Socio-economic determinants of Legumes and Root crops production in Lahar-affected areas of Zambales, Philippines: Its policy implications
Paper Details
Socio-economic determinants of Legumes and Root crops production in Lahar-affected areas of Zambales, Philippines: Its policy implications
Abstract
This study investigates the socio-economic determinants of legumes and root crops production, specifically focusing on cassava and sweet potato, in the lahar-affected areas of Zambales, Philippines. The research provides valuable insights into the demographic profile and farming characteristics of the respondents. Notably, the study finds a mix of older and younger farmers actively engaged in agriculture, with a pronounced gender disparity, predominantly favoring male farmers. Education emerges as a critical factor influencing crop production, emphasizing the significance of educational interventions in enhancing farming practices and overall productivity. Furthermore, the number of children, farm size, and farming experience demonstrate positive associations with crop yields, underscoring the importance of family labor and farming knowledge in bolstering productivity. Additionally, the study identifies preferred varieties of sweet potato and cassava, offering valuable information to promote the adoption of high-yielding and resilient crops in the region. The research also sheds light on key challenges faced by farmers, including weather conditions, pest infestations, financial constraints, and production costs. To enhance agricultural resilience and productivity in the lahar-affected areas, targeted support and interventions are necessary to address these challenges effectively. Based on the findings of this study on the socio-economic determinants of legumes and root crops production in the lahar-affected areas of Zambales, Philippines, several policy recommendations can be proposed to enhance agricultural productivity and rural development.
Adeoti AI, Ikubanni PP, Fasasi AA, Ashaolu OF. 2017. Influence of farmers’ experience on their uptake of improved agroforestry technologies in Ondo State, Nigeria. Journal of Agricultural Extension 21(2), 102-113.
Asfaw S, Mortimore M, Troncoso K. 2019. Education and agricultural productivity: Evidence from smallholder tea farmers in Malawi. World Development 114, 79-90.
Barrett CB, Reardon T, Webb P. 2012. Nonfarm income diversification and household livelihood strategies in rural Africa: Concepts, dynamics, and policy implications. Food Policy 67-81.
Bellemare MF, Novak L, Steinmetz E. 2020. Family size, fertility, and labor supply in Senegal. Journal of Development Economics 144, 102438.
Deininger K, Xia F, Jin S. 2019. Can subjective questions on land rights identify de jure property rights? Evidence from Tajikistan. Land Economics 95(2), 278-300.
Doss CR, Meinzen-Dick R, Bomuhangi A. 2014. Who owns the land? Perspectives from rural Ugandans and implications for land acquisitions. Journal of Development Studies 50(7), 961-978.
Guzman, Alvarado, Bas-ong, Magulod Jr. 2021. Establishing baseline agriculture performance and rural development indicators in Cagayan Province; IJB, V19, N6, December p138-149.
Jayne TS, Chamberlin J, Headey DD. 2018. Land pressures, the evolution of farming systems, and development strategies in Africa: A synthesis. Food Policy 30-43.
Madarang, Perciano, Magulod Jr. 2021. Cacao growers profiling in one municipality of Region 2 Philippines: Basis for sustainable development program; IJB, V19, N6, December P129-137.
Magulod, Bautista, Gerardo, Madarang, Cortez, Llaneza. 2022. Profiling of school + home cacao project adopters as basis for community-based participatory cacao processing enterprise model; IJB, V21, N4, October p110-120.
Otsuka K, Liu Y, Yamauchi F. 2017. Factor endowments, wage growth, and changing food self-sufficiency: Evidence from country-level panel data. Food Policy 69, 256-266.
Geena Hipolito-Pingol, 2023. Socio-economic determinants of Legumes and Root crops production in Lahar-affected areas of Zambales, Philippines: Its policy implications. J. Biodiv. Environ. Sci., 22(6), 141-151.
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