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Irrigation is considered an important factor for agriculture and food security. Knowledge gaps, however, still exist with regard to how farmers in Africa south of Sahara, including Nigeria, are using irrigation. Given the diverse agroecological and socioeconomic environment in countries like Nigeria, understanding the diverse patterns of irrigation use and their associations with household characteristics is important in designing how irrigation can contribute to the agricultural transformation. This report summarizes the typology of farm households and irrigators in Nigeria. We apply a cluster analysis method to the Living Standard Measurement Survey (LSMS)—Integrated Survey on Agriculture data and various secondary data. We also compare the costs and inputs used across different irrigation crops, as reported in Nigeria. Findings indicate that the three major irrigation systems in Nigeria are (1) labor-intensive diverted stream irrigation of rice, (2) supplementary irrigation of coarse grains and legumes using groundwater, and (3) dry season irrigation of vegetables. Each crop is irrigated during a specific season and using a specific water source and irrigation system. Farmers’ choice of irrigation system tends to depend on many factors. For example, in the South, tractorization is often a necessary precondition for rice irrigation. In the North, intensive irrigation of rice and vegetables may make sense only if labor is cheap, whereas irrigation of sorghum and legumes is supplementary and may not affect farm households’ behaviors. Although more rigorous studies are needed in the future, observed patterns of irrigation use in Nigeria indicate that the policies aiming to raise agricultural productivity and to develop the value chains of key crops may need to be based on an understanding of why irrigation is used in specific ways in different systems and of what the key constraints in scaling up such systems in other locations are.
Using governorate-level national data and household survey data, we build a typology of farm households in Egypt that allows us to describe how different farm households behave in response to policy and environmental changes affecting their resources, welfare, and opportunities in output and input markets. One of the major contributions of this study is the building of a unique dataset that combines various data sources at different levels of aggregation, providing the information needed to model the farm typology. We used this dataset as the input of a multi-step procedure that includes the use of principal components and cluster analyses to identify 14 household types. To illustrate possible uses of the typology, we look at the vulnerability of the different types of households to projected changes in temperature, water availability, and water demand from crops due to climate change, and discuss which farmers, production systems, and regions will be most affected by climate shocks. We assumed that increased temperatures by 2050 would result in increased water demand and reduced yields for most crops due to heat stress and harsher growing conditions. We define three climate change scenarios that differ in the expected water flows of the Nile into the Aswan High Dam. Results of simulations using a household model suggest that Egypt is likely to experience a significant reduction in output, agricultural labor demand, and cultivated area because of climate change, although the severity of this outcome will depend on the magnitude of changes in the Nile’s flow. Most affected by these changes will be small and average households producing field crops. Our results suggest that to mitigate the risks and possible future impacts of climate change, the country will need to: Move away from policies supporting production of cereals and water-inefficient crops towards diversification of production into water-efficient high-value crops; facilitate the access of skilled resource-poor producers to capital and markets; and create opportunities for off-farm employment and income for smallholders that are using resources inefficiently.
This Working Paper presents methodological and substantive findings of gender-differentiated quantitative farm household surveys about smallholder’s private irrigation technology adoption in Ghana and Zambia. Focusing on three gender variables, household headship, labor provision and plot management, the paper examines adoption rates, types of technologies and gendered labor provision in female- and male-headed households; compares adoption rates on women’s own plots with overall rates; compares women’s decision-making on irrigated plots and rainfed plots; and examines impacts of targeting strategies. Findings suggest that women are proactive irrigation adopters in spite of the many obstacles they face. Removing those obstacles serves both gender equality and irrigation policies.
A joint FAO and World Bank study which shows how the farming systems approach can be used to identify priorities for the reduction of hunger and poverty in the main farming systems of the six major developing regions of the world.
Smallholder farms are often the focus of strategies to reduce poverty, inequality and hunger. They are also a very diverse group, leading to calls for more context-specific strategies to support smallholder farms. Until recently, a lack of both household and macro-level data prevented policymaking tailored to the context of smallholder farms, i.e. what types of farms at what locations may benefit most from, for example, better irrigation infrastructures, intensification or improved access to markets? Increased effort to collect more information at different scales and scopes enables us to systematically establish the context in which smallholder farms operate. The objective of this study is to combine household survey, agricultural census and land cover data to analyse food security and poverty at the micro (farm) and macro (regional and country) levels. To do so, the study developed a novel methodology that combines different data sources to establish country-wide farm typologies that enable an analysis of poverty and food security that is both farm-system specific and spatially explicit. To test our methodology, we analysed the poverty and food security situation of Ethiopian smallholder farms. Our results show that the combination of activities and agroecological zone largely determined the food security situation of the farm. In terms of poverty, all farms were below the poverty line; in particular, pure livestock farms operating in poor biophysical conditions exhibited low market interactions and high incidence of poverty. The farming-system - and location-specific poverty and food security indicators developed in this study provide guidance for better targeting of policy strategies.
Excerpt from Irrigation for the Farm, Garden, and Orchard The profits which are derived from work and enter prise, depend, not so much upon the extent of these, as upon the effectiveness of the methods employed to make them productive. Five acres, or ten, well cultivated, and supplied with abundant water, will yield, in the course of ten years, as much profit as fifty, or a hundred acres, equally well cultivated, but without any provision for the necessary moisture. Many years of observation, and renewed experiences, during the past eight years, have shown that at least one year in three, there is a deficiency of water for the production of full crops, and the crops of the greatest value suffer the most in such seasons. It is scarcely necessary to do more than to call attention to these facts, leaving to the good sense and' the enterprise of American farmers, the adoption of the requisite methods of evading from drouth losses, and the securing of a more satisfactory remuneration for their labor, by the use of the surplus water on their farms, both flowing upon the surface or below it, in such ways as are pointed out in the following pages. About the Publisher Forgotten Books publishes hundreds of thousands of rare and classic books. Find more at www.forgottenbooks.com This book is a reproduction of an important historical work. Forgotten Books uses state-of-the-art technology to digitally reconstruct the work, preserving the original format whilst repairing imperfections present in the aged copy. In rare cases, an imperfection in the original, such as a blemish or missing page, may be replicated in our edition. We do, however, repair the vast majority of imperfections successfully; any imperfections that remain are intentionally left to preserve the state of such historical works.
Although Nepal formulated an agricultural mechanization promotion policy in 2014, there is still much to learn about tailoring mechanization policies to different types of farm households. The Terai belt in Nepal has seen steady growth in tractor use in the past 20 years, but heterogeneity exists among farm households. In this study, we use Nepal Living Standards Survey data to analyze such heterogeneity from a farm typology perspective. We characterize farm households based on use of external agricultural inputs, including tractors. Growth of tractor use in the Terai is associated with input use intensification per cultivated area, rather than significant expansion of cultivated area. Tractor use in the Terai appears to have grown as part of such land-saving intensification, although larger farm owners do hire in more tractors. We find that differences in household income portfolios are not straightforward between tractor renters and nonrenters, without clear differences in specialization of economic activities as well as farming systems. Tractor renters consist of various types, including the power-intensive mechanizer, intensive labor hirer, and fertilizer-based intensifier. Such heterogeneity recommends the use of tailored mechanization policy options.
This study assesses the short-term effects of large irrigation dams on household consumption in the northern part of Nigeria. Using two rounds of the Nigeria LSMS survey, we apply multinomial logit inverse probability weighting (MIPW) methods to construct matching samples across three different types of hydrological basins – dam basins, which are basins that contain large irrigation dams and the area upstream of such dams; downstream basins, which are located downstream of large irrigation dams; and non-dam basins, which are not associated with large irrigation dams. Our analyses particularly focus on the benefits provided by such dams for mitigating the drought risks faced by farm households. Drought is an important factor that affects adversely the welfare of farm household in Nigeria. Supplemental irrigation is often used during drought to provide water to crops.