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AP News
AP News

Hydroponic Fodder from Sprouting Gear Gains Interest in Drought Adaptation Efforts

As persistent drought conditions and aquifer depletion threaten the future of American livestock production, Sprouting Gear Inc. is earning attention from researchers, ranchers, and sustainability advocates for its water-efficient hydroponic barley fodder system.
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California Environmental News

Revolution on the Range: How Sprouting Gear Slashes Carbon Output in Feedyards

As agriculture comes under increasing scrutiny for its role in climate change, Sprouting Gear Inc. is giving the livestock industry a powerful new tool: a feed system that slashes carbon emissions by more than 95% while improving cattle performance and lowering costs.
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California Environmental News
Environmental News Watch
Environmental News Watch

Founder of Sprouting Gear Inc. Shows How to Reduce the Carbon and Water Footprint of Cattle by 95%

About 2/3rds of our agriculture is irrigated with aquifer water, described as “fossil water”, because scientists say they could take centuries to refill. Flooding rainstorms have little impact on the aquifers. Livestock accounts for over 60% of our water usage. Livestock ranks among the top five in terms of diesel fuel and electrical usage. 
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World Agricalture Times

Sprouting Gear Cuts Water Use by 95%, Transforming U.S. Agriculture Amid Crisis

As the U.S. agricultural sector faces a historic water shortage, Sprouting Gear Inc. is offering a revolutionary solution. The company’s hydroponic barley fodder system reduces water usage in cattle feed production by over 95%, making it one of the most water-efficient feed technologies ever developed for large-scale ranching.
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World Agriculture Times
US Agriculture Post
US Agriculture Post

The Future of Feed is Here: Sprouting Gear Launches Scalable Licensing Program for Ranchers

Sprouting Gear Inc., a leader in sustainable livestock feed innovation, today announced the launch of its Scalable Licensing Program— an opportunity for ranchers and feedlot operators to build their own hydroponic barley fodder systems on-site. This groundbreaking model allows producers to slash feed costs, drastically reduce water use, and take back control in a volatile agricultural economy.
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Kron4

Sprouting Gear Inc. Introduces Breakthrough Hydroponic Fodder System, Revolutionizing Feedlot Efficiency

Sprouting Gear, a pioneer in sustainable livestock feed technologies, today announced the official launch of its proprietary hydroponic barley fodder system designed to transform cattle feedyards. The revolutionary three-stage, climate-controlled system offers a near-zero carbon, drought-proof alternative to traditional feed crops, while slashing land, CO2 and water use by up to 95%.
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kron4
California Business Digest
California Business Digest

Sprouting Gear Introduces Scalable Indoor Farming Tech for Cattle Feed

With beef prices hitting record highs and cattle herds shrinking nationwide, Sprouting Gear Inc. is offering a powerful, systems-level solution to one of agriculture’s most urgent challenges: how to feed cattle affordably and sustainably in an era of climate stress, water scarcity, and economic volatility.
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Global Agriculture Online

Sprouting Gear Inc. Introduces Breakthrough Hydroponic Fodder System, Revolutionizing Feedlot Efficiency

Sprouting Gear Inc., a pioneer in feedlot efficiency and agtech innovation, is redefining how feed is grown in America. With its proprietary three-stage hydroponic barley fodder system, Sprouting Gear is turning two pounds of seed into up to 19 pounds of fresh, living feed in just nine days—all inside a compact, climate-controlled vertical farm.
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Global Agriculture Online
Global Tech Times
Global Tech TImes

Sprouting Gear Founder Warns of AI-Driven Water Crisis in New Report: 'The Silent War for Water'

As artificial intelligence continues to reshape the global economy, Sprouting Gear founder Paul Pluss has issued a stark warning: the rise of AI data centers may soon outcompete American agriculture for its most vital resource—water. McKinsey reports that U.S. data centre electricity consumption is expected to grow from 224 TWh in 2025 to 606 TWh by 2030, comprising 11.7% of total U.S. electricity demand. A report highlighted by Clean Water Action and others states that “a single data center can consume up to 5 million gallons of water per day”.
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