Appropriate drip irrigation technologies promoted by IDEI, a socio-economic assessment by S. J. Phansalkar

Cover of: Appropriate drip irrigation technologies promoted by IDEI, a socio-economic assessment | S. J. Phansalkar

Published by International Development Enterprises (India) in New Delhi .

Written in English

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Edition Notes

Book details

StatementS.J. Phansalkar.
SeriesReport -- 018
ContributionsInternational Development Enterprises (India)
The Physical Object
Pagination22 p. ;
Number of Pages22
ID Numbers
Open LibraryOL16287493M
LC Control Number2006561639

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Appropriate drip irrigation technologies promoted by IDEI: A socio-economic assessment (PDF). International Development Enterprises India. BPP & STP price () (PDF). International Development Enterprises India.

Drip irrigation is the most advanced and the most efficient of all irrigation methods. However, its exceptional capabilities cannot be effectively implemented if the user is not familiar with the related knowledge and does not implement it in the current operation and maintenance of the drip irrigation.

About this book Introduction Emphasis is placed on the practical aspects of drip irrigation and the principles of drip system design from the choice of emitters and laterals to the design of the main lines, with sections on filtration, fertigation and subsurface drip design, a socio-economic assessment book a special chapter on the monitoring and management of these systems.

As a result, drip irrigation and automatic control irrigation systems have developed quickly, as land operators can afford, manage and get benefit from the new irrigation technologies applied.

It may be true that the small land scale and weak economic strength of farmers are major constraints for adaptation of new irrigation technologies in Cited by: 3.

This paper examines social and economic issues pertaining to the micro-irrigation technology based livelihoods of smallholders in villages of Nepal and India. The paper therefore aims to help in policy making by bringing in the ignored micro perspectives.

of improved DRR methods and technologies on key aspects of agri-culture and food security sectors, including conservation agriculture, crop production, appropriate seed varieties, land and water use and management, agricultural inputs supply, insurances, environmental rehabilitation, protective afforestation and irrigation, among others.

Drip irrigation is an efficient method of providing irrigation water directly into soil at the root zone of plants and thus, minimizes conventional losses such as deep percolation, runoff and soil.

Drip 90 Improved Irrigation Technologies A number of technologies have been developed to apply water more uniformly without excessive waste. Among these are systems such as low-pressure center pivot, LEPA (Low-Energy Precision Application), surge, and micro-irrigation. These improvements may require capital.

Drip irrigation is an ideal solution for irregular or small areas. Inline drip irrigation limits the potential for liability by reducing or eliminating overspray on buildings, walkways, roadways, and other trafficked areas.

Main-tenance costs are often lower due to reduced overspray, runoff, erosion, compaction, water staining, and property damage. Drip irrigation is sometimes called trickle irrigation and involves dripping water onto the soil at very low rates ( litres/hour) from a system of small diameter plastic pipes fitted with outlets called emitters or is applied close to plants so that only part of the soil in which the roots grow is wetted (Figure 60), unlike surface and sprinkler irrigation, which involves.

a socio-economic assessment book In West Nimar, Madhya Pradesh (as in the whole of India) IDEI supports the marketing of cheap, good quality equipment for so-called 'Affordable Micro-Irrigation Technologies' (AMIT) such as pepsee (see associated technology).

The promoted technology in this case is based on a farmer's innovation, which then was promoted and spread by IDEI.

AE Principles and Practices of Irrigation Management for Vegetables1 M. Dukes, L. Zotarelli, G. Liu, and E. Simonne2 1. This document is AE, one of a series of the Horticultural Sciences Department, UF/IFAS Extension.

Irrigation growth rate will be slower than in the past: 0,6% p.a. against % in the past Irrigation still important in the world food system, with 45 percent of total food production in Irrigation will increasingly serve a market-oriented agriculture Increased competition for water Increased need for transparency in management.

As new irrigation technology becomes increasingly common, manufacturers will need to stay aware of these trends and upgrade their equipment to keep up with customer demand. Drip irrigation pipe must still be produced in an efficient manner and will need to operate with smart systems. Further, manufacturers will face the challenge of educating consumers about the advantages of new technology.

This edited book, Smart Agriculture: An Approach towards Better Agriculture Management aims to present utilization of advanced technologies towards the better management of. Analysis of Soil N 2 O Emission under Drip Irrigation Technology.

Weihan Wang. Journal of Geoscience and Environment Protection Vol.6 No,Decem DOI: /gep Downloads Views Citations. Sixth Edition represents the most comprehensive reference book ever published on the evolution of irrigation systems and the many facets of irrigation systems, technologies and practices.

It is a must-have reference for all water managers and those interested in advancing their professional knowledge or seeking certification. Appropriate Drip Irrigation Technologies Promoted by IDEI A Socio-Economic Assessment. International Development Enterprises (India) The irrigation solutions promoted by the project are affordable enough to be purchased and owned by smallholder farmers thereby ensuring water independence and a decrease in dependence on hired pumps and water.

Drip irrigation. Drip irrigation is quickly gaining popularity as a low-cost and water-saving technique. At its core, it is a network of perforated tubes linked to a water source.

The water flows through the tubes and trickles out of the perforations onto the soil. to percent through the drip method of irrigation. This is the declared motive for the state governments of India to embark on the massive popularization of these technologies.

However, the 1For more information on this see Sivanappan quoted in Narayanmoorthy acceptance, employing and technological continuation. The drip irrigation also as progressive technology is not exempt from this basic rule.

This technology has been applied in the pomegranate’s garden of Tangh-e-Siab’ rural village (located in the Kohdasht) but has not been successful for various socio-economic reasons.

The purpose of. The Case for Distributed Irrigation. Between and26 SSA countries experienced at least 6 droughts, and 14 of them experienced at least 10 droughts, precipitating food crises that resulted in hundreds of thousands of deaths over the period (6, 7).Such famines continue to occur against a backdrop of widespread chronic malnutrition—in the forms of calorie, protein, and.

The International Commission on Irrigation and Drainage is dedicated to enhancing the worldwide supply of food and fibre for all people by improving water and land management and the productivity of irrigated and drained lands through appropriate management of water, environment and application of irrigation, drainage and flood management techniques.

Irrigation Technology Advances New technology is regularly revealed as environmental needs change and the U.S. takes a harder look at water consumption. Farmers already control their irrigation systems with full-color touchscreen displays, one of a number of advanced irrigation controller technology options.

More thanof iDE’s low-cost drip systems have been sold in India, Nepal, Zambia and Zimbabwe,” according to National Geographic. There are several international initiatives to spread drip technology.

The International Atomic Energy Agency has signed 19 countries onto its technical cooperation project to promote drip irrigation systems. The book deals with drip irrigation 'behind the scenes', showcasing what largely remain 'untold stories'.

Most research on drip irrigation use plot-level studies to demonstrate the technology’s ability to save water or improve efficiencies and use a narrow and rather prescriptive engineering or economic language.

This can be attributed to the improved soil water availability for growth and the ability of the irrigator to match crop water demands efficiently. Geographical considerations Surface drip irrigation for tree and vine crops is suitable worldwide. Two factors should be considered in determining whether drip irrigation is appropriate.

Irrigation–Principles and Practices Introduction Lecture 1: Irrigation Concepts and Terminology Lecture 2: Irrigation Scheduling and Delivery Systems Demonstration 1: Field-Scale Irrigation Demonstration 2: Garden-Scale Irrigation Hands-On Exercises 1–6 Assessment Questions and Key Resources Supplements 1.

Irrigation and Technology Assessment Publication #2 in the Series Paul A. Thomas, Extension Horticulturist are more appropriate for increasing pressure while other pumps are more appropriate for increasing drip irrigation method is the use of spaghetti tub-ing as.

List of 6 Top Irrigation Business Ideas & Opportunities #1. Drip Irrigation. Basically, drip irrigation is known as trickle irrigation. The drip irrigation system includes dripping water onto the soil at very low rates ( liters/hour) from a system of small diameter plastic pipes fitted with outlets called emitters or.

Unlike sprinkler irrigation, drip irrigation systems are much more forgiving of design error, the cost of over sizing the materials is minimal, and so a prescriptive design method works very well for almost everyone.

To prepare a fully engineered drip irrigation design requires a massive number of difficult mathematical calculations. A part of the scheme is to promote appropriate technologies for saving water and is called the National Mission on Micro Irrigation (NMMI).

The subsidies for installing the Drip Irrigation system in different states depend on their location and availability of the materials. States which have increased used of this technique are provided with a.

Low pressure drip irrigation is being promoted in Sub Saharan Africa as an alternative to traditional methods of small scale irrigation of vegetables.

The African Market Garden (AMG) is a horticultural production system for smallholders based on low-pressure drip irrigation combined with an improved crop management package.

The experimental plots irrigated by drip irrigation technology were established at the same time and at the same fields in parallel with experiments with furrow irrigations.

Their were equipped with 4 boreholes providing access to capacitance soil moisture sensors measuring soil moisture till 40 cm.

The Gradual Path to Modern Drip Irrigation. Modern drip irrigation dates back to the ’s, when German researchers began experimenting with clay pipes just below the surface of the soil. The researchers used these clay pipes to create a unique system that combined drip irrigation and drainage.

Farmers cultivating okra under DMI are also able to generate an additional farm business income of ₹72,/acre over the non-drip adopters. The net present worth and benefit-cost ratio estimated using different discount rates corroborate that investment in drip irrigation is economically highly viable for okra crop cultivating farmers.

Micro irrigation technologies such as those based on drip and sprinkler systems are being increasingly propagated as ideal technological solutions for achieving water conservation.

Of the two technologies, drip irrigation, in its various forms, has been a relatively more important mode of micro irrigation. cost appropriate technologies to the poor and smallholder farmers. Drip irrigation is often promoted for reasons that do not match with the farmers’ main concerns.

While the government promotes drips as long-term investments for water saving and sustainable. limit contamination if drip tubing is damaged. (d) Use air-vacuum relief valves to minimize injection of dirt or other contaminants into the emitters. (e) Wherever possible use drip irrigation to increase irrigation efficiency.

Control Wire (a) Control wire must be sized to the length of its run using the recommendations of. Subsurface Drip Irrigation Systems: Assessment and Development of Best Management Practices PIs: Drew W. Johnson and George F. Vance. Project Duration: 03/01/ – 02/28/ Project Overview: Microirrigation such as subsurface drip irrigation (SDI) has.

Would you like to get the full Thesis from Shodh ganga along with citation details?the s did drip irrigating begin to gain momentum. Traditionally, irrigation had relied upon a broad coverage of water to an area that may or may not contain plants.

Promoted for water conservation, drip irrigation does just the opposite. It applies small amounts of water (usually every two or three days) to the immediate root zone of plants.Inthe initial equipment cost for a 1-acre drip irrigation system was estimated at $2, including drip tape and plastic mulch (see table below).

There is a $ cost for each additional acre of drip irrigation, up to about 10 acres. Installation Cost Estimate for Drip Irrigation in Kentucky.

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