Overview Sorghum is a drought-tolerant cereal grain grown in semi-arid and temperate regions and used mainly for animal feed, food, and industrial processing. In commodity markets, it is typically priced as bulk grain on a per metric ton basis, with grades and delivery terms varying by origin and contract. Trade references often follow export quotations from major producing and exporting regions rather than a single global benchmark, because sorghum is less standardized and less liquid than wheat or corn. The grain is used in livestock rations, poultry feed, ethanol production, starch and sweetener processing, and in some regions as a staple food. Its value is closely linked to feed grain substitution, especially relative to corn and barley, and to the availability of competing grains in importing markets. Sorghum’s role in food systems is especially important in dryland agriculture, where its resilience to heat and limited rainfall makes it a practical crop where other cereals are less reliable. Supply Drivers Sorghum supply is shaped by climate, water availability, and the economics of dryland farming. It is widely grown in the United States, West Africa, India, Mexico, Argentina, and parts of Australia and eastern Africa, where rainfall uncertainty and high temperatures favor a crop with strong drought tolerance. Production is typically annual, so acreage decisions respond to relative prices of competing crops such as corn, wheat, and soybeans before planting. Because sorghum is often grown in marginal rainfall zones, yield variability is strongly influenced by precipitation timing, heat stress, and soil moisture during flowering and grain fill. Pest pressure, bird damage, and fungal diseases can also affect output, especially where storage and field protection are limited. Supply is further constrained by transport and handling infrastructure. In export systems, sorghum competes with other feed grains for rail, port, and storage capacity, so inland logistics can influence delivered prices. In many producing areas, sorghum is part of mixed farming systems, and production decisions reflect rotation benefits, input costs, and access to seed and fertilizer. Since the crop is harvested once per season and cannot be rapidly expanded after planting, supply tends to adjust with a lag to price signals. Demand Drivers Demand for sorghum comes primarily from livestock feed, food consumption in producing regions, and industrial uses such as ethanol and starch processing. In feed rations, sorghum substitutes for corn and barley, with relative prices, local availability, and animal nutrition requirements determining its share. It is especially useful where feed grain imports are costly or where local production favors dryland cereals. Food demand is concentrated in parts of Africa and South Asia, where sorghum is milled into flour, porridge, flatbreads, and fermented foods. In these markets, demand is influenced by population growth, urbanization, and household income, although sorghum often remains important as a lower-cost staple. Seasonality matters because harvest timing affects local supply and post-harvest storage flows. In some regions, sorghum is consumed directly after harvest, while in others it enters commercial channels for feed or processing. Demand also reflects substitution with maize, barley, and wheat in both food and feed systems. Where livestock industries expand, sorghum demand tends to rise with feed grain consumption, but its competitiveness depends on protein content, energy value, and processing characteristics. Industrial demand is linked to grain availability and the economics of converting starch into fuel or sweeteners. Macro and Financial Drivers Sorghum prices are influenced by broad grain-market conditions, especially the relative price of corn and other feed grains. Because sorghum is a close substitute in feed use, changes in grain spreads can redirect demand between crops. The U.S. dollar matters for export competitiveness: a stronger dollar tends to make U.S.-origin grain less attractive in foreign markets, while a weaker dollar supports export demand. Interest rates affect carrying costs for merchants and processors that store grain between harvest and consumption periods. When storage is abundant, futures markets can show contango as holders require compensation for financing and storage; tighter nearby supply can produce backwardation. Sorghum also responds to general movements in agricultural commodity sentiment, freight costs, and broader inflation in input and transport expenses. Related Commodities Corn is the closest substitute in feed and industrial use, so its price often anchors sorghum valuation. Barley competes in livestock rations and in some food and malting applications. Wheat can substitute in food use where milling and baking characteristics permit. Soybean meal is a complementary feed ingredient because sorghum supplies energy while soybean meal supplies protein in balanced rations.