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Inside Licorice’s Leaves, Flowers, Pods, and Roots

Inside Licorice’s Leaves, Flowers, Pods, and Roots

Licorice, known scientifically as Glycyrrhiza glabra, is a fascinating plant with unique botanical features. Native to regions such as West Asia, T...
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University of Vienna Researchers Uncover Evolutionary Mechanisms in Tropical Tree Photosynthesis

University of Vienna Researchers Uncover Evolutionary Mechanisms in Tropical Tree Photosynthesis

A research team at the University of Vienna, led by Wolfram Weckwerth, has made significant strides in understanding the evolution of Crassulacean Acid Metabolism (CAM) photosynthesis within the tropical tree genus Clusia. By analyzing the genomes of three Clusia species, the researchers have traced how genome duplication and subsequent genetic rearrangement contribute to the diversity of CAM traits. This study, published in Nature Communications, highlights the unique ability of Clusia trees to perform CAM photosynthesis, a process that allows them to absorb carbon dioxide at night and store it as malic acid, thus conserving water during the day. The research involved combining molecular data with physiological measurements under realistic environmental conditions, revealing the genetic basis for the diverse photosynthetic strategies observed in Clusia species.
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Pesticides Play Key Role in Managing Aphid Infestations in U.S. Agriculture

Pesticides Play Key Role in Managing Aphid Infestations in U.S. Agriculture

Pesticides Play Key Role in Managing Aphid Infestations in U.S. Agriculture
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Galápagos Islands Reveal New Insights into Evolutionary Processes

Galápagos Islands Reveal New Insights into Evolutionary Processes

Recent research on the Galápagos Islands has uncovered ongoing evolutionary changes in the plant genus Scalesia, known as the Galápagos giant daisies. These plants have shown repeated evolution and emerging species, highlighting the flexibility of evolutionary processes. The study, involving a global team of scientists, found that the Scalesia genus has rapidly adapted to various island environments, resulting in significant genetic diversity. The research revealed that lobed leaves, a trait that helps plants cope with heat and dryness, evolved multiple times through different genetic pathways. This discovery provides a clear example of parallel evolution, where similar traits emerge independently in different lineages.
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AGCO Reports Strong Q1 2026 Results with Increased Sales and Earnings

AGCO Reports Strong Q1 2026 Results with Increased Sales and Earnings

AGCO Reports Strong Q1 2026 Results with Increased Sales and Earnings
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Weed Scientist Nevin Lawrence Honored for Impactful Research on Herbicide Use in Nebraska

Weed Scientist Nevin Lawrence Honored for Impactful Research on Herbicide Use in Nebraska

Nevin Lawrence, an associate professor at the University of Nebraska-Lincoln's Department of Agronomy and Horticulture, has been recognized with the 2025 Outstanding Extension Program Award by the Gamma Sigma Delta Nebraska Chapter. His research, which began in 2018, focused on the herbicide metamitron for controlling Palmer amaranth in sugarbeets, a weed that significantly impacts crop yields. Lawrence's work led to the U.S. EPA granting a Section 18 Emergency Exemption for the use of Goltix (metamitron) on 38,000 acres of sugarbeet in Nebraska and Colorado in 2023. This research has been pivotal in reducing yield losses and has had a substantial economic impact, saving an estimated $7.8 million in yield and generating over $21 million in economic benefits in a single year.
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FAO and ICARDA Collaborate to Restore Syria's Seed Systems for Agricultural Resilience

FAO and ICARDA Collaborate to Restore Syria's Seed Systems for Agricultural Resilience

The Food and Agriculture Organization (FAO) and the International Center for Agricultural Research in the Dry Areas (ICARDA) are working together to restore Syria's seed systems, a critical step in rebuilding the country's agricultural sector. This initiative, funded by the UK Foreign, Commonwealth, and Development Office, aims to reconnect Syrian farmers with high-yielding, locally adapted crop varieties. The project has established Seed Growers Associations in Aleppo, Hama, and Homs, where 49 farmers are producing certified wheat seed. The effort focuses on reducing dependence on external supplies and enhancing local capacity to produce drought-tolerant and disease-resistant seeds.
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Grain trader ADM raises profit forecast on biofuel demand outlook

Grain trader ADM raises profit forecast on biofuel demand outlook

By Tom Polansek and Katha Kalia May 5 (Reuters) - Grain trader Archer-Daniels-Midland increased its forecast for full-year profit and beat quarterly earnings estimates on Tuesday, citing a strong oilseed processing outlook and clarity over U.S. biofuel blending mandates.
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CPKC Achieves Record April Grain Transport, Boosting Canadian Grain Supply Chain

CPKC Achieves Record April Grain Transport, Boosting Canadian Grain Supply Chain

CPKC Achieves Record April Grain Transport, Boosting Canadian Grain Supply Chain
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Weed Scientist Nevin Lawrence Honored for Outstanding Extension Program in Nebraska

Weed Scientist Nevin Lawrence Honored for Outstanding Extension Program in Nebraska

Nevin Lawrence, an associate professor at the University of Nebraska-Lincoln, has been recognized with the 2025 Outstanding Extension Program Award by the Gamma Sigma Delta Nebraska Chapter. Lawrence's work focuses on weed management in crops such as sugarbeet, dry bean, sunflower, and potato, particularly in the Nebraska Panhandle. His research on the herbicide-resistant weed Palmer amaranth has been pivotal, leading to the U.S. EPA granting a Section 18 Emergency Exemption for the herbicide Goltix in 2023. This exemption allowed for its use on 38,000 acres of sugarbeet in Nebraska and Colorado, significantly impacting the sugarbeet industry by reducing yield losses caused by Palmer amaranth. Lawrence's efforts have also extended to organizing key agricultural events and updating essential pest management resources.
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AGCO Reports Strong Q1 2026 Results, Increases Dividend Amid Market Challenges

AGCO Reports Strong Q1 2026 Results, Increases Dividend Amid Market Challenges

AGCO Reports Strong Q1 2026 Results, Increases Dividend Amid Market Challenges
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Study Finds Rising Temperatures Increase Antibiotic Resistance in Soil, Impacting Public Health

Study Finds Rising Temperatures Increase Antibiotic Resistance in Soil, Impacting Public Health

A recent 11-year study has revealed that rising temperatures contribute to an increase in antibiotic resistance genes (ARGs) in grassland soils. The research, published in Nature, indicates that climate warming can elevate the abundance of ARGs by nearly 24%. This increase is attributed to the growth of Actinomycetota, a group of bacteria that naturally carry many resistance genes. The study involved a long-term outdoor field experiment where researchers controlled climate conditions to simulate future warming scenarios. They used infrared heaters to maintain soil temperatures 3°C above natural levels and employed advanced genetic sequencing methods to analyze the presence of ARGs. The findings suggest that warming not only makes resistance genes more mobile but also increases their prevalence in plant pathogens, posing challenges for traditional crop disease control methods.