Rainfall and wetter soils drive nutrient spikes in Chinese city waters
A six-year study of 333 Chinese cities finds that rainfall intensity and antecedent wetness jointly shape anomalies in ammonia nitrogen, ...
A six-year study of 333 Chinese cities finds that rainfall intensity and antecedent wetness jointly shape anomalies in ammonia nitrogen, ...
A conceptual New York City case study proposes a Micro Green Corridors framework for converting small, constrained, privately owned vacant ...
A modeling study of three flood-prone residential catchments in Saitama City near Tokyo found that rain gardens achieved the highest ...
A study in DurĂ¡n, Ecuador, combined community workshops with SWMM modeling to show that a combined green roof and bioretention ...
The distinction between combined and separated sewer systems is central to understanding why Philadelphia faces this challenge. In a separated ...
A nationwide assessment of Bangladesh's city corporations using the i-Tree Canopy tool reveals that peripheral cities like Barishal deliver far ...
A detailed field study in Philadelphia shows that conventional evapotranspiration models often misestimate water loss from bioretention basins, but simple ...
An agent-based model of Austin, Texas, shows that green stormwater infrastructure spreads only when visibility, feasibility and social capital align ...
A new multicriteria decision-making framework compares conventional drainage, rainwater harvesting and detention basins, revealing oversizing in design standards and hidden ...
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© 2025 Scienmag - Science Magazine