Shrinking Rice Bowls: Tracing the Decline of Philippine Rice Lands

Author:

Taer Albino1ORCID

Affiliation:

1. Surigao del Norte State University - Mainit Campus

Abstract

Abstract Rice farming is a pillar of food security, livelihoods, and cultural heritage across the Philippines. However, available rice lands face mounting pressures. This systematic review synthesizes evidence on factors driving the decline of Philippine rice lands over the past 30 years (1993-2023). Literature was retrieved from academic databases and grey sources, screened for relevance, and analyzed following PRISMA guidelines. Results reveal both natural and anthropogenic threats to rice lands: recurrent typhoons, volcanic eruptions, landslides, and flooding periodically damage rice areas. However, human activities dominated the drivers of rice land loss and degradation. Rapid urbanization and sprawl have directly converted 30-50% of rice lands near cities over recent decades. Agricultural policies and shifting profitability spurred farmers to convert paddies to aquaculture, cash crops, and other uses. Inadequate irrigation leaves 30% of lands dry. Deforestation disrupts water supplies essential for traditional wet rice cultivation, prompting abandonment. Groundwater over-extraction causes subsidence, enhancing flood risks and infrastructure damage. Deteriorating iconic Cordillera rice terraces face erosion and landslides after abandonment. Integrated land use planning is urgently needed to safeguard sufficient rice lands and support climate-resilient, sustainable intensification. Stronger protection of agricultural zones, expansion of irrigation infrastructure, and farmers’ adaptation incentives can help secure rice farming livelihoods and long-term food self-sufficiency, given the projected pressures of urbanization and climate change across the Philippines’ rice lands.

Publisher

Research Square Platform LLC

Reference83 articles.

1. Agricultural land conversion as a threat to food security and environmental;Agus F;Jurnal Penelitian Dan Pengembangan Pertanian,2006

2. Bacudo, A. A., Mores, M. C. L., Palaganas, J. A., Barrameda, P. G., Sanchez, K. P., & Salcedo, P. G. (2006). Biodiversity assessment and GIS mapping of MinSCAT forest reservation. MinSCAT Report. p. 34

3. Submergence tolerant rice: SUB1’s journey from landrace to modern cultivar;Bailey-Serres J;Rice,2010

4. Urbanization in the Philippines and its influence on agriculture;Bravo MR;Sustainable landscape planning in selected urban regions,2017

5. Cabildo, J., K. Subingsubing, M. Reysio-Cruz. (2017, March 1). Many farms lost to land conversion. Philippine Daily Inquirer. Retrieved January 14, 2024, from https://newsinfo.inquirer.net/876377/many-farms-lost-to-land-conversion

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