Tag: Precision Agriculture
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Naware’s Chemical-Free Weed Killer Tech: A New Era for Lawns
Why a Chemical-Free Approach Matters Lawn care is evolving as homeowners and professionals seek effective weed control without harsh chemicals. Naware, a startup founded by Mark Boysen, is pioneering a chemical-free weed killer technology that uses precision methods to target invasive grasses and broadleaf weeds. The goal is simple: healthier lawns, safer households, and a…
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Naware’s Chemical-Free Weed Killer Tech Could Redefine Lawn Care
Introduction: A New Approach to Lawn Care What started as a family-driven mission to reduce cancer risk has grown into a bold push to reinvent lawn maintenance. Naware, a startup founded by Mark Boysen, is developing a chemical-free weed killer technology that leverages drones and targeted lasers. The aim is simple yet ambitious: eradicate weeds…
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Machine Learning Enables Accurate Prediction of Daily Crop Transpiration
Overview Researchers are turning to machine learning (ML) to help growers manage water more efficiently. A recent study demonstrates that ML models can accurately predict daily crop transpiration by combining direct plant measurements with environmental data. By training these models on seven years of high-resolution lysimeter data, scientists show that data-driven approaches can capture the…
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What Kenya Can Learn from Indiana’s Farming Prowess
Introduction: A Lesson from the Midwest Kenya’s farmers face a mix of opportunities and challenges—from unpredictable rainfall to soil health concerns and the push for higher yields. A recent visit to Indiana, a state famed for its robust corn and soybean production, reveals a blueprint that could help Kenya modernize its agriculture. The core takeaway:…
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Kenya Can Learn from Indiana’s Farming Prowess
From 5,000 Acres to African Fields: A Lesson in Mechanization Walking through a vast Indiana cornfield, one is reminded of the pivotal role mechanization plays in modern agriculture. While Kenya has made strides in improving smallholder productivity, the scale and efficiency showcased in the American Midwest offer a blueprint for accelerating farming outcomes across East…
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ICAR-IIRR Industry Meet 2025: Strengthening Research-Industry Ties for Rice Innovation
Overview of the ICAR-IIRR Industry Interaction In a decisive step toward accelerating rice innovation, the ICAR–Indian Institute of Rice Research (ICAR–IIRR), Hyderabad, hosted the Industry–Interaction Meet 2025 at its Rajendranagar campus. The event brought together a diverse mix of stakeholders from the agricultural sector, including researchers, seed companies, agri-input suppliers, technology developers, and policy advisers.…
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ICAR-IIRR Industry Meet 2025: Strengthening Rice Innovation Through Research-Industry Collaboration
Overview: A milestone for rice research and industry collaboration Hyderabad, November 6, 2025 — The ICAR–Indian Institute of Rice Research (ICAR–IIRR) in Hyderabad successfully hosted its Industry–Interaction Meet 2025 at the Rajendranagar campus, convening a broad spectrum of stakeholders from the agricultural industry. The event marked a deliberate push toward closer collaboration between researchers, seed…
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Pioneering Drone Research Platform at UQ Boosts Innovation
Introduction to the UQ Drone Research Platform The University of Queensland (UQ) has introduced a pioneering Drone Research Platform designed to revolutionize research across Australia. This highly specialized drone fleet targets a wide array of projects, from addressing everyday traffic challenges to meticulously monitoring and safeguarding delicate coral reefs. Significance of Drone Technology in Research…