tailieunhanh - Environmental Disasters, Natural Recovery and Human Responses

Natural disasters destroy more property and kill more people with each passing year. Volcanic eruptions, earthquakes, hurricanes, tsunamis, floods, landslides, fires and other natural events are becoming more frequent and their consequences more devastating. Del Moral and Walker provide a comprehensive summary of the diverse ways in which natural disasters disrupt humanity and how humans cope. Burgeoning human numbers, shrinking resources and intensification of the consequences of natural disasters have produced a crisis of unparalleled proportions. Through this detailed study, the authors provide a template for improving restoration to show how relatively simple approaches can enhance both human well-being and that of the other species on the planet. This book will. | ENVIRONMENTAL DISASTERS NATURAL RECOVERY AND X HUMAN RESPONSES Roger del .Moral and Lawrence R. Walker GCMBRIIXỈI Camdriđgl 9780621860345 Environmental Disasters Natural Recovery and Human Responses Natural disasters destroy more property and kill more people with each passing year. Volcanic eruptions earthquakes hurricanes tsunamis floods landslides fires and other natural events are becoming more frequent and their consequences more devastating. Del Moral and Walker provide a comprehensive summary of the diverse ways in which natural disasters disrupt humanity and how humans cope. Burgeoning human numbers shrinking resources and intensification of the consequences of natural disasters have produced a crisis of unparalleled proportions. Through this detailed study the authors provide a template for improving restoration to show how relatively simple approaches can enhance both human well-being and that of the other species on the planet. This book will appeal to ecologists and land managers as well as anyone curious about the natural world and natural disasters. ROGER DEL MORAL is Professor of Biology at the University of Washington. His research includes the mechanisms of vegetation response to disturbances caused by volcanoes glaciers grazing and urbanization. He has practiced wetland restoration for over 20 years and has experience with dune and subalpine meadow restoration. He has studied volcanoes on four continents including detailed studies of Mount St. Helens that started in 1980. LAWRENCE R. WALKER is Professor of Biology at the University of Nevada Las Vegas. His research focuses on ecological plant succession and the theoretical and practical lessons for restoration. His research in succession and restoration has encompassed work on volcanoes dunes glacial moraines floodplains landslides cliffs hurricanes reservoir drawdown zones abandoned roads and mine .

• Môi trường
• human interactions
• Disturbance
• synergistic interactions
• Disturbance types
• Infertile habitats
• Fertile habitats
• Human Behavior and the Social Environment
• Human development
• Environment perspective
• Interactions individuals
• Interactions groups
• Interactions societies
• BMC Bioinformatics
• Discovering novel interactions
• Human immunodeficiency virus 1
• Human protein protein
• Regulatory mechanism
• Motif domain interactions
• Protein protein interactions
• Data mining
• Influenza A virus
• Detecting problematic
• human machine interactions
• Rule induction versus memory based
• learning approaches
• báo cáo khoa học
• mô hình ngôn ngữ
• xử lý ngôn ngữ tự nhiên
• Computational prediction
• Human proteome
• Massively parallel computing
• Personalized medicine
• High confidence
• Human protein interaction network
• Aggregated assemblies
• Biologically relevant data sets
• Demonstrating Causality
• Human Evolution
• Climate Modeling
• Environmental Records
• Terrestrial Drilling
• Human proteins
• Single biological source
• BMC Genomics
• Gut pathogens
• Host pathogen interactions
• Protein interaction networks
• Therapeutic targets
• Human gastrointestinal system
• trình bày báo cáo
• tài liệu báo cáo khoa học
• báo cáo y học
• kiến thức y học
• nghiên cứu y học
• Fox Human physiology
• The study of body function
• Chemical composition of the body
• Cell structure
• Genetic control
• Enzymes and energy
• Interactions between cells
• The extracellular environment
• BMC Cancer
• Reactive gliosis
• Primary brain tumor
• Highly heterogene
• Human GBM cells
• Gene coexpression network
• Brain transcriptome
• Human brain development
• Gene regulation
• Nervous system
• Genetic expression
• Human subjects
• Cognitive disorders
• Obsessive compulsive disorder
• Brain derived neurotrophic factor
• Genome Biology
• Gene by sex interactions
• Sex specific genetic architecture
• Genomic prediction
• Human genetic variation
• Particulate Matter
• Ecosystem Services
• Urban Economy
• Human Perception
• Urban Environment
• Aquatic Species
• Cellular Interactions
• Lentiviral Accessory
• Distinct Steps
• SIV Replication Cycle
• Human Immunodeficiency
• Proteins and Antiretroviral
• Asymptotic Expansion
• Homogenisation and Multiscale
• Topology Optimisation
• Composite Structures
• constituent materials
• materials and structure