TAILIEUCHUNG - Insect Diversity Conservation

Some say that ‘the cockroach’ will be the last species on Earth to survive. Then it has been calculated that one gravid aphid, left to reproduce with zero mortality, will, after one year, cover the globe with an aphid layer over 140 km thick. Not forgetting too, that flies and fleas vector disease. So, why should we even consider conserving insects? Quite simply, without insects, the likelihood is that the world as we know it would be radically changed in a matter of days. Besides, it is only a tiny minority of insects that harm our lives. These two faces of insects, friend and foe, are just. | Ilnsect Diversity conservation Michael . Samways 9 Cambridge CAMBRIDGE more information - 9780521783385 This page intentionally left blank Insect Diversity Conservation This groundbreaking book is an up-to-date global synthesis of the rapidly developing and important field of insect conservation biology. Insects are by far the most speciose organisms on earth yet barely known. They play important roles in terrestrial ecological processes and in maintaining the world as we know it. They therefore present particular conservation challenges especially as a quarter may well become extinct in the next few decades. This book first addresses the ethical foundation of insect conservation and asks why we should concern ourselves with conservation of a butterfly beetle or bug. The success of insects and their diversity which have survived the comings and goings of glaciers is now facing a more formidable obstacle the massive impact of humans. After addressing threats from invasive alien plants to global climate change the book then explores ways in which insects and their habitats are prioritized mapped monitored and conserved. Landscape and species approaches are considered. Restoration and the role of conventions and social issues are also discussed. The book is for undergraduates postgraduates researchers and managers both in conservation biology or entomology and in the wider biological and environmental sciences. MICHAEL J. SAM WAYS is Professor of Entomology at the University of Stellenbosch South Africa. He is internationally known as a conservation biologist and policy .

• Sinh học
• Environmental contamination
• Behavioural responses
• Mapping
• inventorying
• biological control
• insect diversity
• landscape heterogeneity
• Social sciences
• Community public policy process
• Solving cadmium contamination problems
• Cadmium contamination
• Environmental impact
• Environmental chemistry
• Land contamination
• Environmental cycling
• Environmental monitoring strategies
• Chemical pollution
• Managing environmental quality
• Heavy metals
• Non industrial areas
• Water and fodder between industrial
• Heavy metal contamination in soil
• Environmental components
• Heavy metal
• Potential toxic heavy metal contamination
• Roadside soil
• Urban soils are significant environmental issue
• Chemical industry
• Environmental advances
• Preventing secondary transport
• Particulate radiological contamination
• Roadside vegetation
• Adjacent soils
• Central Western Alps
• Plastic waste
• Glacier contamination
• High mountain ecosystems
• Commodity crop pollens
• Pesticide contamination in honey bee diets
• Pesticide residue
• Urban landscapes
• Novel multi sample
• Urban heavy metal contamination appraisals
• assessment of air source
• water source assessment
• technical inventory
• environmental control
• environmental pollution
• assessment land population
• air emissions
• environmental controls
• Mineralogical characteristics
• Arsenic pollution
• sewage contamination
• risk analysis
• Environmental health
• Arsenic biogeochemistry
• trình bày báo cáo
• tài liệu báo cáo khoa học
• báo cáo bệnh thú y
• kiến thức bênh thú y
• nghiên cứu bệnh thú y
• Water Pollution
• Environmental Engineering
• Coastal Seawater
• Potential Fluoride Removal
• Water Contamination
• Satellite Measurements
• Lead exposure
• Cichorium intybus
• Urban environment
• Edible wild plants
• Environmental lead
• Flow cytometry
• Fecal contamination
• Middle Nile Delta
• Water borne pathogenic organisms
• Bacterial pathogens
• Summary of Doctoral Thesis
• Public Health
• Castor activated carbon
• Heavy metal pollution in food
• Spatial distribution
• Ecology of soil parasites
• Schistosoma haematobium
• Faecal contamination
• Soil transmitted helminths
• Metals pollution in sediments
• Tailings of Klein Aub
• Contamination factor
• Pollution load index
• Toxic elements
• Urban river
• Excessive concentration
• Risk assessment
• Open defecation
• San Francisco
• Public toilets
• Biomarkers of genotoxicity
• Broad snouted caiman
• Pesticide formulations
• Mixtures widely
• Future Potentials
• Natural Fiber Polymer
• Composites Technology Applied
• Recovery and Protection
• Tropical Forests
• Industrial and Urban
• Agricultural Sciences
• Khoa học nông nghiệp
• Antioxidant enzymes
• Lipid peroxidation
• Total protein contents
• Soil contamination