Research report: Vegetation increasingly controlled by atmospheric dryness rather than soil moisture
A four-decade satellite analysis shows atmospheric dryness strengthening and soil moisture weakening as controls on global vegetation variability.
A four-decade satellite analysis shows atmospheric dryness strengthening and soil moisture weakening as controls on global vegetation variability.
A one-season field study at Prairie View A&M University found that Juncus effusus-derived biochar combined with recommended fertilizer rates raised ...
A two-location field study in Bangladesh found plastic mulching consistently improved brinjal growth, yield and irrigation water use efficiency, while ...
A combined simulation and field study identified a stepwise pipeline mixing design and a 75% slurry concentration with 75% field ...
A new causal-inference study shows that conditioning variables reshape estimated land–atmosphere causality in humid forests mainly under compound dry–hot stress, ...
A study of 200 plots in northeast Greenland found that soil eDNA and visual vegetation surveys largely agreed on plant ...
By placing just seven strategically sited soil moisture sensors across a heterogeneous Brazilian watershed and training Random Forest and XGBoost ...
A process-informed framework combining 0.2-meter UAV topography, hydrological modeling, and interpretable machine learning classified 31 flood-prone mountainous regions in China's ...
Polyester resin raised the tested clay’s strength most at the lower initial water content, while microscopy linked the difference to ...
A new study of Nepal's Narayani Basin shows that drought-to-flood transitions are governed by snowmelt timing, antecedent soil moisture, and ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine