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Chlapecka, J. L., Hardke, J. T., Roberts, T. L., Frizzell, D. L., Castaneda-Gonzalez, E., Clayton, T., Hale, K., Frizzell, T., Duren, M., Mann, M., Clark, S., & Ablao, A. (2019). Allowable Water Deficit When Utilizing Alternative Rice Irrigation Strategies. In BR Wells Arkansas Rice Research Studies 2019 (170-174). Arkansas Agricultural Experiment Station, Research Series 667. Fayetteville, AR: University of Arkansas System, Division of Agriculture.
has been cited by the following article:
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TITLE:
Nexus of Climate Change and USA Mid-South Rice (Oryza sativa L.) Production
AUTHORS:
Michael Aide, Christian Torres De Guzman
KEYWORDS:
Climate Change, Rice, Methane Emissions, Furrow Irrigation, Spikelet Sterility
JOURNAL NAME:
Journal of Geoscience and Environment Protection,
Vol.8 No.12,
December
25,
2020
ABSTRACT: Climate change is manifesting across the USA Mid-South and is impacting agricultural productivity, including the production of rice. This manuscript is a review of pertinent global literature concerning the effect of increasing temperature and carbon dioxide concentrations involving: 1) rice growth and development with an emphasis on spikelet sterility, 2) water availability for irrigation with the specter of aquifer overdraft and emerging water management technologies intended to improve water use efficiency, 3) the soil-plant continuum related to greenhouse gas emission and research avenues supporting agronomic practices that limit these emissions, and 4) region wide assessment of the economic and agronomic indicators to infer changes in the agricultural infrastructure and markets. Based on the global literature review and specific circumstances for USA Mid-South rice production, explicit proposals to mitigate and alleviate climate change are proposed. Key climate change mitigation proposals include: 1) support irrigation technologies that limit water usage and reduce methane emissions, 2) support soil carbon enhancement and newly emerging soil health agronomic practices, 3) achieve a greater usage of remote sensing activities to detect, in real time, field stresses, 4) support rice breeding activities that benefit furrow irrigation and provide heat tolerance, and 5) coordinate a rice region wide consensus to achieve farm gate activities that address climate change.