In Our Fields
Throughout the 17 cotton-producing states there are a variety of climates, temperature patterns, soils and more that mean there are no universal production techniques for growers. For example, while California experienced a drought in 2020, states such as Tennessee experienced increased rainfall, resulting in delayed harvests. These differences mean that growing practices vary dramatically by region, and there is not a one-size fits all approach to sustainable and responsible agricultural techniques. Trust Protocol growers make decisions based on their own operations, but understand that they can learn from their peers as a means of continually improving their environmental footprint.
Today, 63% of U.S. cotton growers utilize precision agriculture technology including GPS receivers, multi-spectral images and ground-based sensors. These technologies gather field-specific parameters including soil conditions, nutrients and water availability. They assess the data to deploy site-specific crop management practices to maximize yields and minimize crop inputs. Real-time weather radar allows growers to avoid activities affected by storms, such as run-off from nutrient and herbicide applications. Yield maps show how areas within fields may need different management.
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2 of 17 Daniel Baxley
3 of 17 Jimmy Webb
4 of 17 Nick McMichen ALABAMA
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9 of 17 Nathan Reed
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11 of 17 Debra Barrett
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Jerry, Nancy, Dean, Amy, Cory and Kevin Calvani, Calvani Farms
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Sustainability Metrics with Trust Protocol Growers
Listen in as six Trust Protocol growers talk about the key sustainability metrics the program tracks: water use, energy efficiency, land use, soil carbon, soil conservation and greenhouse gas emissions. Each grower will share the practices they use to continuously improve their environmental footprint.
Seeding, Planting and Harvesting
Listen in as Trust Protocol grower John Lindamood (TN) talks about the cotton production process. John will take you through seeding, planting and harvesting of cotton crops.
Regenerative Agriculture and Biodiversity
Regenerative agriculture describes farming practices that can reverse climate change by rebuilding soil organic matter and restoring soil biodiversity – resulting in both carbon drawdown and improving the water cycle. It looks at the combination of practices that support resilience as well as builds and nourishes the ecosystem in a holistic manner.
5 Major Principles of Regenerative Agriculture
The Trust Protocol’s recommended practices for grower members reflect core principles of regenerative agriculture. The program focuses on practices that minimize soil disturbance and loss, maintain living roots year-round, keep the soil covered, and maximize crop diversity. Farmers can also integrate livestock where feasible.
- 79% of Trust Protocol grower members maintain erosion control structures for minimizing soil loss
- 45% of Trust Protocol grower members incorporate windbreaks for erosion control
- Trust Protocol grower members plant cover crops that encourage food security and reduce atmospheric carbon
- 93% of Trust Protocol grower members practice conservation tillage which reduces soil loss by 74% compared to the 2015 baseline
- Trust Protocol grower members maximize biodiversity by practicing crop rotation, which increases soil organic matter, decreases greenhouse gas emissions, and produces healthier soil
The U.S. Cotton Trust Protocol was featured in EARTH with John Holden at the end of 2021. The segment details sustainable cotton production in the U.S. and demonstrates how the Trust Protocol brings quantifiable and verifiable goals and measurement to sustainable cotton production.
The Trust Protocol’s vision is to set a new standard in sustainable cotton production where full transparency is a reality and continuous improvement to improve our environmental footprint is the central goal. Regenerative agriculture aims for net positives, and calls for growers to continually improve their practices and techniques. Practices such as conservation tillage and cover crops aid soil health and increase soil carbon levels.
Regenerative agriculture builds upon the positive environmental impacts of sustainable practices, aiming for a whole systems approach to bio-sequestration, biodiversity, ecotoxicity, climate resilience, water systems, micronutrients, and ecosystem services.