5篇
您的检索式：作者名="Igor Linkov"
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| 1 | Metrics for energy resilience显示文摘 | Paul E. Roege Zachary A. Collier James Mancillas John A. McDonagh Igor Linkov | 2014 | Energy Policy2014，，： | 2 |
| 2 | Nanotoxicology and nanomedicine: making hard decisions显示文摘 | Igor Linkov F Kyle Satterstrom Lisa M Corey | 2008 | Nanomedicine2008，4，2： | 1 |
| 3 | Multi-criteria decision analysis and en- vironmental risk assessment for nanomaterials显示文摘 | IGOR LINKOV F KYLE SATTERSTORM JEFFERY STEEVERS | 2009 | Journal of Nanoparticle Research2009，9，4： | 1 |
| 4 | Shorebird patches as fingerprints of fractal coastline fluctuations due to climate change显示文摘Introduction:The Florida coast is one of the most species-rich ecosystems in the world.This paper focuses on the sensitivity of the habitat of threatened and endangered shorebirds to sea level rise induced by climate change,and on the relationship of the habitat with the coastline evolution.We consider the resident Snowy Plover(Charadrius alexandrinus nivosus),and the migrant Piping Plover(Charadriusmelodus)and Red Knot(Calidris canutus)along the Gulf Coast of Mexico in Florida.Methods:We analyze and model the coupled dynamics of habitat patches of these imperiled shorebirds and of the shoreline geomorphology dictated by land cover change with consideration of the coastal wetlands.The land cover is modeled from 2006 to 2100 as a function of the A1B sea level rise scenario rescaled to 2 m.Using a maximum-entropy habitat suitability model and a set of macroecological criteria we delineate breeding and wintering patches for each year simulated.Results:Evidence of coupled ecogeomorphological dynamics was found by considering the fractal dimension of shorebird occurrence patterns and of the coastline.A scaling relationship between the fractal dimensions of the species patches and of the coastline was detected.The predicted power law of the patch size emerged from scale-free habitat patterns and was validated against 9 years of observations.We predict an overall 16%loss of the coastal landforms from inundation.Despite the changes in the coastline that cause habitat loss,fragmentation,and variations of patch connectivity,shorebirds self-organize by preserving a power-law distribution of the patch size in time.Yet,the probability of finding large patches is predicted to be smaller in 2100 than in 2006.The Piping Plover showed the highest fluctuation in the patch fractal dimension;thus,it is the species at greatest risk of decline.Conclusions:We propose a parsimonious modeling framework to capture macroscale ecogeomorphological patterns of coastal ecosystems.Our results suggest the potential use of the fractal dimension of a coastline as a fingerprint of climatic change effects on shoreline-dependent species.Thus,the fractal dimension is a potential metric to aid decision-makers in conservation interventions of species subjected to sea level rise or other anthropic stressors that affect their coastline habitat. | Matteo Convertino Adam Bockelie Gregory A Kiker Rafael Munoz-Carpena Igor Linkov | 2012 | Ecological Processes2012，1，1： | 0 |
| 5 | Business Continuity Management,Operational Resilience,and Organizational Resilience:Commonalities,Distinctions,and Synthesis显示文摘The concepts of business continuity management,operational resilience,and organizational resilience each refer to actions that businesses and organizations can take in anticipating and responding to disruptions.However,the existing definitions and usages are difficult to differentiate due to overlapping objectives,implementation processes,and outcomes.This article examines definitions and approaches for these three concepts and suggest a framework to operationalize methods and tools relevant to each.These definitions emphasize three dyads:risk versus resilience;organizational processes versus assets;and normal operating conditions versus crisis conditions.Using these dyads to differentiate the concepts of business continuity management,operational resilience,and organizational resilience can support planners in clarifying objectives and identifying which approach will be most beneficial as businesses or organizations plan for and encounter disruptions.This article evaluates these concepts by examining illustrative examples of disruptions and responses. | S.E.Galaitsi Elizaveta Pinigina Jeffrey M.Keisler Gianluca Pescaroli Jesse M.Keenan Igor Linkov | 2023 | International Journal of Disaster Risk Science2023，14，5： | 0 |
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