Bamboo: The Green Gold for Poverty Reduction and Rural Growth

India has huge natural bamboo stocks that have been an integral part of Indian culture for many millennia. Bamboo in many ways is the mainstay of the rural Indian economy, sparking considerable social and ecological spin-offs. In the early part of the century, large tracts of bamboo occurred in many parts of the country but were treated by the forestry sector (which was then cast in a production forestry mode) as a weed of little economic value and was used mostly by the rural communities for crafts, making implements and as housing material. It was the discovery of bamboo as a source of long-fiber by the Forest Research Institute in Dehradun that started the process of using bamboo in a variety of industrial applications, so far unexplored, with several paper mills and rayon mills being set up. But in the absence of a clear policy there was rapid degradation and decimation of the resource in much of the country. Bamboo resources plummeted so alarmingly that at present the resource is limited to few pockets in the country. Two-thirds of the bamboo in the country is restricted to the North-Eastern Region (NER) while the remaining one-third is spread across the country.

But there is hope for the resurgence of bamboo, and this is based on evidence of significant new and contemporary economic opportunities that have emerged over the past decades. A bamboo revolution that holds the potential of reversing economic downturns and ensuring profitability, is very much possible.  Bamboo is an untapped avenue of economic growth, and a burgeoning bamboo sector can rope in prosperity, profits, and sustainable livelihoods.

Despite the severe degradation of the resource in the past, India still has a considerable growing stock of bamboo, and comparative annual harvest figures[1] still place India at the top of the global league. It is important to realize the considerable latent potential that bamboo has to contribute to economic growth, poverty alleviation, generating employment, rehabilitating vast tracts of degraded land generated due to past agricultural and industrial practices and policies, and revitalizing the social, economic and ecological well-being of rural economies.

In line with this, goals should be aimed at focusing on recovering the resources lost to the rural poor as it has been a natural capital that has helped them to keep their economies afloat even in times of significant cash crunches. Attempts should be made to replenish bamboo stocks, make it economically beneficial to rural communities in a way that it provides them opportunities to earn a sustainable income and improve their standard of living. Efforts should also be made to increase the economic opportunity from the use of bamboo as an industrial raw material, to raise employment opportunities (especially for the educated and unemployed rural youth), and to rehabilitate the degraded lands across the country (making available and productive a natural resource which is increasingly becoming scarce and expensive).

Over the years a variety of strategies have been developed to reduce the poverty of rural and rurban population through small enterprise development, based on various forest produce. In rural areas, the poor are overwhelmingly dependent on natural resources and in most cases, it is the only capital they possess. They have little power or ability to climb out of poverty. They are not only financially poor, but also opportunity-and knowledge-poor. In this respect, bamboo is one of the few natural resources that could provide a lifeline to sagging rural economies and help integrate them into the market economy. As bamboo is not one commodity but the fountainhead of many products, it could open up a number of markets simultaneously for the rural poor with the added advantage of being a low-risk option.

The bamboo sector also forges personal links with the rural community, allowing them to participate closely in production processes and directly access profits through value addition as compared to other industrialized processes. As the sector is dependent to a large extent on manual labour, it demands many hands to contribute to the cultivation, harvesting, preservation and value-added manufacturing processes. The upshot is that it provides livelihood options in varying activities to a large number of rural workers. This is the main reason why developing countries find it more viable to be involved with the sector whereas developed countries prefer becoming consumptive markets for these very products. Women in particular stand to gain from this sector as they secure means of livelihood due to their dexterity with the material and their ability to shape it into products and more important, they gain from the flexible work hours this sector affords. Bamboo can thus break marginalization through empowerment and also bridge gender divides.

Employment generation and livelihood creation are enabled through strong backward integration of bamboo production and processing. Though tree-like in stature, bamboo is best grown and managed like an agricultural crop or managed as such within the forest. This needs labour input, which calls for significant people involvement. Again, volume production in bamboo is achieved through a large number of unit poles, unlike timber where one large log provides a substantial quantity of wood. But on the other hand, the lightweight poles enable people participation in its transport. Furthermore, the easy linear splitting ability of bamboo, quite unlike that of wood, enables primary processing for a final industrial product to be undertaken by the rural community. The above properties lay the economic basis for definite win-win community-industry partnerships in bamboo, with the bamboo being managed or grown, and primary processing undertaken by communities in rural areas.

Experience has shown natural resources can be harvested sustainably if people stand to benefit from it. The development of bamboo as a cash crop will result in the conservation and protection of the existing resource, and the scaling up of cultivation, which would be a natural outcome of the increased cash value of the resource, as against its present low cash to mere-subsistence value. The environmental benefits from the economic development of bamboo can be very significant.

As a resource that can be harvested annually, it could provide a regular supply of construction material to the communities. If the use of wood could be replaced with that of bamboo, it could reverse the process of severe and rapid degradation of forests and forest cover. Bamboo also helps protect soil from erosion, especially in the upland areas. Bamboo should also be strategically grown to reduce or prevent soil cutting from riverbanks, which is perhaps the major cause of siltation of riverbanks, resulting in reduced carrying capacity of rivers and flooding during the peak rainy season.

In last 3-4 decades, intensifying patterns of land and resource utilization, primarily due to pressure from the rapidly increasing population, have caused land and natural resource degradation in many parts of India. Bamboo is an ideal resource for rehabilitation, even in extremely degraded situations such as land used for brick making.

India with its rich potential of bamboo resources has only just started to develop bamboo marketing and trade.  However, the significant bamboo resources in India make it ideally placed to benefit from the experience of China and other countries around the globe. Bamboo holds within it the promise of bailing people out from below poverty line levels.

Bamboo finds many uses today in addition to its conventional uses for handicrafts, scaffolding and the paper industry.  It can be used as construction material, as a wood substitute and as food, fuel and a filtration medium. Its real contribution to housing lies in the dual role it can play – of providing a cheap and affordable wood alternative to the homeless while at the same time generating livelihood options for those involved with it.

Bamboo can propel economic growth through increased local production and the sale of high-value wood-substitute products, especially in bamboo-rich states. Robust local production of a local natural resource capital like bamboo will lead to the retention and circulation of cash within the state economies itself, rather than the cash flowing out for purchase of goods from outside the state. Export of cash value-added bamboo products to markets outside the bamboo states could enable incremental cash earnings that will add to the economic growth of the state. Asset creation and local consumption can get a fillip from the increased circulation of money within the state economy from local consumption of locally manufactured products. This consumption will be enabled not only by government purchases, but also as a result of the higher disposable incomes that will be generated.

In India, as elsewhere in other developing countries, strong correlative linkages exist between economic growth, rural poverty and the environment. Firstly, the poor are more vulnerable to the health effects of pollution because of their inadequate nutrition, poor access to health care and their unhealthy living environment. Secondly, the poor are affected faster by degradation of natural resources because of their greater reliance on them to meet basic needs. Environmental degradation, in turn, adversely affects the economy’s capacity to grow, because growth relies on the sustainable productivity of natural resources and the health of the population.

It is a vicious circle, which can be broken through a growth solution that is not only income generating for rural communities but also environmentally sound. Bamboo, a natural resource and one that protects the environment, enables the development of industries, which function through a symbiotic linkage between small and large enterprise that significantly benefits the community. 

Bamboo is available throughout the country barring the states of Jammu and Kashmir and Rajasthan (except for some areas). Existing traditional bamboo and cane handicraft products, though not many, could be improved, diversified, produced along industrial assembly lines and converted into value-added products that are already a part of mainstream industry. Value additions could be made to its use in the paper industry and its use in the unorganized scaffolding industry can be doubled.  Simultaneously, other mainstream micro and small enterprise products such as matchsticks, pencils, toothpicks, skewer sticks, and blinds, as well as medium-scale industrial panel products that rival wood products, with strong backward community linkages and benefits can be explored. An increase in bamboo products and market opportunities will also result in increases in demand for raw bamboo, besides the production of fresh bamboo shoots and their processed products. There is considerable potential to set up medium and large-scale industries for generating value-added food and wood-substitute products for export markets.

The value-added bamboo industry is ideally placed to adopt that model. Given the right policy atmosphere and thrust, the value-added bamboo industry in India has the potential of reaching a size of USD 2.3 billion (USD 131.5 billion globally) in the next 10 years with a CAGR of 10.3%, employing 11-15 million people in the primary, secondary and tertiary sectors[2].

The bamboo industry also fulfils the criteria needed by sectors that aim to achieve double-digit economic growth. Bamboo has a very strong and direct with rural communities, which would allow them to partake directly and in a more significant way to value addition as compared to other industrialized processes. The value-added bamboo industry thus provides an integrated solution that uses an abundant natural resource that protects the environment and can be processed and generated through community-owned enterprises, both small and large.


[1] INBAR 2002, Market Opportunities Report

[2] https://www.futuremarketinsights.com/reports/bamboo-products-market

Photo Credit: NMBA

Disclaimer: The opinions expressed are those of the author and do not purport to reflect the views or opinions of any organization, foundation, CSR, non-profit or others

Garbology: Our Dirty Love Affair with Trash

by Edward Humes | 325 Pages | Genre: Non-Fiction | Publisher: Avery | Year: 2013 | My Rating: 9/10

“The American Dream is inextricably linked to an endless, accelerating accumulation of trash.”
― Edward Humes, Garbology

I discovered this brilliant book by Pulitzer Prize-winning journalist, Edward Humes, when I was searching for books on plastic waste management after attending the screening of a thought-provoking documentary, A Plastic Ocean, by an award-winning filmmaker and journalist, Craig Leeson.

While the book examines how the USA became addicted to garbage, it is a story all around the world with similar environmental and socioeconomic dilemmas of the modern world. The book makes one think that while recycling the waste is the need of the hour, it is the continuous creation of waste in an endless loop that needs to be addressed. The book brings forth examples of activists and outstanding entrepreneurs who are trying to solve the menace of waste. The book also presents an economic history of garbage in the US along with surprising and even shocking statistics and concludes with a compilation of practical steps that individuals can take to reduce the environmental impacts of their generated waste. However, much more is required than just individual practices to overcome plasticisation. Planet and People need to take precedence over profits and combined efforts by communities and businesses alike along with political will are required to win the war on waste. 

I loved the chapter, ‘Down to the sea in chips’ on marine plastics pollution, and their impacts, which is a global environmental concern, converting our once pristine oceans into plastic soup.

This book is a must-read for all, especially if you are a consumer of modern life.

Renewable ENergy Open Innovation Platform

RENOIP: Renewable ENergy Open Innovation Platform

This idea was submitted for 2011 Echoing Green Fellowship by Manu Mayank.

Describe your idea for social change in one single sentence.

 Our idea for social change is to facilitate and promote disruptive innovations in green technologies to create sustainable futures, by harnessing the capabilities of Web 2.0.

Describe your idea for social change in one single paragraph.

RENOIP aspires to become an open platform for the promotion of innovation in renewable energy and preferred purchasing for enterprises in the fields of renewable energy, with a view to helping enterprises to improve faster and better. The aim is to support all forms of innovation, improve competence, build a robust knowledge repository, and promote entrepreneurship in the field of renewable energy, focusing on tackling the great societal challenges of today for sustainable tomorrow.

What specific problem in the world are you trying to solve?  Where possible, use statistics and references to identify the size and scope of the problem. 

Meeting future energy needs in a sustainable way requires innovative breakthroughs to efficiently generate, store, and transmit energy. Innovation expertise is scattered and there’s no common platform for sharing new developments that could be widely used, especially in developing countries. There’s a sub-optimal exploitation of scientific research results and rarely get translated into market innovations. Renewable energy requires innovation-based-growth that is open for applications globally.

What, specifically, will be your programs or products?  Who will you work with? 

RENOIP is a platform being developed to handle innovation and preferred purchasing in the green energy domain. It will use existing social networks to involve new people and problem-solvers to apply their abilities on solving interesting problems. RENOIP will focus on integrated innovation through (i) a wiki- based knowledge management system, (ii) strong workflow-based problem solving and innovation system that will allow problem owners and solvers alike to interact throughout the life-cycle of a  new project or problem solution, (iii) consolidated directory of relevant experts and enterprises, (iv) product directory and development of a technology that will recommend products and innovative solutions to problems thus saving experts from reinventing the wheel, (v) Information dissemination through e-magazine that will feature resource driven by the community around green energy to keep everyone updated and in sync with the latest technologies.

Describe the impact you hope to achieve.  In what time frame? What specific metrics will help you determine whether your work is making a difference?

The innovation both in technologies & systems to harness renewable energy will thus create a progression of spin-offs affecting fields as diverse as agriculture, real estate, space exploration, and social policy. It will also produce secondary social and economic benefits. RENOIP aims to solve at least 100 issues for enterprises in the field of renewable energy in its first year of operation, and will attract 250 users and 20 enterprises monthly to join the platform. We intend to collect feedback of the end users through a variety of channels including social media, and physical feedback gathering through enterprise partners. We also intend to support social enterprises with resources to measure direct and indirect socio-economic impact of implementing the innovative practices. We are working on developing a set of indicators to map solutions, innovations, usefulness, and turn around, etc, which could be used to measure the impact of RENOIP in quantifiable terms.

How does this approach represent bold innovation versus the status quo? 

RENOIP plans to create a bridge between demand for and supply of green solutions in renewable energy sector by addressing specific technology problems and market failures that still hamper the wider take-up of energy innovation. It will support the emerging renewable energy markets by strengthening the innovation capacity of SMEs and Social Enterprises by bring global innovation capacity and knowledge through an open platform.  RENOIP has the ambition to become the foremost platform for enterprises, incubators and market facilitators, industry professionals, technical research centres, innovation experts, and investors, which will enable them to discuss, develop, and exchange ideas and better practices and to contribute to a better understanding of the innovation patterns in renewable energy sector. It will contribute to the creation of an environment in which new renewable energy enterprises can start, grow and thrive, thus supporting the sustainable development of the sector.

How much money will this organization need in the next 12 months?  In the year after?  How much have you raised so far?  From whom?  How do you plan to get the rest?

We intend to operate on a lean budget, and require $25,000 for the first 12 months, with majority of the money being spent on development of the platform, and the rest budgeted for marketing the platform. In the second year of operations, RENOIP will require around $60,000 towards marketing & PR, technical maintenance, and personnel costs. We haven’t started fundraising yet. We are developing a ‘bird-eye-view’ prototype of the OIP and intend to use it for fundraising.  

Your interest in starting this organization makes you unlike most people.  What in your personal, academic, and/or work history compels you to dedicate your life to this idea at this time? 

As partners, we share a passion for Greentech, innovation and application of technology for development. We both hold graduate degrees from premier universities. Manu holds degrees in Economics, and Planning & Development (UQ, Australia), and has worked in the fields of Environment & Economic Development for over ten years spanning Asia, Oceania, and Africa. Since 2006, his focus area has also included renewable energies (Bioenergy and solar), and he thinks that there’s an acute need for innovation that is openly available for creating wider impact from renewable energy projects in developing countries like India. Manu also has experience developing a wiki-based Knowledge Platforms on NTFPs and Bioenergy. Dipankar holds degrees in Computer Science Engineering (IITDelhi), and has founded or worked-with several brilliant technology and social startups. He has created innovative platforms like ‘Kwippy’, which had over 20,000 users & ‘ElectroSocial’, a social media platform and co-founded along with Manu ‘Green venture camp’ to promote cleantech startups, and STIR-e to promote youth social entrepreneurs in India.

What skills or experiences demonstrate that you will be able to attract money, people, and other resources to your idea?

Our combined extensive skills and experiences in technology, Greentech, startups and fundraising makes us a unique team for generating both financial and non financial resources for our idea. We also have a brief but relatively successful history of being startup entrepreneurs, promoting new ideas, and have built a strong network of experts. Manu has successful experiences in raising several million dollars for environment and development through international donors and corporations like IFAD and Ikea.  Dipankar has built a good network and rapport with angel investors inIndiawho are interested in innovative, web-based startups solving real-world problems.  We already are in discussion with six highly-esteemed experts to come on board of advisors for RENOIP. We are confident that we will be able to raise required resources for our idea to make it real and successful.  

What evidence do you have of your ability to overcome challenges and adversity?

While working with rural communities in different parts of Indiafor building their sustainable livelihoods through the use of bamboo, Manu tackled and overcame everyday challenges of terrain, language, and resources through his patience, acumen, and communication skills to help build successful rural enterprises benefiting thousands of rural poor and especially women. Dipankar having lost his father at a young age, has always worked with the odds stacked up against him due to lack of support, but still managed to get through the toughest technical school in India and has carved out an entrepreneurial career for himself, which is inspirational. For last three years we have faced many business and financial challenges and have overcome them through our team efforts, resilience, and a small but dependable social network. Our past experiences of dealing with life’s and work’s challenges & adversities has prepared us to evaluate the situation and take rational decisions to minimize it’s impact if not negate it.

Bamboo Ply Board

The main raw material for the production of bamboo ply/mat board is bamboo, which is the fastest growing plant and occurs naturally in the forests and is also suitable for plantation even over degraded lands. For manufacturing boards, bamboo is to be converted into mats. The sheets have been found to be resistant to water, fire, decay, termites, insects, etc.

Full Post HERE

Bamboo Charcoal and Activated Carbon

Bamboo charcoal and active carbon are new products developed in recent years. Bamboo being of special microstructure possesses extreme absorbing and other special capacities after carbonization. Their uses in the areas of new technology are of importance.

Variety of Bamboo Charcoal: There are many kinds of bamboo charcoal. In line with their origin, bamboo charcoal can be divided into two parts: raw bamboo charcoal and charcoal stick of chips. Raw bamboo charcoal is made of small sized bamboo, old bamboo, and bamboo tops, roots, which are not fit for making other bamboo products. Charcoal stick of chips is made of residue from bamboo processing industries. In the process of making different kinds of industrialized products, there will be residue, which should be broken in chips, dried, and pressed into sticks before carbonization.

Full Post HERE