Marta Revilla-León, Miguel Gómez-Polo, Irena Sailer, John C Kois, Rata Rokhshad
An overview of artificial intelligence based applications for assisting digital data acquisition and implant planning procedures
Journal of esthetic and restorative dentistry : official publication of the American Academy of Esthetic Dentistry ... [et al.]
paper introduces new framework evaluate resilience lakes climatic anthropogenic droughts proposed hierarchical structure criteria assessing lakes resilience four levels first level includes several indices longterm resilience reliability implementation cost second fourth levels four main resiliencebased criteria ie robustness resourcefulness redundancy rapidity qualitative quantitative subcriteria defined considering factors affecting ecological condition lakes quantify time series subcriteria coupled swatmodsimbased simulation model applied also values criteria subcriteria aggregated using evidential reasoning er approach estimating annual resilience time series three resilience indices namely recovery time tr loss resilience lor final resilience resf calculated normalized values indices reliability criteria aggregated evaluate overall performance lake restoration scenarios show applicability proposed methodology zarrinehrud river basin lake urmia selected case study one largest hypersaline lakes globally lake urmia suffers drastic changes water body high level salinization also zarrinehrud river basin located southeastern urmia lake significant subbasin lake responsible supplying 41 total annual inflow lake restoration scenarios lake urmia assessed 2019 2049 eventually effective scenario average overall performance 072 implementation cost 171 million dollars uncertainty band 005 selected