Upland rice cultivation practices in Cagayan Province, Philippines

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Research Paper 01/01/2019
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Upland rice cultivation practices in Cagayan Province, Philippines

Josephine Y. Bas-ong
Int. J. Biosci. 14(1), 454-467, January 2019.
Copyright Statement: Copyright 2019; The Author(s).
License: CC BY-NC 4.0

Abstract

The study was conducted to ascertain the cultivation practices of upland rice farmers in Cagayan province, Philippines. The study was conducted for a period of one year from July 2016 to June 2017 covering the wet planting season and dry planting season. The study sites were 13 municipalities and 28 barangays identified as upland farming areas based on records provided by the Department of Agriculture regional and provincial offices. Purposive sampling was employed while a structured questionnaire was utilized to aid data gathering through personal interviews. Data were analysed using descriptive statistics. Results revealed that upland rice farmers in Cagayan are in their middle age, mostly male with relatively low level of education, with limited training exposure related to agriculture specifically on rice production by government line agencies, conducted in their respective barangays and municipalities. The upland rice farmer respondents are cultivating a total land area of 322.7 hectares. In their cultural management practices, only few employ manual and mechanical plowing, harrowing, levelling and mechanical rotavating. Most of the respondents practice traditional harvesting method with produce intended for home consumption. Whereas they assessed upland rice farming as an environmentally suitable and safe and healthy farming practice compared to lowland farming. They also enumerated lots of their experienced problems with their corresponding recommended solutions.

Agribusiness, PP6 Million Bicol. 2018. Upland Rice Organic farming Capitalizes on Rice Drought Tolerance On Bicol’s Having Been A Major Upland Rice Producer.

Ahmadi N, Upland Rice. For Highlands: New Varieties and Sustainable Cropping Systems. For Food Security Promising Prospects For The Global Challenges Of Rice Production? CIRAD, Montpellier, France, Proceedings of the FAO Rice Conference.

Celerina T, Miranda, Czarina Nova V. Pini. 2015. Organic Upland Rice Seed Production in Nueva Vizcaya, Philippines, RAJABHAT AGRIC 14(2), 19-24.

Chang Genetic Resources Centre-IRRI TT, Los Baños, Philippines (Ruaraidh Sackville Hamilton, Ken McNally, Flora de Guzman, Renato Reaño, Soccie Almazan, Adelaida Alcantara, Elizabeth Naredo), WARDA, Cotonou, Benin. 2018. (Ines Sánchez); UPLB-University of the Philippines at Los Baños (Teresita Borromeo), Date accessed June 20, 2018, Cultural Practices For Characterization Of Cultivated Rice.

Crop Biotech. 2012. Update, November 7.

Department of Agriculture. Region 02 Records on File 2015.

Flordeliza H Bordey, Piedad F Moya, Jesusa C Beltran, David C Dawe. Competitiveness of Rice Production in Asia, IRRI, PhilRice and Department of Agriculture.

Hui Xia, Jie Xiong, Tao Tao, Xiaoguo Zheng, Weixia Huang, JiaJia Li, Liang Chen, Lijun Luo. 2015. Distinguishing Upland And Lowland Rice Ecotypes By Selective Ssrs And Their Applications In Molecular-Assisted Selection Of Rice Drought Resistance 206(1), 11-20.

Ikeh SO, Nwilene FE, Agunbiade TA, Oladimeji O, Ajayi O, Semon M, Tsunematsu H, Samejima H. Growing Upland Rice: A Production Handbook, www.warda.org.

Pedro B, Escur0 1•2 And Jose E. Hernandez2. The Search For Rice Varieties Adaptedto Rainfed Growing Conditions.

Phil Rice Magazine. Volume 27, No. III, July-September 2014.

Philippine Rice Research Institute. Potential Breeding Line to Improve Upland Rice Varieties, http://mail.philrice.gov.ph

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