Book, Paragraph

 1   I,  1 |      throw light on the causes of winds and earthquakes and all
 2   I,  3 |   complete sphere. In the case of winds it is actually observable
 3   I,  7 |        time comes to speak of the winds.-So when there are many
 4   I,  7 |          winter was dry and north winds prevailed, and the wave
 5   I,  7 |           due to an opposition of winds. For in the gulf a north
 6   I,  10|           dew is found with south winds and not with north winds.
 7   I,  10|          winds and not with north winds. There the opposite is the
 8   I,  10|        and it is found with north winds and not with south. The
 9   I,  10|        south wind. Only the north winds quench the heat before any
10   I,  13|          us explain the nature of winds, and all windy vapours,
11   I,  13|        thing, assert that all the winds are one wind, because the
12   I,  13|            they maintain that the winds appear to differ owing to
13   I,  13|           true in the case of the winds, there might be some truth
14   I,  13|         as painters represent the winds, as drawing their source
15  II,  1 |    evaporated and is the cause of winds and the turnings back of
16  II,  2 |          grew, and the air caused winds and solstices. The objection
17  II,  3 |           south is the warmest of winds and it blows from dry and
18  II,  4 |          proceed to the theory of winds. Its basis is a distinction
19  II,  4 |       source and substance of all winds. That things must necessarily
20  II,  4 |          the contrary the case of winds is like that of rivers.
21  II,  4 |           spring. So too with the winds; a great quantity of air
22  II,  4 |          quantity that clouds and winds appear in their natural
23  II,  4 |     district or is even driven by winds to some distant place: or
24  II,  4 |      cause of the predominance of winds from the north and from
25  II,  4 |          south is the same. (Most winds, as a matter of fact, are
26  II,  4 |         matter of fact, are north winds or south winds.) These are
27  II,  4 |          are north winds or south winds.) These are the only regions
28  II,  4 |           most and most important winds should come from these quarters. (
29  II,  4 |         from these quarters. (The winds from the north are called
30  II,  4 |        south Noti.)~The course of winds is oblique: for though the
31  II,  4 |   question might be asked whether winds originate from above or
32  II,  4 |        implies that the source of winds is above. But since wind
33  II,  4 |      facts bear out the view that winds are formed by the gradual
34  II,  4 |     prevalence of north and south winds and also why wind moves
35  II,  5 |           checks the formation of winds and stimulates it. When
36  II,  5 |         these ways the sun checks winds and prevents them from rising
37  II,  5 |           asked: why do the north winds which we call the Etesiae
38  II,  5 |        are no corresponding south winds after the winter solstice?
39  II,  5 |        the so-called "white south winds" do blow at the corresponding
40  II,  5 |        yet receded far. The "bird winds" blow in the same way after
41  II,  5 | correspond in the ordering of its winds as well as in other things.
42  II,  5 |           The prevalence of north winds here is due to our lying
43  II,  5 |        beyond Libya east and west winds are always blowing alternately,
44  II,  5 | alternately, like north and south winds with us. So it is clear
45  II,  5 |        south.~The origin of these winds and their relation to one
46  II,  6 |       explain the position of the winds, their oppositions, which
47  II,  6 |           from one another, those winds must necessarily be contrary
48  II,  6 |        diameter.~The names of the winds according to their position
49  II,  6 |           to Eurus. These are the winds that are diametrically opposite
50  II,  6 |       contraries.~There are other winds which have no contraries.
51  II,  6 |     circle, but not quite.) These winds have no contraries. Meses
52  II,  6 |       most important and definite winds and these their places.~
53  II,  6 |      their places.~There are more winds from the north than from
54  II,  6 |           a greater space.~Of the winds we have described Aparctias
55  II,  6 |     Thrascias and Meses are north winds too. (Caecias is half north
56  II,  6 |    Argestes. More generally these winds are classified as northerly
57  II,  6 |  northerly or southerly. The west winds are counted as northerly,
58  II,  6 |        therefore colder; the east winds as southerly, for they are
59  II,  6 |           for the division of the winds into northerly and southerly.
60  II,  6 |     northerly and southerly. East winds are warmer than west winds
61  II,  6 |        winds are warmer than west winds because the sun shines on
62  II,  6 |           the distribution of the winds it is clear that contrary
63  II,  6 |         it is clear that contrary winds cannot blow simultaneously.
64  II,  6 |         be overpowered and cease. Winds that are not diametrically
65  II,  6 |  simultaneously: for instance the winds from Z and from D. Hence
66  II,  6 |         of them, though different winds and blowing from different
67  II,  6 |          the same point.~Contrary winds commonly blow at opposite
68  II,  6 |        Caecias and in general the winds north of the summer solstice
69  II,  6 |   Thrascias, and Argestes are the winds that fall on others most
70  II,  6 |           and stronger than other winds. They bring fair weather
71  II,  6 |          fair weather most of all winds for the same reason, for,
72  II,  6 |          they overpower the other winds and stop them; they also
73  II,  6 |         clouds."~When they cease, winds are succeeded by their neighbours
74  II,  6 |           cause, and the cause of winds moves with the sun.~Contrary
75  II,  6 |      moves with the sun.~Contrary winds have either the same or
76  II,  6 |           explained before. These winds and Meses are most commonly
77  II,  6 |        generally formed when some winds are blowing and others fall
78  II,  6 |           them; and these are the winds which are most apt to fall
79  II,  6 |        Apeliotes.~So much for the winds, their origin and nature
80  II,  8 |         We sometimes find several winds blowing simultaneously.
81  II,  8 |  especially towards dawn, for the winds, as a rule, begin to blow
82  II,  8 |          cold, summer too dry for winds to form. In time of drought
83  II,  8 |         evidence of the fact that winds move below the surface of
84  II,  8 |       ensues. For there often are winds before eclipses: at nightfall
85  II,  8 |         or up from below: just as winds are the causes of waves
86  II,  8 |         of waves and not waves of winds. Else we might as well say
87  II,  8 |          the presence of contrary winds. It occurs when the wind
88  II,  8 |      small district only; whereas winds are not local. Such phenomena
89  II,  8 |        come about in this way but winds do not. For earthquakes,
90  II,  8 |          sea by the action of the winds. Again, it is so extensive
91 III,  4 |          generally with southerly winds. Persons whose eyes are