Results 1 to 10 of about 2,015,925 (269)
Dissolved organic matter (DOM) is widely present in soil environments and plays a crucial role in controlling the morphology, environmental behavior, and hazards of arsenic (As) in soil.
Youru Yao +7 more
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Understanding spatiotemporal patterns of ecosystem service balance (ESB) is crucial for restoring damaged ecosystems. Existing studies focus on ESB's current status, neglecting its dynamic changes and drivers in management strategies. This study proposed
Zhiming Zhang +5 more
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Influenza is an acute respiratory infection that spreads rapidly and widely in densely populated areas with low vaccination coverage. The trends and drivers of the spatial and temporal dynamics of influenza incidence among residents of mainland China ...
Y. R. Yao +7 more
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In order to increase the utilization value of Lavandula angustifolia (LA) residue and provide a theoretical basis for the development and utilization of LA waste, the extraction process of total triterpenoids from LA was optimized and its antioxidant ...
Yadikar NIGARY +3 more
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In iron (Fe)-rich tea plantation environments, the composition and behaviour of dissolved organic matter (DOM) differ markedly from those observed in other land use systems. Despite its importance, research on DOM in tea plantation soils remains limited,
Jingyi Zhang +7 more
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To explore the repairing effect of Dendrobium officinale protein on the injured rat gastric mucosa epithelial cells after the extraction process was optimized.
Jing ZENG +4 more
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Accurate estimation of daily evapotranspiration (ET) at the field scale is essential for agricultural water management, particularly in arid and semi-arid regions, yet existing satellite products often suffer from spatiotemporal trade-offs.
Aoxiang Guo +4 more
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Dissolved organic matter (DOM) serves as a critical link in the migration and transformation of heavy metals at the soil–solid interface, influencing the migration behaviour and transformation processes of Cu2+ in soil.
Youru Yao +8 more
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Hillside urban expansion exacerbates nature and semi-nature habitat landscape fragmentation in China
Hillside urban expansion (HUE) force nature and semi-nature habitats (referred as nature habitats) to migrate to higher slope areas, potentially resulting in modifications to the landscapes of these habitats, and affect biodiversity and human well-being.
Zhijian Chang +5 more
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Reservoir impoundment influences the growth of surrounding plants by altering the microclimate. However, the physiological mechanism of responses remains unclear.
Lian Sun +10 more
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