Imports Supply About A Third Of U.S. Watermelon Consumption

Sep 06, 2016

The majority of watermelons consumed in the United States are produced domestically, but imports have grown rapidly in recent years.

Watermelon acreage in the United States has declined by about 50 percent since the early 1990's, but increases in productivity from a greater use of irrigation and improved varieties helped keep annual production levels above 3.5 billion pounds through most of the past 20 years.

Watermelons can be grown in most parts of the United States but do best in the South due to long growing season and consistently warm temperatures.

Florida, Texas, California, Georgia, and South Carolina account for over 70 percent of U.S. production.

While domestic production has trended lower over the past five years, the U.S. appetite for watermelons has not.

From 2010-15, watermelon domestic use has grown to an average 4.9 billion pounds annually, aided in part by four consecutive years of record-high imports, reaching 1.5 billion pounds in 2015.

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Video: Dr. Emerson Nafziger: Nitrogen Fertilizer Rates for Corn

The Crop Science Podcast Show, Dr. Emerson Nafziger from the University of Illinois breaks down decades of nitrogen research. From the evolution of N rate guidelines to how soil health and hybrid genetics influence nitrogen use efficiency, this conversation unpacks the science behind smarter fertilization. Improving how we set nitrogen fertilizer rates for rainfed corn is a key focus. Discover why the MRTN model matters more than ever, and how shifting mindsets and better data can boost yields and environmental outcomes. Tune in now on all major platforms!

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Dr. Emerson Nafziger is Professor Emeritus of Crop Sciences at the University of Illinois at Urbana-Champaign, with degrees in agronomy from Ohio State, Purdue, and Illinois. His research has focused on nitrogen rate strategies and crop productivity. He co-developed the Maximum Return to Nitrogen (MRTN) model, which is widely used across the Midwest. His research spans N response trials, hybrid interactions, crop rotation effects, and yield stability.