Proven Results

40 Years Of Award-Winning Science

Dr. Robert Bruck, our Chief Scientist with a Ph.D. in Plant Pathology and Ecology, boasts 40+ academic honors, 300+ publications, and five decades of expertise. His legacy includes 500+ experiments, revealing groundbreaking insights into microbial formulations' efficacy against pathogens, nematodes, and promoting plant growth. A retired Distinguished Professor at N.C. State University, Dr. Bruck's contributions earned prestigious awards, including The North Carolina Award for Science and the "Order of the Longleaf Pine" for Distinguished Service to the State.

ProGro’s 2023 Crop Program Spans 21 States and is One of the Largest in Recent Agricultural History

Expediated root development and growth at the seedling stage
More extensive root systems formed during vegetative growth as a result of substantially increased fungal mycelium root hair formation
Improved early season vigor and tolerance to negative outside forces of drought, extreme precipitation, and excessive heat
Exponentially higher rates of atmospheric nitrogen fixation and nodule formation in legumes such as peanuts and soybeans
Expediated foliar formation and leaf development
Increased fruiting activity in those crops that have transitioned to the reproductive growth stages
Impressive yield results across numerous row crops including rice, cotton, corn, soybean, peanut and others

2023 Test Plots Show
Rhizol's Dramatic Yield Improvement

The latest test plots around the country are showing significant yield improvements in lbs/bushels per acre when treated with Rhizol

24.32%

Increase For Soybeans

23.6%

Increase For Rice

16.67%

Increase For Peanuts

15.63%

Increase For Corn

13.81%

Increase For Cotton

Proven Results

40 Years Of Award-Winning Science

ProGro’s 2023 Crop Program Spans 21 States and is One of the Largest in Recent Agricultural History

Expediated root development and growth at the seedling stage

More extensive root systems formed during vegetative growth as a result of substantially increased fungal mycelium root hair formation

Improved early season vigor and tolerance to negative outside forces of drought, extreme precipitation, and excessive heat

Exponentially higher rates of atmospheric nitrogen fixation and nodule formation in legumes such as peanuts and soybeans

Expediated foliar formation and leaf development

Increased fruiting activity in those crops that have transitioned to the reproductive growth stages

Impressive yield results across numerous row crops including rice, cotton, corn, soybean, peanut and others