
Manipur, of the hot spots of the world, is famous for its biodiversity, culture, history, and tradition and women empowerment in the landscape of North East India. Altitude extension offers a very innovative approach to analysis, prediction and strategy delineation in terms of terrains and trajectories of a typical hill ecosystem. The book is the reflection of a pioneering empirical research in extension science. It empirically tested the socio-ecological change along with the change in altitude, climate, vegetation and livelihood. It will come up with a referral study that can assist and provoke research minds desirous of doing research on geo-spatial dimension of social science and extension strategy with policy dimension.
The North Eastern region of India is endowed with rich biodiversity, distinct altitudinal zones, and vibrant indigenous cultures. Yet, it continues as one of the most ecologically fragile and economically vulnerable regions of the country. This research was undertaken with the objective of exploring the complex interplay between hill agriculture, natural resource along altitudes and rural livelihoods, with a specific focus on the state of Manipur. The study delves deeper into the challenges faced by farming communities across different altitudinal terrains, especially in the context of shifting cultivation, resource degradation, and limited technological outreach. Particular emphasis has been placed on integrating local knowledge systems with scientific understanding through participatory approaches and ecological measurements—such as biodiversity indexing and carbon sequestration. Three districts—Ukhrul, Tamenglong, and Thoubal—were selected as representative areas to understand the diverse agro-ecological zones and socio-economic patterns that influence agricultural practices in the hills and valleys. Through household surveys, focus group discussions, participatory rural appraisal methods, and ecological assessments, this research attempts to present a grounded and holistic picture of the region’s agroeconomic landscape. Special attention has been given to indigenous resources like the Shirui Lily, a rare and culturally significant flower of Manipur, as a symbol of both the region’s ecological wealth and the urgent need for sustainable conservation strategies. This study is not only academic in nature but also seeks to contribute to policy formulation, development planning, and grassroots capacity
The North Eastern region of India is a gift of nature having rich cultural heritage and biodiversity reigning under diversified agro-climatic conditions. The region, which is only 7.76 percent of the geographic area of the country, accounts for 25.11 percent of its forest cover (Forest Survey of India, 2008). For its richness in biodiversity, the region has been identified as one of the 18 biodiversity hot spots of the world. The region is inhabited by many important tribes, which are about 27 percent of the population of the region. An important feature of the land use in the region is prevalence of shifting cultivation, locally called jhum, in almost all the states. Shifting cultivation or slash and burn agriculture is the main form of agriculture. It involves clearing of vegetation and then slashing and burning the plant parts including debris. Shifting cultivation, beside an agricultural practice, is also an integral part of their ethno-cultural life style. With the rising population, the cycle of shifting cultivation has reduced to less than 5 years, resulting in degradation of forest in these areas. After 2-3 years of cropping, the land loses its fertility and farmers shift to another piece of forested land for cultivation. The Himalaya and adjacent hill ranges in the North East present a complex array of physical and geo-political environment, well known for geo-hydrological, biological, aesthetic and cultural values. Although the main Himalaya and the hills of North East have a number of similarities in their physiography and ecology, they differ inherently in terms of origin and evolution. The former ranges, geologically young and tectonically active, were formed as a result of massive collision between Eurasia and the north ward drifting Indian plate, nearly 40 million years ago. As the Indian plate is still moving northward, the Himalayan ranges continue to be pushed upwards at the rate of about 5cm/ year. Agriculture and animal husbandry have been an age old traditional land use practices practices in the Indian Himalayan Region. Traditional millets, cereals, pulses along with horticulture crops are grown in many areas. In Himachal Pradesh, with good network of roads, horticultural crops have been a major source of revenue. It is established that at least seven units of forest are needed to sustain one unit of agriculture in the mountains.
2.1 Present Situation Agriculture is a way of life, a tradition, which, for centuries, has shaped the thought, the outlook, the culture and the economic life of the people of India. Agriculture, therefore, is and will continue to be central to all strategies for planned socio-economic development of the country. Rapid growth of agriculture is essential not only to achieve self-reliance at national level but also for household food security and to bring about equity in distribution of income and wealth resulting in rapid reduction in poverty levels. The onset and growth of extension strategy has so far been in a response to the socio-economic milieu across the World. In addition to socio economic dimensions, the other dimensions like temporal, geographical, ecological, managerial, technological and so on are being ascribed towards modeling extension researches. The North East part of India is not only unique but also solitary examples in these arenas by having a huge score of bio-diversity, geo-morphological variation and ethno cultural diversity. Still the agriculture is running there with low productivity, poor accessibility to market and splashed with traditional rigmaroles. In hunting out the crux of problems, it has been one of the options to deal with the problems of lithospheric barriers or opportunity, if any, on shaping the extension strategy for upgrading and uplifting the agricultural status of hill eco-system of Manipur. The present study well encompasses the issues of hilly terrain including the slope and runoff directions for deciding on the befitting extension strategy. The entire slice of research has divided the terrain into high, medium and low altitude to elucidate the altitude specific factors impacting on the crop stands, yield behavior, technological options and market responses. The empirical study has elicited a unique pattern of altitudinal change on crop husbandry, bio-diversity score, livelihood pattern and situation specific need perception to present ultimately a geo-sensible extension perception. This will be applied towards having a sustainable and comprehensive agro-economic
The review of literature consists of conceptual literature concerning the concepts and theories and empirical literature consisting of studies made earlier which are relevant to one proposal. The main purpose of this chapter is to present some of the findings/ results of the past research studies related to the present investigation. A few relevant research studies which have been conducted in India and abroad in the field different altitude areas, their livelihood are presented in the following headings: 1.1. Works based on the livelihood of different altitude places of India and abroad 1.2. Works based on the livelihood of different altitude places specially North East India. 1.3. Other general concepts related with the present research 1.1 Works Based on The Livelihood of Different Altitude Places of India and Abroad FAO, Rome (2011) stated a major factor limiting the food security of household in hill areas is shortage of land for cultivation which are simply too small to support the farmers with current food production practices. Closing the yield gap will produce food production and security. Alkan S. and Toksoy D. (2008) indicates that the forest villages which are at the high altitude and on the field that are not suitable for agriculture. This complicates living in them and increases their dependence to the forest resources. While determining the forest villages, the distance from the forest, and the socio-economic criterions are considered. Tejada E. and Nielsen M.O. (2008) stated that the harsh eco-climatic and edaphological conditions of the High Altitude of Bolivia adversely impact most of the agricultural and livestock production indices. However, livestock activity, in addition to dealing with the subsistence of rural families, offers more security than the agricultural activity in those eco-systems, since crops are more vulnerable than animals to abrupt climatic changes.
4.1 Agroeconomic Features of Manipur in Brief Nestled in the North-Eastern region of the India sub-continent, Manipur is a beautiful state located between 23°81’ N to 25°68’N latitude and 93°03’E to 94°75’E longitude an area of 22,327 sq. km. and sharing an international boundary with Myanmar in the East which also lies to its south along with Mizoram. It is bounded by the Cachar District of Assam in the West and to its North lies Nagaland. Physio-graphically, Manipur is one of the most enchanting place in the country. It can be broadly classified into three well defined geographical region viz. the hilly region, the central plain or the Manipur valley and the Jiribam plain. The hilly region of Manipur covers about 90% of the total land area of the state. It stretches mainly from North to South or North-South parallel folds with an altitude varying altitude of 833m to 3030m above MSL. The Manipur valley is situated in the central part in Manipur covering an area of 1843km2 which account for about 9% of total land area of the state having an oval shaped elevated plain surrounded by hilly on all sides and extended about 58 km from North to South and 31 km from East to West. The central valley has an elevation ranging between 700 m and 800 m above MSL. About 70% of the total population of the state resided in the central plain of Manipur. The whole valley slopes from North to South. The Jiribam plain lies beyond the Manipur Western hill tract covering an area of 1% of the land area. The central valley along with the Jiribam valley situated at a lower altitude of 400 m in the southwest part of the state outside the western hill ranges of Manipur occupies 11.72 percent of the total geographical area of the state. The rest of the state is hilly. Manipur is endowed with a wide range of climatic, physiographic and geological conditions resulting in the formation of different kinds of soils. 4.2 Climate The impact of terrain diversity, altitudinal variation and river regime has become eloquent in the seasonal variability of climate from one place to another. The Barak basin and lower foothills of Manipur Western hills have
The discussion on the methodology has been made to understand the concept, methods and techniques, which were utilized to design the study, collect the information, analyze the data and interpret the findings for revelation of truth in hand formulation of theories. This chapter deals with the research methodology that had been adopted for the purpose of the present study. The entire discussion has been made under the following heads: • Developing a paradigm • Locale of research • Pilot study • Sampling design • Methods of data collection • Variables and their measurement • Statistical tools used for analysis of data. The research work was based in a few districts of Manipur, a small state in the North East India. The research was done in conjunction with the farmers living in the study area and was participatory in nature. This chapter presents the sampling design, nature and method of data collection and analytical tools being applied in attaining the objectives of the study.
The results of the investigation are presented and discussed in this chapter after statistical analysis. These are presented according to the specific objectives of the study. 6.1 Results of Household Schedule 1. Socio-Economic Profile of the farmers of the high, medium and low altitudes Socio economic profile refers to the position of an individual with reference to various indicators of social and economic status in a rural community. The purpose for selection of this objective was to study the personnel characteristics of the high, medium and low altitudes like age, educational qualification, caste, family, house, material possession and mass media exposure etc. which are presented in the table below.
The unique topography and terrain of North East (Manipur, in the study) have provocated the inquisitive minds to set off a study on altitude based extension approach and variability. While there have been changes of biodiversities with the change in altitude, there should have been a change of socio-cultural practices with the change of altitude too. It would critically analyse the unique flow of information, the texture of praxis, the curve of enthnobotanical configuration and the enterprise mixes including crops, animals and birds enterprises. However, due to hilly terrain, erratic climatic conditions and shortage of trained manpower, the full potential of these resources is underutilized. Also, severe soil erosion, water scarcity during dry season, fragmented land holding and sloppy terrains are some of the major bottlenecks for mechanized farming. Extension education, by becoming both system and function for technology socialization, can’t go without location specific references. With a change of altitude and slope, the panorama of biology and sociology keeps transforming and hence, the altitude of a hill becomes a major character itself in deciding on strategy of extension for a synergy of geography with extension policies. What is happening since past and till today is a kind of blanket extension recommendations is being made to cover all geographical variations and social scores, along and across the slope or terrains in a given hill ecosystem. The North East Hill eco system of India is blessed with bounty of nature and is one of the hot spots of the World. Altitude extension, the first of its kind in extension domain, has attempted to study the variations along with the altitude of a hill ecosystem in designing the extension approach with social, technological, and cultural variants. In this research and with this innovative approach, an empirical study has to be conducted to find out the variations with the change of altitude, for ultimately designing a both gross and subtle extension plan for desired changes in the agriculture of hill ecosystem. Keeping in view all the aforesaid discussed issues the present study entitled “Altitude Extension: The Concept, Approach and Dynamics” was carried out with the following objectives:
1. Dr. Pitambar Sharma, Geographical Development Expert wrote that ‘mountain culture is different from other cultures. If you go to mountain regions of other parts of the world, say to Bolivia or Ecuador in South America, and come back to the mountains of Nepal, you’ll sense some commonalities. So, the same study can be expanded to other hill areas of any part of the World as an approach to study “Altitude Extension”. 2. The study can be made more multidisciplinary by including animal husbandry aspects, plant protections, geographical factors, metrological factors, etc. 3. Gender-dimension can be another scope of study in Altitude Extension. 4. The study can also be more focused and broadened in only one parameter. Example only in soil, only in geographical factor, etc. 5. The study can be only focused in finding only the appropriate farming system which are location specific according to different agro-climatic situations. 6. The importance of Germplasm maintenance of the biodiversities can be included. 7. The study can be focused on finding right extension approach and communication channels to reach the unreached farmers. 8. The study can be only done on collections of ITKs and TEKs and validating with the help of experts and amalgamation with the scientific techniques for supply to the farmers. 9. Marketing channel of the agricultural, forestry, horticulture and other products can be studied. 10. The study can also include the technology gap between the planners and the targeted farmers.
