[3]

Ampelopsis

July 10 [sketch]

glass

July 10° 8° 50'

10° up

11 37 down

1° far down

2° do

3 far down (This shows tip bending down

4° so far down hardly visible

5 do out of sight

6° has risen

7°. 15' fallen much (but I doubt observation

9° too low to see — not marked

10° 40 far to left & little up

11th. 6°. 35' too far down to see

  o o o

  9. 0' o

11th 12° ↑ put filament transversely apex quite hooked short

[sketch]

Used

1° little up & to right

2° down

3 considerably down— (must be slewing) ie turning laterally

4° down

5° 10 to right

6. 12 up & to right

7. 15 to right & up

9. 24 to left ? up

10. 50 to right

 

12th 6. 35 far up— still Hooked

8° 3 down & to left

9. 5 same course— growing rapidly, but beneath hooked part.

10 5 up & to left

11. 10 nearly same course

11 55 same course

1° little down

2. down

3 little to left

4° up & to right

6 . 5 to right

6° down & to right

[3v]

[right half of page excised]

Chap.

in mind that a greater

ferentiation between the

be traced, thus leading

of the two sexual form

as plants became more

affixed to the ground,

be at first anemophilous

fore all plants which h

modified, would tend to

-philous; and we can thu

between these two state

first-sight quite discour

plants must have beco be

though still very early period, and at a still yet l

namely after the development o

the relationship between

-lisation by means of

extent intelligible.

Why the desce

[4]

Left Hand        Right Hand

July 13' 8° 10 a. first dot     13' 8° 10' first

9° . 35' up        9' . 35' down & to left

10 . 30 up        10. 30 down & to the left

12 up & to left            12° up & to rt

1. 30 down & to left   1. 30 same course

2. 55 to left     2. 55 up

4° down           4. do

5. 45 to left     5. 45 up

7. 15 up .         7 . 15 up.

9 to left & little up      9 up

11. 30 up considerably           10. 30 up

 

Distance of tip 5½ inches

Plant with pin a ft. high

Used

shoots of Smithia now upright

[4v]

(13 727

Ch XI

Pedicularis sylvatica, Polygala vulgaris, Viola tricolor & some species of Trifolium, I have watched the flowers day after day without seeing a bee at work, and then suddenly all the flowers where repeatedly visited by many bees. Now how did so many bees discover at once that the flowers were secreting nectar? I presume that it must have been by their odour, and that as soon as a few bees began to suck the flowers others of the same & of different species observed the fact & profited by it. We shall presently see when we come to the boring of the corolla that bees are fully capable of profiting by the a work performed of others bees. Memory also comes into play for as already remarked bees know the position of each clump of flowers in the garden; thus I have repeatedly seen them parsing round a corner, but otherwise in as straight a line as was possible, from one plant to another a distant one of Fraxinella & of a tall Linaria to another & distant one; although that was not in sight of the other owing to the inter