Soil Nutrients Decrease With Increasing Salinity in Yellow River Delta Wetlands
A new study reveals that soil nutrients and ecological stoichiometric ratios in the Yellow River Delta wetland vary significantly across ...
A new study reveals that soil nutrients and ecological stoichiometric ratios in the Yellow River Delta wetland vary significantly across ...
A comparative bird survey across coastal and inland wetlands in eastern China revealed that seasonal shifts and habitat structures drove ...
A study in the northern Yellow River Delta reveals that seasonal shifts and tidal zones restructure the gut microbiota and ...
A 370-day microcosm study in coastal salt-affected soil from China's Yellow River Delta found that corn straw biochar combined with ...
A two-year field trial in China's coastal saline soils found that adding straw or biochar to manure raised soil organic ...
Researchers identified verbascoside, echinacoside, isoacteoside, and pinoresinol as chemical markers distinguishing Cistanches Herba grown on saline-alkali land from desert-grown samples.
A systematic review of 339 studies finds that Yellow River Delta restoration is shifting from isolated interventions toward coordinated management ...
A two-year field experiment in China's Yellow River Delta shows that straw and biochar both raise soil organic carbon in ...
A three-year field experiment in China's Yellow River Delta shows that pairing reduced nitrogen fertilizer with half-dose straw incorporation boosts ...
A new satellite-based index that distinguishes salty from fresh soil moisture reveals four decades of hidden ecological change in the ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine