Synopsis: Farmers’ grain storage and losses in Ethiopia: Measures and associates


Book Description

Storage losses of crops on the farm are often assumed to be an important contributor to presumed large post-harvest losses in developing countries. However, reliable and representative estimates on these losses are often lacking. We study farmers’ storage decisions and self-reported storage losses for grain crops based on two recent large-scale household surveys conducted in major grain producing areas in Ethiopia. We show that a relatively large share of grain production is stored, mainly for own consumption, and that storage technologies are rudimentary. We find that farmers’ self-reported storage losses amount to an average of 4 percent of all grains stored and 2 percent of the total harvest. These storage losses are shown to differ significantly by some households’ socio-economic characteristics and wealth and also by crop and prevailing humidity levels. We further see strong spatial heterogeneity in storage losses, being significantly higher in the southwestern part of the country. Efforts to scale up the adoption of improved storage technologies to reduce storage losses at the farm level should take into consideration these characteristics.




Farmers’ grain storage and losses in Ethiopia: Measures and associates


Book Description

Storage losses at the farm are often assumed to be an important contributor to presumed large postharvest losses in developing countries. However, reliable and representative data on these losses are often lacking. We study farmers’ storage decisions and self-reported storage losses for grain based on two recent large-scale household surveys conducted in major agricultural areas in Ethiopia. We show that a relatively large share of grain production is stored by farm households themselves, mainly for own consumption, and that storage technologies are rudimentary. We find that farmers’ self-reported storage losses amount to an average of 4 percent of all grain stored and 2 percent of the total harvest. These storage losses are shown to differ significantly by socio-economic variables and wealth, but also by crop and humidity. We further see strong spatial heterogeneity in storage losses, being significantly higher in the southwestern part of the country. Efforts to scale up the adoption of improved storage technologies to reduce storage losses at the farm level should take into consideration these characteristics.







Grain Storage Techniques


Book Description

Deals with the main aspects of preservation of grains after harvest in tropical and subtropical regions. Presents the entire range of technologies currently available, from the farm granary to large-scale storage facilities. Special emphasis has been placed on quality control as it is becoming more and more important in view of the marketable surplus. Aimed at private and public sector storage operators, extension workers, students and researchers.










Economics of Storage of Wheat


Book Description

The technological breakthrough in agriculture especially in wheat crop has increased its production. But the problem of feeding the ever increasing human population does not end with the production of foodgrains. Author chose this burning problem to save every grain produced and keep it in healthy condition till it is consumed.










Grain Storage


Book Description

Grain Storage was first published in 1969. Minnesota Archive Editions uses digital technology to make long-unavailable books once again accessible, and are published unaltered from the original University of Minnesota Press editions. The deterioration or spoilage of stored grain is a problem of serious dimension, both from the standpoint of the financial balance sheet of those engaged in commercial grain enterprises and as a formidable factor in the worldwide fight against hunger. In this useful book the authors present practical information, in non-technical language, about the causes and methods of preventing the deterioration of stored grains and seeds. The emphasis is on the role of fungi but material also is included on problems with insects, mites, and rodents in connection with grain storage. The fungi are of prime importance since not until recently have they been recognized as a major cause of loss of quality in grains and seeds. Even today many of those who deal with grains, from warehouses to management personnel, fail to realize that fungi may play a decisive role in their operations. The book will be of special interest and value to grain merchants and processors, grain elevator managers and operators, grain inspectors, agronomists and agricultural economists concerned with crop production, and many others in agricultural or food processing fields.