1 From this table we obtain the following summary of results:—

N. 51° E..03

S. 8 W..01

S. 66 E. .014

S. 83 W..03

N. 64 W..00

N. 24 E. .01
S. 29 E. .03
N. 60 W..03

May

121

55

June
July

90 50 107

1145. Fredonia.

52 169 229 395 50
31 30 152 208 440) 79
30 28 29 102 206 526 88
August 126 70 39 47 121 171 423 119
September 86 64 53 82 147 215 321 118
October 86 88 54 104 186 172 322 84
November 88 80 35 69 222 191 315 80
December 82 80 51 66 193 236 332 76
Spring 288 203 129 171 514 556 1234
Summer 323 150 98 106 375 585 1389
Autumn 260 232 142 257 555, 598 958
Winter 203 228 143 222 571 580 1037
The year 1074 813 512 756 2015 2319,4618 1046

VEOFUNtween N. & E.

79 194 192 346 105'

77 184 152 359 85

47 58 196 162 456 55

East.

S. E. or be

tween S, & E.

South.

tween S. & W.

S. W. or be

West.

tween N. & W.

N. W. or be

Calm or

variable

61 149 165 383 112

Direction of
resultant.

!Henry Chaney, C. H. Palmer, F. A. Reddington, D. Stewart, J. Crane and Miss Isabella J. Caryl.

2 J. W. Gilbert, W. Sherman and Arba Chubb. 3 Two separate observations in different parts of the city.

39 January, 1875.

Force.

148. Lewiston.

Spring 148 595 222 327 337 578 561 596
Summer 261 495 302 246 487 732 563 440
Autumn 278 379 297 304 500 553 697 548
Winter
204 290 223 298 447 680 625 558
The year
891 1759 1044 1175 1771 2543 2446 2142
Spring
107 148 60 61 107 634 113 116
89 539 189 131

Summer

85 90 51

52

Autumn

116 71

66

54

54 322 175 129

Winter
The yearl
January
February
March

81 147

55

831

90 438 188

137

...

April
May

June

91 127 64
68 107 55 61 154 358 117 98
93 98. 64 53 179 329 181 120
118 81 80 61 178 299 132 131
102 135 55 53 167 371 133 100,
70 39 56 40 169 470 154 82
July
72 53 35 52 178 473 142 111
August 93 104 53 51 147 413 154 101
September 82 105 35 51 147 408 140 112
October 97 95 59 60 146 387 166 106
November 63 75 60 79 171 374 161 97
December 77 96 68 73 191 360, 160 91
Spring 313 314 199 167 524 999 446 351
Summer 235 196 144 143 494 1356 450 294
Autumn 242 275 154 190 464 1169 467 315.
Winter 235 330 187 193 498 1122 393 291 •...

The year 1026 1115 684 693 1980 4646 1756 1251

S. 59 57 W..52

...

...

...

54

95 129

80

...

N. 77 01 W. .41

N 86 57 W..44
S. 88 33 W...53
N. 65 08 W..28
N. 83 33 W. .38
S. 80 52 W..42

248

26

52 124 85 76

December 33 35 12
Spring
Summer

78 165 74

22
56

26 132 105 69
42 236 460 177

64 171 53

67 52 270 388 223

S. 20 W. .02
S. 30 W.

728

.11

720

2920

248

226

248

240

...

May

23 67 23

44

26 141

60 112

S. 89 03 W. .28

248

248

248

151. Millville.

831 87 56 107 73 226 92 112 88 431 154 296 107 198 64 97 107 464 136 299

September 32 55 271 62 45 121
October
30 37 23 56 52 143
November 19 39 28' 70 35 119
December 24 411 31 65 40 132
Spring
Summer
Autumn
Winter
The year

81 131 78 188 132 383 170 293

55 1571 80 160 118 435 164 275]

316 712 314 557 445 1713 624 1163

S. 74 20 W..25

'Computed from the resultants for the seasons.

36 102

51 104

:::

S. 72 29 W. .22
S. 65 14 W. .31
S. 64 05 W..29
S. 66 28 W..27
S. 84 56 W..23
S. 83 36 W..28
S. 72 54 W..19
S. 63 47 W..28

240

248

240

248

.........

736

736

728

722

2922

'Computed from observations made at Gaines Academy from 1839 to 1842 inclusive.

1 Prof. C. Dewey appends the following note to the observations at this place: "The country around this station is a rolling level, with no local obstructions which might influence the direction of the winds. Lake Ontario is five miles to the north, and there are slight hills to the south which have no influence upon the winds. The surface winds are observed to differ from the upper currents. From 1836 till about 1844 the indications of the wind vane were recorded, but subsequently the direction as shown by clouds. This difference has been ascribed to the fact that the waters of Lake Ontario acquire and retain till late the summer's heat, and thus give a tendency of the surface current of air towards them."