SBIR/STTR Research Award
BIO FLUF FOR IMPROVED WATER HOLDING CAPACITY AND SOIL HEALTH IN ARID CLIMATES
Award amount
$160,922Program and phase
SBIR · Phase IAward year
2023Award details
- Awarding agency
- Department of Agriculture
- Branch
- Not reported
- Recipient company
- TEXAS EARTH, INC.
- Proposal award date
- 2023-04-21
- Contract end date
- 2024-02-29
- UEI
- NAKHRS93RDM8
- Solicitation number
- USDA-NIFA-SBIR-009301
- Topic code
- 8.8
Research abstract
BIO FLœF FOR IMPROVED WATER HOLDING CAPACITY AND SOIL HEALTH IN
ARID CLIMATES
Project Summary
Farmers across the Texas High Plains and other arid regions in the United States face a perfect
storm with consistent periods of drought urban pressures on vital water resources and economic
hurdles. While climatic conditions create a barrier to production farmers face rising fuel and
input costs alongside growing inflation rates. These factors lead to more intensive and sometimes
destructive farming practices that limit the soil's ability to store water and life. Some farmers
turn to alternative practices such as no-till cover cropping and other regenerative techniques to
counter these pressures and limitations. These practices have proven to improve soil health and
water-holding capacityovertime. While there is growth in the adoption of these practices across
the United States arid regions like Texas Eastern New Mexico and Colorado face challenges in
transitioning due to:
â— Uniquely hot and dry conditions
â— Financial risk associated with the conversion and implementation of new practices
â— Limited access to regenerative soil amendments
Regenerative practices can change the composition and overall health of the soil but it isn't an
immediate or universally applicable solution for farmers. Smaller-scale gardeners and
landscapers have turned to peat moss forimmediateimprovement of water retention and soil
health. While peat moss does provide immediate soil amendments it is a nonrenewable resource
and its removal and exportation to other countries disrupt carbon sequestration in the bog
ecosystems (Timperley 2). Furthermore given its composition and price range there is no
efficient or economical way to apply peat on large cropping systems.
Under this research project Texas Earth Inc. will determine the commercial viability through
in-field trials of Bio Fl¼f a patent-pending soil biostimulant. Soil chemistry and structural testing
will quantify the impact of Bio Fl¼f on water-holding capacity metrics and overall plant and soil
health. Our team plans to deliver Bio Fl¼f as acommercially available andeffective soil
amendment that uniquely increases the soil's water-holding capacityespecially in thearid
regionsoftheUnitedStates. Bio Fl¼f is a natural cotton byproduct sustainably sourced and
highly scalable making it a perfect alternative to peat options. This in-season research will
provide farmers with a tool to stimulate biological functions encourage beneficial microbial
activities and improve water retention in the soil. Supporting soil health during dry growing
seasons will decrease overall energy and water consumption increasing farmer profitability
during water-deficient periods. Bio Fl¼f will provide a path for farmers to become more resilient
in the face of growing water scarcity whether they farm regeneratively or conventionally.
Technology keywords
Not reported
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