Climate Change Scenarios Reduce Water Resources in the Schuylkill River Watershed during the Next Two Decades Based on Hydrologic Modeling in STELLA
The Schuylkill River Watershed in southeastern PA provides essential ecosystem services,
including drinking water, power generation, recreation, transportation, irrigation, and …
including drinking water, power generation, recreation, transportation, irrigation, and …
Impact of successive rainfall events on the dynamic relationship between vegetation canopies, infiltration, and recharge in engineered urban green infrastructure …
B Alizadehtazi, PL Gurian, FA Montalto - Ecohydrology, 2020 - Wiley Online Library
Soil surface crusts have been extensively studied in arid and semi‐arid regions, but not in
the context of engineered urban green infrastructure (GI) systems, especially in temperate …
the context of engineered urban green infrastructure (GI) systems, especially in temperate …
Probabilistic green infrastructure cost calculations using a phased life cycle algorithm integrated with uncertainties
Z Yu, F Montalto, C Behr - Journal of Hydroinformatics, 2018 - iwaponline.com
Green infrastructure (GI) is often considered a cost-effective approach to urban stormwater
management. Though various models have been created to simulate the life cycle cost …
management. Though various models have been created to simulate the life cycle cost …
[图书][B] The evolution and significance of soil, soil surface, and soil moisture in the ecohydrology of engineered urban green spaces
B Alizadehtazi - 2018 - search.proquest.com
Urbanization causes profound changes in the hydrology of developed watersheds with
many negative impacts on local, regional, and global energy and water balances, non-point …
many negative impacts on local, regional, and global energy and water balances, non-point …
[图书][B] Predicting future climate and land use conditions for water resources in the Schuylkill River Watershed
AJ Amur - 2018 - search.proquest.com
Abstract The Schuylkill River watershed located in southeastern Pennsylvania drains
approximately 2,000 square miles and provides services to nearly 1.5 million residents. The …
approximately 2,000 square miles and provides services to nearly 1.5 million residents. The …