This paper deals with the livelihood pattern and the socio-economic condition of vegetable farmers of Chhathar Jorpati rural municipality, which lies in the eastern part of Dhankuta district of Nepal. The study applied household questionnaire survey, focus group discussion and field observation to collect information of vegetable farming and the impact of vegetable farming on farmers’ livelihood. The study conducted 45 households questionnaire survey in total using simple random sampling in ward number six of Chhathar Jorpati rural municipality. The statistical analysis of collected field survey data was preformed through correlation test and standard deviation. The result shows that the socio-economic condition and the livelihood of the vegetable farmers is improving in recent years. Before doing commercial vegetable farming, farmers cultivated potatoes and used to exchange their production with cereal crops to the neighboring villages. Farmers used to cultivate maize in their farmland, but due to the climatic and the topographic condition it took almost nine months (from January to October) for production. Among the total households, 24.4 percent farmers have seven members in their family and the average family size is 6.3. The Chhetri is the dominant ethnic group of the study area. Among educated groups, the majorities have completed secondary level of education. Most of the farmers are (35.5%) holding land size between 16 and 20 Ropani (0.82-0.10ha.). The majorities of the farmers cultivated high valued vegetables i. e., cauliflower, cabbage, tomato, pea, radish, carrot and green leafy vegetables. The average income from vegetable farming is NRs. 250000/household per year. Primarily, farmers use their income to manage foods, clothes, children education and daily-required goods. Further, due to the lack of sufficient human resources, improved seeds and fertilizer, the majorities of the farmers are facing challenges in their vegetable farming. In addition to this, the vegetable farmers are utilizing their capabilities and are devoted to enhance their livelihood through vegetable farming.
Participatory Geographic Information Systems (PGIS) can integrate participatory methodologies with geo-spatial technologies for the representation of characteristic of particular place. Over the last decade, researchers use this method to integrate the local knowledge of community within a GIS and Society conceptual framework. Participatory GIS are tailored to answer specific geographic questions at the local level and their modes of implementation vary considerably across space, ranging from field-based, qualitative approaches to more complex web-based applications. These broad ranges of techniques, PGIS are becoming an effective methodology for incorporating community local knowledge into complex spatial decision-making processes. The objective of this study is to reduce the soil erosion by formulating the general rule for the soil conservation by participation of the stakeholders. The poster was prepared by satellite image, topographic map and Arc GIS software including the local knowledge. The data were collected from the focus group discussion and the individual questionnaire for incorporate the local knowledge and use it to find the risk map on the basis of economic, social and manageable physical factors for the sensitivity analysis. The soil erosion risk map is prepared by the physical factors Rainfall-runoff erosivity, Soil erodibility, Slope length, Slope steepness, Cover-management, Conservation practice using RUSLE model. After the comparison and discussion among stakeholders, researcher and export group, and the soil erosion risk map showed that socioeconomic, social and manageable physical factors management can reduce the soil erosion. The study showed that the preparation of the poster GIS map and implement this in the watershed area could reduce the soil erosion in the study area compared to the existing national policy.
The study presents condition of spread of urban infrastructures to over the Pakhribas municipality, Dhankuta, Nepal. Both the primary and secondary data were used for the study. Secondary data was collected from municipal profile of Pakhribas municipality and the primary data i.e., field observation, household questionnaire survey and focus group discussion were carried out for identify existing condition of the physical infrastructure, the access of the local people to the infrastructure, and the expectation of the dwellers with the municipality. Statistical analysis was preformed through arithmetic mean, population density and infrastructure development index. The result shows ward number four has the highest population density, and the people have more access to urban facilities including heath facilities and schools. The rest wards of the municipality have similar condition with its neighboring rural municipalities in terms of infrastructures and facilities. Among the total households most of them (90.45%) use pipe water for drinking. Most households (95.02%) use hydroelectricity. Most of the area of municipality 48 have easy access for the transportation with different status of road i. e. feeder road, district road and Highway. There have eight recreation centers within the municipality, which prompted domestic tourism in the region. The information screened through this study provided the overall infrastructure and facilities status of the municipality.
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