The next, more detailed, reference is found in the Ain-I-Akbari, a book written by Abul Fazl Allami towards the end of the 16th century during the reign of the great Mughal emperor Akbar (1542-1605). Abul Fazl devotes a short chapter to the games - chess and ganjifa - played by Akbar.
Card playing became very popular and widespread in the 17th and 18th century at the innumerable Indian courts, especially within the zenanas (women's quarters) where Ganjifa was the recourse from institutional boredom. With rising popularity it became the subject of much writing and beautiful decks were created for the nobility made of ivory or tortoise shell inlaid with precious stones (called darbar kalam). But the game was so popular it spread among the common people, who used cheaper sets made from wood, palm leaf, pasteboard, and various other inexpensive materials (called bazaar kalam).The game spread with the expansion of the Mughal Empire. The Deccan belt, with its intermingling of North and South, Hindu and Muslim cultures became fertile ground for the development of a variety of games and cards. The hinduization of Ganjifa cards contributed to their spread and popularity and was played in Rajasthan, Bengal, Nepal, Odisha, Madhya Pradesh, Andhra Pradesh, Maharashtra and Karnataka.
The practice and the rules of the game, played for centuries in India - across palaces and hovels - is now almost wiped out replaced, we hope not irrevocably, by the western import of the 52 set game. These cards, now curiosity items for tourist, are still hand-made and hand-painted by skilled craftsmen (chitrakara). Therefore, each deck is a truly unique item.The pips are small suit signs, more or less stylized, arranged in patterns of various fashion, a free choice of the artist who painted the deck, though often influenced by the regional trend.
The illustrations depict human figures and incarnations of many Indian divinities, posing in different attitudes, that change in accordance with the pattern of the deck and with the regional custom. Ganjifa packs that come from the same area not only have similar illustrations but matching backgrounds too, differing from those of decks made elsewhere. The use of different background colors for identifying the suits of the deck was once found also in the other variety of traditional Persian cards, the As-Nas, now extinct. The geographic origin of a deck affects its background colors, one different for each suit, thus alternative names for Ganjifa decks, according to how many suits they have, are atharangi ("eight colours"), navarangi ("nine colours"), dasarangi ("ten colours"), baraharangi ("twelve colours"), and so on. In patterns with more than eight suits, some colors may appear similar, but in this case the rim, clearly different, provides an easy reference.It has 96 cards divided into eight suits. The court cards are usually referred to with their old names: wazir (the minister), while the king is called shah (also padishah, or mir, probably short for amir).
In most parts of India, the wazir and shah subjects feature human figures (the king either seated on a throne or under a canopy, the minister often mounted, with or without his retinue). But in decks made in Odisha they are replaced by characters of the local mythology and religion.The main non-Mughal Ganjifa pattern is the Dasavatara. This word literally means "ten incarnations", referring to the human and animal appearances traditionally chosen by god Vishnu for revealing himself, in opposition to evil.
Such incarnations, usually ten but sometimes more, according to the local beliefs, are as follows: Matsya (fish), Kurma (tortoise) Varaha (boar), Narasimha (half man, half lion), Vamana (dwarf), Parashurama (Rama with an axe), Rama (hero of the Ramayana), Krishna, Buddha and Kalkin (the incarnation yet to come)The number of suits in the Dasavatara Ganjifa are ten (five "strong" and five "weak"), and their signs reflect the features of the religious theme. Eight out of ten suits are standard, found in all decks, while two of them may vary from region to region, chosen among a number of optional ones (see the following table).
However, often Dasavatara Ganjifa decks have more than ten suits: two additional ones are common, but larger sets may count up to 20 or 24 suits (i.e. 240 to 288 cards, a rather unusual composition). Some names of the Dasavatara suits are those of the incarnations to whom they refer, while all the signs are symbols of their feats; besides the customary ones, some alternative signs are sometimes preferred.Suit Names (Incarnations) | Suit Signs (alternatives shown in square brackets) |
Bishbar suits | |
Parashurama
Rama
Kalkin
Balarama (optional)
Buddha (optional)
Jagannath (optional)
Krishna (optional) |
axe
monkey [ bow and arrow ] [ arrow ]
sword [ horse ] [ parasol ]
plough [ club ] [ cow ]
shell [ lotus flower ]
lotus flower
cow [ crowned bust ] [ blue child ] [ chakra ] |
Kambar suits | |
Matsya
Kurma
Varaha
Narasimha
Vamana |
fish
turtle
shell
chakra (decorated disc)
jug / vase |
additional suits (if any) | |
Ganesh
Kartikkeya
Brahma
Shiva
Indra
Yama
Hanuman
Garuda
Krishna
Narada |
rat
peacock
vedas (scriptures)
drum
thunderbolt
snake noose
club
small Garuda
flute
vina (Indian lute) |
The choice of using birds as suit signs is not terribly surprising, considering the many included in Hindu mythology, among which are the crow (vehicle of Shani), the peacock (vehicle of Kartikkeya), the parrot (vehicle of Kamadeva), the swan (vehicle of Saraswati and Brahma), plus a few mythical creatures such as Garuda (half man and half eagle, vehicle of Vishnu) and Arva (half horse and half bird).
The birds featured in Ganjifa cards (i.e. the pips) are small and rather stylized, but the suits can be told also by the colour of the background, and by the personages of the court cards, who sometimes hold the traditional sign (sword, shell, jug, etc.), or are recognizable by their particular shape.Rashi Ganjifa: Rashi (zodiac) Ganjifa is a twelve-suited pattern that features zodiac symbols as suit signs. The Indian or Vedic zodiac is similar to the Western one: it divides the year into twelve periods or "houses", each of which is identified by a symbol.
Navagraha Ganjifa: Navagraha means "nine planets". In Hindu culture, these planets are believed to bestow humans with special gifts, and are worshipped as gods (specific prayers are recited to each of them). In India this is an important cult; in fact, the Navagraha Ganjifa pattern was created at the beginning of the 20th century by Shankar Sakharama Hendre, whose project was to sell cards to raise enough money for building a temple dedicated to the Nine Planets, in Bombay. Although his goal was not achieved, the Navagraha Ganjifa survived. In this pattern each suit represents a planet; but the last two, Rahu and Ketu, are actually lunar nodes, namely the ascending node and descending node, respectively referred to as "dragon's head" and "dragon's tail", and often pictured as a bodyless head and a headless body. Each planet is a deity itself, to which a month, a zodiac sign, a color, a gem and a steed are matched.
The full series of planets (some have alternative names, according to the different parts of the country) are: Surya/ Ravi (Sun) on a 7 horse-drawn chariot, Chandra (Moon) on an antelope-drawn chariot, Mangala/ Kuja (Mars) on a buffalo or goat, Budhan/ Buddha (Mercury) on a lion with elephant's trunk, Guru/ Brihaspati (Jupiter) on an elephant or goose, Sukrana/ Sukra (Venus) on a horse, Sani/ Shani (Saturn) on an eagle or crow and Rahu (Dragon's head) and Ketu (Dragon's tail) who have no vehicles.
Besides the Ganjifa varities mentioned so far, some others exist: the Ramayana Ganjifa, a twelve-suited pattern inspired by the Sanskrit epic Ramayana, the Ashtamala Ganjifa, inspired by eight episodes of Krishna's life as a youth, and the Ashtadikpala Ganjifa which refers to the eight cardinal directions.
Ganjifa are traditionally round, measuring approximately from 20 mm to 34 mm to 120 mm in diameter.
Today Ganjifa cards are made of layers of pressed paper, but in Odisha cloth is still used. At first, paper layers (normally six) are layered and glued together, primed with lime, dried, burnished, cut, painted and lacquered. The lacquer is made from Indian shellac (chapra) or other natural resins which give the cards the required stiffness, protection and smoothness in handling. Cloth cards are made from cotton waste rags, soaked and starched with glue made from tamarind seeds; when dry, by using a mold the starched cloth is cut into discs, two of which are glued together to make individual cards; a paste made from chalk is then applied to make the surface even, and the deck is finally painted. Paints were traditionally made from mineral or vegetable substances are today increasingly replaced by readily available synthetic colors.The process of making cards is shared by the entire family of chitrakars. Much of the preparatory work is done by women. Pip cards are painted by junior artists, figure cards by senior ones. They begin on previously prepared colored backgrounds by first outlining the figure in white or lighter colors and then they successively paint the details in different colors finishing the figure with a thin outline in black. Each artist evolves a personal style in spite of his fidelity to traditional conventions.
The cards are painted plain red or orange on the back. Cards from Odisha have yellow, green, blue and black backs and increasingly in recent years, brown backs rendered in cheap paint made from lal mati (red mud). Occasionally one finds the backs decorated with a rim line or small central flower. Fully ornamented backs are rare as the artist has to take special care to make the backs identical so as not to create any tell-tale irregularities. Some decks are housed in a wooden box or case, often decorated with themes consistent with the pack's pattern. Each region has evolved its own distinctive type for instance, in Rajasthan boxes are short and oblong painted predominantly in green or crimson, in Sawantwadi they are cubic are commonly in red, in Andhra Pradesh they are long with bulging sides painted in green, in Mysore they are oblong or cubic, in Odisha cubic in black, brown and yellow and in Kashmir long boxes with floral patterns. The paintings vary from region to region, from floral motifs to elaborate processions. All boxes have a sliding lid.The main centres of Ganjifa manufacture are Sawai Madhopur and Karauli in Rajasthan, Sheopur in Madhya Pradesh, Fatehpur District in Uttar Pradesh, Sawantwadi in Maharashtra, Balkonda, Nirmal, Bimgal, Kurnol, Nossam, Cuddapah and Kondapalle in Andhra Pradesh, Mysore in Karnataka, Puri, Sonepur, Parlakhemundi, Barapalli, Chikiti and Jayapur in Odisha, Bishnupur in Bengal and Bhaktapur, Bhadbaon and Patan in Nepal.
From this basic play, variations are derived. A univeral characteristic of Ganjifa games, whether played with eight, ten or twelve suits: the two court cards always rank highest in each suit, but in half the suits the numerical cards then rank in one order and the other half in the opposite order. The objective of the game is to win as many tricks as possible.
To a game in which the evocation of "your Rama did this" or "your Matsya lost and my Narasimhan won" was said to remit sins, Ganjifa today is a craft in crisis. In the coming years, unless the cards can make a transition from museum collections to the drawing rooms and card tables, it is an art which will become extinct.
Importance Of GI Registration:
Under the law of Geographical Indications in India, only if a Geographical Indication (hereinafter referred to as, “GI”) is registered in India, then the registration affords legal protection by enabling infringement action possible. Further under the TRIPS Agreement, to which India is one of the signatories, registration in the home country (i.e. country of origin) is a pre-requisite for registration in other member countries.That apart registration enables protection of the GI and its promotion. It confers exclusive right to the producers concerned to produce and market the GI goods. Production and sale by anyone other than the producers concerned is an offence punishable under the GI law.Registration therefore enables the entire world demand to be catered to by the producers concerned as opposed to it being met by the world at large, prior to registration. Therefore registration paves the way for the concerned producers to cater to the entire market demand. It thereby increases the sales of the producers, thereby increasing their turnover and profits. This in turn leads to national development and prosperity. This is also called as the cascading effect of GI registration.Further, GI protection ensures that the consumers get only original GI goods from the place of origin, thereby preventing them from deception and ensuring originality. It forms the basis for initiating infringing action, and to curb piracy and entry of spurious goods into the market.
What Could Be Protected?
A name or a figurative or geographical representation or any combination of them suggesting the geographical origin of goods to which it applies can be protected as a GI in IndiaExample: Pochampally Ikat, Sri Kalahasti Kalamkari, Kashmir Pashmina, Kashmir Sozani, Muga Silk & Madhubani Paintings, Sikki Grass Products of Bihar.Who Is Entitled To Seek Protection Of A GI?
Any association of person or producers or any organization or authority established by or under any law and which represents the interests of the producers concerned is entitled to file an application for registering the GI concerned.Example:
|
Category | Number of registered products |
Agriculture | 31 |
Handicrafts | 80 |
Manufactured | 7 |
Food Stuff | 2 |
Total | 120 |
Source: GI Registry Office, Chennai; as on August 2010 |
State/Region | Number of registered products |
West Bengal | 7 |
Kerala | 13 |
Tamil Nadu | 18 |
Madhya Pradesh | 4 |
Maharashtra | 3 |
Orissa | 5 |
Karnataka | 27 |
Rajasthan | 5 |
Andhra Pradesh | 12 |
Himachal Pradesh | 3 |
Bihar | 4 |
Assam | 2 |
Goa | 1 |
Uttar Pradesh | 4 |
Gujarat | 4 |
Chhattisgarh | 3 |
Nagaland | 1 |
Jammu and Kashmir | 3 |
Peru | 1 |
Total | 120 |
Source: GI Registry Office, Chennai; as on August 2010 |
S. No | Application No. | Geographical Indications | Goods | State |
FROM APRIL 2004 – MARCH 2005 | ||||
1 | 3 | Aranmula Kannadi | Handicraft | Kerala |
2 | 4 | Pochampalli Ikat | Handicraft | Andhra Pradesh |
FROM APRIL 2005 – MARCH 2006 | ||||
3 | 5 | Salem Fabric | Handicraft | Tamil Nadu |
4 | 7 | Chanderi Fabric | Handicraft | Madhya Pradesh |
5 | 8 | Solapur Chaddar | Handicraft | Maharashtra |
6 | 9 | Solapur Terry Towel | Handicraft | Maharashtra |
7 | 10 | Kotpad Handloom fabric | Handicraft | Orissa |
8 | 11 | Mysore Silk | Handicraft | Karnataka |
9 | 12 | Kota Doria | Handicraft | Rajasthan |
10 | 15 | Kancheepuram Silk | Handicraft | Tamil Nadu |
11 | 16 | Bhavani Jamakkalam | Handicraft | Tamil Nadu |
12 | 19 | Kullu Shawl | Handicraft | Himachal Pradesh |
13 | 20 | Bidriware | Handicraft | Karnataka |
14 | 21 | Madurai Sungudi | Handicraft | Tamil Nadu |
15 | 22 | Orissa Ikat | Handicraft | Orissa |
16 | 23 | Channapatna Toys & Dolls | Handicraft | Karnataka |
17 | 24 | Mysore Rosewood Inlay | Handicraft | Karnataka |
18 | 28 | Srikalahasthi Kalamkari | Handicraft | Andhra Pradesh |
19 | 31 | Kasuti Embroidery | Handicraft | Karnataka |
20 | 32 | Mysore Traditional Paintings | Handicraft | Karnataka |
FROM APRIL 2006 – MARCH 2007 | ||||
21 | 37 | Madhubani Paintings | Handicraft | Bihar |
FROM APRIL 2007 – MARCH 2008 | ||||
22 | 44 | Kondapalli Bommallu | Handicraft | Andhra Pradesh |
23 | 47 | Thanjavur Paintings | Handicraft | Tamil Nadu |
24 | 53 | Silver Filigree of Karimnagar | Handicraft | Andhra Pradesh |
25 | 54 | Alleppey Coir | Handicraft | Kerala |
26 | 55 | Muga Silk | Handicraft | Assam |
27 | 65 | Temple Jewellery of Nagercoil | Handicraft | Tamil Nadu |
28 | 63 | Thanjavur Art Plate | Handicraft | Tamil Nadu |
29 | 76 | Ilkal Sarees | Handicraft | Karnataka |
30 | 73 | Applique – Khatwa Patch Work of Bihar | Handicraft | Bihar |
31 | 74 | Sujini Embroidery Work of Bihar | Handicraft | Bihar |
32 | 75 | Sikki Grass Work of Bihar | Handicraft | Bihar |
33 | 52 | Nakshi Kantha | Handicraft | West Bengal |
34 | 60 | Ganjifa cards of Mysore (Karnataka) | Handicraft | Karnataka |
35 | 61 | Navalgund Durries | Handicraft | Karnataka |
36 | 62 | Karnataka Bronze Ware | Handicraft | Karnataka |
37 | 77 | Molakalmuru Sarees | Handicraft | Karnataka |
38 | 94 | Salem Silk known as Salem Venpattu | Handicraft | Tamil Nadu |
39 | 93 | Kovai Cora Cotton | Handicraft | Tamil Nadu |
40 | 92 | Arani Silk | Handicraft | Tamil Nadu |
FROM APRIL 2008 – MARCH 2009 | ||||
41 | 83 | Bastar Dhokra | Handicraft | Chattisgarh |
42 | 84 | Bastar Wooden Craft | Handicraft | Chattisgarh |
43 | 91 | Nirmal Toys and Craft | Handicraft | Andhra Pradesh |
44 | 59 | Maddalam of Palakkad | Handicraft | Kerala |
45 | 58 | Screw Pine Craft of Kerala | Handicraft | Kerala |
46 | 64 | Swamimalai Bronze Icons | Handicraft | Tamil Nadu |
47 | 82 | Bastar Iron Craft | Handicraft | Chattisgarh |
48 | 87 | Konark Stone carving | Handicraft | Orissa |
49 | 88 | Orissa Pattachitra | Handicraft | Orissa |
50 | 90 | Machilipatnam Kalamkari | Handicraft | Andhra Pradesh |
51 | 57 | Brass Broidered Coconut Shell Crafts of Kerala | Handicraft | Kerala |
52 | 66 | Blue Pottery of Jaipur | Handicraft | Rajasthan |
53 | 67 | Molela Clay Work | Handicraft | Rajasthan |
54 | 68 | Kathputlis of Rajasthan | Handicraft | Rajasthan |
55 | 97 | Leather Toys of Indore | Handicraft | Madhya Pradesh |
56 | 98 | Bagh Prints of Madhya Pradesh | Handicraft | Madhya Pradesh |
57 | 100 | Sankheda Furniture | Handicraft | Gujarat |
58 | 101 | Agates of Cambay | Handicraft | Gujarat |
59 | 102 | Bell Metal Ware of Datia and Tikamgarh | Handicraft | Madhya Pradesh |
60 | 103 | Kutch Embroidery | Handicraft | Gujarat |
61 | 51 | Kani Shawl | Handicraft | Jammu & Kashmir |
62 | 79 | Chamba Rumal | Handicraft | Himachal Pradesh |
63 | 86 & 108 | Pipli Applique Work | Handicraft | Orissa |
64 | 89 | Budiiti Bell & Brass Craft | Handicraft | Andhra Pradesh |
65 | 96 | Thanjavur Doll | Handicraft | Tamil Nadu |
66 | 104 | Santiniketan Leather Goods | Handicraft | West Bengal |
67 | 105 | Nirmal Furniture | Handicraft | Andhra Pradesh |
68 | 106 | Nirmal Paintings | Handicraft | Andhra Pradesh |
69 | 107 | Andhra Pradesh Leather Puppetry | Handicraft | Andhra Pradesh |
70 | 46 | Kashmir Pashmina | Handicraft | Jammu & Kashmir |
71 | 48 | Kashmir Sozani Craft | Handicraft | Jammu & Kashmir |
72 | 119 | Lucknow Chikan Craft | Handicraft | Uttar Pradesh |
73 | 122 | Uppada Jamdani Sarees | Handicraft | Andhra Pradesh |
FROM APRIL 2009 – MARCH 2010 | ||||
74 | 128 | Puneri Pagadi | Handicraft | Maharashtra |
75 | 99 | Banaras Brocades and Sarees | Handicraft | Uttar Pradesh |
76 | 127 | Tangaliya Shawl | Handicraft | Gujarat |
77 | 138 | Santipore Saree | Handicraft | West Bengal |
78 | 144 | Cannanore Home Furnishings | Handicraft | Kerala |
79 | 147 | Sanganeri Hand Block Printing | Handicraft | Rajasthan |
80 | 152 | Balaramapuram Sarees and Fine Cotton Fabrics | Handicraft | Kerala |
Mr. Mahesh Gulati, National expert, UNIDO Chanderi spent an afternoon at the Craft Revival Trust office telling us about his work to develop the Chanderi Craft cluster since 2003. While the application and successful allocation of the GI for Chanderi is a major step in protecting the craft and its identity and is a useful tool for marketing, authenticating the Chanderi brand, Mr. Gulati has been working towards the upliftment of the craft and the craftspeople on many levels. On his arrival at Chanderi, he conducted a SWAT analysis, identified and developed an action plan with the involvement of the stakeholders – 10,000 families are involved in the textile production at Chanderi and there are 3659 looms in use. The action plan included among others - cluster mapping and developing a database, micro-finance schemes and economic development, social development and vision building (there are 60 self-help groups today in Chanderi), technical and product upgradation, marketing and sourcing new markets. What will make Mr. Gulati’s intervention last in the long term is that from the start he involved the local stake holders. He established the Chanderi Development Foundation comprising of 11 representatives from all the communities involved in the Chanderi textile, from weavers to traders, women to yarn manufactures. This ensures that after his transfer in June 2006, the work he has done at Chanderi will continue. Mr. Gulati categorically stated that it is very difficult for a craft community to apply for the GI without the assistance of an NGO or enlightened individual. Though it is not hard to get the GI, it does require organization and cooperation. With craftspeople viewing each other as rivals in a small and diminishing market, the level of dialogue and cooperation required makes it an impossible feat for a craft cluster to achieve on their own. He has shared with us the document they prepared for the application of the GI which was awarded in November 2005. We bring you this document. |
APPLICATION FOR THE REGISTRATION OF A GEOGRAPHICAL INDICATION IN PART A OF THE REGISTER
SECTION 11(1) RULE 23(2)
|
STATEMENT OF CASE
IN THE MATTER OF: REGISTRATION OF CHANDERI FABRIC A F F I D A V I T I Nirmal Chand Jain son of resident of Sadar Bazar, Jain Mandir Road, Chanderi, District Ashok Nagar, Madhya Pradesh President of the Chanderi Development Foundation having its office at Chanderi and presently at N. Delhi do hereby solemnly affirm and declare as under:-
DEPONENT VERIFICATION: Verified at Delhi on this day of March 2004 that the contents of the above affidavit are true and correct to the best of knowledge and belief. Nothing material has been concealed there from. |
While everybody’s attention is focused on the Sariska issue, which is being called the “biggest wakeup call”, there’s yet another issue which needs to be addressed by the state of Rajasthan. Since even “protected tigers can disappear and be lost forever, what about things left unprotected? The reference here is to the various products of the state which are specific to it by virtue of their being linked to the geographical and regional factors-be they natural, climactic or even human. Such products, which owe their basic characteristics to the geographical region, are protected by the Indian Geographical Indications Act, the most appropriate Intellectual Property (IP) tool, to begin protecting community owned brands. Under this newly operational act in India, such ‘geographically indicated’ products can be registered and they then have the advantage of competing fairly and stemming the fake market to a large extent. In this culturally rich state, the land of folklore and cultural expressions, there is a tremendous amount of intangible heritage. From the typical varieties of folk music & dance to the specific arts & crafts, weaving & embroidery, painting styles and many other such cultural manifestations of its colorful and lively existence, the range is enormous. Everybody is familiar with the "Basmati controversy", which wouldn't have taken place if India had had a relevant act in place, on time. Now since we do have one, we should move fast and register such products, especially those with a greater commercial and employment generation potential. Steps have been taken to identify the relevant Geographical Indicators (GI) products at state levels, but the more crucial next step still needs to be expedited. The states have to get their respective products registered, so as to really start making a positive difference to the genuine producers and help them counter the problem of counterfeits. "Mysore silk", "Chanderi silk", "Pochampally Ikat" and "Solapur fabric" are already registered GIs. This registration will benefit the producers, since, for example, now any silk produced outside Mysore cannot be called "Mysore silk", a registered GI. Talking of Rajasthan, the once popular "Kota Doria" fabric is in the doldrums now because it is facing unfair competition on many quarters - powerlooms being one of the major threats. Due to the absence of any sort of "protection", in the sense of brand name, the weavers of the original fabric are finding it hard to 'weave' a decent life out of their traditional occupation and hence shifting to other jobs such as those of rikshaw-pullers or laborers. If a GI is secured for this product, then atleast most of the fabric sold by the name "Kota Doria" in the market will actually be Kota Doria! Ditto for "Sanganeri & Bagru prints", "Rajasthani Bandhej", "Jodhpuri mats" or "Jodhpuri jutis". Hence the genuine, special hand crafted products will receive a boost and the craftsmen will have an incentive to continue with their traditional craft practices and also be able to earn a livelihood based on these. GIs will thus make a positive difference to the special, ethnic products market, prevent misuse of the "indication" and bring more jobs and sustainable income to the deserving artisan community. Also, a brand being established will boost exports and earn revenue thereby promoting the overall economic wellbeing of the state. GI Registration will thus go a long way in establishing brand, enhancing export potential, preventing misuse of brand name and prevalence of fakes, thereby bringing about economic prosperity to producers of 'original' products, especially from Kota-Doria, Sangeneri & Bagru clusters. This will also be in keeping with the state's priority for cluster development. What is actually required is but a little push and a 'GI wake up call' to the state to speed down the 'GI registration path' and secure its hidden, intangible cultural treasures and special geographically indicated products. This would not only bring sustainable income, prosperity and pride to its living human treasures, like the artisans and craftsmen and other producers of genuine stuff, but also help revive a number of vanishing traditional crafts of our country. |
From Tradition To Modernity
The Eames India Report of 1958 is a never ending source of wisdom about Indian crafts and design and looking back we find that little has changed of the core values that, the architects and designers, Charles and Ray Eames had articulated in their monograph that was responsible for the setting up of the National Institute of Design in Ahmedabad. The note of caution that they held out is more real today with the pace of change and communication taking all of us on a roller coaster ride of our lives and with us the fortunes and travails of the multitude of craftsmen who have had an undisturbed tradition for over five thousand years of slow and evolutionary change. All this is gone. The comfort of slow change is shattered by the lightning speed and impact of communication that the Eames’s predicted in their report.
I quote “ …The change India is undergoing is a change in kind not a change of degree. The medium that is producing this change is communication; not some influence of West on the East. The phenomenon of communication is something that affects a world not a country… ”They go on to add,”…The decisions that are made in a tradition-oriented society are apt to be unconscious decisions – in that each situation or action automatically calls for a specified reaction. Behavior patterns are pre-programmed, pre-set. It is in this climate that handicrafts flourish – changes take place by degrees – there are moments of violence but the security is in the status quo. The nature of a communications-oriented society is different by kind – not by degree. All decisions must be conscious decisions evaluating changing factors. In order to even approach the quality and values of a traditional society, a conscious effort must be made to relate every factor that might possibly have an effect.” Unquote Designing A New Capacity This explains why design is now becoming so important to the practice and in the very survival of the crafts sector. I have heard many NGO representatives and mastercraftsmen quibble about the dominance of the designer in the crafts arena. All I have to say at this stage is that they should shift their focus from the designer to look at the language, the mind-sets and skills of design in an attempt to appropriate these capabilities for themselves. Design is a very old human capability that has been forgotten by the mainstream educational systems and the traditionalist alike. Both these streams need to reestablish contact with the discipline if we are to face the vagaries of change that is upon us from all directions. Design is here to stay. The craftsmen have got dislocated from their stable milieu of village-markets and live user-contacts in predictable social settings by the rapidly expanding rings of communication that is both imploding and exploding at the same time bringing with it new competition and uncharted change, all at once. It is here, in a climate of chaos that the designers thrive, in their ability to map patterns of the emerging trends and fashion alternate scenarios in response. The language of design is the substance of complexity and of the management of a multiplicity of factors in a mode of synthesis rather than by analysis. Designers’ work in teams with methodologies drawn from over a hundred disciplines and creative solutions are crafted and delivered in real time or almost, in some cases ahead of time if we are lucky to have a visionary in our midst. The design language that I am speaking of needs to be explained and defined so that it is not confused with the bizarre offerings that come by the labels called marketing hype, style or even interior decoration. It is indeed a very different kind of activity that needs to be at the core of society and it has been a core human activity known to man ever since the beginning of civilization. However, now this activity needs to be done in tandem with dramatic change, with leaps of creative imagination and with equally rigorous testing for it to be credible and acceptable. It is as different from science as it is from art and it uses the tools and methods of all of them in a contextually determined manner. Design can be studied and the capabilities can be acquired along with the required mind-set change that takes it to different vantage from both art and science. It is this kind of assimilation of the design language that will make for the renewal of the crafts traditions and ensure the sustainability of our living crafts legacy. Christopher Alexander, another architect and writer who visited India in the early sixties to study the Indian village for its generic qualities understood the evolutionary processes that had helped shape the Indian villages and establish their stable culture. This in turn had spawned the wonderful material culture and traditional mores that we are now seeing torn apart by the inexorable change due to the rings of communication moving both ways. Alexander was searching for the roots of meaning in the evolution of form in the man-made environment - and what better place was there to look at - than at a small Indian village that had an unbroken evolution of over five thousand years. For him the form of the village revealed a deep structure and in the process he extracted the language of form from which all human settlements could be unraveled and understood or be synthesized and created, as the case may be. For me it is a great source of pleasure to gaze at the Indian village forms and the network of ponds and roads from thousands of feet up in an aircraft and to reflect on Alexander’s insightful analysis of the evolution of human settlements. Alexander has now gone on to apply his learning from the Indian village to many levels of design thinking and more importantly to position design ahead of the sciences in the manner in which our worldview would be influenced by their influence in the years ahead. According to Alexander, in the past century architecture was treated as a minor science with architects trying to be scientific in a hope to keep up with the “scientific” times. In the future, he says, it would be design that will shape our worldview in a manner similar to the role that was played by physics in shaping the worldview of the 19th and 20th centuries. His new four-volume work articulates this new understanding of design and we will see the influence of this renewed discipline in the years ahead. This places design in a completely new context, that of providing leadership for our very understanding of change and with an even greater role in the shaping of our world in the days ahead. Our craftsmen cannot afford to be left out of this transformation activity or remain passive bystanders to the critical processes at work and there is no reason that the role should be appropriated by a body of designers solely by virtue of their training and in the absence of any effort to help the craftsmen resolve this dilemma for themselves. Now that we have established a new and greater role for design that is inevitable we need to look at the activity of crafts and the possibilities and challenges open to the craftsman in a living tradition in transition through tumultuous times. Crafting a Challenge The problems of the craft sector are manifold and it also represents a major area of opportunity for development planning in the scenario of the scanty financial resources available in our economy for such a widespread development initiative. Crafts are a great source of employment in our villages and towns. However this potential should not get translated into mere wage labour but to value added employment that is both dignified and rewarding. The new craftsman would need to be both informed and competent to handle change and for this we would need to look at the processes and opportunities that are available for the education of the craftsman. The word education too will need to be redefined and we will return to this at an appropriate stage. The existing handicrafts sector has massive resources of fine skills and technical know-how and are still active in various parts around the country in the form of the traditional wisdom still embedded in the fabric of our culture. But not for long! The handicrafts sector is an enormous source of employment, particularly self-employment, for a vast numbers of people and it represents an opportunity that cannot be ignored. In many areas, production of handicrafts is the sole sources of income for the communities for whom it is the main source of sustenance. Traditionally, such handicrafts producers deal with local markets with which they had direct links through contact with the consumer, be it a bazaar buyer or a local patron. However, with the vast economic changes that have been taking place, most of these crafts are facing a very bleak scenario by being marginalised by a variety of industrial products, squeezing traditional markets or the margins generated by their endeavor. It should be understood here that the term Crafts is used in a very specific sense to mean those activities that deal with the conversion of specific materials into products, using primarily hand skills with simple tools and employing the local traditional wisdom of craft processes. This being an economic activity that is exposed and influenced by all the competitive pressures of a dynamically shifting marketplace, our new generation of craftsmen would necessarily have to depend increasingly on high quality market intelligence and strategies design to be pro-active, particularly while dealing with remote and export markets. The generally low level of education that is today available to the average craftsmen adversely affects their ability and responsiveness to such changing needs. This needs to change and change quickly and in the right direction It is further restricted by the acute absence of capital and the lack of a free flow of knowledge about the competitive shifts that are constantly taking place in this information centered world. While the Know-How (How-to-make-things - knowledge & skills) exists abundantly in the crafts sector there is a severe shortfall in the Know-What (what-to-make - strategies & designs) that curtails the ability of crafts communities to survive intense competition or, better still, develop value-added solutions in the complex economic and social matrix in which they exist. Prof. Gui Bonsiepe in his book has analysed the innovation perspectives in science, technology and design which shows us that the nature of innovation and the objectives and processes vary a great deal from one to the other while all three kinds are needed in an integrated manner to achieve market success. In India we have invested heavily in science and technology infrastructure while ignoring design over the years and for the crafts sector too we will need to correct this imbalance if we are to move ahead. Further the orientation of our institutional investments have been industry focused while crafts have been more or less relegated to self sustaining role with the exception of the very limited funding through the offices of the DC(H). This situation has continued unchanged due to the lack of a coherent plea from this decentralized sector and also based on some unsubstantiated fears and romantic notions that innovation in the crafts would destroy traditional values embedded therin. This is far form the truth and needs to be corrected forthwith. The crafts sector must make political demands on the access to and the use of the existing infrastructure of our national and regional institutions as well as seek to establish new initiatives that are focused exclusively on the needs of the crafts sector. The quality of these institutions and their facilities must not be in any way inferior to the standards set in the Institutions of higher learning across the country and there is a pressing need to encourage craft related and crafts mediated education at many levels in India. India is perhaps the only country in the world that has such an active craft tradition and therefore we need to develop our own models and not find ready made solutions form oversees. We will need to find the money for this transformation and the business potential of the alone is good reason for this and the other triggers are the hope for sustainable employment and decentralized development across the length and breadth of India as against the explosive development of the metros alone. We need a lot more research into mapping the traditions and opportunities in the sector and for this many areas of expertise needs to be encouraged to engage with the crafts from the perspectives of their own disciplines. The DC(H) could support research at the University level on numerous topics of local and national concern and build a significant body of knowledge that can be the driver of decision making and investments for the future. Besides the hereditary craftsmen and their children, we need to look at a much broader catchments of human resources that can be mobilized to revitalize the whole crafts movement in India and in the process help build a competent and creative India of the future. This broadening of the base would help dilute the stranglehold that exists in the perceptions about crafts being a lowly activity and address the decay that is evident in the caste politics that is still in vogue today. Much of our youth and the students of the modern education systems miss the critical values of crafts that were imparted in the traditional societies in India in the past in our villages. Today the so-called modern education has reached our villages too without any re-appraisal of the relevance of the inputs and the content and capability that they impart to our young learners. This kind of education is frightening and the course must be set right to enable our current craftsmen and the potential young craftsperson’s from being decapacitated by the spread of modern education with its limited focus on language and numeracy. The crafts sector by its very nature is heterogeneous, both from the point of view of the material and technological processes used in each of the crafts as well as in the situations in which the craft communities work in different regions of each state or the country. This implies that individuals working in this sector would necessarily have to be flexible and broad-based in their approach and be able to understand the large variety of technologies and have the competence to work in a generalist capacity A flexible regional focus could give us both variety and relevance to local context in bringing the new crafts capabilities to our young learners as an integral part of their broader learning to cope with the new age ahead. This can and must be done near their homes and these must be rooted in the local needs to be relevant. New Initiatives in Education We would need a two-pronged approach to education of the craftsmen. One to deal with the sustained creation of new craftsmen through the revised programmes in schools that I had called for at the CCI organized Shilpa Guru seminar in Delhi last year and the second to help our master craftsmen cope with the change through a special programme of education tailored for their need. This would need a massive infrastructure, nothing short of a crafts university, which can carry on systematic education of all players in the crafts sector and with a special emphasis on the needs of the craftsman. I have been involved in the setting up of two significant new Institutions that are focused on the creation of trained human resources and strategies for the Crafts Sector in India. These are the Indian Institute of Crafts and Design, Jaipur and the Bamboo and Cane Development Institute, Agartala. Both are informed by the vast body of work carried out at the National Institute of Design over the past forty years in our attempts to understand the role of crafts in the Indian context as a major resource for both design education and for the economic and social development of India as a whole. During the various deliberations that led up to the establishment of these new initiatives a number of insights emerged on the role of the crafts in India and the need for expanding the involvement of new players in the strengthening of the sector and expanding it in many new directions through design and strategic interventions. Some of these concepts were captured and formed the basis of our strategic initiatives for new education of designers and craftsperson’s to meet the challenges ahead. We need to do a lot more and to do it urgently. While the programme proposed and implemented at the IICD, Jaipur were focused on the creation of young designers for the crafts sector our efforts at the BCDI, Agartala was on the creation of a new class of crafts-persons who would also act as entrepreneurs in the remote villages of our country, particularly focused on the development of the Northeastern sector. The curriculum that was designed from ground up looked at the needs and capabilities of the young candidates who were expected to join the programme offered there. We were fortunate to have had the opportunity to test our curriculum with three batches of craftsmen trainees, most of whom were women, and the results are indeed heartening. We now need to look further a field and see how crafts education can be introduced to the regular school system and the experiments done in the United Kingdom through the introduction of design and technology at the school level may throw some light on directions for explorations in India. Besides learning about the materials and technologies relating to particular crafts the students in our schools could also be exposed to critical project based situations as well as be placed in direct contact with craftsperson’s and other individuals working in the region through which they would gain insights into the human resource needs and aspirations of the handicrafts sector within the local context. Such an exposure carried out under the guidance of specially sensitized faculty, perhaps local craftsmen, would help develop the broad-based competence that is required as well as instill in the student a capacity to face complex problems and develop strategies for the resolution of these problems. I do believe that crafts education that goes well beyond mere hobby classes or vague introduction to the fine arts at the middle and high school levels can and needs to be innovated to make India a creative and potent force that it was when handicrafts was the basis for our local and export economy in the past. I do hope that we move towards such educational innovations that can indeed make the platform for a creative India of the future. Innovative Structures for Fusion with Education For the continuing education of our master craftsmen we need to establish channels and institutional frameworks that could give them an ability to cope with the changed circumstances. I do not pretend that I know all that needs to be done in this sector but we should be able to look at a variety of models to cope with the huge variety of regional and material differences that need to be managed. The University system can be leveraged to bring design and other critical conceptual skills to the crafts community through special programmes offered to local crafts people during the summer and winter breaks that may be a slack season for the establishments themselves. Recently the award of a doctoral degree by a foreign university honoured one of our master craftsmen in Kutch is an interesting development to examine. Our own national initiatives to set up the Shilpa Guru and Mastercraftsman awards need to be taken well beyond mere recognition to include empowerment and the assimilation of transformational capabilities as well. This process must be very sensitively mediated since all our craftsmen are acutely aware of their strengths and of their weaknesses but the process of involvement must be with kid gloves rather than through some raw edged and abstract scheme that are not developed with their active involvement. These two pronged approaches would help create young crafts persons in the long run through our school systems and create a recognised group of master craftsmen through the continuing higher education channel as well. Both these approaches need to use the vehicle of design and technology education in much the same spirit that the UK has been sustaining its programmes for design & technology at the school level. In India with its living crafts traditions distributed all across the country we still have the opportunity of linking these streams to the so called mainstream of the educational system so that both can benefit from this fusion. References: Charles & Ray Eames, The India Report, National Institute of Design, Ahmedabad, 1958 (Reprint 1991) Colin Caborn, Ian Mould & John Cave, “Design & Technology”, Thomas Nelson & Sons Ltd, Surrey, 1989 J A Panchal & M P Ranjan, “Institute of Crafts: Feasibility Report and Proposal”, National Institute of Design, Ahmedabad, 1993 M P Ranjan, Meghna Ajit, Kuntal De, Richa Ghansiyal, C S Sushanth & Deborah Zama, “Bamboo & Cane Development Institute: Feasibility Report for proposed National Institute to be set up by Development Commissioner Handicrafts, Government of India”, National Institute of Design, Ahmedabad, 2001 Rashmi Korjan, “Outline of Curriculum for BCDI Training Programmes”, in CD-ROM edited M P Ranjan, “Beyond Grassroots! Bamboo as Seedlings of Wealth”, National Institute of Design, Ahmedabad, 2002 Christopher Alexander, Notes on the Synthesis of Form, Harvard University Press, Massachusetts, 1964 Jay W. Forrester, “System Dynamics and Learner-Centered-Learning in Kindergarten through 12th Grade Education” Massachusetts Institute of Technology, Cambridge, 1992 Jay W. Forrester, “Designing the Future”, Massachusetts Institute of Technology, Cambridge, 1998 Jay W. Forrester, “System Dynamics: The Foundation under Systems Thinking” Massachusetts Institute of Technology, Cambridge, 1999 M P Ranjan, Nilam Iyer & Ghanshyam Pandya; Bamboo and Cane Crafts of Northeast India, Development Commissioner of Handicrafts, New Delhi, 1986 M P Ranjan; “Ecology and Design: Lessons from the Bamboo Culture”, keynote address at the International Bamboo Cultural Forum, Oita November 1991 & subsequently published in Japanese in Asian Cultures’ Quarterly Magazine AF no. 65, 1992, The Asian Club Foundation, Tokyo. pp 60 – 63 M P Ranjan, “Bamboo as a Designer Material: Its Properties and Manipulation”, in Bamboo Craft Design: Proceedings of the Jagruti workshop, Eds. A G Rao and Madhavi Koli, Industrial Design Centre, Indian Institute of Technology, Bombay 1994 M P Ranjan, “From the Land to the People: Bamboo as Sustainable Human Development Resource”, UNDP, New Delhi, February 1999 M P Ranjan, “Green Design and Bamboo Handicrafts: a Scenario for Action in the Asian Region” in Proceedings of the Vth International Bamboo Workshop, Bali 1995 M P Ranjan, Yrjo Weiherheimo, Yanta H T Lam, Haruhiko Ito & G Upadhayaya, Bamboo Boards & Beyond: Bamboo, the sustainable, eco-friendly industrial material of the future, (CD-ROM), supported by United Nations Development Programme (UNDP), Asia Pacific Centre for Technology Transfer (APCTT) and endorsed by International Network of Bamboo and Rattan (INBAR) & International Council of Societies of Industrial Design (ICSID), National Institute of Design, Ahmedabad, 2001 M P Ranjan, The Levels of Design Intervention in a Complex Global Scenario in proceedings of the Graphica 98 - II International Congress of Graphics Engineering in Arts and Design and the 13th National Symposium on Descriptive Geometry and Technical Design, Feira de Santana, Bahia, Brazil 1998. M P Ranjan, Meghna Ajit, C S Susanth, Richa Ghansiyal, Kuntal De & Deborah Zama, “Bamboo & Cane Development Institute: Feasibility Report”, Development Commissioner of Handicrafts, Govt. of India, National Institute of Design, Ahmedabad, 2000 M P Ranjan, “Beyond Grassroots: Bamboo as Seedlings of Wealth” CD-ROM of NID-BCDI projects, National Institute of Design, Ahmedabad & BCDI, Agartala, 2003 Gui Bonsiepe, “Interface: An Approach to Design” Jan van Eyck Akademie, Maastricht, 1999 M P Ranjan, “Design Before Technology: The Emerging Imperative”, Paper presented at the Asia Pacific Design Conference ‘99 in Osaka, Japan Design Foundation and Japan External Trade Organisation, Osaka, 1999 M P Ranjan, “Rethinking Bamboo in 2000 AD”, a GTZ-INBAR conference paper reprint, National Institute of Design, Ahmedabad, 2000 M P Ranjan, Jatin Bhatt, Madhurima Patni & Dr. Darlie Koshy, Craft Design: Major Education Programme, Curriculum Development Committee Report, Institute of Crafts, Jaipur, 1997 M P Ranjan, “Crafts in General Education”, Paper presented at “Crafts, Craftspersons and Sustainability” seminar organized by the Crafts Council of India, New Delhi, November 2002 M P Ranjan, “Crafts Training in India: New approaches and Initiatives”, Paper presented at “Kamala” a seminar organized by the Crafts Council of India, Bangalore, April 2003 M P Ranjan, Traditional Wisdom for Modern Design: Craftsmanship as a sensitive way finder for education, Paper prepared for the seminar organized Dastakar and OXFAM from 14th & 15th April 2003 at Anandgram, New Delhi Paper prepared for the Brainstorming workshop on “Continuity embedded in change: Design and Technology up-gradation in handicrafts sector” organized by NISTADS, New Delhi, 3 – 4 June 2003 |
Sounds pompous and unrealistic, but look at it this way. A few years ago the Supreme Court of India banned all harvesting of timber from the forests of the Eastern Himalayas and instantly 400 odd local timber and plywood based factories in Assam and the Northeast of India had to down shutters. Germany and many Western nations introduced stringent laws banning the import of textiles with Azo dyes and the Indian handloom industry was in a tizzy and had to seek Government help to re-train hundreds of thousands of weavers and dyers involved in the age old craft in India, big change in a hurry. More recently the state Government of Delhi had to ban all public transport busses, taxis and scooters using petrol and diesel due to environmental action by local NGO's and soon with Court intervention and community action, CNG or Compressed natural Gas was introduced as an alternate fuel for all public transport, the switch was not painless, but it was done with positive effect. I sense these and other transformations as fore-runners for a massive transformation when material interests will give way to social interests and technology and science will respond to community needs and in this process bring design in as a central capability that is used at many levels, far beyond the aesthetic and performance levels that we are used to today. My own work in bamboo was influenced by both environmental as well as social concerns. The need to find alternatives for cultivated resources to sustain a huge need for material artefacts and an alternate industry as well as the social need to solve the immense problems of poverty in rural India and other parts of the world. Working with and using bamboo one realises how amazing is the the concept of fertile soil to make materials that are both strong and abundant. Another realisation is that while Bucky Fuller talked about 'Space Ship Earth" , the Earth as a finite resource for all of us, we realise that the soil layer on the Space Ship is a mere 10 to 20 feet deep. Imagine the Earth, an 8000 mile diameter planet with a 10 feet thick layer of fertile soil created by many layers of decayed plants and bacterial matter we come to an image of the "Space Bubble Earth", a fragile and vulnerable eco-system, that can be easily undone just as a soap bubble can in its brief flight in the air. This places the soil as one of the most significant resources that would need to be conserved along with air and water and these will need to form the core knowledge of the future designers. The history of design for me did not begin with the industrial revolution but it is perhaps the oldest ability of humans and it pre-dates both science and art, in my definition. Design is human intentions and actions that create new value. With this definition we can link the earliest human use of design, perhaps, to the very first use of fire to keep other animals away, for security, as Richard Dawkins tells us in his "Ergasts tale", used some two million years ago. The science of fire was still far away in the future, but humans used fire long before they knew how to make fire or even understand its dynamics. Tool making, settled agriculture, mobility and technology followed in ever increasing rapid evolution of thought and action. In rural India the crafts traditions are a reminder of these integrated times when design was inseparable from many forms of human expression. Human history and design history are intertwined inextricably till we discovered formal education and then the whole story crumbles into specialisation and analysis over generalist and synthesis, design is sacrificed at the alter of science. Formal education today, at least in India as we see it is devoid of any emphasis on the abilities of converting materials with skills and dexterous abilities that were common place in all our villages across India. While these still exist in numerous places where "development and modern education" are still to arrive, we tend to look down at these places and people as uneducated and illiterate. In this we fail to see their deep understanding of the local materials and the ability of their culture to develop a deep grasp of traditional wisdom of the ages that had been passed on through the generations. I was fortunate to experience this knowledge during our year long field study of the bamboo culture of Northeast India conducted in the late seventies towards my book on bamboo crafts and traditions of the region. Teaching design to undergraduate students from some of our best schools in India helped me realise how restrictive is our education in transmitting abilities of making things, cooking and in acquiring knowledge about the local wisdom. Something that every village child seemed to have without going to school. We have distanced ourselves from the integrated use of design as an everyday activity and made it a specialised task for a class of people called designers. We are increasingly seeing the collapse of the single discipline task groups and we are learning to work with people in co-creating solutions, a sort of return to the roots of making design an everyday task once again. The key seems to lie in education, and we need to redesign education to bring the design agenda closer to society. Give design back to society and it will be an ability sought after in the soon to be realised post-mining economy with numerous regulations that will make the everyday task complex and challanging. From material to dematerial is a direction that design will increasingly focus on as business models and regulatory principles will determine what we may be permitted to do rather than what we can do with technology at hand. Design is about what you can and would do with technology and materials as well as about the spirit that drives such use. People matter and designing with people and for people is the way forward which we will need to once again integrate into our everyday lives. We need to rediscover our tools and abilities to use these skillfully. The sensory and motor homunculus shows us that the hands and our craft abilities use huge brain resources and this should inform the education processes of the future and bring skills back into our schooling and sensitivity back into our society at all levels. Outline of Panel discussion remarks to support the visual presentation at the IDSA 2006 Conference in Austin, Texas, USA. The session was moderated by Uday Dandavate, Principal Sonic Rim, USA. |
Guru Maguni Charan Das, the 96 years old danseur, exponent of Gotipua Dance. He has been awarded Padamshree in 2004, and various other awards like Tulsi Award in 1996 and felicitation by Odisha Sangeeta Natak Academy in 1991 for his stupendous and pioneering efforts in the revival of Gotipua dance.
Born in Raghurajpur and still living there with his wife, Guru Maguni Das has become a living legend enticing crowds of dance lovers from across the globe. Did you know, male Devadasi’s still carry on the Gotipua dance tradition in Raghurajpur?From 17th century onward Gotipua dance spread as a temple culture and was performed regularly in Lord Jagannath temple in Puri. The journey of Gotipuas from the village temples to the metropolitan theatres within India and across the globe has been a long one but successfully spanned. A major credit for this goes to Guru Maguni Charan Das who has dedicated 65 years of his life not only to keep the tradition alive, but also taken it to places. Under his tutelage, this tradition has taken a theatrical form, where from one boy the dance is now performed by a group of boys, and accompanied by musicians who play mirdala, harmonium, cymbals, flute and violin. One can catch a glimpse of these little boys dancing in the ashram, early in the morning.
Gotipua truly is a great dance tradition which celebrates the reunion of man with the Divinity. Such is the beauty and allure of the dance that even Gods are said to revel in it!Our weaver Jonali while weaving Muga silk
Somehow, one can recognize a thing of unique beauty and construction in a few short glances. The depth of color, the unique design, the texture, the physical presence of the thing that makes you come closer and closer and closer. This was the feeling I had when I first passed by the display of Gongadi blankets organized by the NGO Anthra who works with herders, weavers and designers in the Telangana region of Andhra Pradesh. I tried not to admit my fascination, not wanting to bring another "thing" into my home. But I couldn't keep myself away from them and soon was in deep conversation with the blankets and with a British designer, and an Indian veterinarian Yes, it was an odd set of ingredients that went into making this divine creation. Anthra's work is primarily to revive, rehabilitate and promote sustainable livestock management practices and agriculture practices. Their work in the Telangana region was to help save an endangered breed of sheep the Deccani, indigenous to this region of India. The small, naturally black sheep were being sold for their meat and wool. As long as there was a thriving local wool market, the sheep was valuable for both its wool and meat utility. With the collapse of the local wool market, the Deccani lost out to other purely meat sheep breeds, because of their size, which generated lower incomes. Attempts to cross breed the sheep with other, larger meat sheep breeds, was turning into a disaster for the animals ore hairy. Anthra was called in to help revitalize the sheep breed and this is where it gets interesting.and for the local herders and community members who relied on them, as the cross-bred lost its wool and became more hairy. Anthra was called in to help revitalize the sheep breed and this is where it gets interesting. During the course of their work in the community, they learned out about traditional blankets that were once woven from the sheep's wool which are beautiful, natural shades of rich black and shades of ash-grey, brown, white, beige. The color of the wool is a unique and special aspect of these animals and of the products created from their wool. The process of listening and unearthing information, history, practices of the people in Telangana makes this strange veterinary project a great example of true craft revival. Anthra, as an NGO equipped with highly educated and trained professionals could have gone into the community and gave the local people their information and advice on how to revive the sheep and earn a livelihood. However, Anthra's workers tried to understand the place, the people, the histories and the practices that made this place what it is. Their work then shifted and changed as they realized that the sheep had a use other than being raised for slaughter and that the local economy could be boosted by reviving the knowledge, skills and energies of local artisans. What we have now is the painstaking result of rehabilitating the sheep from the brink of extinction, unearthing and reviving traditional weaving practices, introducing and innovating designs and motifs, and the development of admirers and appreciators of the product the wider world. The community has been reconnected to their own smarts, skills and ways of life while being able to navigate the market demands of the 21st century. They are no longer slaves to the market but active participants in creating avenues of income and value creation for themselves and for future generations. |
Abstract
Asia has the world’s largest resource of bamboo plants and an enormous resource of skills of working with bamboo for a variety of purposes. Rapid changes in the region’s economy is rapidly changing the way people of this region live, thereby leading to a loss of knowledge that is inherent in the Bamboo Culture that has developed over one million years of experience. Research initiative is urgently required to study and document what exists today before this enormous knowledge base disappears forever. Such a research will need a higher purpose to be coordinated and meaningful. Sustainable development that is eco-friendly is the premise that the new Bamboo Culture can serve the future development of the people of this region. New methodologies are needed to coordinate the research of a large variety of scientific disciplines and systems design and green design are suggested as a framework for this coordinated initiative. The research strategy and specific research and development initiatives have been outlined along with a preliminary identification of the various disciplines that need to be mobilised in a coordinated manner. The emerging sophisticated information technology tools need to be used to ensure effective networking and assimilation of knowledge resources that are critical for the success of this initiative. Also needed are the vast experience and knowledge in managing such an effort that would necessarily involve very large numbers of local collaborators in a cooperative format solving local problems while drawing on the global database of the new bamboo culture. Bamboo as a cultivated renewable material offers an immense opportunity to develop a sustainable future for mankind.The Challenge
Asia is the world’s store-house of bamboo resources and an incredibly intricate and massive traditional knowledge base about bamboo utilization. This knowledge resides in the minds and hands of the local populations of the Asian region. I call this knowledge base the Bamboo Culture where a vast repertoire of techniques and know-how is retained by the living communities in the villages and forests of Asia. This bamboo culture zone of Asia extends from central India in the west, all the way, to Japan in the far east, from China and Vietnam in the north to Indonesia and the Philippines in the south. This incidentally is also the region that is expected to face explosive and rapid economic development in the next ten years with the emerging ‘Asian Tigers’ fuelling phenomenal growth rates in their respective economies. Such a rapid growth is also a major threat to the very survival of the bamboo culture that has survived and has been nurtured, consolidated and refined over the past one million years. We stand to lose all this forever if urgent action is not taken in a coordinated and integrated manner across the nations of the Asian region.The action needed is international and of the magnitude that was seen when the monuments of the Nile valley were to be saved from certain destruction after the building of the Aswan dam. Perhaps my mind is yet not able to grasp the magnitude of this impending disaster, which I shall leave to all of you to decide.I believe that bamboo has a major role to play in the future of mankind’s journey into the next millennium. Of the over 1200 species identified around the world, more than 60% of these are found in Asia. Hence East and Southeast Asia accounts for the maximum diversity of the worlds bamboo resources. Similarly, bamboo is understood in all its subtle variations by the populations of this region, which is quite unlike other regions which tend to use a very few local species in any given region or state. Bamboo as a plant has been studied by botanists and forest rangers for the scientific classification and administration of this resource. Bamboo as an ethnographic material has been studied by anthropologists and ethnographers as part of their larger studies conducted for the purpose of understanding culture. However we need to look afresh at our bamboo resources from an integrated standpoint so that we can use this knowledge for the various development initiatives that can be sustained with the proper use of this fantastic material. Bamboo as a modern material for the production of houses, agricultural tools, domestic products and a wide range of yet to be discovered uses offers an enormous challenge for all of us, particularly for the designers and architects as well as artists and engineers who wish to work with this material.As a renewable resource that is potentially infinite, bamboo must be used in a sensitive and sustainable way to continue to serve human needs in the years to come. I have outlined some of these ideas earlier in a paper titled “Ecology and Design; Lessons from the Bamboo Culture”. I will elaborate below some of the key tasks that need to be taken up urgently. However before I propose specific directions for action and research I would like to define some of the key concepts associated with my understanding of the terms Green Design and Bamboo Handicrafts. Both these issues were explored in some depth at the National Institute of Design during client sponsored projects undertaken there. Firstly I will deal with our ideas on what is handicraft in the context of a developing economy and the role that this definition can have in effecting much needed change in the lives of large populations who are today barely able to keep themselves above the poverty line. Secondly I will explore the emerging concepts of Green Design and link these two key concepts to the role that bamboo can play in the emancipation of their needs. These two concepts bring about a close link between the local populations, their use of the bamboo resources and the potential for beneficial effect on the environment in general.Redefining the term “Handicrafts”
While the problems of the craft sector in Asia are manifold it also represents a major area of opportunity for development planning in the scenario of the scanty financial resources available in the local economy for such a wide-spread development initiative. The existing handicrafts sector has massive resources of fine skills and technical know-how which in some cases are products of centuries of evolution and are still active in various parts around the region. Thus the handicrafts sector as an enormous source of employment, particularly self-employment, for a vast number of people who are otherwise involved in agricultural activities, this represents an opportunity that cannot be ignored. In many areas, production of handicrafts is the sole sources of income for the communities for whom it is the only source of sustenance.Traditionally, such handicrafts producers dealt solely with local markets with which they had direct links through contact with the consumer, be it a bazaar buyer or a local patron. However, with the vast economic changes that have been taking place, most of these crafts are facing a very bleak scenario by being marginalised by a variety of industrial products, squeezing traditional markets or the margins generated by their endeavour. Several efforts have been made by marketing and development organisations to explore new markets for these traditional craft products in their efforts to bring stability and prosperity to the local economies.It should be understood here that the terms “Handicrafts and Crafts” are used in a very specific sense to mean those activities that deal with the conversion of specific materials into products, using primarily hand skills with simple tools and employing the local traditional wisdom of craft processes. In this case we are specifically addressing the use of bamboo, a major raw material, that is abundantly available locally in most of the regions of Asia. Such activities usually form a core economic activity of a community of people called “craftsmen”. The emphasis here is definitely not on “Art ” although a very high level of aesthetic sensibility forms an inherent part of our definition of craft along with a host of other factors that constitute the matrix. This being an economic activity that is exposed and influenced by all the competitive pressures of a dynamically shifting market place, our new generation of craftsmen would necessarily have to depend increasingly on high quality market intelligence and strategies designed to be pro-active, particularly while dealing with remote and export markets. Their ability and responsiveness to such changing needs is adversely affected by the generally low level of education that is today available to the average craftsmen. It is further restricted by the acute absence of capital and the lack of a free flow of knowledge about the competitive shifts that are constantly taking place in this information centred world. While the “Know-How” (How-to-make things-knowledge & skills) exists abundantly in the crafts sector there is a severe shortfall in the “Know-What” (what-to-make-strategies & designs) that curtails the ability of crafts communities to survive intense competition or, better still, develop value-added solutions in a complex economic and social matrix in which they exist.
In a recent feasibility report prepared by the author for the Government of Rajasthan (India) a new institutional framework has been proposed to address these very same issues and to find sustainable solutions for these problems. This Institute’s research will also contribute to new development in the “Know-How” and “Know-What” areas of technology, design and management that can advance the state-of-the-art in the crafts sector on a professional basis. Such institutes need to be given supports to enable them to address a larger agenda to include the needs of Asian handicrafts with particular reference to the living Bamboo Culture of the region. Other organisations need to be identified to network the ongoing research and market development efforts that are critical for the development of an interactive and alert community of researchers and beneficiaries in order to realise the development objectives outlined here.
What is Green Design?
With increasing environmental consciousness, the practice and teaching of design is undergoing remarkable changes. Systems Design methodologies have for some time been explored from various perspectives by designers and others and in recent years there has been a resurgence of public interest in environmental issues and in the pollution of our environment. Consumer protection lobbies have further reinforced the awareness of corporate bodies to the need for an eco-friendly approach to doing business which strikes at the very roots of the organizations corporate vision and business purpose. Where this change is not spontaneously forthcoming from the leaders of industry, suitable legislation has been hammered out in the various regions to reign in the blatant misuse of the environment for short term goals.
The emerging eco-conscious designer is charged with the responsibility of not only solving the immediate problems at hand but to also to take cognizance of and to resolve the long term impact of contemporary design decisions. This means that the designer must use a systematic design methodology and involve a host of specialist consultants and collaborators so that the complex web of factors that influence each problem are adequately addressed before solutions are offered for each. There is a particular emphasis on the close interaction with communities of users in the design process along with the subjugation of the designer ego to the needs and responses of the user groups in selecting design solutions from amongst a host of design alternatives generated in the process of discovering and implementing appropriate solutions. These solutions would necessarily undergo a rigorous process of user evaluation and approval. Today designers are increasingly incorporating user evaluations as an integral part of their design processes that is the hallmark of the green design movement. New criteria for evaluation include the impact of design decisions on the environment that influence at a very deep level the choice of materials and technology, the kind of application that is benign to the environment, the energy consumed in the process entire life-cycle of the product or system and these decisions are not determined solely by short term profits derived from the indiscriminate exploitation of natural resources.
This methodology presumes that the design teams adopting such processes require a rich resource of knowledge about materials, processes of manufacture and use as well as the domain of the user and the long term impact on the environment from such use. Traditional societies of Asia have already discovered many of these intricately linked parameters and innovated durable responses to these factors in the form of their traditional products and systems used in their day to day activities. It is this knowledge resource that can form the backbone of the proposed development initiative.
Bamboo: The Research Agenda
We need to urgently initiate a massive research initiative to study and document the bamboo culture of Asia. Keeping a pattern discovering methodology as the focus of the study, and the discovery of key operational principles as the overarching objective, the other areas of knowledge need to be correlated and systematically interwoven to map the boundaries of the knowledge base that I prefer to call the New Bamboo Culture. Some of these are listed below, and would naturally be elaborated with the intervention of others from a variety of special disciplines. All these research tasks must be closely coordinated and will be interdependent in many ways. New technologies of communication permit a great degree of interaction between remotely located research groups and the benefits of such an ongoing interaction must be integrated into the very conception of this research initiative. Unless the directions and methodologies of the various participating groups are carefully intermeshed the real benefits of such an effort will not be realised. Hence we need to develop a common overarching objective that will advice and motivate all the participants in each of their specific investigations and the lead time between field work and analysis needs to be considerably reduced so that the valuable data generated is put to immediate use by those who follow.
A. Botanical information sources related to the distribution and availability of particular bamboo species in various regions around the world. A map of the available gene pool of bamboo resources needs to be generated and preserved for the future of man. Bamboo constitutes a diverse group of plants that are greatly differentiated in physical stature and structural properties that are influenced by local climatic and environmental conditions. Knowledge relating to this variety and the suitability of each species to particular environmental conditions will be a major factor influencing the future use of bamboo. Further, comparative structural properties need to be codified and organised for easy use in the design decision making processes.
B. Agricultural information relating to propagation, cultivation, care and harvesting and post harvest processing techniques for bamboos suitable for mechanical and structural applications need to be developed and disseminated. These would include areas of biotechnology explorations. The anomalous and often mystical flowering of bamboo species over very long cycles of gestation has been a major bottleneck in past researches. However recent researches in genetic engineering and tissue culture seem to suggest potential solutions to the problems relating to the sustained regeneration of species suitable to the task and the locations in which they are found.
C. Mechanical engineering data relating to particular species of bamboo with reference to physical characteristics of culms and other parts that could be used for structural applications as understood by local populations of Asia needs to be studied and generated. The variables would include properties influenced by the age at harvest, part of culm and sub-parts of internodes used, species vs environmental conditions in which it grows as well as any changes induced by post-harvest practices. Mechanical properties of each species in respect to a minimum set of variables need to be experimentally verified to generate a database that can be interpreted by the heuristic processes used by designers and craftsmen and not as mere statistical data. The tacit knowledge of local craftsmen need to be discovered and articulated in the form of a suitable database that can be used effectively. Some of these insights will be region specific while other principles discovered in this process will have universal application.
D. Information sources related to structural, mechanical and physical properties of bamboo of various species primarily focussed on test data generated in laboratories and field situations needs to be linked to the above field data to provide a direction for future research as well as to confirm and reinforce the findings of the field studies. Building and constructional codes as well as mechanical engineering data sheets would need to be generated and disseminated to re-establish the status of bamboo as an important resource for mankind.
E. Information sources relating to the diverse structural utilisation of bamboos in different cultures and geographic regions particularly with reference to the variety of interpretation of structural form as a result of cultural differentiation needs to be studied. This is perhaps the most urgently needed research as the sources sustaining this knowledge base are being rapidly eroded by contemporary education and as a result of the social and economic upheavals of the information age. Various cultures have interpreted the same species of bamboo in subtle ways that reflect and preserve their unique identity. Such differentiation offers an enormous opportunity to discover the interrelationship between cultural forces and technological factors that is critical for the development of new products that will find acceptance in those cultures.
F. Experimental data relating to contemporary explorations into utilisation of bamboo in structural and product design applications need to be generated by conducting numerous design and development projects, each of which would create new interpretations for the application of the enormous bamboo resources that are available. These would include the creative re-interpretation of potential applications in the light of new technological insights developed in diverse fields such as structures, manufacturing and organisation. The developments in the area of composite materials could transform the manner in which bamboo is perceived as a potential engineering material. Bamboo is nature’s marvellous composite material that needs to be reappraised in the light of developments in carbon fibre composites. Numerous such development projects are required to develop a large bank of applications that cover many needs of users both local and for the export markets.
G. Information sources related to techniques, processes and tools/equipment used for the processing and conversion of bamboos for structural applications. New and improved tools would result from a systematic study in this area. Tests of existing tools for efficiency and precision would enable the development of suitable guidelines for good practices in the felling, conversion and the manufacture of structures and artefacts from bamboo in a sensitive and effective manner. Materials can be used and transformed with brute force technology but they can also be manipulated with a deep understanding and with a fine sense of aesthetic and artistic interpretation that can elevate any material from the prosaic to the sublime. Hence it is not only a gross type data that is needed here but a very fine appreciation of the material and its contextual manipulation possibilities. Most ethnic cultures have very fine examples of such highly refined interpretations of material and form.
H. Principles of structure and morphological characteristics of structural form that show potential for application in bamboo need to be developed. These would include principles of lightweight architecture and micro-mechanical structures that cover product scale applications. These structural principles can help understanding the new potentials of bamboo as a structural material in a cost effective manner. New advances in structural engineering have made possible the production of extremely light weight structures for a variety of applications from housing to hang-gliding. Experiments with bamboo would open up a vast range of potential applications that have hitherto escaped attention.
I. Materials akin to bamboo such as canes, rattan and a vast range of grasses and leaves as well as other plant materials could be put to effective and sensible use once again in the search for man’s harmonious existence with nature. This checklist could provide the agenda for a coordinated research effort that needs to be supported and sustained to generate the awareness and knowledge needed to realise the promise that bamboo holds for the future of man. This will be a beneficial side effect of the proposed initiative with bamboo and the network of research efforts will open up new and interesting questions to be explored in the future.
J. Human experiences in the setting up and the sustained conduct of decentralised cooperative societies that have been practised in several cultures need to be reevaluated in the context of a global information society to explore new and sustainable forms of ecologically responsible behavior. This combined with the messages embedded in the Bamboo Culture promise to hold a vital significance for the environmentally friendly use of the available resources. Cooperative agricultural practices in India and China have shown the benefits of this format of development. Much of this know-how needs to be transferred to the cultivation and utilisation of local bamboo resources by local communities who willingly collaborate to achieve sustainable results. The linking of this development to the market economy is essential for the programme to be sustainable to any meaningful extent. The success of experiments with the cooperative production and use of milk products and agricultural crops can be adopted for the extensive use of bamboo to meet the needs of local populations and for the development of local economies based on an active export trade.
K. Design and development projects with specific objectives need to be undertaken under the framework of the green design initiative so that a body of experience can be built that will provide benchmarks to evaluate the progress of the entire development initiative from time to time. It is in the implementation of such projects that all the knowledge available can be put to use and these projects will also provide the push needed in the other areas of research. Most of these projects will deal largely with pressing problems of a local nature while some could focus on the development of commercial applications for the export economy.
Each of these core areas need to be elaborated and articulated as action plans with the participation of those who are both able and willing to embark on this major initiative. I hope this proposal will be debated vigorously by all the participants leading to an immediate formulation and adoption of a resolution and an action plans at the global, national and sectoral levels at which action is urgently needed. For this initiative to bear fruit it is imperative that close coordination be maintained between all the distributed research groups. Advanced communications solutions can keep researchers in constant contact as the need is to reduce cycle time between primary field research and the distributed and simultaneous secondary and tertiary analysis and research. This way several cross-disciplinary collaborations can be initiated and sustained across the region of Asia to reveal a vast range of knowledge resources and to develop a critical and contemporary appreciation of bamboo as a resource of the future. Computer based networks make such a conception both feasible and desirable with all the researchers having access to each other in a suitably structured manner, perhaps on the Internet. The time is ripe for action and this paper is a call for a coordinated thrust that can be realised in the near future.
References and Bibliography
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