Book, Paragraph

 1   I,  2 |       certain continuity with the upper motions: consequently all
 2   I,  3 |       that the whole world of the upper motions is full of that
 3   I,  3 |           For he thought that the upper regions were full of fire,
 4   I,  3 |           in our treatment of the upper region, but we may return
 5   I,  3 |       reason why the stars in the upper region impart heat to the
 6   I,  3 |          clouds not formed in the upper air? They ought to form
 7   I,  3 |        has already been said. The upper region as far as the moon
 8   I,  3 |      clouds are not formed in the upper region to be this: that
 9   I,  3 |       formation of clouds in that upper region is also prevented
10   I,  3 |         being continuous with the upper element and air with fire.
11   I,  3 |          is squeezed out into the upper region and it sinks, and
12   I,  3 |         they do not occur in that upper region but below: yet the
13   I,  4 |       phenomenon is formed in the upper region it is due to the
14   I,  4 |     efficient cause sometimes the upper motion, sometimes the contraction
15   I,  5 |         For we have seen that the upper air condenses into an inflammable
16   I,  7 |          comet is formed when the upper motion introduces into a
17   I,  8 |           the heavens and all the upper motion. For it is natural
18   I,  9 |    through rising so far into the upper air, then the vapour cools
19   I,  11|        other hand is found in the upper region, but the corresponding
20   I,  11|           we said, to snow in the upper region corresponds hoar-frost
21   I,  11|         lower, and to rain in the upper region, dew in the lower.
22   I,  11|         correspond to hail in the upper region. Why this is so will
23   I,  12|       about water freezing in the upper region. It cannot have frozen
24   I,  12|       cloud is thrust up into the upper atmosphere, which is colder
25   I,  12|           thrust up into the cold upper region.~Now we see that
26  II,  2 |       main body of fire is in the upper region; that of air occupies
27  II,  2 |           vapour and rises to the upper region, where it is condensed
28  II,  4 |         thrown off, rising to the upper region, and so the wind
29  II,  5 |           the earth: one near our upper, or nothern pole, the other
30  II,  8 |     smaller space and so gets the upper hand, and then breaks out
31  II,  9 |        clouds is highest at their upper limit. (For they must be
32  II,  9 |           the heat escapes to the upper region and leaves them.
33  II,  9 | Anaxagoras that it is part of the upper ether (which he calls fire)
34  II,  9 |         to be drawn down from the upper ether. Some reason ought
35 III,  6 |         to various effects in the upper region, so here it causes
36  IV,  3 |         concoction goes on in the upper belly but the excretion