Bamboo -- a major non-wood forest product -- is an ancient woody grass widely distributed in tropical, subtropical and mild temperate zones. It is an integral part of forestry, but is also widely spread outside forests, including farmlands, riverbanks, roadsides and urban areas. Bamboo is quickly changing its image from the "poor man's tree" to a high-tech, industrial raw material and substitute for wood. This study, prepared by FAO jointly with the International Network for Bamboo and Rattan, is an initiative to incorporate bamboo into the FAO Global Forest Resources Assessment (FRA) program. A total of 22 countries responded to the FAO/INBAR call for information and submitted national reports. Although data availability and quality are often weak, the main value of the study is that it has established a systematic methodology and has launched the most comprehensive assessment of global bamboo resources to date.--Publisher's description.
This book presents the state-of-the-art knowledge on bamboo. It starts with an introduction to the plant’s biology, its taxonomy, habitat, morphology and growth. The cultivation of bamboo is discussed in terms of silviculture, pests and diseases, and harvesting techniques. The book is completed by a comprehensive presentation of the properties of bamboo, its utilization and its preservation. Bamboo is the fastest-growing and most versatile plant on Earth. For centuries it has played an indispensible part in the daily life of millions of people in tropical countries. In recent decades it has gained increasing importance as a substitute for timber. The book was developed as a reference text for scientists, professionals, and graduate students with a strong interest in this unique plant.
The idea of information on research and development carried out on bamboo has emerged with the paradigm shift in the area of utilization of natural fibres in various industries. Technological advancements in bamboo sustenance have involved chemical and physical modification that has led to products of high-performance index. This book provides the latest research developments in many aspects of bamboo process, manufacture and commercialization potential. Apart from the interest to facilitate a complete assessment of bamboo as well as assist readers in achieving their goals, this book is intended to be of value to both fundamental research and also to practicing scientists and will serve as a useful reference for researchers, agricultural practitioners and organizations involved in the bamboo-based industry.
Bamboo is an important non wood forest product. In India, bamboo, which is traditionally considered the Poor man wood, and labelled as Green Gold is being considered a major export item by the centre for the global market. Bamboo is perfectly suited to agro forestry as a woody grass. Bamboo has been exploited from natural stands from time immemorial. Bamboo is increasingly being cultivated like other agricultural crops, that is, in professionally managed plantations. The growth of industries utilizing bamboo requires the sustainable cultivation and management of bamboo resources. India is blessed with very rich bamboo resources. Bamboo can play an important role in raising forest cover and a major role in stabilization of the environmental problems. The annual yield in tonnes/ha depends on the environment as well as the species. It is estimated that almost 25% of the biomass in the tropics and 20% in the subtropics, come from bamboo. The cultivation of bamboo as a wood substitute helps to offset depletion of the rain forest. Its rapid growth ensures an effective reconstruction of damaged eco systems. Bamboo is one of many sustainable non wood resources that can generate income for a large forest dependent rural population and it needs to take further steps to realize its full potential. In India, the North East has the largest stock and diversity of bamboos. Though India has the largest area under bamboo, the yield per hectare is very low compared to other countries. Bamboo plantation rising should be encouraged & promoted due to their high value, productivity, uniformity of crop, choice of species linked to peoples’ need and industrial need. Bamboo forest constitutes about 13% of the total forest area of the country. About 50% of bamboo produced in India grows in North Eastern region and West Bengal. India has the second largest bamboo reserves in the world after China. This book basically deals with bamboos in India, the bamboo plant harvesting, cultivating, silviculture and management, collection of material and preparation of cuttings treatment for root induction in cuttings, preparation of nursery and planting nursery management transplanting, pattern of biomass allocation in growing bambusa bamboos, biochemical characteristics of plantation bamboo leaf (bambusa bambos) with reference to organic productivity, economic analysis, bamboo plantation, problems and prospects, need for bamboo plantation, consumption pattern of bamboos in India, working and finishing qualities of bamboo, bamboos for structural use, pipe water supply system and drainage, bamboo furniture weaving industry etc. This book provides a complete detail on Bamboo plantation and its utilization. This book contains chapters like types of bamboo in India, taxonomy, cultivation, harvesting, growth management, bamboo utilization, Bamboo products and many more. This book will be very helpful to all its readers, environmentalists, agronomists, entrepreneurs, industrialists, or anyone with a special interest in bamboo cultivation. 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Fast-growing and local to some of the poorest communities in the tropics and subtropics, bamboo holds huge potential for climate change mitigation, innovative construction and job creation, but the material is rarely used for more than simple construction and household use. Modern Engineered Bamboo Structures collects the papers presented at the third International Conference on Modern Bamboo Structures (ICBS2018, Beijing, China, 25-27 June 2018). The overarching theme of the book is ‘Enhancing Cooperation for Green Development through Bamboo’s Contribution to the Sustainable Development Goals’. The contributions focus on how to realize bamboo’s huge potential in a number of areas: sustainable commodity production, disaster-resilient construction, poverty alleviation, climate change mitigation and adaptation, land restoration and biodiversity protection. Modern Engineered Bamboo Structures recognizes bamboo’s various benefits, and aims at ministers, policymakers and representatives from research institutes, development organizations, NGOs or UN bodies and the private sector.
This is the sixth edition of the biennial report on the current state of global forest resources and recent developments and emerging issues in the forest sector. It includes contributions from key non-governmental organisations and from individuals, as well as articles written by FAO staff. This edition focuses on options for sustainable forestry management to maximise the sector's economic viability, and issues discussed include forest resources, conservation aspects, institutional issues and legal frameworks, international policy developments, the economic benefits of agroforestry, wood energy production, import tariffs and non-tariff measures, and the impact of violent conflicts on forest resources.
This book presents the new approach of resource-driven bamboo construction (RDBC), developing a clear assessment framework and operational solution to improve the value of resources and the sustainability of bamboo constructions. The book discusses how to carry out research on basic parameters and life cycle assessment, as well demonstrating the approach in practice. This book develops a sustainability assessment model for bamboo construction in Asia-Pacific bamboo areas to measure the effects and success of RDBC. It solves issues related to environmental impact, energy consumption, land cost, indoor comfort, construction durability, and sustainable material application of the bamboo constructions. It utilizes digital tools to perform statistical analysis on large sample conditions, enabling the method to be better implemented, and presents case studies of RDBC method in action. The large amount of data collected, method guidance, and demonstrations provide a comprehensive reference for those wishing to apply bamboo in the building industry. This book is particularly relevant to scientists, professionals, architects, civil engineers, and students who are interested in bamboo material and its application in building industry. It provides readers with a new perspective of the high-value utilization of bamboo forest resources and methods to achieve sustainable bamboo construction.
This book highlights the basic properties of round bamboo and bamboo strips of various species worldwide. Processing and properties enhancing treatment of bamboo strips and round bamboo are discussed. It presents the structural applications of round and engineered bamboo and provides an insight on the potential applications as construction and building materials. Bamboo as multipurpose plant in various fields such as chemical feedstocks, energy sources, furniture, fabric, pulp and paper, and their recent developments are also discussed in detail. The book also includes the economic, social, and environmental assessment of bamboo products.
NEXT GENERATION BUILDING MATERIALS The 21st century faces a radical change in how we produce construction materials – a shift towards cultivating, breeding, raising, farming, or growing future resources. This book presents innovative industrialized production methods for cultivated building materials, like cement grown by bacteria, bricks made of mushroom mycelium, or bamboo fibers as reinforcement for concrete. Spanning from scientific research to product development and architectural application, this book builds a bridge between the academic and the professional world of architecture. The book describes the challenges, strategies, and goals in the first part, followed by a second part on bamboo, A cultivated building material and a number of examples in the third part which form the bridge from cultivated materials to building products.
