November 12, 2024 | Nature Food | Source | Introduction: While nitrogen (N) inputs are essential for crop productivity, N losses from croplands contribute to major environmental issues, including cli
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January 3, 2024 | Nature Communications | Source | Introduction: Conventional intensive farming boosts yields but also drives GHG emissions, soil degradation, and climate vulnerability, especially in
June, 2024 | Trends in Microbiology | Source | Introduction: Excessive nitrification in agroecosystems causes nitrate leaching and N₂O emissions. Although nitrification inhibitors (NIs) reduce nitrog
November 11, 2024 | Reviews in Environmental Science and Bio/Technology | Source | Introduction: Addressing the growing threat of soil degradation, researchers from the University of Prince Edward Is
May 1, 2024 | Journal of Cleaner Production | Source | Introduction: Region-specific strategies are critical for China to balance crop production and environmental sustainability. This study, led by
September 26, 2023 | Nature Reviews Earth & Environment | Source | Introduction: This collaborative review, conducted by researchers from 3 universities in China, University of Exeter (UK), UC Davis,
February 28, 2024 | Agriculture, Ecosystems & Environment | Source | Introduction: Despite existing mitigation efforts, integrated approaches addressing system-wide emissions—including soil organic c
April 27, 2021 | Environmental Science and Pollution Research | Source | Introduction: This review, led by scientists from the Department of Environmental Sciences at Central University of Jharkhand
March 19, 2024 | Environmental Science & Technology | Source | Introduction: This study, conducted by researchers from Hunan University and the Chinese Academy of Sciences, evaluates the historical c
January, 2023 | Heliyon | Source | Introduction: Azolla, an aquatic fern with nitrogen-fixing capabilities through its symbiotic association with Aenabana azollae, has the potential to serve as an ec
June 6, 2024 | Science | Source | Introduction: Methane (CH₄) and nitrous oxide (N₂O), greenhouse gases (GHGs) far more potent than CO₂, are emitted via microbial activity in diverse ecosystems. Biolo
November 4, 2024 | Nature Climate Change | Source | Introduction: The research, led by scientists from South China Agricultural University (China) with a global team from Egypt, Russia, and Germany,
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