Western Hills Research Articles

Consumer Satisfaction towards Online Shopping: A Study of Purchasing Alternatives in Beni Bazaar, Western Hill Nepal

Consumer Satisfaction towards Online Shopping: A Study of Purchasing Alternatives in Beni Bazaar, Western Hill Nepal

Tourism Industry in Dadra and Nagar Haveli: Prospects, Challenges and Government Initiatives

The paper discussed prospects and challenges of tourism industry in Dadra and Nagar Haveli. It has found that Dadra and Nagar Haveli is popular among tourist due to lush greenery and immense natural beauty. It previously was a Portuguese colony. It is famous for the production of baskets, weaving of bamboo mats and leather slippers. Nakshatra Garden, Vasona Lion Safari, Satmaliya Deer Park, Dudhani, Hirwa Van Garden and Vanganga Lake are the major attractions. Sahyadri Mountains (Western Hills) is the another tourist attraction. It has reserve of minerals like sulphur, selenite, nickel, limestone and gold. BAPS Swaminarayan Temple is famous among tourists. Barash is the popular tribal festival celebrated in September month. Ragi (nagli), rice, bajra and kodra are the staple food of the tribals. Its main tribes are Varli, Kokna and Dhodia with small groups of Dubla, Naika, Kathodi and Koli scattered over the territory. Dublas and Dhodias tribes are more found in the northern part, but Varlis and Koknas are found all over the territory. The key challenges facing tourism are the lack of marketing and promotion activities, inadequate infrastructure, lack of skilled manpower, safety and security. Although there are many challenges before the tourism industry, but it has bright future prospect in tourism.

P-T paths of contact metamorphism constraints on emplacement mechanism of magmas of the zoned Fangshan granitic Plutons, Zhoukoudian, Western Hills of Beijing, China

P-T path of a contact aureole can provide important insights into the magma emplacement mechanism for nearly concentrically zoned granitic plutons. The Mesoproterozoic Xiamaling formation immediately adjacent to the southern Fangshan granitic Plutons in the Western Hills of Beijing, China, developed three contact metamorphic prograde staurolite zone, sillimanite zone and K-feldspar zone. These zones preserved corroded pink-andalusite wrapped by pale-andalusite, corroded garnet inclusion inside the K-feldspar porphyroblasts and staurolite, which add to well-established sequences of mineral growth. These sequences allow reconstruction of the complete P-T path for each prograde zone on the pseudosection diagram obtained by full system composition-based phase equilibrium modeling The resultant prograde P-T paths are composed of two segments, with the first one isobaric heating and the second distinct compression and heating. The staurolite zone shows the P-T path initiating from ∼2.0 kbar/350 °C to ∼1.8 kbar/510 °C and ending at ∼3.3 kbar/580 °C. The sillimanite zone path began from ∼2.0 kbar/350 °C to ∼1.5 kbar/500 °C then ended at ∼3.8 kbar/580 °C. The K-feldspar zone path started from ∼2.0 kbar/350 °C to ∼1.7 kbar/510 °C, then terminated at ∼3.5 kbar/670 °C, approaching the initial partial melting temperature condition, then documented a retrograde path cooling down to ∼630 °C. The two prograde P-T path segments of the three zones suggest a in situ heating followed by a ductile return flow from ∼7 km down to ∼11 km depth of the metapelites from the Xiamaling formation, responsable to a diapiric emplacement of the magmas for the zoned composite Fangshan Plutons.

Evaluation of elite spring wheat genotypes for grain yield and other agronomic attributes in hills of Sudurpaschim Province, Nepal

Selection and release of high yielding and disease resistant varieties is the cost effective and ecologically sound approach for increasing the production and productivity of agricultural crop in Nepal. Twenty-two advanced bread wheat (Triticum aestivum L.) genotypes including commercial check variety "Sorgadwari", newly released check variety "Khumal Shakti" and Local Check variety " Jhadde" were evaluated under irrigated conditions at Gokuleshwor Agriculture and Animal Science College (GAASC), Baitadi, Nepal during 2022/2023. This study was carried out for the identification of high yielding genotypes under irrigated condition in western hills. The experiment was conducted in Alpha lattice design with two replications. The highly significant difference (p<0.01) among the genotypes was found for most of the traits viz., days to heading, days to anthesis, days to maturity, plant height, spikes per square meter, number of grains per spike, grain weight per spike, flag leaf area, thousand kernel weight, biomass yield and grain yield and non-significant difference for spike length. The mean grain yield ranged from 1908 to 4146 kg/ha with grand mean of 2766 kg/ha. The highest grain yield was produced by genotype NL 1474 (4146 kg/ha) which was followed by NL 1475 (3994 kg/ha), NL1597 (3536 kg/ha) and NL 1590 (3070 kg/ha). The check variety Sorgadwari and Khumal Shakti produced 3480 and 3070 kg/ha respectively while the local check variety Jhadde produced 2655 kg/ha. Similarly, highest TKW was produced by NL 1487 (68.5 g) followed by BL 5148 (67.2 g) and WK 3730 (66.3 g). The correlation analysis revealed that grain yield showed highly significant positive correlation with biomass yield (0.90**) and number of grains per spike (0.6**), spikes per square meter (0.7**), plant height (0.5**) and non-significant positive correlation with spike length (0.21) and grain weight per spike (0.1) and non-significant negative correlation with days to heading (-0.2) and days to maturity (-0.2). Cluster analysis revealed that Cluster III consists of 4 genotypes namely NL 1474, NL 1475, NL 1597 and Sorgadwari. This cluster represent with highest grain yield, number of spikes per meter square, number of grains per spike and grain weight per spike. Among the tested genotypes, NL 1474, NL 1475, NL 1597 and NL 1590 were found superior for grain yield and yield-related traits in comparison to three checks and could be recommended for hills of Sudurpaschim province after further testing in multi-environment and in farmer's field.

Exploring the Effects of Labour Migration on Class Relation in a Rural Village of Western Hill of Nepal

Exploring the Effects of Labour Migration on Class Relation in a Rural Village of Western Hill of Nepal

Spatio-temporal Pattern of Crime Combination in the Manipur Central Valley

Manipur Central Valley is the most striking topographic feature in a mountainous state like Manipur. This is a small intermont valley of the Himalayan System encircled by the Eastern and Western Hills. Crime is a legally forbidden and intentional action which has a harmful impact on social interest, which has a criminal intent, and which has legally prescribed punishment for it. By utilizing the information from primary and secondary sources and a technique of combination, the current study aims to find the combination of crime in the Manipur Central Valley for the past few decades. The study shows that the dominant Crime was Robbery in 1981, kidnapping and abduction in 1991, Dacoity in 2001, Theft in 2011 and 2021.

Bioremediation of Oil Contaminated Soil and Restoration of Land Historically Polluted with Oil Products in the Agricultural Circuit in the Plain and Western Hills, Romania

Oil contamination in soil from a variety of sources, including accidental leaks, industrial activities, and improper waste disposal, involves disrupting ecosystems, contaminating water, harming human health, and diminishing agricultural productivity. Bioremediation is becoming the most important method accepted as a treatment for hydrocarbon-polluted soil using indigenous microbial flora, which aims to restore soils to their pre-hydrocarbon pollution characteristics. We will follow in our article to give some examples of good practices for bioremediation of oil-polluted soils in some sites in NE Romania. In a first step, all the oil extraction wells in NW Romania were mapped, both those in operation and those abandoned, reaching 695 wells. For 7 case studies, soil profiles were taken from the vicinity of the well column and from points close to it located in the well casing, for which the concentration of total petroleum hydrocarbons was determined. Using GIS spatial interpolation techniques, the theoretical concentration of petroleum hydrocarbons in the soil was determined. The polluted soil was transported to the bioremediation station, where it was exposed to bioremediation procedures, and the period and duration until the soil was brought to the accepted parameters in terms of allowable concentrations were analysed. The time required varies between 17 and 36 weeks needed for bioremediation. Following practical applications, it can be concluded that the time required for bioremediation is directly dependent on the initial concentration of pollutants and the number of chemical and physical interventions applied to the soil.

Ways for the Prosperity of Farmers in Western Hills and Terai, Nepal

The Institute of Agriculture and Animal Science (IAAS) under Tribhuvan University (TU) has launched the internship programme me for their final semester students studying under-graduate level since 2014/15 in its all constituent and affiliated campuses. About 106 UPA mini-theses accomplished by 221 B.Sc. Ag. graduates from the Prithu Technical College (PTC) libraries were systematically arranged and categorized in chronological order based on the disciplinary subjects and thematic areas, and the technologies have been recommended to scale-out for the prosperity of the farmers in the western Tertian mid-hill agro-ecology of Lumbini and adjoining provinces in Nepal. The review revealed that the researches at PTC were concentrated majorly on major food grain crops with five major themes viz. varietal evaluation, crop management, soil nutrient, weed and insect pest management. The review further revealed that the adequate number of researches were in the vegetable crops specially in production packages and value-chain analysis followed by the control of insect pests and diseases both in on-farm and storage structures, suggesting to follow the integrated pest management (IPM) approach. Varietal testing in major field and vegetable crops, and economic survey of chamomile, marigold, honeybees, broiler chicken, cardamom and ginger and oyster mushroom cultivation practices are the newly defined arena to be adopted for harnessing the prosperity of the farmers of the western hills and Terai region in Nepal and its adjoining congenial agro-climatic environment. Future collaboration with the various agriculture related national and international organizations as adopted by PTC on these recent years has to be continued and strengthened further to extrapolate the UPA research innovations obtained from the graduate student’s mini-thesis works.

Fertilizer management and incorporation of legumes on performance of maize (Zea mays L.) in western hills of Nepal

One of the main obstacles limiting the production of the improved potential crops in Nepal is the low and diminishing productivity of soils. There is a need to take urgent measures to establish good agricultural management practices that check the rate of deterioration and build up soil fertility, In this regard, an experiment was conducted to determine the rotational effect of legumes and nutrient management on performance of maize at Horticulture Research Station (HRS), Dailekh, Nepal during 2018 and 2019. The experiment was laid out in split plot design which consists 4 cropping systems: fallow–maize, lentil-maize, chickpea–maize and field pea–maize as main plot and 4 combinations of manures and fertilizers: control, recommended dose of fertilizer (RDF), Farmyard Manure (FYM), and RDF (50%) + FYM (50%) as sub-plot which were replicated three times. The highest grain yield of 1598 kg ha−1 was obtained from field pea followed by 1388 kg ha−1 in chickpea and 1151 kg/ha in lentil and significantly higher grain yield of 1707 kg ha−1 was obtained from the application of FYM alone. Results obtained showed that yield of maize was increased by 28.8%, 13.5% and 12.7% by use of legumes: chickpea, lentil and field pea, respectively as rotational crop over fallow-maize cropping system. Similarly, the data revealed that significantly higher growth characters of maize were recorded from application of RDF followed by combination of RDF plus FYM. The grain yield of maize was increased by 68.4%, 38.5% and 16.4% from the application of RDF, RDF plus FYM and FYM alone, respectively over control plots. The incorporation of grain legumes like chickpea, lentil and field pea can be effective as rotational crop with maize and application of organic and inorganic fertilizer increase productivity of legumes as well as maize which make viable alternative to agricultural sustainability.

Characterization of pine needle and pine needle biochar: a potential soil amendment for sustainable forest waste management

Pine needles are the residue of pine (Pinus roxburghii), a problematic forest waste and is highly flammable which is the one of major causes of forest fire in the North Western hills of India. High lignin and resin content with low moisture is the reason behind it being one. To find an appropriate management of this residue the pine needle was characterised and further converted to biochar (500 ºC), a carbon-rich solid material produced through a process called pyrolysis by heating biomass, in the absence of oxygen. This process breaks down the organic matter into volatile gases, leaving behind a residue known as biochar. Pine needles are suitable for generating biochar due to their high carbon content, low moisture content, high lignin content, abundance and availability. The pine needles aromatic compounds contribute to biochar stability and potential applications. Physical, Physico-chemical, and spectral characterisation of biochar was performed to analyse its further applicability and the biochar, was found suitable as soil amendment and as a mean of enhancing soil organic carbon.

Morphological characterization and diversity analysis of local mango (Mangifera indica L.) genotypes from far western hill of Nepal

Mango is an important tropical fruit of Nepal. Nepal is rich in mango diversity and large numbers of local genotypes have been identified in different parts of the country. Such diversity of local mango genotypes are in verge of danger and needs to properly identified, evaluated and conserved. Morphological characterization is an important step in the characterization, evaluation and further utilization of genotypes. The current study aimed to characterize 33 local mango genotypes from Doti district of Far Western Region in Nepal using 14 quantitative morphological traits. The results of the study showed variation in terms tree, leaf, fruit, stone and seed character among the genotypes. The average fruit weight of genotypes was found to be 51.61g with maximum weight of 90.92g in Gude genotype. The four major principal components were formed with Eigen value >1 with cumulative diversity of 88.2%. Results of the cluster analysis grouped 33 mango genotypes into four major clusters with similarity level of 41.27% to 96.29% showing diversity among the genotypes. The variability seen among the genotypes in the present study can be a source of gene pool for systematic mango breeding program and thus these genotypes need to be properly conserved. SAARC J. Agric., 20(2): 57-67 (2022)

KARAKTERISTIK BATUAN ASAL (BEDROCK) PEMBENTUKAN NIKEL LATERIT PADA DAERAH X DAN SEKITARNYA KABUPATEN MOROWALI UTARA SULAWESI TENGAH

Abstract
 Administratively, the research area is included in North Morowali Regency, Central Sulawesi Province, Central Java Province, which is in the 49 S zone with UTM (Universal Transverse Mercator) coordinates 9152800 – 9152800 400800 - 406800 mE with an area of ​​± 54 km2 (9 km x 6 km). ). One of the factors that influence the formation of laterite nickel deposits is the source rock. The purpose of this research is to focus on the characteristics of the original rock, namely ultramafic rock based on the intensity of serpentinization, its constituent minerals, and its relation to the laterization potential of nickel deposits in area X and its surroundings, North Morowali Regency, Central Sulawesi. The research method used is literature study, field activities (surface mapping), data processing (laboratory analysis and studio analysis), and report generation. Based on megascopic data, the research area consists of three units, namely alluvial units, peridotite rock units and limestone units. Based on petrographic analysis, the characteristics of the original rock in 10 rock samples were dominated by dunite and followed by serpentinized dunite, harzburgite, lerzolite, wehrlite, and serpentinite. The main mineral compositions in the rock are olivine, clinopyroxene, orthopyroxene, and group serpentine (antigorite, lizardite and talc). Laterite distribution in the research area is dominated by rocky laterite and laterite, with the prospect area being in the eastern part of the study area. The distribution of serpentinization zones based on the intensity level of serpentine minerals in the rock, found in the western hills is dominated by very low-medium serpentinization, while the eastern hills are dominated by low-high serpentinization. 
 Key words : Origin Rock, Laterite, North Morowali, Petrography, Serpentinization

Factors influencing the performance of virtual reality in urban planning: Evidence from a View corridor Virtual Reality project, Beijing

Virtual reality (VR) technologies, as new forms of planning support systems (PSSs), are becoming increasingly vital to planning. However, there is a lack of empirical research on factors influencing VR’s supportive role from a user perspective, thus producing barriers to VR’s advancement in planning practices. This neglect motivates the focus of this study, in which we adapt relevant PSS theory to build a conceptual framework that examines factors influencing VR performance in an experience-based environment. Empirical data are gathered predominantly through students’ experiences with and evaluation of the “Viewing the Western Hills at Yinding Bridge” ( Yinding Guanshan) VR Project—a VR system developed to optimize the view corridor of Beijing’s Western Hills. The results show large variability in factors influencing VR performance. In general, the effects of six factors are significant, including 3D visualization, simulating real-world scenes, user-friendliness, interactivity, inspiring participants’ enthusiasm, and inspiring creative thinking. These factors are attributed to the functionality, usability and innovativeness dimensions of VR systems. This study concludes that to realize the supportive and useful role of VR in planning, at minimum, these six factors should be explicitly taken into account.

Integrated approach for landslide hazard assessment in the High City of Antananarivo, Madagascar (UNESCO tentative site)

The High City of Antananarivo is one of the most important cultural heritage sites of Madagascar, on the UNESCO Tentative List since 2016. Built on the hilltop of the Analamanga Hill, a granite ridge overlooking the Ikopa River valley, it is renowned for its baroque-style palaces, such as the Rova royal complex, and neo-Gothic cathedrals dating back to the nineteenth century. During the winter of 2015, the twin cyclones Bansi and Chedza hit the urban area of Antananarivo, triggering floods and shallow landslides, as well as causing thousands of evacuees and many casualties. Between 2018 and 2019 several rockfalls occurred from the rock cliffs of the Analamanga hills, destroying housings and killing over 30 people. Both events showed that landslides can pose a high risk to the safety of the inhabitants, the infrastructure, and the cultural heritage of the High City. To assess the landslide hazard in the Analamanga Hill area, an integrated approach was adopted by means of the following actions: (i) creation of a multitemporal detailed scale landslide map; (ii) geotechnical characterization of the involved materials; (iii) analysis of landslide susceptibility in soils/loose deposits; (iv) runout analysis of debris flows channeling within large creek gullies; (v) landslide kinematic analysis of the rockmass; (vi) simulation of rockfall trajectories; (vii) analysis of rainfall data. The results show that the main factors affecting landslides are slope, lithology, creek-gully erosion, and anthropization, while most of the landslide events are clearly triggered by heavy rainfall. The landslide-prone areas (the phenomena include shallow landslides, rock falls, and debris flows) are located primarily along the cliff bounding the western hill slope, the southeastern sector (where abandoned quarries form large slope cuts), and subordinately in the steep creek catchment just east of the Rova. The thematic maps produced represent fundamental land use management tools to be used in Geo Disaster Risk Reduction (GDRR) by scientists, practitioners and the decision-makers involved in the High City protection and conservation. The study conducted represents an important contribution for improving the knowledge on landslide processes in an area with limited data such as Madagascar, and may be reproduced in cultural heritage sites characterized by similar geomorphological and urban scenarios.

Effect of Various Weed Management Practices on Weed Dynamics and Crop Yields under Maize-Wheat Cropping System of Western Hills

Weeds pose a great challenge to cereal farmers and need to be managed before reaching the critical stage. An experiment was conducted to evaluate effect of various weed management practices on the weed dynamics and crop yields under the maize-wheat cropping system in 2019-2020 at research field of Directorate of Agricultural Research, Lumle, Kaski. The experiments consisted of six pre- emergence and post-emergence chemical management practices (Tembotrione post-emergence (PoE), Pendimethalin as pre-emergence (PE), Atrazine as (PoE), Atrazine as PE fb Tembotrione as PoE, Pendimethalin as PE fb 2,4-D Ethyl Ester (EE), Pendimethalin as PE fb Tembotrione as PoE for maize crop; Pendimethalin as PE, Pendimethalin as PE fb Manual weeding, Pendimethalin as PE fb Metribuzin, Pendimethalin as PE fb 2,4-D sodium salt as PoE, 2,4 D sodium salt as PoE, Metribuzin as PoE for wheat crop) compared with manual weeding and weedy check both maize and wheat. These treatments were studied in a randomized complete block design (RCBD) with three replications. Ageratum conyzoides and Chenopodium album were found to be the major weeds for the maize and wheat crop respectively. Atrazine as pre-emergence fb Tembotrione as post–emergence produced the highest yield (3.575 Mt ha-1) for maize season whereas 4.8 Mt ha-1 was obtained in Metribuzin treated plot as post emergence herbicide in wheat growing season. The yield increments by Tembotrione as post emergence was 71.51% and Metribuzin was 63.09% over weedy check. The findings could be useful for researchers and maize-wheat growing farmers of high rainfall ecologies.

Rural Livelihoods at Risk: A Case of Devghat Gaunpalika in the Western Hills, Nepal

People's livelihood determines by a variety of factors- availability of assets, opportunities, and restrictions created by the environment, and people's evaluation of these factors. The present paper aims to analyze adversities of rural livelihoods focusing on the case of Devghat Gaunpalika of Tanahun district, Nepal. This article is based on primary data/information acquired from a field survey conducted during December 2017 through group discussion, key informant interview, and field observation. People in the Devghat area perform farm and off-farm activities to eke out wide shorts of their livelihood needs. However, livelihood in this area is at risk owing to combination of adversities such as food insufficiency, shortage of facilities and services, low level of educational attainment, lower household income, and others. Three-fourth of the households adopted agriculture as their main occupation to fulfil their household needs. Household income is low. About of 62 percent households earn below NRs 5000 per month. Twenty-five percent of the population earns their livelihood by working as wage-based labors. A low level of educational attainment and poor coping capacity also indicate local livelihoods at risk.

Evaluation of Different Barley Genotypes for their Phenological Traits, Yield and Yield Attributes in the Western Mid-Hill of Nepal

There is a need to increase the yield potential of barley by utilizing improved cultivars. So, the present study was done to assess the performance of barley genotypes for phenological and yield attributing traits. A field study was carried out at Lumle, Kaski in Nepal involving seven barley genotypes during two growing seasons in 2018/2019 and 2019/2020, employing RCB design replicated three times. The results, combined for the years, showed significant differences for all traits except effective tillers/m2 and thousand grains weight. The grain yield was highest for B86122-1-0K-3 (2.756 t/ha and was at par with the genotypes Xveola-28 (2.411 t/ha) and B90K-024-1-1-2-0K (2.350 t/ha) and significantly higher than the Bonus (standard check) (1.852 t/ha). These superior genotypes should be further evaluated at on-station and on-farm conditions of western hills of Nepal so that low and stagnating barley yield in Nepal can be improved

Crop Protection Practices in Traditional Agriculture in mid-hills of Western Nepal: A Case of Palpa and Gulmi District

A field survey was conducted in two districts­­ of western hills of Nepal during July-August, 2020 to study about the practices of traditional methods of horticultural crop disease management. A total of 125 farmers, 10 traders, 5 agro-vets, and 3 plant clinical doctors from four local bodies of two districts; Palpa and Gulmi, were selected for the interviews which employed a pretested questionnaire. Descriptive statistics were used to analyze the data. Almost half of the farmers interviewed (48%) were found to have an average level of knowledge regarding the application of indigenous methods. Mixture of kerosene and ash, mugwort solution, plant residues, bovine dung and urine, chilli powder, papaya leaves, onion mixed with garlic, etc. were popular as traditional techniques to effective control of disease and pest. Scaling technique used in this study showed the lack of indigenous information as the most serious constraint in adoption of traditional means, followed by lack of advertisement, poor social perception of farmers, and weak cooperation among social and agricultural scientists. The study recommended that documentation and scientific validation of indigenous means and support from government and extension agents are necessary to encourage farmers using traditional means. This study examines traditional diseases/pests control strategies implemented by the ancients and presently adopted in ongoing practices.
 Int. J. Appl. Sci. Biotechnol. Vol 9(2): 138-151.

Seasonal patterns of insect pest in major pigeonpea and chickpea growing agro-climatic zones of India and their management inferences

A pest scout data in pigeonpea (leaf webber, plume moth, pod borer) and chickpea (pod borer) crops including daily insect pest counts for three successive seasons (2015/16—2017/18) at western and eastern plateau hills (agro-climatic zones) of India was analysed for spatio-temporal dynamics. Longer infestation (different crop phenological growth stages) behaviour of leaf webber and pod borer in pigeonpea and chickpea, respectively influenced their increased mean counts (incidence). Weekly mean counts of leaf webber, plume moth and pod borer in both the crops varied significantly between the seasons. Linear incremental change in mean counts of leaf webber and pod borer on pigeonpea and chickpea, respectively was observed across the seasons (inter-seasonal). Intra-seasonal built-up of plume moth (pigeonpea) and pod borer (pigeonpea and chickpea) mean counts was also noticed. On pigeonpea, leaf webber and plume moth mean counts never reached an economic threshold level (3 larvae/plant), but crossed the advisory level (1.5 larvae/plant). It was observed that there was incremental rise in pod borer mean counts and crossing economic threshold level over seasons in chickpea (1 larvae/m row length), while it was not the case in pigeonpea (1 larvae/ plant). Furthermore, survival and management strategies of leaf webber, plume moth and pod borer in pigeonpea and pod borer in chickpea were discussed.

Determinants of Households’ Adaptation Practices against Climate Change Impact on Off-farm Activities in Western Hill of Nepal

Climate change is one of the serious concerns which have a substantial impact in all areas of human civilization. Among these areas, agriculture is the worst hit sector. This study aims to analyze the determinants of households’ adaptation practices against climate change impact on off-farm activities in western hill of Nepal. It utilizes the data collected from six village development committees from three districts (Lamjung, Tanahu and Kaski) of western hill of Nepal. Out of 245793 Households 556 households were chosen for the survey. A systematic random sampling technique was used to select the respondents. Data was collected using pre-tested structured questionnaire through face to face interview with household head or a household member having age 45 years and above with residing in that locality since last 15 years. Binary logistic regression analysis has been carried out. Household size is only the matter for determining the households' adaptation practices for shifting to non-agricultural activities which is also the matter for temporary migration to another places. Education is the determining factor for changing the food consumption habit and temporary migration. Agriculture skill is the common determining factor for change in food consumption habit and shifting to non-agricultural activities. Sex and marital status are the major determining factors only for shifting to non-agricultural employment. Age is the significant predictor of temporary migration. Caste is also the major determining factor for changing the food consumption habit and temporary migration respectively.