Assessing the performances of low impact development alternatives by long-term simulation for a semi-arid area in Tianjin, northern China
JJ Huang, Y Li, S Niu, SH Zhou - Water Science and Technology, 2014 - iwaponline.com
For areas that are urbanized rapidly, the practice of low impact development (LID) has
gained an important place in stormwater management and urban planning due to its
capability and beneficial effects in restoring the original hydrological cycle. The
performances of LID alternatives can vary substantially due to different climate conditions.
This study investigated the performances of five LID alternatives under a semi-arid climate in
northern China on water balance and flood control. A numerical model, Storm Water …
gained an important place in stormwater management and urban planning due to its
capability and beneficial effects in restoring the original hydrological cycle. The
performances of LID alternatives can vary substantially due to different climate conditions.
This study investigated the performances of five LID alternatives under a semi-arid climate in
northern China on water balance and flood control. A numerical model, Storm Water …
Assessing the performances of low impact development alternatives by long-term simulation for a semi-arid area in Tianjin, northern China.
JHJ Huang JinHui [Huang, LY Li Yu, NS Niu Shuai… - 2014 - cabidigitallibrary.org
For areas that are urbanized rapidly, the practice of low impact development (LID) has
gained an important place in stormwater management and urban planning due to its
capability and beneficial effects in restoring the original hydrological cycle. The
performances of LID alternatives can vary substantially due to different climate conditions.
This study investigated the performances of five LID alternatives under a semi-arid climate in
northern China on water balance and flood control. A numerical model, Storm Water …
gained an important place in stormwater management and urban planning due to its
capability and beneficial effects in restoring the original hydrological cycle. The
performances of LID alternatives can vary substantially due to different climate conditions.
This study investigated the performances of five LID alternatives under a semi-arid climate in
northern China on water balance and flood control. A numerical model, Storm Water …