Titlebook: ;

animated

寬宏大量

Fantasy

Water Through Green Roofs,hnology. Emerging designs effectively match environmental conditions, substrate characteristics, plant physiological traits, plant community interactions, and expert systems for applying supplemental water.

松雞

Assembling Prairie Biome Plants for Minnesota Green Roofs,lants, since growing conditions in these communities closely mimic those found on green roofs. As the nascent green roof movement of North America establishes, the opportunity arises to embed these new landscapes with ecological robustness.

Regurgitation

織布機(jī)

Green Roof Ecosystems: Summary and Synthesis, ecological concepts and those associated with community ecology. We then list and discuss potential future research areas and questions to improve green roof ecosystem understanding, design, management and policy.

ethnology

habile

項(xiàng)目

Climates and Microclimates: Challenges for Extensive Green Roof Design in Hot Climates,lant selection, and thermal properties are all critical factors which need to be adapted to help address the harsher environmental conditions and performance demands of hot climates. If these problems can be overcome, the combined environmental, ecological and sociological benefits suggest green roo

咯咯笑

Nutrient Cycling in Green Roof Ecosystems,osition of N, new fertilizer additions), while roofs leach out P for years or decades under current construction regimes, likely resulting from mineralization of P-rich organic matter in the roof substrate. Conceptual models of nutrient cycling developed from natural terrestrial ecosystems provide a