This Sprinkler System Uses Ai And Inkjet Printing Tech To Reduce Water Waste – The new Cotton LEADS℠ website offers insight into best practices and research in water management and emerging irrigation system technologies. The efficiency of water use in cotton cultivation has made leaps and bounds since the 1980s. New cotton varieties, especially those bred to tolerate drought, revolutionized where cotton could be grown and how much irrigated cotton should be grown.
In most of the United States, cotton is grown in locations unsuitable for many other crops and relies solely on rainfall.
This Sprinkler System Uses Ai And Inkjet Printing Tech To Reduce Water Waste
In fact, 64% of US cotton requires no irrigation, 31% receives supplemental irrigation, and only 5% is fully irrigated.
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Smart irrigation can even increase overall sustainability metrics by ensuring that other farm inputs (fertilizer, land use) are not wasted in yield loss due to water stress.
Water efficiency efforts in the United States continue today with a focus on advanced irrigation technologies, precision agriculture, and research into factors that contribute to water management, such as soil quality and soil health.
But saving water for cotton farmers also means contributing to greater environmental sustainability such as protecting water quality and aquifers and reducing plastic waste that contributes to ocean pollution.
Between 1980 and 2020, water use rates for US cotton growers declined by 38%.3 During the same period, irrigation efficiency—the amount of water needed to produce 1 pound of cotton lint—improved so much that by 2020, just over 1 acre-inch can of water to create 50 pounds of lint4 – enough to make more than 105 T-shirts.5
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The rate of progress has slowed in the last decade, in part because of new irrigation standards that have been more widely adopted, and in part because of climate change that makes prolonged droughts and intense rains that cannot soak into the soil more common.
US growers, researchers and industry partners have committed to increasing irrigation water use efficiency by 18% despite these trends.
The American cotton industry has made such significant strides in water use efficiency because of the adoption of precision farming tools in all major irrigation techniques.
Sensors placed at various depths in the soil help growers map and track where water is needed. Irrigation scheduling technologies help growers choose when and where to irrigate.
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Growers can use these tools through three specific irrigation methods, each with their own unique technologies and benefits.
Surface Irrigation: Growers have largely adopted computer-aided programming that calculates the optimal water flow rate and the appropriate hole size in the irrigation pipe to achieve that rate, reducing water consumption by 25% or more. 6
Sprinkler Irrigation: With variable rate irrigation, growers can provide different amounts of water to different parts of the field based on specific plant needs.
Subsurface Drip Irrigation (SDI): Expensive to install and maintain, but results in the highest water use efficiency for fiber production by delivering water directly to the plant’s root zone and has been rapidly expanding in water-limited areas over the last two decades .
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The goal: to engage and connect businesses across the global supply chain to lead efforts in sustainable cotton sourcing and production.
We connect textile manufacturers, brands and retailers with opportunities to support the sustainability efforts of our cotton producers and share data, resources and technologies globally to benefit the improvement of cotton around the world.
By supporting research and best practices through the Cotton LEADS program, companies are helping to expand the global supply of sustainably produced cotton.
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WHAT MAKES THE FACTORY SMART? – WE EXPLORE THE TOPIC AT PERSONALIZE MAKE WEAR – WITH INDUSTRY SPECIALISTS This week we’re joined by a visionary leader who was instrumental in revolutionizing the irrigation landscape – CEO Shane Dyer of Irrigreen. Prepare to gain invaluable insights into the future of precision irrigation, the role of technology in sustainable landscaping, and the challenges and triumphs of steering the industry toward a greener tomorrow. Thanks for listening!
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Join Jim Collison / @jcollison for Home Gadget Geeks Show #582 brought to you by the Average People Network.
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Irrigreen is a company that specializes in innovative irrigation technology for sustainable water management in landscaping and agriculture. Their unique approach to irrigation involves the use of digital technology to precisely control water distribution, optimizing water use efficiency while minimizing waste.
Irrigreen’s technology uses a system of nozzles that can be individually controlled to adjust water application patterns. This allows for very precise targeting of water to specific areas, which can result in reduced water consumption, minimized runoff and better overall plant health. The company’s systems are often praised for their ability to adjust irrigation patterns to suit the specific shape and needs of a given landscape.
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The technology provided by Irrigreen aligns well with the growing emphasis on sustainable agriculture and responsible water use. By minimizing water waste and maximizing efficiency, their systems contribute to both environmental conservation and cost savings for farmers and landscapes.
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Popular Tags: Podcast, Home Gadgets, Jim Collison, Shawn Dyer, Water, Lawn, Sprinkler Head, Sprinkler, Yard, Grass, Irrigation System, Green, Spray, Inkjet Printer, Irrigreen, Precision Irrigation, Sustainable Agriculture, green irrigation technology, landscaping, water management, future of irrigation, sustainable practices, agricultural innovation, landscape sustainability, green industry leadership, environmental conservation, water efficiency, irrigation revolution, greener tomorrow, agricultural progress, water conservation In today’s world, where sustainability is not just a trend, but a necessity, urban landscapes are key to creating healthier, greener cities. From sprawling parks and meticulously maintained gardens to perfectly manicured golf course greens, maintaining these urban oases requires a significant amount of water.
However, traditional irrigation methods are often inefficient, leading to waste and increased costs. Enter smart irrigation systems powered by the Internet of Things (IoT), which promise to modernize water management in urban landscapes, including the increasingly popular green roofs.
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Water conservation is paramount. Urban landscaping wastes vast amounts of water, often exacerbated by outdated irrigation systems that lack precision. Inefficient water use also affects municipal budgets and the environment. Smart irrigation systems directly address these challenges by using IoT technology to optimize water use.
Soil moisture sensors are the backbone of smart irrigation systems. Strategically placed in the ground or on rooftops for green roofs, these sensors continuously monitor soil water content.
They provide real-time data to the control system, ensuring that the plants receive the right amount of water – no more, no less. This precision is a key feature of smart irrigation systems, contributing to their efficiency and water conservation.
Weather stations are key to preventing unnecessary irrigation. They ensure efficient water use by integrating real-time weather data, such as rainfall and humidity, into irrigation schedules.
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This feature prevents watering during rains and adjusts the schedule based on upcoming weather conditions. Control systems, the brains of the operation, automate the entire process, allowing for manual adjustments when needed.
Connectivity across IoT networks ensures that all components communicate seamlessly, transferring data to cloud storage for analysis and optimization.
The benefits of smart irrigation are realized across different urban environments. Parks, co
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