International Sorghum and Millet (INTSORMIL)

View details about this CRSP »

Breeding Sorghum for Developing Countries

This project aims to use the variability created from crosses between two complementary germplasm groups–recently bred high yield tropical food quality sorghums and elite U.S. lines–in […]

Adaptation of Sorghum and Pearl Millet to Highly Acid Tropical Soils

This project focused on developing sustainable minimum-input technology strategies for the evaluation of sorghum and pearl millet germplasm for tolerance to aluminum (Al) and manganese (Mn) […]

Sorghum Breeding and Management of Insect, Disease, and Acid Soil Problems

This project addresses, through breeding, three major production limiting constraints of the acid soil complex; phytotoxic levels of aluminum and manganese, and low phosphorous availability. In […]

Pearl Millet Breeding

Through collaboration with partners this project focused on improving drought tolerance, seed size and density, seedling stand establishment, lodging resistance, and grain yield of pearl millet.

Mechanisms of Drought and High Temperature Resistance in Sorghum and Pearl Millet

This project sought to understand the basic physiological factors involved in plant stress resistance and susceptibility.

Mineral Uptake and Utilization in Sorghum and Pearl Millet

Experiments were conducted in Mali and Niger to determine nitrogen response of sorghums and pearl millets in several locations.

Agronomy and Cropping Systems

This project focused on determining the water use efficiency of grain sorghum and pearl millet following soybeans in rotation. Study the ”rotational effect” in grain sorghum-soybeans […]

Seedling Vigor and Stand Establishment of Pearl Millet

Seed from two pearl millet hybrids, one a large seeded hybrid and the other a small seeded hybrid, were separated into size category and tested under […]

Breeding for Disease and Drought Resistance and Increased Genetic Diversity

The principal objectives of this project were to identity and develop disease resistant and drought resistant sorghum germplasm in diverse backgrounds for use by collaborating LDC […]

Increasing Resistance to Insects and Improving Efficient Nutrient Use by Genetic Manipulation for Improved Grain Sorghum Production

This project focused on evaluating germplasms for resistance to insect pests and develop anthropod resistant varieties.