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Rosner Yotam Amitay Zohara Perlman Amotz 《Environment, Development and Sustainability》2022,24(4):5295-5316
Environment, Development and Sustainability - Green construction is a construction method that utilizes resources such as energy, water and soil more efficiently, maintaining low... 相似文献
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Rita W. Driggers Helene Bernstein Michael Lantz Gail Stetten Cathleen S. Escallon Elizabeth Perlman Karin J. Blakemore 《黑龙江环境通报》2001,21(5):387-389
Non-mosaic trisomy 20 is rare in fetuses surviving beyond the first trimester. We report a case of a fetus with non-mosaic trisomy 20 in amniotic fluid cultures obtained during the prenatal evaluation of an unusual thoraco-abdominal mass which was found at autopsy to be pulmonary sequestration. Gross inspection and autopsy of the fetus revealed multiple anomalies. Copyright © 2001 John Wiley & Sons, Ltd. 相似文献
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Elia M. Tapia‐Villaseor Eylon Shamir Sharon B. Megdal Jacob D. Petersen‐Perlman 《Journal of the American Water Resources Association》2020,56(3):409-430
Assessing groundwater resources in the arid and semiarid borderlands of the United States and Mexico represents a challenge for land and water managers, particularly in the Transboundary Santa Cruz Aquifer (TSCA). Population growth, residential construction, and industrial activities have increased groundwater demand in the TSCA, in addition to wastewater treatment and sanitation demands. These activities, coupled with climate variability, influence the hydrology of the TSCA and emphasize the need for groundwater assessment tools for decision‐making purposes. This study assesses the impacts of changes in groundwater demand, effluent discharge, and climate uncertainties within the TSCA from downstream of the Nogales International Wastewater Treatment Plant to the northern boundary of the Santa Cruz Active Management Area. We use a conceptual water budget model to analyze the long‐term impact of the different components of potential recharge and water losses within the aquifer. Modeling results project a future that ranges from severe long‐term drying to positive wetting. This research improves the understanding of the impact of natural and anthropogenic variables on water sustainability, with an accessible methodology that can be globally applied. 相似文献
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