Wet seeded rice: water use efficiency, productivity, and constraints to wider adoption.

Bhuiyan S.I.; Sattar M.A.; Tabbal D.F.

Wet seeded rice: water use efficiency, productivity, and constraints to wider adoption.

1995

Bhuiyan S.I. | Sattar M.A. | Tabbal D.F.

Wet seeded rice (WSR) and transplanted rice (TPR) production systems have been evaluated for water use efficiency, tolerance for drought, yield, and economic return. The bases of comparison were the results from several field experiments and farmer surveys conducted in the service area of the Upper Pampanga River Integrated Irrigation System (UPRIIS), where WSR is becoming increasingly popular and replacing TPR. Wet seeded rice was superior to TPR in all respects. These results have major implications for future research and development programs. Constraints to wider adoption of WSR and research issues for the future have been identified and discussed.

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AGROVOC Keywords

broadcasting constraints contrainte control de plagas cost benefit analysis crop yield drought resistance efficiency eficacia fertilisation fertilizer application filipinas herbicidas herbicide herbicides lutte antiravageur methode methods oryza sativa pest control philippines productividad productivity rendement des cultures rendimiento de cultivos repiquage transplanting trasplante uso del agua variedades varieties water use

Bibliographic information

Published in

IRRI Discussion Paper Series (Philippines). no. 10.

Other Subjects

Analisis de costos y beneficios; Metodos; Utilisation de l' eau; Resistencia a la sequia; Coaccion; Distribucion a voleo; Efficacite; Analyse cout avantage; Aplicacion de abonos; Application a la volee; Resistance a la secheresse; Variete; Productivite

Language

English

Note

1 graph; 9 tables; 6 ref. Summary (En). AVAILABILITY: IRRI Library, Los Banos, Laguna (Philippines).

ISBN

971-22-0082-5

Type

Monograph; Conference Paper; Conference Part; Conference Proceedings; Summary

Conference

International Workshop on Constraints, Opportunities, and Innovations for Wet Seeded Rice. Bangkok (Thailand). 31 May - 3 Jun 1994.

Corporate Author

International Rice Research Inst., P.O. Box 933, 1099 Manila (Philippines)

In AGRIS since: 2012-11-15

Format: AGRIS AP

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Wet seeded rice: water use efficiency, productivity, and constraints to wider adoption.

1995

AGROVOC Keywords

Bibliographic information