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Developed by ARS's researchers, symbiont technology can be delivered to citrus trees in the field and is scalable from a few to millions of trees.

ARS researchers have developed a tool that can provide more precise answers that lead to healthier plants and greater yields.

ARS researchers have created silver nanoparticles whose antimicrobial properties can be passed directly into the cotton fibers that make up fabrics and textiles.

ARS Electron and Confocal Microscopy Research Unit helps expand the scientific understanding of microbes, pests, and pathogens that attack crops, infect livestock, and sicken thousands of people each year.

Researchers are exploring the use of robots to take on hazardous duties related to studying wind erosion of soils and the expansion of deserts.

A team led by ARS scientists in Wooster, OH, developed and tested the smarter sprayer technology.

Researchers have developed a self-propelled apple-harvest and in-field-sorting prototype machine.

ARS scientists investigated using a robotic vision system, RoTSE, to prune fruit trees during the winter.

Work by the U.S. Wheat and Barley Scab Initiative, an ARS-led coalition, has reduced scab losses eightfold since 2004.

ARS scientists have made breakthroughs in producing passenger tires with guayule rubber.

ARS researchers developed a new heat treatment for use during the sugarcane juice clarification process to eliminate microbial contamination.