experimental pilot study of peach apricot
TRANSCRIPT
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Studies of Landscape History on East Asian
nland Seas 2010)
NEO M AP Project
Research Institute for Hum anity and Nature
Experimental Pilot Study of Peach Apricot Kernel Detoxification:
For Reconstruction of Chinese Early Rice Farmers Broad
Spectrum Subsistence Strategy
HO SOY A, Leo Aoi
( Research Institute for Humanity and Nature)
WO LLSTON ECROFT, M ichele
(University College London)
FULL ER, Dorian
(University College London)
QIN , Ling
(Peking University)
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Studies of Landscape H istory on East Asian Inland Seas
July 2010
Edited by Keisuke M AKIBA YA SHI and Megumi UCHIKAD O
©N EOM AP Project
Research institute for Humanity and Nature RH IN)
ISBN 978-4-902325-52-2
Neo lithisation and M odernisation: Landscape History on East Asian Inland Seas
NEO MA P Project)
Research Institute for Humanity and Nature RH IN)
Kam igamo M otoyama 457 - 4 Kyoto, Japan
http: www
chikym ac j p/neo- map
TEL: +81 0)75-707-2480
Fax: +81 0)75/707-2513
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Experim ental Pilot Study of Peach Ap ricot K ernel Detoxification:
For R econstruction of Ch inese Early Rice Farm ers Broad Spectrum
Subsistence Strategy
H O S O Y A , L eo A o i
Research Insti tute for Hum anity and Nature
W O L L S T O N E C R O F T , M i c h e l e
University C ollege London
F U L L E R , D o r ia n
University College London
Q I N ,
Ling
Peking U niversity
The Prunoid subfami ly of the R osaceae p roduce s som e of the m os t popu lar ed ib le t ree f ru it o f tem pera te
P r u n u s
spp) , the pe aches
A mygd a l u s /Pru n u s
spp . ) and the ap r ico t
Armeniaca / P runus
spp.) . Th ese spec ies are of g lobal im po rtance for consum ption and t rade. Th ei r fru i t i s
h i ch i s a f l e shy f ru it wi th two sof t and pu lpy ou te r l ayers (exocarp and m esocarp) tha t enc lose a
u c h s m a l le r h a r d s to n e ( e n d o c a r p ) th a t c o n t a i n s a st a rc h y a n d p r o t e i n a c e o u s s e e d . In E u r o p e a n d t h e
m ericas peo ple typical ly eat the f leshy parts of the fru i t , in fresh or dr ied
form, and d i scard the s tone and
. Ho we ver , wi th in Eas t A s ia , both the f leshy frui t and the seeds o f the Prunoids are consum ed
In Ch i na , t he P runo i d cu l ti va rs o f g rea t e st i mpor tance a re the com mo n peach
Am ygda lus per s ica L , syn .
us p e r s ic a
(L.) Batsch) and the apr icot Armen iaca vu lgar i s Lam. , syn.
P r u n u s a r m e n i a c a
L. . The
and the kerne l (see d) of both these spe cies are ut i l ized. O f par ticular im por tance is the apr icot
n as the Chinese a lmond . It i s frequen t ly used as an ingred i en t in d r inks , swee t s and
ccord ing to P o r te r f ie ld (1951) , aprico t kerne l s have a r ange o f cu l ina ry and m edica l uses such as
ed ic ine in the H ubei r eg ion whe re i t i s ea ten w ho le and m ade in to f lour . Re cent a rchaeobo tan ica l
the food and m edic ina l uses o f apr ico t and peach ke rne l s may da te back to the
e o l i th i c i n C h i n a , w h e n t h e f r u it w e r e c o l l e c t e d fr o m w i ld t re e s . R e m a i n s o f th e k e r n e l s h a v e b e e n
o m a n u m b e r o f C h i n e s e N e o l i th i c s i te s [ T a b l e 1 ] . T h e f a c t t h a t p e a ch k e r n e l w e r e f o u n d i n
ge p i t s a t the H em udu s i t e (BCE 4 ,900-4 ,600) (Qin et a l 2006) c lear ly indica tes tha t they w ere no t m erely
om the consum pt ion o f the fl eshy f ru it bu t va lued fo r the i r ow n food and/o r m edic ina l
The kernel of apr icot , as we l l as peach, i s r ich in nutr i tion such as prote in , f iber , carbohyd rate and mine ra l
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2006, Kx
e-7. kakuda 1992,
Porterfield 1951), and usab le as food additive. On the
hand , the Pnmo id seed t it ters that can be harmful for hum ans. A pricots, part icularly the hit ter
v a r p i r E
o
prussic acid, and consum ing as few as two k ernels can cause death
1951 ). Thereitre. blue we
can address questions about the role of these kernels in the Chinese
sti3sigetre syseem and diet,
w e must first consider how N eolithic people manag ed to remove the
-
acaraructinn
o
potential detoxification techniques, using technology and m ethods know n to
avalabk it Neolithic
C hina, is fundam ental to addressing such q uest ions. In this paper, w e
em o a O w study, a prelim inary
step in our experimental studies on the detoxification of Prunoid kernels.
ocm d of the research- Broad sp ectrum econom y of early farm ers
Cam ay to the
previously accepted concept that the introduction of farming imm ediately caused w holesale
strictly `ag ricultural societies', that subsisted exclusively on cultivated plants, recent archaeobotanical
nstrates that the existing subsistence strategies did not conspicuously change for hundreds to
years after the beginning of farming. This is the case for both Near E astern wheat farming (T anno
2006) and C hinese r ice farming (Ful ler e t a l . 2009, N akam ura 2010) . Archaeobotancial and
m al evidence from C hinese Yan gtze ear ly r ice farmers ' s i tes indicate that these comm unit ies
road spectrum su bsistence strategies, wh ich included hunting, gathering and fishing; rice
ivation w as only a sm all part of the food procurement system (Kohm oto 2001, Nakam ura 2002). This
of diversified economy remained stable for hundreds of years.
An agricultural society was established in the lower Yangtze area approximately 2,000-3,000 years after the
f rice fanning (BC E 6,000, K uahuq iao culture) betw een_ the Song ze culture period (BC E
,200) and the L iangzhu culture period (BC E 3,400-2,200). The sh ift is attributed to the intensification
a result of the introduction of new techniques such as irrigation (Nak am ura 2002,
in 2009). These ex am ples show that auricultural societies are no t necessarily
the natural
and
s in the social organization of the group in q uestion, process that must have been driven by,
therefore be reflected in, routine subsistence-related activities. The principal questions are: H ow did
ize their routine broad spectrum subsistence-related activities?; and How w as this
m nization transformed throug h time?
Food processing activities, for the purpose of to mak ing plant and anim al tissue edible, are as important to
c subsistence as gathering and cultivation. Ma ny processing activities, e.g. crop dehusking and
m ay w ell have taken place w ithin the set tlement area. C onsequen t ly food processing act ivi ties,
areas and scheduling m ust have been an integrated part of the dom estic cycle. Th erefore, i t m ay be
ne food processing activities of N eolithic people, by synthesizing w hat w e
-
about
their processing facilities, tools, w ork area s and org anic debris. If w e can identify the distinct
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ssibly from w ithin the settlem ent, we m ay be able to better interpret the scale and
hose activit ies and how people organized them on a daily basis. W hat we w ould
poral trends including shifts of social organization as w ell as changes in land-u se,
The d ifficulty w ith reconstructing ancient processing activities from archaeolog ical contexts is that the
ical record is patchy and inco m plete. Therefore i t is not easy to discern the seque nces of the
hich tools and facilities were used, and during wh ich stage, and for what end.
ong the m ore useful m ethods of address ing such problems are e thnographic sh d ies of t rad i t ional
ng techniques by modern non-m echanised) societies as well as experimental food processing. Su ch
ow us to assess the feasM itv and plrvsical effects of various p rocessing techniques and evaluate
pretation. For ex am ple, recent work o n the potential tuber foods of
s of processing only a sequ ence of techniqu es, e.g. pulverizing and/or grinding, as well as
ing, wil l t ransform this w ise inedible tuber into a form that is suitable to eat W olls tonecroft et al.
Ou r pilot study on the eqperim ental detoxification of prunoid seeds was designed to assess wh ether
ng techniques can be obsa ved with microscopy) on modern, and possibly ancient, seed remains, and
on o f M ethods for the plot s tudy
Th e ex per iment d i scussed here i s a p i lo t s tudy to de termine w hether the s tages of apr icot /peach
-term study to exam ine the effectiveness of pru ssic acid
ion on peach / apricot seeds using techniqu es that were available during the C hinese N eolithic.
resent paper describes a pilot study for the
irsi
stage of a two stage analysis: i) observations, using
nification microscopy, of the microstructure of the raw and processed seeds to observe how the tissue
es; in particular, how steam ing / boiling / pulveriaing / grinding / fermentation
odify the cell walls cw) and cell contents, because if the cell does not rupture or separate, the contents may
t without becoming available for digestion and absorption see Ellis et al. 200 4); the
s very im portant because, if the cell contents are not available for absorption it may m ean that the toxins
es in prussic acid con centrations.
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including those of Chinese indigenous species. Moreov er , in the long term, other wild plants known to have
been used by Chinese ear ly farmers, including toxic species, wil l be invest igated, e .g. some species of n uts
such as
Lithocarpus
and Cyclobalanopsis
acorns. Th is experim ental study, then, w ill contribute one part of
mu ltiple approache s for understanding the actual state of Chinese early farmers' broad spectrum sub sistence
strategy and discussion on social transformations towards establishment of agricultural society.
Ac knowle dge me n t
The e xperim ental s tudy p resented in this paper w as carr ied out wi th the support of the Bri ti sh Cou nci l
Darw in Researchers Exchan ge Program m e grant (2009) . This s tudy wil l be cont inued w ith the support of
Japan Soc iety for the Promotion of Science, Grant-in-Aid for Scientif ic Research (C) Discussion on Chinese
early rice agriculture and society from the interdisciplinary view of archaeology and genetics (2009-2011 ).
P h o t o 1 : Ap r i c o t se e d s f r o m Lo n d o n
hinatown
P ho t o 2 : SE M obse rva t ion o f b o i led
apricot seed (from a food shop)
Photo 3: SEM observat ion of steamed
apricot seed (from a food shop)
Table
1: Finds of peach apricot kernel rem ains from C hinese Neolithic and historical s i tes
Site Period
mygdatus
persica/cf
persica
Anneniaca
vulg rlil
Armeniaea
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