IIIF Color HighRes
National Institute of Informatics - Digital Silk Road Project
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| IIIF Color HighRes |
| Southern Tibet : vol.6 |
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Citation Information
6
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| Breite | Länge | Seehöhe | Monat 1906. | |
| C► r t. | |||||
| Meter. | n. | ||||
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| 34° 23' 34° 23' 34° 21' | 76° 23' 76° 28' 76° 33' | 3 z88 3 846 3 513 | 2 D I 3 ) | Juli z6 A 27 » 27 » 27 » 27 |
| Moolbekh ) Namika-la Karbu (Kharboo) | |||||
|
| ) |
| ) | » | » z8 |
| ) |
|
|
|
| » z8 |
| Sumchen |
|
| 3 78o | I |
|
| Fotu-la | 34° 17' | 76' 421 | 4 136 | I | » 28 » z8 |
| Lamaiuru (Lamayooroo) | 34 17' | 76' 46' | 3 502 | 2 |
|
|
| » | » |
|
| D 29 |
| Sumto |
|
| 3 140 | I | ) 29 |
| Nurla (Snurla) | 3418' | 76' 59' | 3 078 | 2 | D 29 |
| » | D | » |
| » | D 30 |
| Lard o | 34'314' | 77° 7' | 3 140 | I | » 3o |
| Saspul | 34° 15' | 77° Io' | 3 18o | 2 | » 3o |
|
| ) |
|
| » | » 31 |
| Kongo, Pass |
|
| 3 504 | I | » 31 |
| Niemo (Snemo) | 34° 12' | 77° 20' | 3196 | 3 | D 31 |
| ) | » |
|
| » | » 31 |
|
| A | » |
|
| Aug. I |
| Pass |
|
| 3 216 | I | » I |
| Unterhalb Pittuk | 34' 8' | 77° 31' | 3 247 | I | » I |
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| ) I |
| Leh | 34 Io' | 77° 35' | 3506 |
| » bis 14 |
| Shay-sagra | 34 5' | 77° 38' | 3 311 | I | 14 |
| Tikse (Tikzay) | 34' 3' | 77° IO' | 3 327 | 2 | » 14 |
| » | ) |
| D |
| ) 15 |
| Krümming von Indus | ) |
| 3 379 | I | 15 |
| Jimre (Chimray) D | 33° 58, ) | 77° 47' | 3 651 | 2 ) | » 15 16 |
| Kurz unterhalb Singrul | ) | ) | 4 454 | I | ) 16 |
| Singrul (Zingral) | 34 2' | 77° 52' | 4 760 | 2 | » 16 |
| » | ) |
| ) |
| » 17 |
| Chang-la | 34 e | 774 55' | 5 355 | I | D 17 |
| Unterwegs |
|
| 4 952 | I | » 17 |
| Soltak |
|
| 4 822 | 2 | » 17 |
|
|
|
| ) |
| ~ 18 |
| Kleiner Pass |
|
| 4 227 | I | ) 18 |
| Drugub | 34 7' | 78° 4' | I).3 874 | IO | y 18 |
| » | ) | » | ) | ) | A 19 |
Stun- de.
Luft- Luft- Feuchtes druck tempe- Thermo-
bei o ratur meter
und Cels. Cels.
Normal-
schwere Assmann's
mm. Psychrometer.
9P
7a I2 a
108
10'4
510'1 W2
510'5 I7'9
477'1 18'4
496'5 24'9
495'9 19'1
495'7 14•o
480'2 22'
460.0 22'2
496'7 17'8
497'4 15'2
519.7 26'9
523'8 24' I
526.2. 20' 7
521'9 33'1
519'9 24'4
521'7 21'9
501'o 24'4
518'8 29'6
518'6 22'4
5197 179
516'6 23'4
514'1 30'4
1( siehe unten
13.7
I p
9P
7a
1 p
2 p
9P
7a
1•45 P
9 P
7a
2 p
9P
7a I0•3o a
2•3o P 9P
7a
II a
I p
9P
7a
I p
9P
7a IPI
9P
7 a
I p
9P
7a
I2 a
II•5
8•8
8'6
I0' o
9'4
9'4
8'4
10'9
10.6 I 1'o
12.4
I0'4
109 I0' z I 2'2 9•6 I I'6 88 13'7
27'4 2I'9
13'6
21'6
10'4 9'6 I04 I0'6
146
8.3
I2'4
7.6
4'8
2 p
9P
7a
0'30 P
1.5
o•o
— WY4
o•8
0'3
— W1 5
9P 7a
3'3
4'0
— W0'4
16.6
7•6
3.3
5•2
5'3
5.2
4•6
18.6
159
6'6
5114
510.0
513'3
509'0
492'3
493'0
446'6
429'0
428.9
3983
418'9
425' I
426'3
4585
477'2
478'0
I) Endgültiges Resultat von sämmtlichen Beobachtungen, auch aus dem Jahr 1902.
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