March 27, 2017 | Ecology Letters |Introduction: Human land use has already altered roughly 53% of Earth's terrestrial surface, and agricultural land is projected to expand a further 10% by 2030, i
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June 20, 2022 | Ecosystem Health and Sustainability |Introduction: Grassland restoration research lacks landscape-scale studies, long-term monitoring of successional processes, and diverse native seed
June 27 2022 | Nature Sustainability |Introduction: Whether ecological intensification (EI) can maintain crop yields while reducing reliance on nitrogen fertilizer (NF) and tillage intensity (TI) has
February 2023 | Trends in Ecology & Evolution |Introduction: Pollination research has historically focused on bees and globally traded crops, leaving the contribution of non-bee pollinators and locall
March 9, 2025 | Computers and Electronics in Agriculture |Introduction: Declining natural pollinators due to climate change, habitat loss, and pesticide use threaten yields of pollination-dependent tr
November 14, 2024 | Nature Communications | Introduction: Cover crops offer multiple agroecosystem benefits including higher yields, soil carbon storage, and erosion control, but their net value is co
May 8, 2024 | PLOS ONE | Introduction: Assessments of cover crop climate value typically quantify carbon sequestration and N₂O emissions, but omit land-use effects, specifically the carbon savings tha
March 1, 2025 | Field Crops Research | Introduction: The benefits of cover crops for soil health and yield are well documented in temperate systems, but evidence from tropical, highly weathered soils
March 11, 2026 | European Journal of Soil Science | Introduction: Autonomous field robots are gaining attention as a tool for sustainable crop management, with mechanical weeding currently their domin
January 15, 2024 | Agricultural and Forest Meteorology | Introduction: Claims that climate-smart agricultural practices sequester atmospheric carbon more effectively than conventional approaches lack
February 25, 2019 | Journal of Pest Science | Introduction: Climate change is intensifying crop pest threats globally, disrupting species distribution, outbreak timing, and pest–natural enemy dynamic
April 8, 2025 | Nature Reviews Earth & Environment Introduction: This review led by researchers at Hebei University and the Chinese Academy of Agricultural Sciences (CAAS) explains how global change
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