The China Mail - Smoke-dried bodies could be world's 'oldest mummies': study

USD -
AED 3.672499
AFN 63.508409
ALL 83.130137
AMD 367.930065
ANG 1.790403
AOA 917.506766
ARS 1479.237698
AUD 1.450579
AWG 1.80125
AZN 1.700987
BAM 1.724577
BBD 2.013888
BDT 122.992813
BGN 1.69088
BHD 0.377147
BIF 2984.81535
BMD 1
BND 1.298984
BOB 6.909809
BRL 5.209023
BSD 0.999934
BTN 94.624111
BWP 13.680173
BYN 2.818068
BYR 19600
BZD 2.01104
CAD 1.42403
CDF 2268.999938
CHF 0.81271
CLF 0.023343
CLP 918.720455
CNY 6.790498
CNH 6.812925
COP 3444.43
CRC 455.186766
CUC 1
CUP 26.5
CVE 97.22259
CZK 21.340975
DJF 177.719807
DKK 6.584465
DOP 58.613453
DZD 133.503983
EGP 49.614424
ERN 15
ETB 158.650487
EUR 0.8808
FJD 2.2442
FKP 0.758197
GBP 0.759685
GEL 2.639997
GGP 0.758197
GHS 11.199781
GIP 0.758197
GMD 72.497463
GNF 8761.518452
GTQ 7.627362
GYD 209.162776
HKD 7.83898
HNL 26.720332
HRK 6.636201
HTG 130.744947
HUF 313.441501
IDR 18023.55
ILS 2.987898
IMP 0.758197
INR 94.44095
IQD 1310
IRR 1375049.999401
ISK 127.020219
JEP 0.758197
JMD 157.488647
JOD 0.709058
JPY 161.743497
KES 129.529765
KGS 87.449752
KHR 4017.494974
KMF 434.000152
KPW 900.00035
KRW 1546.760063
KWD 0.30949
KYD 0.833297
KZT 486.623047
LAK 22065.000305
LBP 89549.999401
LKR 337.341005
LRD 182.249788
LSL 16.590249
LTL 2.95274
LVL 0.60489
LYD 6.405023
MAD 9.415494
MDL 17.709096
MGA 4224.999504
MKD 54.277626
MMK 2099.539901
MNT 3580.066416
MOP 8.076099
MRU 40.069983
MUR 48.210327
MVR 15.450235
MWK 1737.000468
MXN 17.625155
MYR 4.13703
MZN 63.909571
NAD 16.589564
NGN 1374.123004
NIO 36.610102
NOK 9.856065
NPR 151.394749
NZD 1.772685
OMR 0.384504
PAB 0.999965
PEN 3.422009
PGK 4.38325
PHP 61.441999
PKR 278.049757
PLN 3.77416
PYG 6099.351442
QAR 3.644985
RON 4.592503
RSD 103.387018
RUB 74.902626
RWF 1466
SAR 3.741267
SBD 8.051953
SCR 13.814179
SDG 599.999885
SEK 9.75603
SGD 1.29765
SHP 0.746601
SLE 24.79971
SLL 20969.503664
SOS 571.497058
SRD 37.460182
STD 20697.981008
STN 21.675
SVC 8.749173
SYP 110.532098
SZL 16.590246
THB 33.439499
TJS 9.284423
TMT 3.5
TND 2.9375
TOP 2.40776
TRY 46.5119
TTD 6.780184
TWD 31.822898
TZS 2620.503015
UAH 44.88455
UGX 3689.350352
UYU 39.918699
UZS 12014.999848
VES 620.752985
VND 26335
VUV 118.798432
WST 2.761642
XAF 578.424923
XAG 0.017324
XAU 0.000249
XCD 2.70255
XCG 1.802141
XDR 0.716966
XOF 572.999591
XPF 105.49826
YER 238.624991
ZAR 16.571597
ZMK 9001.200644
ZMW 18.024056
ZWL 321.999592
  • RBGPF

    0.9600

    61.3

    +1.57%

  • RYCEF

    -0.4700

    18.16

    -2.59%

  • CMSD

    0.0600

    22.02

    +0.27%

  • NGG

    1.2600

    82.83

    +1.52%

  • CMSC

    -0.0450

    22.065

    -0.2%

  • BCC

    5.8600

    77.66

    +7.55%

  • RELX

    -0.0600

    31.15

    -0.19%

  • RIO

    -1.5500

    94.03

    -1.65%

  • BCE

    0.1600

    23.2

    +0.69%

  • AZN

    2.0000

    183.02

    +1.09%

  • GSK

    -0.9800

    51.09

    -1.92%

  • VOD

    -0.2400

    13.81

    -1.74%

  • JRI

    -0.0600

    12.57

    -0.48%

  • BTI

    0.6500

    61.39

    +1.06%

  • BP

    -1.4700

    37.86

    -3.88%

Smoke-dried bodies could be world's 'oldest mummies': study
Smoke-dried bodies could be world's 'oldest mummies': study / Photo: © AFP/File

Smoke-dried bodies could be world's 'oldest mummies': study

Some ancient societies in China and southeast Asia appear to have smoke-dried their dead, effectively mummifying them thousands of years earlier than their Egyptian counterparts, new research has found.

Text size:

While the bandage-bound bodies of ancient Egypt date back perhaps as far as 4,500 years ago, the oldest previously known examples of mummification are from ancient Chilean societies.

There, the dry air of the Atacama coastline allowed for natural mummification by drying.

But the bodies retrieved by researchers from China and southeast Asia came largely from humid regions.

The scientists were initially intrigued by the contorted positions of skeletons found in burial sites in China, Vietnam, the Philippines, Laos, Thailand, Malaysia and Indonesia.

The remains appeared to have scorch marks in some places, but in patterns inconsistent with attempts at cremation.

They theorised that the contorted burials might have been possible because no soft tissue remained on the bodies -- the result of mummification by drying, a practice known in parts of Indonesia's Papua.

They tested this by analysing the composition of bone samples from the sites against control samples taken from ancient burial sites in Japan and found evidence of exposure to mostly low-temperature heat.

The intact nature of the skeletons suggested there was no attempt to cremate the bodies, and preservation was the goal.

The samples include some dating back more than 10,000 years, suggesting societies were practicing forms of mummification thousands of years earlier than previously known.

The results were "a great surprise," said Hsiao-chun Hung, senior research fellow at Australian National University.

"The bones are so ancient, and it is remarkable to discover that this tradition is so old, connecting the practices of ancient peoples with those still found in some communities today."

While the scientists said smoking was probably the "most effective option for preserving corpses in tropical climates," the process also likely held cultural significance.

Several societies in Indonesia and Australia are known to have smoke-dried bodies by binding them tightly and placing them above a continuously burning fire, often for several months.

The process allowed relatives to maintain contact with the deceased, and in some cases was believed to allow the spirit to roam freely during the day and return to a body at night.

"I believe this reflects something deeply human -- the timeless wish that our loved ones might never leave us, but remain by our side forever," Hung told AFP.

The researchers theorise that the practice may have been common in ancient Asian civilisations.

"This tradition may have been known among hunter-gatherer societies across a vast region, for many millennia," they wrote in the study, published Monday in the Proceedings of the National Academy of Sciences journal.

U.Feng--ThChM