Research

Research

The ‘Research’ category on iGrow News is an essential segment that delves into cutting-edge studies, experiments, and findings in the realm of agricultural technology. This category is specially curated to provide readers with an in-depth look at the latest scientific research and developments that are driving innovation in the agricultural sector.

Central to this category is the coverage of groundbreaking studies and experiments in agriculture technology. This includes research on advanced farming techniques, crop genetics, soil science, and sustainable agriculture practices. The category highlights how these studies contribute to enhancing crop productivity, improving environmental sustainability, and addressing global food security challenges.

Innovations in agricultural technology are a key focus of the ‘Research’ category. It features insights into the development of new technologies such as precision agriculture tools, biotechnological advancements, and climate-resilient farming practices. The category examines how these technologies are tested and refined through scientific research, demonstrating their potential to transform agricultural practices.

The category also explores the findings from various research initiatives. This includes analysis of data from field trials, laboratory experiments, and case studies. By presenting these findings, the ‘Research’ category aims to inform and educate its readers on the efficacy, benefits, and potential drawbacks of different agricultural technologies and practices.

By offering a comprehensive overview of the latest research in agricultural technology, the category serves as a valuable resource for farmers, agronomists, researchers, and policy makers. It aims to foster a deeper understanding of the scientific advancements in agriculture and their practical applications, thus contributing to the advancement of the agricultural sector.

Acetamiprid Impact On Bumblebee Foraging Behavior

The study focuses on Acetamiprid, a neonicotinoid pesticide approved in the EU, known for its potential adverse effects on various organisms, including pollinators.

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KWS Inaugurates New Research and Breeding Station in Brazil

KWS has opened a new research and breeding station for vegetables in Uberlândia, located in the western part of the Minas Gerais state in Brazil

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Unlocking Sustainable Agriculture: The Power of Nutrient Release

A groundbreaking study by Hamed et al. (2024) introduces a novel method for encapsulating nano bio-fertilizers, aiming to revolutionize sustainable agriculture.

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Transcription Factor OsGATA8 Identified as Key to Enhancing Rice Nitrogen Use Efficiency

Wu et al. (2024) identified OsGATA8 as a key factor in coordinating nitrogen uptake and tiller formation in rice, opening new possibilities for developing high nitrogen use efficiency (NUE) rice cultivars.

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Carnegie Mellon Researchers Pioneering Plant Nanobiotechnology

Carnegie Mellon University researchers leverage nanomedicine and digital twin technologies to advance Plant Nanobiotechnology.

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Non-Linear Temperature-Yield Relationships in US Agriculture

Hogan and Hogan (2024) investigate this by comparing various global meteorological datasets to fine-scaled country-specific data in the US and Sub-Saharan Africa.

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Azoles Trigger Programmed Cell Death in Crop Pathogenic Fungi

Triazoles, widely used fungicides, inhibit ergosterol biosynthesis, but their precise fungicidal mechanisms remain unclear.

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Circular Food Systems Can Sustain European Protein Intake While Reducing Environmental Impact

Simon et al. (2024) explore how these approaches can maintain current protein intake levels while significantly reducing land use and greenhouse gas (GHG) emissions.

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Yield-Improving Practices to Meet Maize Demand in Sub-Saharan Africa

With the demand for maize in SSA expected to increase by 233% by 2050, the region faces challenges in meeting this demand without further expanding cropland

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ENSO Predictability Is Projected To Decrease Under Global Warming

ENSO predictability, particularly for Central Pacific (CP) ENSO, is projected to decrease under global warming.

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