Dry-seeded rice for enhancing the productivity of rainfed drought-prone lands: lessons from Bangladesh and the Philippines

MA. Mazid; SI. Bhuiyan; MA. Mannan; L J Wade

Dry-seeded rice for enhancing the productivity of rainfed drought-prone lands: lessons from Bangladesh and the Philippines

MA. Mazid, SI. Bhuiyan, MA. Mannan, L J Wade

Graham Centre for Agricultural Innovation

Research output: Book chapter/Published conference paper › Conference paper › peer-review

Abstract

In most rainfed drought-prone environments, water shortages constrain farm productivity toward the end of the season for the wet-season rice crop and/or for a second crop after rice. Dry seeding, instead of transplanting rice, may help solve this problem. Dry-seeded rice can be established and harvested earlier, with a reduced risk of drought to the crop and, at the same time, leave a longer favorable period for growing a postrice crop. Recent research has established the prospects of dry-seeded rice-based farming systems in drought-prone environments of various countries, including the Philippines and Bangladesh. This paper summarizes some of that research conducted within the auspices of the Rainfed Lowland Rice Research Consortium (RLRRC), a regional research network coordinated by IRRI. Some common issues that deserve further investigation are discussed.

Original language	English
Title of host publication	Direct Seeding
Subtitle of host publication	Research Strategies and Opportunities, proceedings of a workshop
Place of Publication	Manila, Philippines
Publisher	IRRI Philippines
Pages	185-200
Number of pages	16
ISBN (Electronic)	9712201732
Publication status	Published - 2002
Event	The International Rice Research Institute, IRRI Conferences - Bangkok, thailand, Thailand Duration: 25 Jan 2000 → 28 Jan 2000

Conference

Conference	The International Rice Research Institute, IRRI Conferences
Country	Thailand
Period	25/01/00 → 28/01/00

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@inproceedings{e1bc833b6c10454e9b3b4a099730bb0d,

title = "Dry-seeded rice for enhancing the productivity of rainfed drought-prone lands: lessons from Bangladesh and the Philippines",

abstract = "In most rainfed drought-prone environments, water shortages constrain farm productivity toward the end of the season for the wet-season rice crop and/or for a second crop after rice. Dry seeding, instead of transplanting rice, may help solve this problem. Dry-seeded rice can be established and harvested earlier, with a reduced risk of drought to the crop and, at the same time, leave a longer favorable period for growing a postrice crop. Recent research has established the prospects of dry-seeded rice-based farming systems in drought-prone environments of various countries, including the Philippines and Bangladesh. This paper summarizes some of that research conducted within the auspices of the Rainfed Lowland Rice Research Consortium (RLRRC), a regional research network coordinated by IRRI. Some common issues that deserve further investigation are discussed.",

author = "MA. Mazid and SI. Bhuiyan and MA. Mannan and Wade, {L J}",

note = "Imported on 03 May 2017 - DigiTool details were: publisher = Manila, Philippines: IRRI Philippines, 2002. editor/s (773b) = S Pandey, A M Mortimer, L J Wade, T P Tuong, K Lopez, B Hardy; Event dates (773o) = 25-28 January 2000; Parent title (773t) = The International Rice Research Institute, IRRI Conferences.; The International Rice Research Institute, IRRI Conferences ; Conference date: 25-01-2000 Through 28-01-2000",

year = "2002",

language = "English",

pages = "185--200",

booktitle = "Direct Seeding",

publisher = "IRRI Philippines",

}

Mazid, MA, Bhuiyan, SI, Mannan, MA & Wade, LJ 2002, Dry-seeded rice for enhancing the productivity of rainfed drought-prone lands: lessons from Bangladesh and the Philippines. in Direct Seeding: Research Strategies and Opportunities, proceedings of a workshop. IRRI Philippines, Manila, Philippines, pp. 185-200, The International Rice Research Institute, IRRI Conferences, Thailand, 25/01/00.

Dry-seeded rice for enhancing the productivity of rainfed drought-prone lands : lessons from Bangladesh and the Philippines. / Mazid, MA.; Bhuiyan, SI.; Mannan, MA.; Wade, L J.

Direct Seeding: Research Strategies and Opportunities, proceedings of a workshop. Manila, Philippines : IRRI Philippines, 2002. p. 185-200.

Research output: Book chapter/Published conference paper › Conference paper › peer-review

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T2 - The International Rice Research Institute, IRRI Conferences

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AU - Mannan, MA.

AU - Wade, L J

N1 - Imported on 03 May 2017 - DigiTool details were: publisher = Manila, Philippines: IRRI Philippines, 2002. editor/s (773b) = S Pandey, A M Mortimer, L J Wade, T P Tuong, K Lopez, B Hardy; Event dates (773o) = 25-28 January 2000; Parent title (773t) = The International Rice Research Institute, IRRI Conferences.

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N2 - In most rainfed drought-prone environments, water shortages constrain farm productivity toward the end of the season for the wet-season rice crop and/or for a second crop after rice. Dry seeding, instead of transplanting rice, may help solve this problem. Dry-seeded rice can be established and harvested earlier, with a reduced risk of drought to the crop and, at the same time, leave a longer favorable period for growing a postrice crop. Recent research has established the prospects of dry-seeded rice-based farming systems in drought-prone environments of various countries, including the Philippines and Bangladesh. This paper summarizes some of that research conducted within the auspices of the Rainfed Lowland Rice Research Consortium (RLRRC), a regional research network coordinated by IRRI. Some common issues that deserve further investigation are discussed.

AB - In most rainfed drought-prone environments, water shortages constrain farm productivity toward the end of the season for the wet-season rice crop and/or for a second crop after rice. Dry seeding, instead of transplanting rice, may help solve this problem. Dry-seeded rice can be established and harvested earlier, with a reduced risk of drought to the crop and, at the same time, leave a longer favorable period for growing a postrice crop. Recent research has established the prospects of dry-seeded rice-based farming systems in drought-prone environments of various countries, including the Philippines and Bangladesh. This paper summarizes some of that research conducted within the auspices of the Rainfed Lowland Rice Research Consortium (RLRRC), a regional research network coordinated by IRRI. Some common issues that deserve further investigation are discussed.

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