 14.9 includes new n values from EP480 (ASAE Standards 1998) and corrects a slight misalignment of the 13 mm/d scale. |
||||||||||||||||
|
354 |
Example 15.1, second equation |
Pe = 0.92 [1.25(100)0.824 … |
Pe = 0.92 [1.25(90)0.824 … |
||||||||||||||||
|
360 |
Second line after Eq. 15.5 |
D = yield decline from Table 15.4 |
D = yield decline from Table 15.3 |
||||||||||||||||
|
360 |
Fourth line after Eq. 15.5 |
salt tolerance threshold from Table 15.4 |
salt tolerance threshold from Table 15.3 |
||||||||||||||||
|
365 |
Example 15.8, Solution, first line |
Table 15.4 |
Table 15.3 |
||||||||||||||||
|
365 |
Example 15.8, Solution, IR equation |
235 |
207 |
||||||||||||||||
|
750 mm |
796 mm |
||||||||||||||||||
|
410 |
1st paragraph, 2nd sentence |
Average root depths of crops are given in Table 15.4 and … MAD are given in Table 15.5. |
Average root depths of crops are given in Table 15.3 and … MAD are given in Table 15.4. |
||||||||||||||||
|
411 |
First line |
Figure 17.7 be should be |
Figure 17.7 should be |
||||||||||||||||
|
420 |
Step (5), first line |
From Step 3 |
From Step 2 |
||||||||||||||||
|
445 |
Section 18.5, 2nd paragraph, 1st line |
numbers required depends |
numbers required depend |
||||||||||||||||
|
446 |
Example 18.2, Solution, 1st line |
From Table 15.2 |
From Table 15.3 |
||||||||||||||||
|
447 |
Last paragraph, 2nd line |
with multiple outlets in Table 17.7 |
with multiple outlets in Table 17.5 |
||||||||||||||||
|
504 |
Table B.1, line 44 |
CPT, Corrugated plastic tubing, 76 to 203 mm. dia. |
CPT, Corrugated plastic tubing, 76 to 152 mm dia. |
||||||||||||||||
|
504 |
Table B.1, line 45 |
45 CPT, 254 to 305 mm dia. 0.017 |
45a CPT, 203 mm dia. 0.016 |
||||||||||||||||
|
504 |
Table B.1, line 45 |
Insert new line after line 45a: |
45b CPT, 254 mm dia. 0.017 |
||||||||||||||||
|
504 |
Table B.1, line 45 |
Insert new line after line 45b: |
45c CPT, 305 mm dia. 0.018 |
||||||||||||||||
|
506 |
Table C.2, 1st column, 5th line below headings |
10 (4) |
102 (4) |