Rice Monthly Price - Canadian Dollar per Metric Ton

Data as of March 2026

Range
Apr 2016 - Mar 2026: 16.063 (3.17%)
Chart

Description: Rice (Thailand), 5% broken, white rice (WR), milled, indicative price based on weekly surveys of export transactions, government standard, f.o.b. Bangkok

Unit: Canadian Dollar per Metric Ton



Source: US Department of Agricuture; World Bank.

See also: Agricultural production statistics

See also: Top commodity suppliers

See also: Commodities glossary - Definitions of terms used in commodity trading

Overview

Rice is a staple cereal grain consumed by more than half of the world’s population and traded internationally in milled, rough, and parboiled forms. On commodity markets, the most widely cited reference for international trade is white rice with 5% broken kernels, often quoted as a nominal export price for long-grain milled rice from Thailand in US dollars per metric ton. That benchmark is useful because it reflects a standardized export grade that is broadly comparable across origins, even though local varieties, milling quality, and moisture content can differ.

Rice is primarily used as a food grain for direct human consumption, unlike many other cereals that are more heavily used as animal feed or industrial input. It is also processed into flour, noodles, starch, and fermented products in many consuming regions. Because rice is a bulk staple with relatively low unit value, transport, milling, storage, and quality preservation are important parts of its market structure. The commodity’s pricing reflects both physical grain characteristics and the logistics of moving a perishable agricultural product through a fragmented global trade system.

Supply Drivers

Rice supply is shaped by a combination of agronomy, water availability, and regional production systems. The main producing areas are in Asia, where warm temperatures, monsoon rainfall, river basins, and irrigated lowlands support paddy cultivation. China, India, Southeast Asia, and parts of South Asia dominate global output because rice grows best in environments with abundant water and long growing seasons. Outside Asia, production is concentrated in the United States, Brazil, Egypt, and a few other irrigated or temperate regions.

Unlike many grains, rice is highly sensitive to water management. Flooded paddy systems require reliable irrigation or seasonal rainfall, while upland rice depends more directly on precipitation. Drought, delayed monsoons, floods, and salinity intrusion can all reduce yields or disrupt transplanting and harvesting. Pest and disease pressure, including stem borers, blast, and bacterial blight, also affects supply because dense planting and humid conditions can encourage outbreaks.

Production is constrained by land and labor requirements, milling capacity, and transport from inland growing areas to export ports. Harvest timing is seasonal, but many producing countries have multiple cropping cycles where irrigation permits. Storage losses, grain breakage during milling, and quality deterioration from moisture or heat influence exportable supply. Because rice is often grown by smallholders, supply can be fragmented and slow to respond to price changes.

Demand Drivers

Rice demand is driven mainly by food consumption, making it less discretionary than many other agricultural commodities. In much of Asia, rice is a dietary staple and a central source of calories, so demand is relatively stable across income levels. In lower-income markets, consumption tends to be more price sensitive because rice competes with other staples such as wheat, maize, cassava, and potatoes. In higher-income markets, per capita consumption often levels off or declines as diets diversify, but total demand can still rise with population growth and urbanization.

Substitution patterns matter. Wheat products such as bread and noodles can replace rice in some diets, while rice can substitute for maize or cassava in others depending on local cuisine and relative prices. Broken rice and lower grades are also used in animal feed, brewing, and starch production, linking rice to industrial demand in a limited way. Parboiled rice and fragrant varieties serve distinct consumer preferences, so quality premiums can persist even when overall grain supply is ample.

Seasonality is important in many markets because consumption is steady while harvest arrivals are concentrated. Governments and households often hold rice as a food security staple, which supports demand for storage and inventory management. Cultural preferences, cooking habits, and the suitability of rice for dense urban populations reinforce long-run consumption patterns.

Macro and Financial Drivers

Rice prices are influenced by exchange rates, especially the US dollar because international trade is commonly denominated in dollars. A stronger dollar can make imported rice more expensive in local currency terms, affecting buying behavior in import-dependent countries. Freight costs, interest rates, and financing conditions also matter because rice is bulky and often stored in inventory before shipment or consumption.

Storage economics shape the term structure of prices. When carrying costs are high, nearby supplies can trade at a premium or discount depending on harvest timing, quality, and local availability. Because rice is a storable staple, inventories help smooth seasonal supply shocks, but storage is limited by spoilage risk, milling losses, and quality degradation. Rice also tends to respond to broader food inflation dynamics, since it is a core household expenditure in many countries and can be affected by substitution across staple grains.

MonthPriceChange
Apr 2016506.33-
May 2016560.1410.63%
Jun 2016568.021.41%
Jul 2016577.301.63%
Aug 2016539.01-6.63%
Sep 2016503.36-6.61%
Oct 2016488.39-2.97%
Nov 2016490.250.38%
Dec 2016497.181.42%
Jan 2017497.600.08%
Feb 2017480.95-3.35%
Mar 2017495.282.98%
Apr 2017510.733.12%
May 2017573.0412.20%
Jun 2017610.436.53%
Jul 2017529.45-13.27%
Aug 2017495.50-6.41%
Sep 2017493.41-0.42%
Oct 2017495.520.43%
Nov 2017513.303.59%
Dec 2017519.051.12%
Jan 2018549.605.89%
Feb 2018534.39-2.77%
Mar 2018556.154.07%
Apr 2018573.963.20%
May 2018580.311.11%
Jun 2018560.59-3.40%
Jul 2018522.53-6.79%
Aug 2018528.141.07%
Sep 2018528.250.02%
Oct 2018532.230.75%
Nov 2018529.27-0.56%
Dec 2018541.312.28%
Jan 2019545.440.76%
Feb 2019538.79-1.22%
Mar 2019542.610.71%
Apr 2019552.341.79%
May 2019550.51-0.33%
Jun 2019558.081.37%
Jul 2019544.90-2.36%
Aug 2019570.894.77%
Sep 2019565.37-0.97%
Oct 2019559.33-1.07%
Nov 2019556.94-0.43%
Dec 2019569.812.31%
Jan 2020589.963.54%
Feb 2020597.511.28%
Mar 2020688.7015.26%
Apr 2020793.0115.15%
May 2020712.14-10.20%
Jun 2020704.06-1.14%
Jul 2020647.63-8.01%
Aug 2020668.273.19%
Sep 2020671.150.43%
Oct 2020622.41-7.26%
Nov 2020639.772.79%
Dec 2020666.274.14%
Jan 2021693.354.06%
Feb 2021707.312.01%
Mar 2021659.76-6.72%
Apr 2021618.43-6.26%
May 2021598.79-3.18%
Jun 2021569.96-4.82%
Jul 2021519.48-8.86%
Aug 2021507.94-2.22%
Sep 2021507.46-0.09%
Oct 2021498.72-1.72%
Nov 2021501.140.49%
Dec 2021511.572.08%
Jan 2022538.665.30%
Feb 2022543.100.82%
Mar 2022534.47-1.59%
Apr 2022544.361.85%
May 2022597.799.82%
Jun 2022566.28-5.27%
Jul 2022540.87-4.49%
Aug 2022556.542.90%
Sep 2022584.765.07%
Oct 2022590.500.98%
Nov 2022592.160.28%
Dec 2022635.047.24%
Jan 2023694.169.31%
Feb 2023661.32-4.73%
Mar 2023651.32-1.51%
Apr 2023675.653.73%
May 2023689.132.00%
Jun 2023683.20-0.86%
Jul 2023722.835.80%
Aug 2023856.1818.45%
Sep 2023839.95-1.90%
Oct 2023808.81-3.71%
Nov 2023820.391.43%
Dec 2023867.565.75%
Jan 2024885.982.12%
Feb 2024842.45-4.91%
Mar 2024829.77-1.51%
Apr 2024810.26-2.35%
May 2024858.886.00%
Jun 2024866.110.84%
Jul 2024809.25-6.57%
Aug 2024804.08-0.64%
Sep 2024785.68-2.29%
Oct 2024707.08-10.00%
Nov 2024713.830.95%
Dec 2024747.134.66%
Jan 2025687.77-7.95%
Feb 2025624.51-9.20%
Mar 2025610.22-2.29%
Apr 2025580.82-4.82%
May 2025598.052.97%
Jun 2025572.89-4.21%
Jul 2025536.77-6.30%
Aug 2025517.05-3.67%
Sep 2025517.360.06%
Oct 2025498.07-3.73%
Nov 2025517.443.89%
Dec 2025585.1113.08%
Jan 2026564.95-3.44%
Feb 2026558.32-1.17%
Mar 2026522.40-6.43%

Top Companies

Riceland Foods
Website: http://www.riceland.com/
Location: Stuttgart, Arkansas
Estimated Production: 2.5 million metric tonnes per year

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