Water goes further in supplementary irrigation

Supplementing rainfall with small amounts of water is a more efficient way of using scarce irrigation water than full-blown irrigation schemes. Such supplementarg irrigation can more than double crop yields. Researchers at the international Centre for Agricultural Research in the Dry Areas (ICARDA) have carried out several trials on this topic. In 1986 the wheat crop at ICARDA received about 320 mm of rain, and yielded slightly more than two tonnes of gram per hectare. However, some of that wheat crop was given just 60 mm of water at a crucial tune, and yields increased to more than five tonnes per hectare. It is important that the right quantity of water is applied at the correct time, which is when the plants are stressed, and ICARDA researchers are developing methods that will help farmers to assess the correct time. Such has been the success of ICARDA's work that the Syrian government has altered a proposed irrigation scheme: they had planned a full irrigation scheme for summer crops covering 5000 hectares, but have now decided to change the scheme so that the water will be used as supplementary irrigation for winter crops. This will mean that the scheme can be expanded to cover 20,000 hectares. For more details, contact: The International Centre for Agricultural Research in Dry Areas (ICARDA) PO Box 5466 - Aleppo - SYRIA

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Main Author: Technical Centre for Agricultural and Rural Cooperation
Format: News Item biblioteca
Language:English
Published: Technical Centre for Agricultural and Rural Cooperation 1989
Online Access:https://hdl.handle.net/10568/45017
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spelling dig-cgspace-10568-450172021-06-17T11:55:28Z Water goes further in supplementary irrigation Technical Centre for Agricultural and Rural Cooperation Supplementing rainfall with small amounts of water is a more efficient way of using scarce irrigation water than full-blown irrigation schemes. Such supplementarg irrigation can more than double crop yields. Researchers at the international Centre for Agricultural Research in the Dry Areas (ICARDA) have carried out several trials on this topic. In 1986 the wheat crop at ICARDA received about 320 mm of rain, and yielded slightly more than two tonnes of gram per hectare. However, some of that wheat crop was given just 60 mm of water at a crucial tune, and yields increased to more than five tonnes per hectare. It is important that the right quantity of water is applied at the correct time, which is when the plants are stressed, and ICARDA researchers are developing methods that will help farmers to assess the correct time. Such has been the success of ICARDA's work that the Syrian government has altered a proposed irrigation scheme: they had planned a full irrigation scheme for summer crops covering 5000 hectares, but have now decided to change the scheme so that the water will be used as supplementary irrigation for winter crops. This will mean that the scheme can be expanded to cover 20,000 hectares. For more details, contact: The International Centre for Agricultural Research in Dry Areas (ICARDA) PO Box 5466 - Aleppo - SYRIA Supplementing rainfall with small amounts of water is a more efficient way of using scarce irrigation water than full-blown irrigation schemes. Such supplementarg irrigation can more than double crop yields. Researchers at the international Centre... 1989 2014-10-08T13:15:51Z 2014-10-08T13:15:51Z News Item CTA. 1989. Water goes further in supplementary irrigation. Spore 19. CTA, Wageningen, The Netherlands. 1011-0054 https://hdl.handle.net/10568/45017 en Spore Open Access Technical Centre for Agricultural and Rural Cooperation Spore
institution CGIAR
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region Europa del Oeste
libraryname Biblioteca del CGIAR
language English
description Supplementing rainfall with small amounts of water is a more efficient way of using scarce irrigation water than full-blown irrigation schemes. Such supplementarg irrigation can more than double crop yields. Researchers at the international Centre for Agricultural Research in the Dry Areas (ICARDA) have carried out several trials on this topic. In 1986 the wheat crop at ICARDA received about 320 mm of rain, and yielded slightly more than two tonnes of gram per hectare. However, some of that wheat crop was given just 60 mm of water at a crucial tune, and yields increased to more than five tonnes per hectare. It is important that the right quantity of water is applied at the correct time, which is when the plants are stressed, and ICARDA researchers are developing methods that will help farmers to assess the correct time. Such has been the success of ICARDA's work that the Syrian government has altered a proposed irrigation scheme: they had planned a full irrigation scheme for summer crops covering 5000 hectares, but have now decided to change the scheme so that the water will be used as supplementary irrigation for winter crops. This will mean that the scheme can be expanded to cover 20,000 hectares. For more details, contact: The International Centre for Agricultural Research in Dry Areas (ICARDA) PO Box 5466 - Aleppo - SYRIA
format News Item
author Technical Centre for Agricultural and Rural Cooperation
spellingShingle Technical Centre for Agricultural and Rural Cooperation
Water goes further in supplementary irrigation
author_facet Technical Centre for Agricultural and Rural Cooperation
author_sort Technical Centre for Agricultural and Rural Cooperation
title Water goes further in supplementary irrigation
title_short Water goes further in supplementary irrigation
title_full Water goes further in supplementary irrigation
title_fullStr Water goes further in supplementary irrigation
title_full_unstemmed Water goes further in supplementary irrigation
title_sort water goes further in supplementary irrigation
publisher Technical Centre for Agricultural and Rural Cooperation
publishDate 1989
url https://hdl.handle.net/10568/45017
work_keys_str_mv AT technicalcentreforagriculturalandruralcooperation watergoesfurtherinsupplementaryirrigation
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