In Episode 7 of The Huma Gro Farmer podcast we interview Bio Huma Netics President & CEO Lyndon Smith, BHN’s Eastern U.S. Sales Manager Barrett Smith, and BHN’s Florida Sales Agronomist Jason Garcia on the subject of achieving Optimal Crop Growth using Huma Gro® Optimal Growth Management liquid products with Micro Carbon Technology®.
For those of you unfamiliar with American painter and television host Bob Ross, who is alluded to in the podcast, here’s a link showing Bob painting his “happy little trees.”
As discussed in the podcast, flower on the right in the photo below was from a plant that had Breakout® applied. Note the much larger yellow anthers on the flower that had Breakout®.
Cut-branch stakes (see photo below), used to support green bean crops in Mexico, began sprouting after the crop was sprayed with Breakout®.
Lyndon also mentioned the Row Crop Hormone Chart and the Tree & Vine Hormone Chart, which we’ve posted below.
Related Posts
Huma Gro Program Increases Sweet Potato Yields 39% with a 10:1 ROI
Conducted by: Dr. K. Bruce Kirksey, AgriCenter International, Memphis, Tennessee Huma Gro® Products: Jackpot®, Calcium, Super Potassium®, Zap® OBJECTIVE This field trial was conducted in order to compare sweet potato crop yields and return on investment (ROI) obtained when a Huma Gro® soil product (Zap®, for feeding soil biology and improving soil fertility) and 2
Huma Gro®: The World’s Most Efficient Delivery of Crop N-P-K Nutrients
Huma Gro® products with Micro Carbon Technology® offer an unsurpassed level of application efficiency, allowing farmers to grow more with less fertilizer input. Growing more with less lowers input costs and maximizes return on investment. It also decreases the amount of N-P-K residues that can negatively impact the environment.
Rutgers Univ.: Huma Pro® Stimulates Root Growth
Huma Pro® Stimulates Rhizophagy Cycle of Microbes to Increase Root Growth, Rutgers Univ. Conducted by: James White, PhD, Rutgers University Huma Gro® Products: Huma Pro® OBJECTIVE The purpose of this research project was to evaluate how humic acids stimulate microbial activity and initiation of the rhizophagy cycle (in which plants cultivate microbes on their roots
